Worldwide Locations
U.S.A
Sumitomo Machinery Corporation of America(SMA)
4200 Holland Blvd. Chesapeake, VA 23323, U.S.A.
TEL (1)757-485-3355 FAX (1)757-485-7490
CanadaSM Cyclo of Canada, Ltd. (SMC)
1453 Cornwall Road, Oakville, Canada ON L6J 7T5
TEL (1)905-469-1050 FAX (1)905-469-1055
MexicoSM Cyclo de Mexico, S.A. de C.V. (SMME)
Av. Desarrollo 541, Col. Finsa, Guadalupe,
Nuevo León, México, CP67132
TEL (52)81-8144-5130 FAX (52)81-8144-5130
BrazilSumitomo Industrias Pesadas do Brasil Ltda.
(SHIB)
Rodovia do Acucar (SP-075) Km 26
Itu, Sao Paulo, Brasil
TEL (55)11-4886-1000 FAX (55)11-4886-1000
Chile
SM-Cyclo de Chile Ltda. (SMCH)
Camino Lo Echevers 550, Bodegas 5 y 6,
Quilicura, Región Metropolitana, Chile
TEL (56)2-892-7000
FAX (56)2-892-7001
Argentina
SM-Cyclo de Argentina S.A. (SMAR)
Ing Delpini 2230, B1615KGB Grand Bourg,
Malvinas Argentinas, Buenos Aires, Argentina
TEL (54)3327-45-4095 FAX (54)3327-45-4099
GuatemalaSM Cyclo de Guatemala Ensambladora, Ltda.
(SMGT)
Parque Industrial Unisur, 0 Calle B 19-50 Zona 3,
Bodega D-1 Delta Bárcenas en Villa Nueva, Guatemala
TEL (502)6648-0500 FAX (502)6631-9171
Colombia
SM Cyclo Colombia, S.A.S. (SMCO)
Parque Industrial Celta, Km 7.0 Autopista Medellín,
Costado Occidental, Funza, Cundinamarca, Colombia
TEL (57)1-826-9766
Peru
SM Cyclo de Perú, S.A.C (SMPE)
Jr. Monte Rosa 255, Oficina 702, Lima,
Santiago de Surco, PerúTEL (51)1-713-0342
FAX (51)1-715-0223
Germany
Sumitomo (SHI) Cyclo Drive Germany GmbH
(SCG)
Cyclostraße 92, 85229 Markt Indersdorf, Germany
TEL (49)8136-66-0
FAX (49)8136-5771

Austria
Sumitomo (SHI) Cyclo Drive Germany GmbH(SCG)SCG Branch Austria Office
Gruentalerstraße 30A, 4020 Linz, Austria
TEL (43)732-330958 FAX (43)732-331978

Korea
Sumitomo (SHI) Cyclo Drive Korea, Ltd. (SCK)Royal Bldg. 19 Rm. 913, 5 Saemunan-ro 5-Gil Jongro-Gu
Seoul, Korea 03173
TEL (82)2-730-0151
FAX (82)2-730-0156

Belgium
Hansen Industrial Transmissions NV (HIT)
Leonardo da Vincilaan 1, Edegem, Belgium
TEL (32)34-50-12-11 FAX (32)34-50-12-20

TaiwanTatung SM-Cyclo Co., Ltd. (TSC)
22 Chungshan N. Road 3rd., Sec. Taipei, Taiwan 104,
R.O.C.
TEL (886)2-2595-7275 FAX (886)2-2595-5594

FranceSM-Cyclo France SAS (SMFR)
8 Avenue Christian Doppler, 77700 Serris, France
TEL (33)164171717
FAX (33)164171718
Italy
SM-Cyclo Italy Srl (SMIT)
Via dell' Artigianato 23, 20010 Cornaredo (MI), Italy
TEL (39)293-481101 FAX (39)293-481103
Spain
SM-Cyclo Iberia, S.L.U. (SMIB)
C/Gran Vía Nº 63 Bis, Planta 1, Departamento 1B
48011 Bilbao–Vizcaya, SpainTEL (34)9448-05389 FAX (34)9448-01550
United Kingdom
SM-Cyclo UK Ltd. (SMUK)Unit 29, Bergen Way, Sutton Fields Industrial Estate,
Kingston upon Hull, HU7 0YQ, East Yorkshire,
United Kingdom
TEL (44)1482-790340 FAX (44)1482-790321
TurkeySM Cyclo Turkey Güç Aktarım Sis. Tic. Ltd. Sti.
(SMTR)
Barbaros Mh. Çiğdem Sk. Ağaoğlu, Office Mrk. No:1 Kat:4 D.18
Ataşehir, İstanbul, Turkey
TEL (90)216-250-6069 FAX (90)216-250-5556
India
Sumi-Cyclo Drive India Private Limited (SDI)
Gat No. 186, Raisoni Industrial Park, Alandi Markal Road,
Fulgaon-Pune, Maharashtra, India
TEL (91)96-0774-5353
China
Sumitomo (SHI) Cyclo Drive China, Ltd. (SCT)
11F, SMEG Plaza, No. 1386 Hongqiao Road,
Changning District, Shanghai, China （P.C. 200336）
TEL (86)21-3462-7877 FAX (86)21-3462-7922
Hong Kong
SM-Cyclo of Hong Kong Co., Ltd. (SMHK)
Rm 1301, CEO Tower, 77 Wing Hong Street,
Cheung Sha Wan, Kowloon, Hong Kong
TEL (852)2460-1881 FAX (852)2460-1882

Singapore
Sumitomo (SHI) Cyclo Drive Asia Pacific Pte.
Ltd. (SCA)
15 Kwong Min Road, Singapore 628718
TEL (65)6591-7800
FAX (65)6863-4238
Philippines
Sumitomo (SHI) Cyclo Drive Asia Pacific Pte. Ltd.
Philippines Branch Office (SMPH)
C4 & C5 Buildings Granville Industrial Complex, Carmona,
Cavite 4116, Philippines
TEL (63)2-584-4921
FAX (63)2-584-4922
Vietnam
SM-Cyclo (Vietnam) Co., Ltd. (SMVN)
Factory 2B, Lot K1-2-5, Road No. 2-3-5A,
Le Minh Xuan Industrial Park, Binh Chanh Dist.,
HCMC, Vietnam
TEL (84)8-3766-3709 FAX (84)8-3766-3710

HF-430NEO Series

CC-Link for Communication option
Model : P1-CCL
Userʼs Guide

Malaysia
SM-Cyclo (Malaysia) Sdn. Bhd. (SMMA)
No.7C, Jalan Anggerik Mokara 31/56, Kota Kemuning,
Seksyen 31, 40460 Shah Alam, Selangor Darul Ehsan,
Malaysia
TEL (60)3-5121-0455 FAX (60)3-5121-0578
Indonesia
PT. SM-Cyclo Indonesia (SMID)
Jalan Sungkai Blok F 25 No. 09 K, Delta Silicon III,
Lippo Cikarang, Bekasi 17530, Indonesia
TEL (62)21-2961-2100 FAX (62)21-2961-2211
Thailand
SM-Cyclo (Thailand) Co., Ltd. (SMTH)
195 Empire Tower, Unit 2103-4, 21st Floor, South
Sathorn Road, Yannawa, Sathorn, Bangkok 10120,
ThailandTEL (66)2670-0998
FAX (66)2670-0999
Australia
Sumitomo (SHI) Hansen Australia Pty. Ltd.
(SHAU)
181 Power St, Glendenning, NSW 2761, Australia
TEL (61)2-9208-3000 FAX (61)2-9208-3050
Japan
Sumitomo Heavy Industries, Ltd. (SHI)
ThinkPark Tower, 1-1 Osaki 2-chome, Shinagawa-ku,
Tokyo 141-6025, JapanTEL (81)3-6737-2511 FAX (81)3-6866-5160

NOTICE

Specifications, dimensions, and other items are subject to change without prior notice.

Power Transmission & Controls Group
Headquarter ThinkPark Tower, 1-1 Osaki 2-chome, Shinagawa-ku, Tokyo 141-6025, Japan

No.DM3411E-1.0
EA10 Printed 2020.03

1. Make sure that this userʼs guide is delivered to the end userof inverter unit.
2. Read the instruction manual and userʼs guide before installing or
operating the inverter unit, and store it in a safe place for reference.

Userʼs Guide DM3411E-1

Copyright © 2020 Sumitomo Heavy Industries,Ltd. All rights reserved.
All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, ortransmitted, in any form or by any means, mechanical, electronic, photocopying, recording, or otherwise,
without the prior written permission of Sumitomo. No patent liability is assumed with respect to the use of
the information contained herein. Moreover, because Sumitomo is constantly striving to improve its
high-quality products, the information contained in this manual is subject to change without notice. Every
precaution has been taken in the preparation of this manual. Sumitomo assumes no responsibility forerrors or omissions. Neither is any liability assumed for damages resulting from the use of the information
contained in this publication.

Introduction
Introduction
Thank you for purchasing the P1-CCL: communication option for HF-430NEO series inverter.
This instruction manual describes how to handle and maintain the P1-CCL. Please read this manual
carefully before using the P1-CCL, and keep it handy for those who operate, maintain and inspect it.
For the purpose of reducing paper consumption and provision of the latest information, we enclose theinstruction manual only, while providing the User's Guide for more detailed description through electronic
data instead of CD or printed document.

■User's Guide(this document)
The User's Guide provides detailed information necessary for handling the product.
Please make sure to read User's Guide for proper use.
If future updated descriptions differ from the Basic Guide, the description in the User's Guide will havehigher priority. Always use the P1-CCL strictly within the range described in the User's Guide and perform
proper inspection and maintenance to prevent failures or accidents.
The latest version of the User's guide can be obtained through our website.

■Instruction manual
The instruction manual provides the minimum information necessary for handling the product.
Please make sure to read the Instruction manual as well as the User's Guide for more detailed information.

■Handling the inverter HF-430NEO
For handling the inverter, please make sure to read its Instruction manual and User's Guide.

■For a proper use
Before using the inverter, please read carefully the inverter's Instruction manual and User's Guide, the P1CCL User's Guide and this manual.
In Addition any personnel handling or performing maintenance of the product must read carefully the
inverter's Instruction manual and User's Guide, the P1-CCL User's Guide and this manual.
Before any attempt to install, operate, maintain or inspect this equipment, a complete understanding of theequipment specifications, safety instructions, precautions, handling and operation instructions is required.
Please follow all the specifications and instructions for a proper use. Additionally, periodically review the
inverter's Instruction manual and User's Guide, the P1-CCL User's Guide and this manual.

■Precautions
It is prohibited to reproduce or reform this document partially or totally in any form without the publisher's
permission.
The contents of the document are subject to change without prior notice.
Any handling, maintenance or operation method NOT described on the inverter's Instruction manual andUser's Guide, the P1-CCL User's Guide or this manual is not covered by the product warranty.
Please DO NOT perform any procedure NOT described on the HF-430NEO or the P1-CCL manuals since it
can be the cause of unexpected failures or accidents.
We are not responsible for any impact from operations regardless of unexpected failure or accident due tooperation or handling of the product in a manner not specified on the inverter's Instruction manual andUser's Guide, the P1-CCL User's Guide or this manual. We appreciate your understanding.
Note that, in case the inverter's Instruction manual and User's Guide, the P1-CCL User's Guide and thismanual are enclosed, they should be delivered to the end user of the inverter. Also make sure to download
and keep accessible any other related guides or instruction manuals for the end user.

S-1

Table of Contents
Table of Contents●●

Introduction.................................................... S-1
Table of Contents .......................................... S-2

Chapter 1 Safety Precautions
1.3 Symbol explanation ....................................... 1-2
1.4 Precautions ..................................................... 1-2

1.1 About this chapter ...................................... 1-1
1.2 Types of warnings ........................................... 1-1

Chapter 2 Overview
2.4 Guide objectives............................................. 2-1
2.5 Guide outline .................................................. 2-2
2.6 Terminology .................................................... 2-3

2.1 About this chapter.......................................... 2-1
2.2 Applicable devices ......................................... 2-1
2.3 Before reading this guide .............................. 2-1

Chapter 3 Preparing for operation
3.2 Preparation steps ........................................... 3-1

3.1 About this chapter.......................................... 3-1

Chapter 4 P1-CCL
4.3 Name plate ...................................................... 4-8
4.4 Dimensions after installed ............................ 4-8

4.1 About this chapter.......................................... 4-1
4.2 External features ............................................. 4-1

Chapter 5 Enclosed Items
5.3 Verification after the purchase..................... 5-1

5.1 About this chapter.......................................... 5-1
5.2 About the enclosed items ............................. 5-1

Chapter 6 Installation and Connection
6.3 Connection ..................................................... 6-3

6.1 About this chapter.......................................... 6-1
6.2 Installation ....................................................... 6-1

Chapter 7 Parameter Setting
7.2 Parameter setting ........................................... 7-1

7.1 About this chapter.......................................... 7-1

Chapter 8 CC-Link
8.3 Remote input RX, Remote output RY .......... 8-1
8.4 Remote register RWr/RWｗ .......................... 8-7

8.1 About this chapter.......................................... 8-1
8.2 CSP＋File ......................................................... 8-1

Chapter 9 Function
9.6 Reset trip ......................................................... 9-3
9.7 Set monitor code ............................................ 9-4
9.8 Set command code (read) ............................ 9-5
9.9 Set command code (write) ............................ 9-6

9.1 About this chapter.......................................... 9-1
9.2 List of functions .............................................. 9-1
9.3 Confirm remote ready .................................... 9-1
9.4 Set frequency .................................................. 9-2
9.5 Set run command ........................................... 9-2

S-2

Table of Contents

Chapter 10 Troubleshooting
10.3 CC-Link troubleshooting .......................... 10-2
10.4 Inverter troubleshooting ........................... 10-3

10.1 About this chapter .....................................10-1
10.2 Self-diagnosis .............................................10-1

Chapter 11 Specifications
11.2 Device Specifications ................................ 11-1

11.1 About this chapter ..................................... 11-1

Chapter 12 Parameter List
12.2 Parameter list ............................................. 12-1

12.1 About this chapter .....................................12-1● Warranty ............................................... App.1-1

S-3

Safety Precautions

Chapter 1

Chapter 1 Safety Precautions

1

1.1 About this chapter
This chapter contains the information about Safety precautions during the installation, wiring, operationand inspection.
Before installation, wiring, operation, inspection, or usage please read completely and fully understandthis guide.

1.2 Types of warnings
In this guide, the safety precautions as well as residual risks are categorized by degree of risk as“Danger”, “Warning” and“Caution”.
The definition of each category is described below.

DangerThis category warns the user that in case of an incorrect or improper handling, it leads to a dangerous
situation that have a high risk of causing death, serious injuries and/or major property damage.

Warning
This category warns the user that in case of an incorrect or improper handling, it leads to a dangerous
situation that may cause death, serious injuries and/or major property damage.

CautionThis category warns the user that in case of an incorrect or improper handling, it leads to a dangerous
situation that may cause physical injuries and/or property damage.

However, any content labeled with “ Caution” and depending on the case, might have a possibility ofleading to a highly dangerous situation.
It is extremely important that you follow the instructions and warnings.
Furthermore, content labeled with “ ”must be followed and paid special attention.

1-1

Safety Precautions

Chapter 1
1.3 Symbol explanation

In this guide, there are some explanatory notes using different symbols. Please pay attention to thiscontent and keep in mind itsinformation.
Symbol definition
When handling this product, this symbol indicates danger, warning or caution about
ignition, electric shock, high temperature or other dangers.
Inside or near thesymbol, the specific content will be shown.

This symbol indicates “General hazard not specified, be cautious”.

This symbol indicates “Electric shock hazard”.
This symbol indicates prohibited actions“Actions that should not be done” when handling
this device.
This symbol indicates actions that must be done based on the instructions.

1.4 Precautions
1.4.1 Please be careful!

Danger・If handled incorrectly or improperly, it might cause death, serious physical injuries, or damage tothe inverter, motor or even the entire system.
CautionDo・Before installation, wiring, operation, inspection, or usage please read and fully understand thisguide and other references.

・There will be additional warnings about hazards and failure causes in other chapters.
Caution・Before installation, wiring, operation, inspection, or usage please read and fully understand thisguide.
Do・In order to explain this device details the illustrations in this guide might show this device without
covers.
CautionDo・Before operating this device please return all the covers to the original position, and follow all thenecessary regulations and instructions written in this guide.

1-2

Safety Precautions

Chapter 1
1.4.2 Precautions during the installation！

Danger● Risk of Fire!
Fire・DO NOT place inflammable objects nearby
Hazard・DO NOT let scraps of wire, welding sputtering, irons scraps or other objects get inside the device.
・Avoid installing this device in places with high temperature, high humidity, Condensation-prone

Prohibited conditions, dusty conditions, corrosive gas, explosive gas, flammable gas, grinding fluid mist,hydrogen sulfide or salt damage prone conditions. Additionally, it is recommended to install thisdevice in ventilated room not exposed to direct sunlight.
Do● Risk of Injury!
Injury・DO NOT install or operate products with damage or missing parts.
Prohibited● Risk of an Inverter failure!
Failure ・This device is a precision equipment, DO NOT drop it, or give it a strong shock.

・DO NOT get on (step on) or place heavy objects on this device.
・When handling the object, avoid places prone to static electricity(like carpets).

Do・Since the human body can get charged with static electricity, as a safety measure please toucha safe metallic surface before handling this device.

1.4.3 Precautions during the wiring!

Danger● Risk of an electric shock and/or fire!
Electric ・Be sure to ground the inverter.
shock ・Entrust the wiring work only to a qualified electrician.
and Fire
hazard ・Before the wiring work make sure to turn off the power supply and wait for more than 10 or 15
minutes depending on the inverter model *. (Confirm that the charge lamp is OFF and the DC
voltage between terminals P and N is 45 V or less.)
Do＊For HF4322-5A5 to HF4322-022, HF4324-5A5 to HF4324-022 models the wait time is 10 minutes.
For HF4322-030 to HF4322-055, HF4324-030 to HF4324-055 models the wait time is 15 minutes.

Failure● Risk of inverter failure!
・DO NOT pull any wire after wiring.

Prohibited

1-3

Safety Precautions

Chapter 1● Risk of an electric shock and/or injury!
Electric
shock ・Perform the wiring only after installing the inverter.
andinjuryDo

Warning● Risk of an electric shock and/or injury!
Electric
shock ・Please handle the cables properly and DO NOT let them get damaged. Using damaged cables willandnot only interfere with the correct operation of this device but also might be the cause of a system
injuryfailure.
Do● Risk of Fire!
Fire
hazard ・Please tighten the screws and bolts with the specified torque.

Do(Please refer to the inverter user's guide)
・Verify that none of the screws and bolts are loose.
・Make sure that the inverter and this device are fixed together with the securing screw.
・Make sure that the connectors are properly fixed.

1.4.4 Precautions during operation and trial operation!

Danger● Risk of an electric shock or fire!
Electric
・DO NOT touch the inside of this device, check the signal, do any wiring or plug/unplug theshock
and Fire connectors while it energized.
hazard・DO NOT insert any sick or rod like objects inside this device while it is energized.

Prohibited● Risk of an injury and/or fire!
Injuryand Fire・DO NOT touch the inside of this device or the inverter while they are energized.
hazardProhibited

1-4

Safety Precautions

Chapter 1● Risk of an electric shock!
Electric・Make sure to fasten all the screws of this device before turning it on. DO NOT detach this device
shock

while it is energized or the inverter capacitors are still charged.
・Additionally DO NOT touch the inside of the inverter while the inverter capacitors are still charged.
・DO NOT touch this device with wet hands.

Prohibited

Warning● Risk of an injury and/or device damage!
Injury or・By using this device it becomes easier to change the settings and the output frequency of thedeviceinverter. When changing the settings or the output frequency of the inverter please make sure
Damagethat it is within the supported range by the gear motor and/or the equipment.
・In case this device is being used to make the inverter produce high frequency outputs for a motor
or other equipment, make sure with the respective manufacturer that the motor or the equipment
can tolerate the high frequency output given by the inverter.
Do・During operation verify the motor rotation direction, and that there are no irregular sounds orvibrations.

1.4.5 Precautions during Maintenance/ Inspection!

Danger● Risk of an electric shock!
Electric
shock ・Before the wiring work make sure to turn off the power supply and wait for more than 10 or 15

Do

minutes depending on the inverter model *.
(Confirm that the charge lamp is OFF and the DC voltage between terminals P and N is 45 Vor less.)

・Entrust the maintenance, inspection and/or part replacement only to a specialized personnel.
(Be sure to remove wristwatches and metal accessories, e.g., bracelets, before maintenance andProhibited
inspection work and use insulated tools for the work).

＊For HF4322-5A5 to HF4322-022, HF4324-5A5 to HF4324-022 models the wait time is 10 minutes.
For HF4322-030 to HF4322-055, HF4324-030 to HF4324-055 models the wait time is 15 minutes.

1-5

Safety Precautions

Chapter 1
1.4.6 Precautions for disposal!

Danger● Risk of an injury and/or an explosion!
・Outsource to a qualified industrial waste disposal contractor when discarding this device.
Injury andDisposing of this device on your own may result in the production of poisonous gas
explosion
hazard ・Contact your sales agent if you need to get this device fixed.

・A qualified waste disposer includes industrial waste collector/transporter and industrial waste
disposal operator. Follow all laws and decrees related to procedures of waste management andDopublic cleansing when disposing of this device.

1.4.7 Other Precautions

Danger● Risk of an injury, an electric shock and/or fire!
Electricshock
injuryand Fire
hazard・DO NOT modify this device.

Prohibited＊In addition to the precautions described above, there are other precautions described in the chapter 8of the inverter user's guide. Please read and follow those precautions as well.

1-6

Overview

Chapter 22Chapter 2 Overview
2.1 About this chapter

This chapter specifies the devices that this guide will describe. Additionally, it contains informationnecessary to clearly understand this guide, the objectives of this guide and its terminology.

2.2 Applicable devices
The contents of this guide will apply to the P1-CCL device. For information about the inverter please referto the inverter's user's guide or the basic guide.

2.3 Before reading this guideThis guide is aimed for people who purchase, handle, install or connect control equipment, design
systems or manage factories.
This guide units are based on the SI system.

2.4 Guide objectives
The objectives of this guide are:・explain how to wire and connect the device.
・explain how to set the necessary parameters.

2-1

Overview

Chapter 2
2.5 Guide outline
This guide has the following structure.

● The Chapter 1 “Safety Precautions”, contains the safety instructions for installing, wiring, operating,
maintaining and inspecting this device.
● The Chapter 2 “Overview”, contains information necessary to clearly understand this guide, theobjectives of this guide and its terminology.
● The Chapter 3 “Preparing for Operation”, contains the instructions step by step for operating thisdevice successfully.
● The Chapter 4 “About this Product”, contains the explanation about the product appearance andgeneral features.
● The Chapter 5 “Enclosed Items”, contains information about the items enclosed with this device.
● The Chapter 6 “Installation and Connection”, contains information for installing the P1-CCL on the
inverter.
● The Chapter 7 “Parameter Settings”, contains the explanation of the inverter parameters that relatewith the P1-CCL.
● The Chapter 8 “CC-Link”, contains the CC-Link explanation.
● The Chapter 9 “Function”, contains the function of P1-CCL explanation.
● The Chapter 10 “Troubleshooting”, contains the explanation of the P1-CCL LEDs lighting patterns,
the explanation of inverter error (trip) status and its trouble shooting.
● The Chapter 11 “Specifications”, contains the specifications of the P1-CCL.
● The Chapter 12 “Parameter list”, contains the parameter list of the inverter.

2-2

Overview

Chapter 2
2.6 Terminology
Term

Description

CC-Link

Control & Communication Link
It is one of the open networks for industrial use. Standardized by the IEC 61158 and 61784.

CC-Link Ver.

There are 4 CC-Link versions.
Ver.1.00 (*)
Ver.1.10 (*)
Ver.1.11
Ver.2.00 (*)
P1-CCL supports 3 versions of the (*) mark.

CSP+ file

It is the file which contains the information of the CC-Link device.

Extended Cyclic
Setting

In the extended cyclic transmission (Ver.2), the extended cyclic points can be set as double,
quadruple or octuple of the normal cyclic transmission points.

MFG No.

Manufacture number

Number ofOccupied stations(logic stations)Remote device
station

The number of logic stations used by a single slave node in a network. Between one to four
stations can be set depending on the amount of data.
P1-CCL can only be set to occupy one station.
A station that can use both bit data and word data.
P1-CCL is a remote device station.
Remote register
It is the input data (read area) in the master station. P1-CCL sends this data.
Remote register
It is the output data (write area) in the master station. P1-CCL receives this data.
Remote input
It is the input data (read area) in the master station. P1-CCL sends this data.
Remote output
It is the output data (write area) in the master station. P1-CCL receives this data.
The number 0 assigned to master station connected to CC-Link network, and the number 1
through 64 assigned to each slave station. Unique station numbers without duplication must
be used considering occupied station number.

RWr
RWw
RX
RY

Station number

2-3Preparing for Operation

Chapter 3

Chapter 3 Preparing for Operation

3

3.1 About this chapter
This chapter contains the instructions step by step for operating this device successfully.
This chapter will refer to others chapters for more detail explanation. Hence for installation, mounting,wiring, operation setting and function detailed explanation, refer to the indicated or corresponding
chapter. Additionally, when doing any work or operation, always follow the safety instructions andcautions given in the chapter 1.

3.2 Preparation steps
3.2.1 Step 1: Preparing the inverter
Follow the steps written in the inverter user's guide in order to prepare the inverter for operation.
Furthermore, configure the parameters related to the motor.

3.2.2 Step 2: Installing the P1-CCL
First set the transmission setting switch.
Check the power of the inverter is OFF (refer to 1.4.3 for safety precautions), then install the P1-CCL.

3.2.3 Step 3: Parameter setting
Configure the parameters related to the P1-CCL.
When the parameters shown below are configured, P1-CCL must be turned off and on to enable theconfiguration.
・[oA-11], [oA-21], [oA-31]
Communication monitoring timer setting
・[oA-12], [oA-22], [oA-32]
Operation setting at the time of communication error
The rest of the parameters can be configured without turning off and on P1-CCL.

3.2.4 Step 4: Communicate with CC-Link
Configure with CC-Link engineering tool so the CC-Link master and the P1-CCL can communicate
through CC-Link.
If the engineering tool supports CSP+ files, you can use the P1-CCL's CSP+ file.

3.2.5 Step 5: Operate the inverter
The inverter can be operated by changing remote output RY and remote register RWw settings.
If the steps described above were followed correctly, remote input RX, remote register RWr, and theinverter frequency output will change as shown in the table below

3-1

Preparing for Operation

Chapter 3■Parameter setting value and monitor values(in case the Maximum frequency setting is 60.00 [Hz].)
Remote output
RY

Remote inputRX

Set frequency
RWwn+1

Output frequency
RWrn+1

Output frequency[Hz]-

Remote readyRX(n+1)B = ON

0

0

0.00

Frequency settingcommand (RAM)RYnD = OFF

-

0

0

0.00

-

-

6000

0

0.00

Frequency settingcommand (RAM)RYnD = ON

Frequency setting
complete (RAM)RXnD = ON

6000

0

0.00

Forward command
RYn0 = ON
RYn1 = OFF

Forward rotation
RXn0 = ON
RXn1 = OFF

6000

Accelerate from 0
to 6000

Forward accelerate
until 60.00

-

-

6000

6000

Forward 60.00

-

-

0

Decelerate from
6000 to 0

Decelerate until
0.00

-

Stop
RXn0 = OFF
RXn1 = OFF

0

0

0.00

Stop command
RYn0 = OFF
RYn1 = OFF

-

0

0

0.00

Reverse command
RYn0 = OFF
RYn1 = ON

Reverse rotation
RXn0 = OFF
RXn1 = ON

6000

Accelerate from 0
to 6000

Reverse accelerate
until 60.00

-

-

6000

6000

Reverse 60.00

Stop command
RYn0 = OFF
RYn1 = OFF

-

6000

Decelerate from
6000 to 0

Decelerate until
0.00

-

Stop
RXn0 = OFF
RXn1 = OFF

6000

0

0.00

3-2

Chapter 4

P1-CCL

4

Chapter 4 P1-CCL
4.1 About this chapter

This chapter contains the explanation about this product external features and information on the nameplate. It is recommended to check this chapter contents and verify the device after the purchase.

4.2 External features
4.2.1 P1-CCL appearance and nomenclature
・P1-CCL external view is shown below.

From the top

External 24V input connector

・L.RUN LED
・L.ERR LED

Station number setting switch

・SD LED

X10 indicate the tens (2nd digit)

・RD LED

X1 indicate the units (1st digit)

Terminal resistor switch
Transmission setting switch(There is a DIP switch on the board.)

CC-Link connector

Set this switch before installing theP1-CCL.
Name Plate (Bottom)
FG Terminal

4.2.2 External 24V input connector
There is usually no need to supply the external 24V.
However, you can hold the control circuit of inverter with supplying it.
You can do the following without main power supply.
- CC-Link communication2- Check or change parameter

1・The external 24V input connector are explained in the table below.
Pin number

SymbolNameRemarks2

P-

common1

P+

External 24V input

DC24V±10%
Maximum current 1A

4-1

Chapter 4

P1-CCL・It needs a diode in order to avoid conflict between the internal 24V DC in the inverter and an external
24V DC. However, you don't need to attach a diode outside, because there is a diode in P1-CCL.
・When an external 24V DC is wired to P1-CCL, please don't wire an external 24V DC to the P+ terminalin the inverter.
・Please input +24V to 0V. (Please don't input 0V to -24V)
Please don't earth the 24V terminal. There is a risk of it breaking.
・The allowable voltage is DC24V±10%. Please don't input voltage more than.
・The wiring distance of 24V DC has to be 20 m or shorter.

4.2.3 LED definition■LED definition
LED

Color

L.RUN

Green

L.ERR

SD

RD

Red

Green

Green

Lighting
pattern

Description

Light on

P1-CCL is communicating with CC-Link master.

Light off

P1-CCL doesn't communicate with CC-Link master, because the CC-Link cable isdisconnected.

Light on

P1-CCL detects communication error or incorrect switch setting (station number
or transmission setting).

Blinking

P1-CCL detects changing station number switch.

Light off

P1-CCL doesn't detect any errors.

Light on

P1-CCL is transmitting data.

Light off

P1-CCL isn't transmitting data.

Light on

P1-CCL is receiving data.
This LED is on when any data are received. It doesn't matter whether P1-CCL iscommunicating with CC-Link master normally or not.

Light off

P1-CCL isn't receiving data.

Blinking is 0.4 second switching on and 0.4 second switching off is repeated.

4.2.4 Station number setting switch

Station number setting switch
X10 indicate the tens (2nd digit)
X1 indicate the units (1st digit)

・The upper rotary switch(X10) determine the tens(2nd digit) of the station number while the lower
rotary switch(X1) will determine the units (1st digit) of the station number. The range of the station
number will be from 01 to 64. When the station number is out of range, L. ERR LED turns on.
・The station number will become effective after the device is turn on. While the power is on, any changeon the station number setting switch will be ineffective. Thus, any change will only become effective
after the device is turn on again.
・Additionally, if a station number is overlapped or repeated inside the same CC-Link network there will
be an abnormality and the CC-Link will not transmit properly.

4-2Chapter 4

P1-CCL

4.2.5 Transmission setting switch
This DIP switch is on the board.
Set this switch before installing the P1-CCL.

Transmission setting switch

Factory setting

Transmission speed

10 Mbps

CC-Link Version

Ver.1.00, 1.10

Extended cyclic setting

SingleTransmission speed
CC-Link Version
Extended cyclic setting

For factory adjustment (Please don't change.)

OFF / ON
1
2
3
4
5
6
7
8

The black shows the setting position of the switches. In the above, 2 is ON, the others are OFF.

■Setting of transmission speed（Transmission setting switch 1 to 4）
Transmission speed
(bps)

156 k

Transmission setting switch

Remarks

OFF / ON

SW1 : OFFSW2 : OFFSW3 : OFFSW4 : OFF1
2
3
4

OFF / ON625 k

SW1 : OFFSW2 : OFFSW3 : OFFSW4 : ON1
2
3
4

OFF / ON
2.5 M

SW1 : OFFSW2 : OFFSW3 : ON
SW4 : OFF1
2
3
4

OFF / ON
5M

OFF / ON
10 M

SW1 : OFFSW2 : OFFSW3 : ON
SW4 : ON

1
2
3
4

1
2
3
4

＜Factory setting＞
SW1 : OFFSW2 : ON
SW3 : OFFSW4 : OFF

4-3

Chapter 4

P1-CCL■Setting of CC-Link version（Transmission setting switch 5）
CC-Link Version

Transmission setting switch

Remarks

Ver.1.00, 1.10

OFF / ON
5

＜Factory setting＞
SW5 : OFF

Ver.2.00

OFF / ON5

SW5 : ON

■Setting of extended cyclic setting（Transmission setting switch６、７）Extended cyclic setting

Transmission setting switch

Remarks

1

OFF / ON
6
7

＜Factory setting＞
This is the same as Ver.1.00, 1.10
SW6 : OFFSW7 : OFF2

OFF / ON6
7

SW6 : OFFSW7 : ON

4

OFF / ON6
7

SW6 : ON
SW7 : OFF8

OFF / ON6
7

SW6 : ON
SW7 : ON

・The extended cyclic setting is available at the time of CC-Link Ver.2.00. In this case, the transmission
setting switch 5 also has to be set.

4.2.6 Terminal resister switch
The terminal resister switch is in front of P1-CCL.
Please set the terminal resister switch, when P1-CCL is terminal,
Please set the terminal resister switch unavailable, when P1-CCL isn't terminal.
ON / OFF2
1
The black shows the setting position of the switched.
In the above, all are OFF.

4-4

Chapter 4

P1-CCL■Setting of terminal resister switch
Terminal resister

Terminal resister switch

Remarks

ON / OFF
Factory setting
SW2 : OFFSW1 : OFF2
1
Not connected

ON / OFFSW2 : ON
SW1 : OFF

2
1
ON / OFF130 Ω

SW2 : OFFSW1 : ON

2
1

ON / OFF110 Ω

SW2 : ON
SW1 : ON2
1

4.2.7 CC-Link connector
P1-CCL can be connected to CC-Link network with a removable FA connector.

■Pin assignment
Pin number

SymbolSignal typeCovering color

1

DA

Transmission data High

Blue

2

DB

Transmission data Low

White

3

DG

Signal ground

Yellow

4

(NC)

-

5

SLD

Shield(Shield)

1
2
3
4
5

4-5

Chapter 4

P1-CCL

4.2.8 Cable for CC-Link
CC-Link dedicated cable shall be used in CC-Link system.
If CC-Link non-dedicated cable is used, the performance of the CC-Link system is not guaranteed.
The transmission distance conforms to the specifications of CC-Link. The following explains about multidropped connection. In the following description, all devices and CC-Link cable should be Ver.1.10
compatible products. If any of products is in Ver.1.00, follow the specification for Ver.1.00.
■CC-Link dedicated cable Ver.1.10 (Characteristic Impedance: 110 ohm type)Transmission speed
Station-to-Station cable
lengthMaximum transmission
distance

156kbps

625kbps

2.5Mbps

5Mbps

10Mbps20cm or more

20cm or more

20cm or more

20cm or more

20cm or more

1200m

900m

400m

160m

100m

■CC-Link dedicated high flexible cable Ver.1.10 (Characteristic Impedance: 110 ohm type)Transmission distance 70% product (the cable model name is ended by "-7".)
Transmission speed

156kbps

625kbps

2.5Mbps

5Mbps

10MbpsStation-to-Station cable
length20cm or more

20cm or more

20cm or more

20cm or more

20cm or more

Maximum transmission
distance

840m

630m

280m

112m

70m

Transmission distance 50% product (the cable model name is ended by "-5".)
Transmission speed

156kbps

625kbps

2.5Mbps

5Mbps

10MbpsStation-to-Station cable
length20cm or more

20cm or more

20cm or more

20cm or more

20cm or more

Maximum transmission
distance

600m

450m

200m

80m

50m

Transmission distance 30% product (the cable model name is ended by "-3".)
Transmission speed

156kbps

625kbps

2.5Mbps

5Mbps

10MbpsStation-to-Station cable
length20cm or more

20cm or more

20cm or more

20cm or more

20cm or more

Maximum transmission
distance

360m

270m

120m

48m

30m

■When using CC-Link dedicated cables and high flexible cables together, within the following expression
range, the Ver.1.10 compatible CC-Link dedicated cables and Ver.1.10 compatible CC-Link dedicatedhigh flexible cables can be used together.
Maximum transmission distance of CC-Link dedicated cables ≧(CC-Link dedicated cable length)+ (high flexible cable length (transmission distance 70% product)) / 0.7+ (high flexible cable length (transmission distance 50% product)) / 0.5+ (high flexible cable length (transmission distance 30% product)) / 0.3
In CC-Link Ver.1.00, specifications of station-to-station cable length and maximum transmission distanceare different from the above. When you wire T-branch connection, they are also different. Please refer to
CC-Link cable wiring manual published by CLPA.

4-6

Chapter 4

P1-CCL

4.2.9 Process for CC-Link Cable(1) Removing CC-Link cable coat.
Don't scratch shield mesh.

(2) Ravel shield mesh carefully.
Drain wire
DA (Blue)

DB (White)
DG (Yellow)
Please protect the shield mesh with electrical tape, because it is unnecessary.

(3) Put each signal wire to through the hole in the cover of connector.
Don't put it through this hole.

Put it through all the way.

Put it through this hole.

(4) Press the cover of connector with tools, and fix each signal wire.

4-7

Chapter 4

P1-CCL

4.3 Name plate
・The image below The P1-CCL name plate gives the following information.

Device model

P1-CCL○○○○

Factory control number

Ver.**.**

Software version＊＊＊＊＊＊＊△□□□□
Manufacture number (MFG No)

4.4 Dimensions after installed

96.5mmThe dimensions of the P1-CCL after it is installed on HF-430NEO are shown in the image below.
As shown on the image a part of this device will stand out from HF-430NEO.
Please be cautious when installing the device.

HF-430NEO
inverter

31.3mm
HF-430NEO
Front surface
View from the right side of the HF-430NEO

4-8

Enclosed Items

Chapter 5

Chapter 5 Enclosed Items

5

5.1 About this chapter
This chapter contains information about the items enclosed with the P1-CCL.Additionally, it is explained
how to inspect and verify this product after its purchase.

5.2 About the enclosed items
・Enclosed items

External 24V input
P1-CCL x1

CC-Link connector x2

Instruction manual x1

connector x1■Encolsed Connector Specification
Item Name

Manufacturer

Model
35505-6000-BOMGF

CC-Link connector

3M Company

External 24V input connector

PHOENIX CONTACT GmbH & Co. KG

MC 1,5/2-ST-3,5Contact your sales agent immediately in case there are defects or imperfections.

5.3 Verification after the purchase
5.3.1 Verification when unpacking
・Please verify the items written on the right when unpacking.
・In case there is any doubt or trouble with the product please contact your sales agent as soon as
possible.

Check that the items were not smashed or damaged during the delivery.

Check that there is a P1-CCL, there is an Instruction Manual, there are 2 CC-Link
connectors, there is an External 24V input connector, when unpacking.

Please check again that your order match with the name plate of the device.

5-1

Installation and Connection

Chapter 6

6Chapter 6 Installation and Connection

6.1 About this chapter
This chapter contains information for installing the P1-CCL on the inverter.
For information about the inverter installation please refer to HF-430NEO user's guide.

6.2 Installation
6.2.1 Installation
The P1-CCL can be attached to any of the 3 option slots of HF-430NEO inverter.
Before installing the P1-CCL, please refer to the chapter 4 "P1-CCL" and set the transmission setting
switch which is on the base.
It is recommended that P1-CCL is attached to SLOT 1.
The CC-Link connector of P1-CCL interferes with the left slot. Therefore any other option can't be
attached to left slot which P1-CCL is attached to.

Option cassette connection slots
SLOT1
RJ45

KeypadUSB(micro-B)

6-1

SLOT2

SLOT3

Installation and Connection

Chapter 6

6.2.2 How to install
Before installing the P1-CCL please refer to the chapter 7 “Parameter Setting” and configure theinverter.
For explanation purposes, it will be assumed that the P1-CCL is going to be installed in the SLOT1.
(1) Remove the cover of the option cassette connection slot. Despite the removed cover will no longer
be needed, it is recommended to keep it in a safe place. However the screw that secured the cover
will be used to secure the P1-CCL.

Option cassette connection slots
SLOT1

SLOT2

SLOT3

RJ45

Remove the screw and thenKeypadremove the cover.
The screw will be used later.

USB(micro-B)(2) Attach the P1-CCL. The slots 2 and 3 have one more connection in the lower side. However, the P1CCL will not need that connection.

Option cassette connection slots
SLOT1

SLOT2 SLOT3

RJ45

KeypadRemove the screw and thenremove the cover.
The screw will be used later.

USB(micro-B)

6-2

Installation and Connection

Chapter 6(3) Secure the P1-CCL with the screw removed in procedure (1).

Option cassette connection slots
SLOT1

SLOT2 SLOT3

RJ45

KeypadFasten the screw.

USB(micro-B)(4) Connect the FG terminal to functional ground.

Option cassette connection slots
SLOT1

SLOT2 SLOT3

RJ45

KeypadConnect to functional ground.

USB(micro-B)

6.3 Connection
・Make sure that the communication line and the power line are placed as far as possible from eachother. If the power line and the communication line are placed close to each other, thecommunication line will pick up noise from the power line that can interfere with the transmission.
・Make sure to set up the system, so that in an event of a network failure, the inverter output stops
immediately.
(1) In case the master detects an abnormality in the connection, shut down the inverter primary
power supply.
(2) Allocate functions such as “free run” or“reset”to the input terminals, so when the masterdetects a connection abnormality it is capable of turning on these terminals.
(3) Configure the inverter so in case of a connection abnormality, it stops, free run stops or trip.
(When the operation command is received through CC-Link, the inverter shipment settings are
configured so that if there is any abnormality in the connection the inverter will immediately
stop)
Connect the communication cable (CC-Link cable), so it minimizes the tension and stress over theconnector.
For other information concerning the installation, please refer to HF-430NEO user's guide.

6-3

Chapter 7

Parameter Settings

7

Chapter 7 Parameter Settings
7.1 About this chapter

This chapter contains the information about the parameter settings that must be done when using theP1-CCL.

7.2 Parameter settings
This chapter explains how to configure HF-430NEO inverter parameters in order to use the P1-CCL.

7.2.1 Parameters that must be configured■List of parameters.
Item

ParameterNo

Data[AA101]

9 (Option-1)
10 (Option-2)
11 (Option-3)[AA111]

4 (Option-1)
5 (Option-2)
6 (Option-3)

Main speed input source
selection, 1st motor
Run-command input source
selection, 1st motor

Description

Select the slot in which the P1-CCL was installed.

7.2.2 Parameters that must be set as required by the application.
■List of parameters.
Item

Parameter
No

Data

Description

Communication
Watch Dog Timer[oA-11][oA-21][oA-31]0.00 〜
100.00(s)Set the communication watchdog timer of CC-Link.
This watchdog timer is to monitor non communication after that
P1-CCL detects communication error (the L.RUN LED of P1-CCL
is turned OFF).
If 0.00(s) is set, P1-CCL doesn't monitor non communication.

Action selection atcommunication error[oA-12][oA-22][oA-32]00〜04

Set inverter action on communication error.

・When [oA-11/21/31] and [oA-12/22/32] parameters are configured, P1-CCL must be turned off andon to enable the configuration.
The other parameters will be effective immediately after the change.

7-1

Chapter 7

Parameter Settings

7.2.3 Parameters correlating the Inverter and the P1-CCL
The parameters described in the following table control the action taken by the inverter when there is aproblem with the P1-CCL or when the P1-CCL is connected.
■Parameter
CodeParameter name

SelectionoA-10

Operation mode on option card error (SLOT-1)

oA-20

Operation mode on option card error (SLOT-2)

Initial value

00(Error)00
01(Ignore error (Keep running))
oA-30

Operation mode on option card error (SLOT-3)

・[oA-10]: Operation mode on option card error (SLOT-1)
・[oA-20]: Operation mode on option card error (SLOT-2)
・[oA-30]: Operation mode on option card error (SLOT-3)
These parameters can select whether to ignore the option error trip or not in cases where there areconnection failures between the P1-CCL and the inverter.
Let the inverter trip: 00 (error).
Ignore the error and continue with the operation: 01(Ignore error (Keep running)).
Please make sure to configure the parameter corresponding to the slot in which the P1-CCL is attached.
In the event there is a communication failure between the inverter and the P1-CCL, and the option 01(Ignore error (Keep running)) is selected, the inverter operation will not stop.
Additionally, in case there is a communication failure between the P1-CCL and the inverter, the higherlevel device (master) stop command will not be received. Thus, safety measures and precautions arerecommended.

7.2.4 Other parameters
In addition to the configurations explained in sections 7.2.2 and 7.2.3, please verify the configuration of
the following parameters when using the P1-CCL.

・[CF-11]: Function for transforming the register data from A, V to %When using the P1-CCL please select the00(A, V) setting.

・[oA-13]: Run command selection at start up (SLOT-1)
・[oA-23]: Run command selection at start up (SLOT-2)
・[oA-33]: Run command selection at start up (SLOT-3)
Please do not change these settings

7-2

CC-Link

Chapter 88Chapter 8 CC-Link
8.1 About this chapter
This chapter contains a general explanation about CC-Link.

8.2 CSP＋File
If needed, please install the P1-CCL CSP+ file into the CC-Link master engineering tool.
The CSP+ file is a file that has the specific information of the CC-Link device.
The CSP+ file can be obtained through our website.
In case is not available or cannot be downloaded please contact the nearest sales office.

8.3 Remote input RX, Remote output RY
Remote input RX is bit data which P1-CCL sends to master by cyclic transmission.
Remote output RY is bit data which master sends to P1-CCL by cyclic transmission.
If needed, please install the P1-CCL CSP+ file into the CC-Link master engineering tool.
The CSP+ file is a file that has the specific information of the CC-Link device.
The final 16 bits of RX, RY of slave stations are the system range.
Therefore, the addresses of the following 3 flags depend on CC-Link version and extended cyclic settings.
Error status flag
Remote ready flag
Error reset request flag

8-1

CC-Link

Chapter 88.3.1 Ver.1.00, 1.10, Ver.2.00 (Single)、Ver.2.00 (Double)
RX, RY are 32 bits.
P1-CCL → Master
RX No.

Master → P1-CCL

Signal Name

RXn0

Forward rotation

RXn1

Reverse rotation

RY No.

Common to all
manufacturers

RYn0

Signal Name
Forward command

RYn1

Reverse command

RXn2

Output terminal UPF

RYn2

Input terminal FR
function

RXn3

Output terminal DRV

RYn3

Input terminal RR
function

RXn4

Output terminal X1

RYn4

Input terminal DFL
function

RXn5

Output terminal X2

RYn5

Input terminal DFM
function

RXn6

Output terminal X3

RYn6

Input terminal AUT
function

RXn7

Relay output terminal
RL

RYn7

Input terminal MBS
function

RXn8

Alarm relay output
terminal FL

RYn8

Input terminal JOG
Function

RYn9Free-run stop

RYnA

Input terminal ES
function

RYnB

Input terminal RST
Function

RXn9
〜
RXnB

Specific to eachmanufacturer

UnusedSpecific to eachmanufacturer

Common to all
manufacturers

RXnC

Monitoring

RYnC

Monitor command

RXnD

Frequency setting
complete (RAM)RYnD

Frequency settingcommand (RAM)

RXnE

UnusedRYnE

Input terminal DFH
function

RXnF

Command code
execution complete

RYnF

Command code
execution request

RX(n+1)0〜RX(n+1)7

Common to all
manufacturers

Specific to eachmanufacturer

Reserved

RY(n+1)0〜
RY(n+1)7

Reserved

RX(n+1)8〜RX(n+1)9UnusedRY(n+1)8〜
RY(n+1)9UnusedRY(n+1)A

Error reset request flag

RY(n+1)B〜
RY(n+1)F

Reserved

RX(n+1)A

Error status flag

RX(n+1)B

Remote readyRX(n+1)C〜
RX(n+1)F

Reserved

n: Address assigned to the master module by the station number setting

8-2

CC-Link

Chapter 88.3.2 Ver.2.00 (Quadruple)
RX, RY are 64 bits.
P1-CCL → Master
RX No.

Master → P1-CCL

Signal Name

RXn0

Forward rotation

RXn1

Reverse rotation

RY No.

Common to all
manufacturers

RYn0

Signal Name
Forward command

RYn1

Reverse command

RXn2

Output terminal UPF

RYn2

Input terminal FR
function

RXn3

Output terminal DRV

RYn3

Input terminal RR
function

RXn4

Output terminal X1

RYn4

Input terminal DFL
function

RXn5

Output terminal X2

RYn5

Input terminal DFM
function

RXn6

Output terminal X3

RYn6

Input terminal AUT
function

RXn7

Relay output terminal
RL

RYn7

Input terminal MBS
function

RXn8

Alarm relay output
terminal FL

RYn8

Input terminal JOG
function

RYn9Free-run stop

RYnA

Input terminal ES
function

RYnB

Input terminal RST
function

RXn9
〜
RXnB

Specific to eachmanufacturer

UnusedSpecific to eachmanufacturer

Common to all
manufacturers

RXnC

Monitoring

RYnC

Monitor command

RXnD

Frequency setting
complete (RAM)RYnD

Frequency settingcommand (RAM)

RXnE

UnusedRYnE

Input terminal DFH
function

RXnF

Command code
execution complete

RYnF

Command code
execution request

RX(n+1)0〜RX(n+2)FCommon to all
manufacturers

Specific to eachmanufacturer

UnusedRY(n+1)0〜
RY(n+2)F

UnusedRX(n+3)0〜RX(n+3)7

Reserved

RY(n+3)0〜
RY(n+3)7

Reserved

RX(n+3)8〜RX(n+3)9UnusedRY(n+3)8〜
RY(n+3)9UnusedRX(n+3)AError status flag

RY(n+3)AError reset request flag

RX(n+3)B

Remote readyRX(n+3)C〜
RX(n+3)F

Reserved

RY(n+3)B〜
RY(n+3)F

Reserved

n: Address assigned to the master module by the station number setting
RX No. of Error status flag and Remote ready and RY No. of Error reset request flag are different from
Ver.1.00, 1.10, Ver.2.00 (Single).

8-3

CC-Link

Chapter 88.3.3 Ver.2.00 (Octuple)
RX, RY are 128 bits.
P1-CCL → Master
RX No.

Master → P1-CCL

Signal Name

RXn0

Forward rotation

RXn1

Reverse rotation

RY No.

Common to all
manufacturers

RYn0

Signal Name
Forward command

RYn1

Reverse command

RXn2

Output terminal UPF

RYn2

Input terminal FR
function

RXn3

Output terminal DRV

RYn3

Input terminal RR
function

RXn4

Output terminal X1

RYn4

Input terminal DFL
function

RXn5

Output terminal X2

RYn5

Input terminal DFM
function

RXn6

Output terminal X3

RYn6

Input terminal AUT
function

RXn7

Relay output terminal
RL

RYn7

Input terminal MBS
function

RXn8

Alarm relay output
terminal FL

RYn8

Input terminal JOG
function

RYn9Free-run stop

RYnA

Input terminal ES
function

RYnB

Input terminal RST
function

RXn9
〜
RXnB

Specific to eachmanufacturer

UnusedSpecific to eachmanufacturer

Common to all
manufacturers

RXnC

Monitoring

RYnC

Monitor command

RXnD

Frequency setting
complete (RAM)RYnD

Frequency settingcommand (RAM)

RXnE

UnusedRYnE

Input terminal DFH
function

RXnF

Command code
execution complete

RYnF

Command code
execution request

RX(n+1)0〜RX(n+6)FCommon to all
manufacturers

Specific to eachmanufacturer

UnusedRY(n+1)0〜
RY(n+6)F

UnusedRX(n+7)0〜RX(n+7)7

Reserved

RY(n+7)0〜
RY(n+7)7

Reserved

RX(n+7)8〜RX(n+7)9

UnusedRY(n+7)8〜
RY(n+7)9

UnusedRX(n+7)A

Error status flag

RY(n+7)A

Error reset request flag

RX(n+7)B

Remote readyRX(n+7)C〜
RX(n+7)F

Reserved

RY(n+7)B〜
RY(n+7)F

Reserved

n: Address assigned to the master module by the station number setting
RX No. of Error status flag and Remote ready and RY No. of Error reset request flag are different from
Ver.1.00, 1.10, Ver.2.00 (Single) and Ver.2.00 (Double).

8-4

CC-Link

Chapter 88.3.4 RX signal details
RX No.

Signal Name

Description

RXn0

Forward rotation

OFF : Other than forward rotation (during stop、reverse rotation)
ON : Forward rotation

RXn1

Reverse rotation

OFF : Other than reverse rotation (during stop、forward rotation)
ON : Reverse rotation

RXn2

Output terminal UPF

RXn3

Output terminal DRV

RXn4

Output terminal X1

RXn5

Output terminal X2

RXn6

Output terminal X3

RXn7

Relay output terminal RL

RXn8

Alarm relay output terminal FL

OFF : Output terminal OFF
ON : Output terminal ON

RXnC

Monitoring

The monitoring (RXnC) turns ON when the monitor value is set in
RWrn (include RWrn+4 - RWrn+7 at the time of Ver.2.00 double,
quadruple, and octuple) by turning ON the monitor command(RYnC). It turns OFF when the monitor command (RYnC) is turned
OFF.

RXnD

Frequency setting complete(RAM)

It turns ON when the frequency is written to the inverter while thefrequency setting command (RYnD) is ON. This signal (RXnD) turns
OFF when the frequency setting command (RYnD) is turned OFF.

Command code execution
complete

It turns ON when the process corresponding to the command code
(RWwn+2 (include RWwn+8, RWwn+A at the time of Ver.2.00
quadruple and octuple)) is executed and completed by turning ON
the command code execution request (RYnF). This signal (RXnF)
turns OFF when the command code execution request (RYnF) isturned OFF.

Error status flag

It turns ON while any trip occurs in the inverter.

Remote ready

After a power-up, a hardware reset or a test mode operation itturns ON when the initial data setting is completed and the status
enters a READY status.
It is used as an interlock while reading from/writing to the mastermodule.
It is OFF while any trip occurs in the inverter.

RXnF

RX(n+1)A
RX(n+3)A
RX(n+7)A

RX(n+1)B
RX(n+3)B
RX(n+7)B

n: Address assigned to the master module by the station number setting
RX No. of Error status flag and Remote ready depends on CC-Link version and extended cyclic settings.

8-5

CC-Link

Chapter 88.3.5 RY signal details
RY No.

Signal Name

Description

Forward command

OFF : Stop command
ON : Forward command

RYn1

Reverse command

OFF : Stop command
ON : Reverse command

RYn2

Input terminal FR function

RYn3

Input terminal RR function

RYn4

Input terminal DFL function

RYn5

Input terminal DFM function

RYn6

Input terminal AUT function

RYn7

Input terminal MBS function

RYn8

Input terminal JOG function

RYn9

Free-run stop

RYn0

RYnA

Input terminal ES function

RYnB

Input terminal RST function

Turning RYn0 and RYn1 ON
simultaneously is a stop command.

OFF : Input terminal OFF
ON : Input terminal ON

OFF : Free-run stop OFF
ON : Free-run stop ON
OFF : Input terminal OFF
ON : Input terminal ON

Monitor command

When the monitor command (RYnC) is turned ON, the monitor
value is set in RWrn (include RWrn+4 - RWrn+7 at the time of
Ver.2.00 double, quadruple, and octuple) and the monitoring(RXnC) turns ON. The monitor value is constantly changed while
the monitor command (RYnC) is ON.

RYnD

Frequency setting command(RAM)

When the frequency set command (RYnD) is turned ON, thefrequency setting (RWwn+1) is written to the inverter. When thewrite is completed, the frequency setting complete (RXnD) turns
ON.

RYnE

Input terminal RL function

OFF : Input terminal OFF
ON : Input terminal ON

Command code execution
requestWhen the command code execution request (RYnF) is turned ON,
the process corresponding to the command code set in (RWwn+2(include RWwn+8, RWwn+A at the time of Ver.2.00 quadruple andoctuple)) is executed. The command code execution complete(RXnF) turns ON after the command code execution is completed.
If a command code execution error occurs, a non-zero value is set
in the response code (RWrn+2).

Error reset request flag

When the error reset request flag is turned ON, reset for trip andthe error status flag (RX(n+1)A, RX(n+3)A, RX(n+7)A) is turned
OFF.

RYnC

RYnF

RY(n+1)A
RY(n+3)A
RY(n+7)An: Address assigned to the master module by the station number setting
RY No. of error reset request flag and RX No. of error status flag depend on CC-Link version and extended
cyclic settings.

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CC-Link

Chapter 8
8.4 Remote register RWr / RWw
RWr is word data which P1-CCL sends to master by cyclic transmission.
RWw is word data which master sends to P1-CCL by cyclic transmission.

8.4.1 Ver.1.00, 1.10, Ver.2.00 (Single)
RWr、RWw are 4 words.
P1-CCL → Master
Address
RWrn

Master → P1-CCL

Description

Address

Description

Monitor value 1

RWwn

Monitor code 1

RWrn+1

Output frequency

RWwn+1

Set frequency

RWrn+2

Response code and error position

RWwn+2

Command code 1

RWrn+3

Monitor data 1

RWwn+3

Write data 1

n: Address assigned to the master module by the station number setting

8.4.2 Ver.2.00 (Double)
RWr、RWw are 8 words.
P1-CCL → Master
Address

Master → P1-CCL

Description

Address

Description

RWrn

Monitor value 1

RWwn

Monitor code 1

RWrn+1

Output frequency

RWwn+1

Set frequency

RWrn+2

Response code and error position

RWwn+2

Command code 1

RWrn+3

Monitor data 1

RWwn+3

Write data 1

RWrn+4

Monitor value 2

RWwn+4

Monitor code 2

RWrn+5

Monitor value 3

RWwn+5

Monitor code 3

RWrn+6

Monitor value 4

RWwn+6

Monitor code 4

RWrn+7

Monitor value 5

RWwn+7

Monitor code 5

n: Address assigned to the master module by the station number setting

8-7

CC-Link

Chapter 88.4.3 Ver.2.00 (Quadruple)
RWr、RWw are 16 words.
P1-CCL → Master
Address
RWrn

Master → P1-CCL

Description

Address

Description

Monitor value 1

RWwn

Monitor code 1

RWrn+1

Output frequency

RWwn+1

Set frequency

RWrn+2

Response code and error position

RWwn+2

Command code 1

RWrn+3

Monitor data 1

RWwn+3

Write data 1

RWrn+4

Monitor value 2

RWwn+4

Monitor code 2

RWrn+5

Monitor value 3

RWwn+5

Monitor code 3

RWrn+6

Monitor value 4

RWwn+6

Monitor code 4

RWrn+7

Monitor value 5

RWwn+7

Monitor code 5

RWrn+8

Monitor data 2

RWwn+8Command code 2

RWrn+9

Monitor data 3

RWwn+9

Write data 2

RWwn+A

Command code 3

RWwn+B

Write data 3

RWwn+C〜
RWwn+F

UnusedRWrn+A〜
RWrn+F

Unusedn: Address assigned to the master module by the station number setting

8.4.4 Ver.2.00 (Octuple)
RWr、RWw are 32 words.
P1-CCL → Master
Address
RWrn

Master → P1-CCL

Description

Address

Description

Monitor value 1

RWwn

Monitor code 1

RWrn+1

Output frequency

RWwn+1

Set frequency

RWrn+2

Response code and error position

RWwn+2

Command code 1

RWrn+3

Monitor data 1

RWwn+3

Write data 1

RWrn+4

Monitor value 2

RWwn+4

Monitor code 2

RWrn+5

Monitor value 3

RWwn+5

Monitor code 3

RWrn+6

Monitor value 4

RWwn+6

Monitor code 4

RWrn+7

Monitor value 5

RWwn+7

Monitor code 5

RWrn+8

Monitor data 2

RWwn+8Command code 2

RWrn+9

Monitor data 3

RWwn+9

Write data 2

RWwn+A

Command code 3

RWwn+B

Write data 3

RWwn+C〜
RWwn+1F

UnusedRWrn+A〜
RWrn+1F

Unusedn: Address assigned to the master module by the station number setting

8-8

CC-Link

Chapter 88.4.5 RWr signal details
Address

Signal Name

Description

RWrn

Monitor value 1

Sets the monitor value specified by the RWwn monitor code 1.

RWrn+1

Output frequency

Constantly sets the present output frequency (Unit: 0.01Hz).

RWrn+2

Response codeand error position

The low byte is response code.
The high byte is error position.
[Response code]
Sets the response code corresponding to the RWw+2 command code 1,
RWw+8 command code 2, RWw+A command code 3.
Normal response sets a zero, and a data error sets a non-zero value.
[Error position]
a data error sets error position code.

RWrn+3

Monitor data 1

Sets the response data corresponding to the command specified by thecommand code 1 when the response is normal.

RWrn+4

Monitor value 2

Sets the monitor value specified by the RWwn+4 monitor code 2.

RWrn+5

Monitor value 3

Sets the monitor value specified by the RWwn+5 monitor code 3.

RWrn+6

Monitor value 4

Sets the monitor value specified by the RWwn+6 monitor code 4.

RWrn+7

Monitor value 5

Sets the monitor value specified by the RWwn+7 monitor code 5.

RWrn+8

Monitor data 2

Sets the response data corresponding to the command specified by thecommand code 2 when the response is normal.

RWrn+9

Monitor data 3

Sets the response data corresponding to the command specified by thecommand code 3 when the response is normal.

n: Address assigned to the master module by the station number setting

8-9

CC-Link

Chapter 88.4.6 RWw signal details
Address

Signal Name

Description
Sets the monitor code to be referenced. Data for the specified monitor is set in
RWrn by turning RYnC signal ON on the completion of the setting.

RWwn

Monitor code 1

RWwn+1

Set frequency

Specifies the set frequency (Unit: 0.01Hz).

Command code 1

Sets the command code for actions such as parameter read, write, error
reference, error clear, etc. The command will be executed by turning RYnF ON
after the register setting is completed. When the command execution iscompleted, RXnF turns ON.

RWwn+3

Write data 1

Sets data specified by the above-mentioned command code 1 (if necessary).
RYnF is turned ON after setting the above-mentioned command code 1 and thisregister.
If no data needs to be written, the value shall be zero.

RWwn+4

Monitor code 2

Sets the monitor code to be referenced. Data for the specified monitor is set in
RWrn+4 by turning RYnC signal ON on the completion of the setting.

RWwn+5

Monitor code 3

Sets the monitor code to be referenced. Data for the specified monitor is set in
RWrn+5 by turning RYnC signal ON on the completion of the setting.

RWwn+6

Monitor code 4

Sets the monitor code to be referenced. Data for the specified monitor is set in
RWrn+6 by turning RYnC signal ON on the completion of the setting.

RWwn+7

Monitor code 5

Sets the monitor code to be referenced. Data for the specified monitor is set in
RWrn+7 by turning RYnC signal ON on the completion of the setting.

Command code 2

Sets the command code for actions such as parameter read, write, error
reference, error clear, etc. The command will be executed by turning RYnF ON
after the register setting is completed. When the command execution iscompleted, RXnF turns ON.

Write data 2

Sets data specified by the above-mentioned command code 2 (if necessary).
RYnF is turned ON after setting the above-mentioned command code 2 and thisregister.
If no data needs to be written, the value shall be zero.

Command code 3

Sets the command code for actions such as parameter read, write, error
reference, error clear, etc. The command will be executed by turning RYnF ON
after the register setting is completed.
When the command execution is completed, RXnF turns ON.

Write data 3

Sets data specified by the above-mentioned command code 3 (if necessary).
RYnF is turned ON after setting the above-mentioned command code 3 and thisregister.
If no data needs to be written, the value shall be zero.

RWwn+2

RWwn+8RWwn+9RWwn+A

RWwn+Bn: Address assigned to the master module by the station number setting

8.4.7 Monitor code
When the monitor value of the 2 words parameter is more than the value which can be expressed at 1
byte, the value becomes the limit value.
Singed integer
Upper limit : 32767
Lower limit : -32768
Unsigned integer
Upper limit : 65535
Lower limit : 0

8-10

CC-Link

Chapter 8
CodeNo.

Parametercode

0x0001dA-01

Output frequency monitor

0 〜 59000

0.01Hz0x0002

dA-02

Output current monitor

0 〜 65535

0.01A

0x0003dA-18

Output voltage monitor

0 〜 8000

0.1V

FA-01

Main speed command(monitor + setting)0 〜 59000

0x00050x0006

dA-08

Name

Range

Unit

！

-32768 〜 32767-10000 〜 10000

0.1%

0 〜 10000

0.01%

0 〜 60000

0.01kW

0x0007dA-17

Output torque monitor

0x0009dA-41

DBTR load factor monitor

0x000A

dA-42

Electronic thermal load factor
monitor (Motor)

0x000D

dA-30

Input power monitor

0x000E

dA-34

Output power monitor

0x000F

dA-51

Input terminal monitor

2^0 : Input terminal FR 〜
2^10 : Input terminal DHH

0x0010dA-54

Output terminal monitor

2^0 : Output terminal UPF 〜
2^4 : Output terminal X3
2^5 : Relay output terminal RL
2^6 : Alarm relay output
terminal FL

0x0013dA-20

Current position monitor-32768 〜 32767

0x0014dC-24

Cumulative power-on time

0x0017

dC-22

Cumulative operating hours
monitor during RUN

0x0019dA-32

Integrated input power monitor

0 〜 65535

-

-

1pls
1hr

Operation direction monitor-

0x001A

dA-03

0x001B

db-30

PID1 feedback data 1 monitor

0 〜 10000

0.01%

0x001C

dA-06

Output frequency conversion
monitor0 〜 65535

0.01

0x001D

dA-15

Torque command monitor(after calculation)-10000 〜 10000

0x001E

FA-16

Torque bias monitor(monitor + setting)-5000 〜 5000

0x001F

dC-15

Cooling fin temperature monitor

0x0020dA-38

Motor temperature monitor

0x0022dA-28

Pulse counter monitor

0x0023

FA-20

Position command monitor(monitor + setting)

0x0024-

Trip count monitor

0x0025-Trip monitor 1

0x0026-

Trip monitor 2

0x0027-

Trip monitor 3

0x0028-Trip monitor 4

0x0029-Trip monitor 5

0x002A-

Trip monitor 6

！

0.1kW
0 : Stopped 1 : 0Hz output
2 : Forward rotation
3 : Reverse rotation

dC-16

-

0.01HzSpeed detection value monitor

0x0021

Remarks

-

！

0.1%

-200 〜 2000

0.1℃

-

0 〜 3
bit0 : lives of the capacitorson the circuit board
bit1 : FAN life

Life diagnostic monitor

0 〜 65535！

-32768 〜 32767
0 〜 65535-

0 〜 1220x002B

dE-50

Warning monitor

0 〜 207

0x002C

dA-40

DC voltage monitor

0 〜 10000

8-11-

0.1VdcCC-Link

Chapter 8
8.4.8 Command code
Item

Code No.

Description

Read error history No.1 and No.20x0074

Read trip monitor 1 and 2Upper : Trip monitor 2
Lower : Trip monitor 1

Read error history No.3 and No.40x0075

Read trip monitor 3 and 4
Upper : Trip monitor 4
Lower : Trip monitor 3

0x0076

Read trip monitor 5 and 6
Upper : Trip monitor 6
Lower : Trip monitor 5

Read error history No.7 and No.80x0077

Read trip monitor 7 and 8
Upper : Trip monitor 8
Lower : Trip monitor 7

Read set frequency (RAM)0x006D

Read set frequency (RAM)

Read error history No.5 and No.6

Read parameter

Modbus register number

Read parameter of inverter ＊Write parameter

Modbus register number+ 30000 (0x7530)

Write parameter of inverter ＊Batch clear error definition

0x00F4

Clear trip monitor

Clear all parameters

0x00FC

Initialize

Reset inverter

0x00FD

Reset the inverter

Remarks-

Unit
0.01Hz-＊Please refer to "12 parameter list" for details.

8.4.9 Response code
Code No.

Description

Factor

0x01

Write mode error

Wrote to the read only parameter

0x02

Parameter selection error

Monitor code or command code was wrong.

0x03

Data error

The write data was out of range, etc.

0x04

Error by inverter state or soft-lock

The inverter was in the state that it didn't permit to write.

0x05

Command code is duplicatedCommand code is duplicated.

8.4.10 Error position
Code No.

Description

0x01

Monitor code 1

0x02

Set frequency

0x03

Command code 1

0x04

Write data 1

0x05

Monitor code 2

0x06

Monitor code 3

0x07

Monitor code 4

0x08

Monitor code 5

0x09

Command code 2

0x0A

Write data 20x0B

Command code 3

0x0C

Write data 3

When you wrote to the consecutive registers and there was a fault to write to the latter register, error
position may show the former register.

8-12Chapter 9

Function

9

Chapter 9 Function
9.1 About this chapter
This chapter contains the information about the function of P1-CCL.

9.2 List of functions
The functions which P1-CCL supports are below.
Section

Function

9.3

Confirm remote ready9.4

Set frequency

9.5

Set run command

9.6

Reset trip

9.7

Set monitor code

9.8

Set command code (read)

9.9

Set command code (write)

9.3 Confirm remote ready
Please confirm the remote ready (RX(n+1)B, RX(n+3)B, RX(n+7)B) turns ON while reading from/writing to
the CC-Link master.
RX No. of Remote Ready depends on CC-Link Ver. and extended cyclic setting.
Please refer to "Chapter 8 CC-Link" for details.

START

Remote Ready
OFF
ON
END
When the remote ready is OFF, the reasons are as follows.
・P1-CCL is OFF.
・The CC-Link master doesn't communicate with P1-CCL.
・HF-430NEO is trip.

9-1

Chapter 9

Function

9.4 Set frequency
Please set frequency according to the following procedure.
START

Frequency setting complete (RAM) RYnD = OFF

Set frequency RWwn+1 = Frequency
Frequency setting complete (RAM) RYnD = ON

Frequency setting complete (RAM)
RXnD

OFF

ON
END

Please set frequency in 0.01Hz.
When the frequency setting complete (RAM) RXnD remains OFF, please correct the frequency.
You can set frequency in a row, when the frequency setting complete (RAM) RYnD remains ON.

9.5 Set run command
Please set run command according to the following procedure.

START

Forward: Forward command RYn0 = ON, Reverse command RYn1 = OFF
Reverse: Forward commandRYn0 = OFF, Reverse commandRYn1 = ON
Stop: Forward command RYn0 = OFF, Reverse command RYn1 = OFF

END

When both the forward command RYn0 and the reverse command turn ON, the command is the Stop
command.

9-2

Chapter 9

Function

9.6 Reset trip
Please reset trip from CC-Link according to the following procedure.
RX No. of Error status flag and Error reset request flag depend on CC-Link Ver. and extended cyclic
setting.
Please refer to "Chapter 8 CC-Link" for details.

START

OFF: Normal operation
Error status flag
ON: Tripping
Error reset request flag = ON

END

When the inverter is tripping, the error status flag (RX(n+1)A, RX(n+3)A, RX(n+7)A) turns ON and theremote ready (RX(n+1)B, RX(n+3)B, RX(n+7)B) turns OFF.
You can reset trip from keypad of the inverter.
After trip reset, the error status flag (RX(n+1)A, RX(n+3)A, RX(n+7)A) turns OFF and the remote ready(RX(n+1)B, RX(n+3)B, RX(n+7)B) turns ON.

9-3

Chapter 9

Function

9.7 Set monitor code
Please read parameter with monitor code according to the following procedure.

START

Monitor command RYnC = OFF

Monitor code 1 RWwn = monitor code
Monitor code 2 RWwn+4 = monitor code
Monitor code 3 RWwn+5 = monitor code
Monitor code 4 RWwn+6 = monitor code
Monitor code 5 RWwn+7 = monitor code
Monitor command RYnC = ON

Monitoring RXnC
OFF
ON
Read monitor value 1 RWrn
Read monitor value 2 RWrn+4
Read monitor value 3 RWrn+5
Read monitor value 4 RWrn+6
Read monitor value 5 RWrn+7

END

When you use RWwn+4 - 7 and RWrn+4 - 7, please use CC-Link Ver.2.00, extended cyclic setting double,
quadruple or Octuple.
When the monitoring RXnC remains OFF, please correct the monitor code RWwn, RWwn+4 - 7. You canfind error position in response code and error position RWrn+2. Set 0 to monitor code which isn't used.
The monitor command RYnC need to turn OFF, when you set another monitor code.

9-4

Chapter 9

Function

9.8 Set command code (read)
Please read parameter with command code according to the following procedure.

START

Command code execution request RYnF = OFFCommand code 1 RWwn+2 = command code
Command code 2 RWwn+8 = command code
Command code 3 RWwn+A = command code
Command code execution request RYnF = ON

Command code
execution complete
OFF

RXnF

ON
Read monitor data 1 RWrn+3
Read monitor data 2 RWrn+8
Read monitor data 3 RWrn+9

END

When you use RWwn+8, RWwn+A, RWrn+8 and RWrn+9, please use CC-Link Ver.2.00, extended cyclic
setting double, quadruple or Octuple.
When the command code execution complete RXnF remains OFF, please correct the command code
RWwn+2, RWwn+8 and RWwn+A.
You can find error position in response code and error position RWrn+2. Set 0 to command code which
isn't used.
The command code execution complete RXnF need to turn OFF, when you set another command code.

9-5

Chapter 9

Function

9.9 Set command code (write)
Please write parameter with command code according to the following procedure.

START

Command code execution request RYnF = OFFCommand code 1 RWwn+2 = command code
Write data 1 RWwn+3 = write data
Command code 2 RWwn+8 = command code
Write data 2 RWwn+9 = write data
Command code 3 RWwn+A = command code
Write data 3 RWwn+B = write data
Command code execution request RYnF = ON

Command code
execution complete
OFF

RXnF

ON
END

When you use RWwn+8 - B, please use CC-Link Ver.2.00, extended cyclic setting double, quadruple or
Octuple.
When the command code execution complete RXnF remains OFF, please correct the command code
RWwn+2, RWwn+8, RWwn+A, write data RWwn+3, RWwn+9 and RWwn+B.
You can find error position in response code and error position RWrn+2. Set 0 to command code andwrite data which aren't used.
The command code execution complete RXnF need to turn OFF, when you set another command code
and another write data.

9-6

Troubleshooting

Chapter 10

10Chapter10 Troubleshooting
10.1 About this chapter

This chapter contains the troubleshooting of cases such as errors detected by the protection function,
warnings given by the warning function, or some cases in which the device is not working properly.

10.2 Self-diagnosis
The CC-Link communication is notworking properly

The inverter tripped.

Not working properly

It is displaying an error.

Refer to this guide page 10-2

Refer to this guide page 10-3

「10.3 CC-Link troubleshooting」「10.4 Inverter troubleshooting」

Please contact your supplier.

Before contacting the technical service, please confirm the items on the right.
(1)Inverter model,(2)Inverter manufacture number (MFG No.),(3)Option device model (P1-CCL),(4)P1-CCL software version(5)P1-CCL manufacture number (MFG No.),(6)Date of purchase,(7)Inquiry contents,
For information about how to check the inverter model and the manufacture number (MFG No.) pleaserefer to HF-430NEO user's manual.
For information about how to check the P1-CCL model, software version and the manufacture number(MFG No.) please refer to the chapter 4.
Furthermore, if the inquiry is about a P1-CCL communication problem please provide us with thefollowing additional information.
(8) Current problem or abnormality(9) Frequency of occurrence(10) The CC-Link master being used(11) The CC-Link network configuration

10-1

Troubleshooting

Chapter 10
10.3 P1-CCL troubleshooting
10.3.1 Verify the LED■LED statusabbreviation

Description・statusON

The LED is turned ON

OFF

The LED is turned OFF

B

Blinking
The LED turns ON (0.4[s]) and OFF (0.4[s]).

-Undefined■Probable cause and its solution
L.RUN
ON

L.ERR
OFF

SD
ON

RD

Description

Probable cause

SolutionON

CC-Link
Communicating--

Power supply fault

OFF

OFF

OFF

OFF

Cable failure

P1-CCL isdamaged.

OFF

OFF

-

OFF

OFF

ON

ON
(*1)

B

OFF

OFF

OFF

-

-

OFF

ON

OFF

Station number ortransmisiion
speed is out ofrange

The inverter main power, theexternal 24V power of theinverter or the external 24V
power of the P1-CCL is notturned ON.

Please turn on the inverter power
supply or the external 24V input.

The P1-CCL is not correctly
attached.

Turn off the inverter, then detachand attach again the P1-CCL. After
this, turn on the inverter again.

The cable is disconnected.

Check the cable connecting.

The cable does not meet therequired specifications.

Please exchange the cable for acable that meets the specifiactions
described in the section 4.2.7.

The cable is broken.

Please exchange the cable.

P1-CCL broke down

Please exchange the P1-CCL.

Station number is 0 or greaterthan or equal to 65.

Please check station number.

Transmission speed is out ofrange.

Please check transmission speed.

-

CRC error

CRC error occurred.

Please set terminal resister switch, if
P1-CCL is terminal.
Also, please implement measures toprevent noise, if there is anequipment close by that is
generating noise.

-P1-CCL settings ischanged.

Station number is changed
while P1-CCL is power ON.

Please turn off and on the inverter toenable changed station number.
It works with the old station number
until the inverter turns OFF.

ON

There isn't data
addressed to thisP1-CCL.

P1-CCL doesn't receive data
addressed to itself.

Please check station number,because setting of P1-CCL andsetting of the CC-Link master are
different.

Parameter fault

The parameter (transmission
speed, CC-Link Ver. andExtended cyclic setting) of P1CCL that is set in the CC-Link
master is wrong.

Please check that the parameter is
set in the CC-Link master.

ON(*1) L.ERR LED is ON only while CRC error occurred. In some cases, L.ERR LED turns ON for an instant.

10-2Troubleshooting

Chapter 10
10.3.2 Verifying using CC-Link

・Inverter trips notifications can be verified using Error Status Flag of remote input RX.
In the event the inverter trips, Error Status Flag turns ON.

10.4 Inverter troubleshooting
10.4.1 Inverter error information

E060 / E069
Option 1 Error 0 / 9
E070 / E079
Option 2 Error 0 / 9
E080 / E089
Option 3 Error 0 / 9
When there is a communication error between the P1-CCL and the inverter, an inverter error will occur.
In case the communication error was detected by the P1-CCL, the error number will be E060, E070 or
E080.
In case the communication error was detected by the inverter, the error number will be E069, E079 or
E089.
The error code will depend on the slot in which the P1-CCL is attached.
Issue▶

An error occurred in
the communication
between the P1-CCL
and the inverter

Possible cause▶

Possible solution

・The P1-CCL is notcorrectly attached.

・Turn off the inverter, then detach the P1-CCL
and attach it again. After this, turn on the
inverter again.

・There is an intruding
object in between
the P1-CCL and theinverter connector

・Remove the intruding object

10-3

Troubleshooting

Chapter 10
E063
Option 1 Error 3
E073
Option 2 Error 3
E083
Option 3 Error 3
The P1-CCL detected a CC-Link communication failure.
The error code will depend on the slot in which the P1-CCL is attached.
Issue▶

There is a CCLinkcommunication
error.

Possible cause ▶

Possible solution

・The CC-Link IO
controller stopped.

・Verify that the CC-Link IO controller did not stop.

・The cable got
disconnected.

・Verify that the cable is connected correctly.
・Check if the cable specification meets the required
specifications. If it doesn't, please exchange the cable.

E065
Option 1 Error 5
E075
Option 2 Error 5
E085
Option 3 Error 5
The P1-CCL detected a read error of station number switches or transmission speed switch.
The error code will depend on the slot in which the P1-CCL is attached.
Issue▶

Possible cause ▶

Possible solution

There is a readerror of station
numberswitches ortransmission
speed switch.

・P1-CCL wasn't able
to read switches
normally.

・please implement measures to prevent noise, if there isan equipment close by that is generating noise.

10-4Chapter 11

Specifications

11

Chapter 11 Specifications
11.1 About this chapter
This chapter contains information about the P1-CCL specifications.

11.2 Device specifications■Specifications
Item

Environment

Specification

Model

P1-CCL

Weight170g

Ambient operating temperature

0〜50℃

Ambient operating humidity

20〜90%RH

Storage temperature－20〜65℃

Vibration resistance

5.9m/s2(0.6G)、10〜55Hz

Enclosure rating

IP00

Station type

Remote device station

Transmission speed

10M / 5M / 2.5M / 625k / 156kbps

Communication method

Broadcast polling method

Synchronization method

Frame synchronization

Encoding method

NRZI

Topology

Bus (EIA RS485 compatible)

Transmission format

HDLC compatible

Error detection code

CRC (X16+X12+X5+1)

CC-Link Version

Ver.1.00, 1.10

Extended cyclic setting-

Number of linkpointsVer.2.00
SingleRX

Double

32

RY

32

RWr
RWw

CC-Link
Interface

No icing or condensation conditions.

Quadruple

Octuple

64

128

64

128

4

8

16

32

4

8

16

32

Number of occupied stations

1 station

Transient transmission

Not supported

Maximum numberof connected
stations / nodes

Maximum 64 stations
Maximum 42 stations only P1-CCL.
Number of connected stations / nodes need to satisfy all of the
below requirements.
[1] (1 x a) + (2 x b) + (3 x c) + (4 x d) ≦ 64 stations
a: Number of nodes occupying 1 station,b: Number of nodes occupying 2 stations,c: Number of nodes occupying 3 stations,d: Number of nodes occupying 4 stations[2] 16 x A + 54 x B + 88 x C ≦ 2304
A: Number of remote I/O stations maximum 64 nodes
B: Number of remote device stations
maximum 42 nodes
C: Number of local and intelligent device stations maximum
26 nodesVer.1.00
Ver.1.10

11-1

Chapter 11

Specifications
Item

Specification

Ver.2.00

CC-Link
Interface

Maximum 64 stations
Maximum 42 stations only P1-CCL
Number of connected stations / nodes need to satisfy all of the
below requirements.
[1] (a + a2 + a4 + a8) + (b + b2 + b4 + b8) x 2 +(c + c2 + c4 + c8) x 3 + (d + d2 + d4 + d8) x 4 ≦ 64
[2] (a x 32 + a2 x 32 + a4 x 64 + a8 x 128) +(b x 64 + b2 x 96 + b4 x 192 + b8 x 384) +(c x 96 + c2 x 160 + c4 x 320 + c8 x 640) +(d x 128 + d2 x 224 + d4 x 448 + d8 x 896) ≦ 8192
[3] (a x 4 + a2 x 8 + a4 x 16 + a8 x 32) +(b x 8 + b2 x 16 + b4 x 32 + b8 x 64) +(c x 12 + c2 x 24 + c4 x 48 + c8 x 96) +(d x 16 + d2 x 32 + d4 x 64 + d8 x 128) ≦ 2048
Single setting (1x)a: Number of nodes occupying 1 station
b: Number of nodes occupying 2 stations
c: Number of nodes occupying 3 stations
d: Number of nodes occupying 4 stations
Double setting (2x)a2: Number of nodes occupying 1 station
b2: Number of nodes occupying 2 stations
c2: Number of nodes occupying 3 stations
d2: Number of nodes occupying 4 stations
Quadruple setting (4x)a4: Number of nodes occupying 1 station
b4: Number of nodes occupying 2 stations
c4: Number of nodes occupying 3 stations
d4: Number of nodes occupying 4 stations
Octuple setting (8x)a8: Number of nodes occupying 1 station
b8: Number of nodes occupying 2 stations
c8: Number of nodes occupying 3 stations
d8: Number of nodes occupying 4 stations[4] 16 x A + 54 x B + 88 x C ≦ 2304
A: Number of remote I/O station Maximum 64 nodes
B: Number of intelligent device station Maximum 42 nodes
C: Number of local and intelligent device station
Maximum 26 nodes

Slave station number

1 to 64

Connection cable

CC-Link dedicated cable Ver.1.10
CC-Link dedicated high flexible cable Ver.1.10
CC-Link dedicated cable

Terminating resistor

Selectable with the terminal resistor switch.
110Ω (When above cable is used.)130Ω (When Ver.1.00 compatible CC-Link dedicated highperformance cable is used.)(Terminal resistor is connected between DA and DB.)

ProfileInverter

11-2

Chapter 12

Parameter List

12

Chapter 12 Parameter List
13.1 About this chapter
This chapter contains the list of command code of inverter parameter.

13.2 Parameter list
The calculation method of command code:- Read parameter
The modbus register- Write parameter
The modbus register + 30000 (0x7530)■Items on the List
Item

Description

Func. code

Parameter function code.

Command code Read

Command code of read parameter

Command code Write

Command code of write parameter

Function nameParameter name.

Setting Items

Range of Values

Data resolution･units

Resolution and units

12-1

Chapter 12

Parameter List

12.2.1 Code-d
Func.
code

Command code
Read

Function name

Write

Setting items

Data
resolution
unit

dA-01

0x2711

0x9C41

Output frequency monitor

0 〜59000

0.01HzdA-02

0x2712

0x9C42

Output current monitor

0〜65535

0.01A

dA-03

0x2713

0x9C43Operation direction monitor

0〜3

1

dA-04

0x2714

0x9C44(dA-05)0x2715

0x9C45dA-06

0x2716

0x9C46(dA-07)0x2717

0x9C47Frequency command (after calculation)(High)(Low)

Output frequency conversion monitor(High)(Low)

Speed detection value monitor(High)(Low)

Output frequency monitor (with sign)(High)
(Low)

dA-08

0x2718

0x9C48(dA-09)0x27190x9C49dA-12

0x271C

0x9C4C(dA-13)0x271D

0x9C4D

dA-14

0x271E

0x9C4E

Frequency upper limit monitor

dA-15

0x271F

0x9C4F

Torque command monitor (after calculation)-59000〜59000(Register No. and monitor range
are not the same with Ver1.xx.)

0.01Hz0〜5900000

0.01-59000〜59000

0.01Hz0〜59000

0.01Hz-10000〜10000

dA-16

0x2720

0x9C50Torque limit monitor

0〜5000dA-17

0x2721

0x9C51

Output torque monitor-10000〜10000

dA-18

0x2722

0x9C52

Output voltage monitor

dA-20

0x2724

0x9C54(dA-21)0x2725

0x9C55dA-26

0x272A

0x9C5A(dA-27)0x272B

0x9C5B

dA-28

0x272C

0x9C5C(dA-29)0x272D

0x9C5D

0〜8000(High)(Low)

Current position monitor

In high resolution mode:-1073741823〜1073741823(High)(Low)-2147483647〜2147483647

Pulse counter monitor(High)(Low)

0〜2147483647

0x272E

0x9C5E

dA-32

0x2730

0x9C60

Input power monitor(dA-33)0x2731

0x9C61dA-34

0x2732

0x9C62dA-36

0x2734

0x9C64(dA-37)0x2735

0x9C65dA-38

0x2736

0x9C66

Motor temperature monitor

dA-40

0x2738

0x9C68DC voltage monitor

Integrated input power monitor(High)(Low)

Output power monitor
Integrated output power monitor(High)(Low)

0.1V-268435455〜268435455

Pulse train position deviation monitor

dA-30

0.10%

1pls

0〜60000 (〜75kW)

0.01kWh

0〜10000000

0.1kWh0〜60000 (〜75kW)

0.01kW

0〜10000000

0.1kWh-200〜2000

0.1°C
0.1VdcdA-41

0x27390x9C69DBTR load factor monitor

dA-42

0x273A

0x9C6AElectronic thermal load factor monitor (Motor)

dA-43

0x273B

0x9C6B

Electronic thermal load factor monitor (Inverter）

dA-45

0x273D

0x9C6D

Safety STO monitor

dA-46

0x273E

0x9C6E

dA-47

0x273F

0x9C6FdA-50

0x2742

0x9C72

Terminal block option mounted statedA-51

0x2743

0x9C73

Input terminal monitor

dA-54

0x2746

0x9C76

Output terminal monitor
Analog I/O selection monitor

Reserved

0〜10000

0〜7

1

-

-

0〜15
0〜0xFFFF

dA-60

0x274C

0x9C7CdA-61

0x274D

0x9C7D

Analog input [VRF] monitor

dA-62

0x274E

0x9C7E

Analog input [IRF] monitor

dA-63

0x274F

0x9C7F

Analog input [VF2] monitor

dA-64

0x2750

0x9C80Extended analog input [Ai4] monitor

dA-65

0x2751

0x9C81

Extended analog input [Ai5] monitor

dA-66

0x2752

0x9C82

Extended analog input [Ai6] monitor

dA-70

0x2756

0x9C86

Pulse train input monitor (inverter)

dA-71

0x2757

0x9C87

Pulse train input monitor (option)

dA-81

0x2761

0x9C91

Option slot 1 mounted statedA-82

0x2762

0x9C92

Option slot 2 mounted statedA-83

0x27630x9C93

Option slot 3 mounted state

db-01
to
db-23

0x2775to
0x278B

0x9CA5to
0x9CBB

Reserved

12-2

0.01%

1

0〜0xFF0〜10000-10000〜10000
0〜10000

0.01%-10000〜10000

0〜48

1

-

-

Chapter 12
Func.
code

Parameter List

Command code
Read

Function name

Write

db-30

0x2792

0x9CC2(db-31)0x27930x9CC3db-32

0x27940x9CC4(db-33)0x27950x9CC5db-34

0x2796

0x9CC6(db-35)0x2797

0x9CC7db-36

0x27980x9CC8(db-37)0x27990x9CC9db-38

0x279A

0x9CCA(db-39)0x279B

0x9CCB

db-40

0x279C

0x9CCC(db-41)0x279D

0x9CCD

db-42

0x279E

0x9CCE(db-43)0x279F

0x9CCF

db-44

0x27A00x9CD0Setting items

PID1 feedback data 1 monitor(High)(Low)

PID1 feedback data 2 monitor(High)(Low)

PID1 feedback data 3 monitor(High)(Low)

PID2 feedback data monitor(High)(Low)

PID3 feedback data monitor(High)(Low)

Per AJ-26
setting

PID4 feedback data monitor(High)(Low)

Per AJ-46
setting

PID1 target value monitor(after calculation)(High)(Low)(High)(Low)(db-45)0x27A1

0x9CD1

PID1 feedback data monitor(after calculation)

db-50

0x27A60x9CD6

PID1 output monitor

db-51

0x27A70x9CD7

PID1 deviation monitor

db-52

0x27A80x9CD8

PID1 deviation 1 monitor

db-53

0x27A90x9CD9PID1 deviation 2 monitor

db-54

0x27AA

0x9CDAPID1 deviation 3 monitor

db-55

0x27AB

0x9CDB

PID2 output monitor
PID2 deviation monitor

Per AH-06
setting-10000〜10000

Per AH-06
setting-10000〜10000
0.01%

db-56

0x27AC

0x9CDC

db-57

0x27AD

0x9CDD

PID3 output monitor

db-58

0x27AE

0x9CDE

PID3 deviation monitor

db-59

0x27AF

0x9CDF

PID4 output monitor

db-60

0x27B00x9CE0

PID4 deviation monitor

db-61

0x27B1

0x9CE1

PID current P gain monitor

0〜1000db-62

0x27B2

0x9CE2

PID current I gain monitor

0〜36000

db-63

0x27B3

0x9CE3

PID current D gain monitor

db-64

0x27B4

0x9CE4

PID feed forward monitor

dC-01

0x27D90x9D09Inverter load type selection monitor

dC-02

0x27DA

0x9D0A

Rated current monitor

dC-07

0x27DF

0x9D0F

Speed command destination monitor (main)

dC-08

0x27E0

0x9D10Speed command destination monitor (auxiliary)

dC-10

0x27E2

0x9D12

Operation command destination monitor

dC-15

0x27E7

0x9D17

Cooling fin temperature monitor

dC-16

0x27E8

0x9D18Life diagnostic monitor

0〜10000

0x27EC

0x9D1C

Total start-up count

0x9D1DPower-on countdC-22

0x27EE

0x9D1E(dC-23)0x27EF

0x9D1F

Cumulative operating hours monitor
during RUN(High)(Low)

Cumulative power-on time(High)(Low)

Cumulative operating time of cooling fan(High)(Low)

0x27F0

0x9D20
0x9D210.01%
10〜65535

0.1A

0〜34

1
0.1°C

0〜0xFF

0x27ED

0x27F1

0.1s
0.01s

0〜2

-200〜2000

dC-21

dC-24

0.1 x

0〜6

dC-20

(dC-25)Data
resolution
unit

1〜65535

0〜1000000

dC-26

0x27F2

0x9D22(dC-27)0x27F3

0x9D23dC-37

0x27FD

0x9D2D

Detailed monitor for icon 2 LIM

0〜6

dC-38

0x27FE

0x9D2E

Detailed monitor for icon 2 LIM

0〜4

dC-39

0x27FF

0x9D2F

Detailed monitor for icon 2 RETRY

0〜2

dC-40

0x2800

0x9D30Detailed monitor for icon 2 NRDY

0〜9

dC-45

0x2805

0x9D35

IM/SM monitor

1

1hr

0〜1
0〜0xFFFF
Higher 1 byte: Major
Lower 1 byte: Minor 1

dC-50

0x280A

0x9D3A

Firmware Ver. monitor

dC-53

0x280D

0x9D3D

Firmware Gr. monitor

0〜1

Trip
monitor(dE-01)

0x03E80x7918Trip count monitor

0〜65535

12-3

1Chapter 12
Func.
code

Trip
monitor(dE-11)

Func.
code

Trip
monitor(dE-12)

Parameter List

Command code
Read

Write

Function name

0x03E90x7919Trip monitor 1 Factor

0x03EA

0x791A

0x03EB

0x791B

Trip monitor 1 Output frequency(with sign)(High)(Low)

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz0x03EC

0x791C

Trip monitor 1 Output current

0〜65535

0.01A

0x03ED

0x791D

Trip monitor 1 P-N DC voltage

0〜10000

0.1Vdc

0x03EE

0x791E

Trip monitor 1 Inverter state

0〜8

0x03EF0x791F

Trip monitor 1 LAD state

0〜5

0x03F00x7920Trip monitor 1 INV control mode

0〜110x03F10x7921

Trip monitor 1 Limit state

0x03F20x7922

Trip monitor 1 Special state

0x03F40x79240x03F50x79250x03F60x7926

1

0〜6

Trip monitor 1 RUN time(High)(Low)

Trip monitor 1 Power ON time(High)(Low)

0〜1000000

0x03F70x79270x03F80x7928Trip monitor 1 Absolute time (year, month)

00 - 99 (BCD code)

0x03F90x7929Trip monitor 1 Absolute time(day, day of the week)

01 - 31 (BCD code)

0x03FA

0x792A

Trip monitor 1 Absolute time (hour, minute)00 - 06 (BCD code)1hr

100 - 23 (BCD code)
00 - 59 (BCD code)

Command code
Function name

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x03FD

0x792D

Trip monitor 2 Factor

0x03FE

0x792E

0x03FF0x792F

Trip monitor 2 Output frequency(with sign)

0x04000x7930Trip monitor 2 Output current

0〜65535

0.01A

0x04010x7931

Trip monitor 2 P-N DC voltage

0〜10000

0.1Vdc0〜8(High)(Low)

0x04020x7932

Trip monitor 2 Inverter state

0x04030x7933

Trip monitor 2 LAD state

0〜50x04040x7934

Trip monitor 2 INV control mode

0〜110x04050x7935Trip monitor 2 Limit state

0x04060x7936

Trip monitor 2 Special state

0x04080x79380x04090x79390x040A

0x793A

0x040B

0x793B

0x040C

0x793C

Trip monitor 2 Absolute time (year, month)0x040D

0x793D

Trip monitor 2 Absolute time(day, day of the week)

0x040E

0x793E

Trip monitor 2 Absolute time (hour, minute)

0〜6

Trip monitor 2 RUN time(High)(Low)

Trip monitor 2 Power ON time(High)
(Low)

12-4

1

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)1

Chapter 12
Func.
code

Trip
monitor(dE-13)

Func.
code

Trip
monitor(dE-14)

Parameter List

Command code
Function name

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x04110x7941

Trip monitor 3 Factor

0x04120x79420x04130x7943

Trip monitor 3 Output frequency(with sign)

0x04140x7944

Trip monitor 3 Output current

0〜65535

0.01A

0x04150x7945Trip monitor 3 P-N DC voltage

0〜10000

0.1Vdc0〜8(High)(Low)

0x04160x7946

Trip monitor 3 Inverter state

0x04170x7947

Trip monitor 3 LAD state

0〜50x04180x7948Trip monitor 3 INV control mode

0〜110x04190x7949Trip monitor 3 Limit state

0x041A

0x794A

Trip monitor 3 Special state

0x041C0x794C

0x041D

0x794D

0x041E0x794E

0x041F0x794F0x04200x7950Trip monitor 3 Absolute time (year, month)0x04210x7951

Trip monitor 3 Absolute time(day, day of the week)

0x04220x7952

Trip monitor 3 Absolute time (hour, minute)1

0〜6

Trip monitor 3 RUN time(High)(Low)

Trip monitor 3 Power ON time(High)(Low)

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)

100 - 59 (BCD code)

Command code
Function name

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x04250x7955Trip monitor 4 Factor

0x04260x79560x04270x7957

Trip monitor 4 Output frequency(with sign)

0x04280x7958Trip monitor 4 Output current

0〜65535

0.01A

0x04290x7959Trip monitor 4 P-N DC voltage

0〜10000

0.1Vdc0〜8(High)(Low)

0x042A

0x795A

Trip monitor 4 Inverter state

0x042B

0x795B

Trip monitor 4 LAD state

0〜5

0x042C

0x795C

Trip monitor 4 INV control mode

0〜110x042D

0x795D

Trip monitor 4 Limit state

0x042E

0x795E

Trip monitor 4 Special state

0x04300x79600x04310x79610x04320x79620x04330x79630x04340x7964

Trip monitor 4 Absolute time (year, month)0x04350x7965Trip monitor 4 Absolute time(day, day of the week)

0x04360x7966

Trip monitor 4 Absolute time (hour, minute)

0〜6(High)(Low)

Trip monitor 4 RUN time
Trip monitor 4 Power ON time

12-5

1

(High)

0〜1000000

1hr

(Low)
00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)1

Chapter 12

Func.
code

Trip
monitor(dE-15)

Func.
code

Trip
monitor(dE-16)

Parameter List

Command code
Function name

Read

Write

0x04390x7969Trip monitor 5 Factor

0x043A

0x796A

0x043B

0x796B

Trip monitor 5 Output frequency(with sign)(High)(Low)

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

0x043C

0x796C

Trip monitor 5 Output current

0〜65535

0.01A

0x043D

0x796D

Trip monitor 5 P-N DC voltage

0〜10000

0.1Vdc0x043E

0x796E

Trip monitor 5 Inverter state

0〜8

0x043F0x796F

Trip monitor 5 LAD state

0〜5

0x04400x7970Trip monitor 5 INV control mode

0〜110x04410x7971

Trip monitor 5 Limit state

0x04420x7972

Trip monitor 5 Special state

0x04440x79740x04450x79750x04460x79760x04470x79770x04480x7978Trip monitor 5 Absolute time (year, month)

0x04490x7979Trip monitor 5 Absolute time(day, day of the week)

0x044A

0x797A

Trip monitor 5 Absolute time (hour, minute)1

0〜6

Trip monitor 5 RUN time(High)(Low)

Trip monitor 5 Power ON time(High)(Low)

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)

100 - 23 (BCD code)
00 - 59 (BCD code)

Command code
Function name

Setting items

Data
resolution
unit

1〜255

1

-59000 〜 59000

0.01Hz

Read

Write

0x044D

0x797D

Trip monitor 6 Factor

0x044E

0x797E0x044F0x797F

Trip monitor 6 Output frequency(with sign)

0x04500x7980Trip monitor 6 Output current

0〜65535

0.01A

0x04510x7981

Trip monitor 6 P-N DC voltage

0〜10000

0.1Vdc0x04520x7982

Trip monitor 6 Inverter state

0〜8

0x04530x7983

Trip monitor 6 LAD state

0〜5

0x04540x7984

Trip monitor 6 INV control mode

0〜110x04550x7985Trip monitor 6 Limit state

0x04560x7986

Trip monitor 6 Special state

0x04580x79880x04590x79890x045A

0x798A

0x045B

0x798B

0x045C

0x798C

Trip monitor 6 Absolute time (year, month)

0x045D

0x798D

Trip monitor 6 Absolute time(day, day of the week)

0x045E

0x798E

Trip monitor 6 Absolute time (hour, minute)(High)(Low)

0〜6

Trip monitor 6 RUN time(High)(Low)

Trip monitor 6 Power ON time(High)
(Low)

12-6

1

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)1

Chapter 12

Func.
code

Trip
monitor(dE-17)

Func.
code

Trip
monitor(dE-18)Parameter List

Command code
Function name

Setting items

Data
resolution
unit

1〜255

1

-59000〜9000

0.01Hz

Read

Write

0x04610x7991

Trip monitor 7 Factor

0x04620x79920x04630x7993

Trip monitor 7 Output frequency(with sign)

0x04640x7994

Trip monitor 7 Output current

0〜65535

0.01A

0x04650x7995Trip monitor 7 P-N DC voltage

0〜10000

0.1Vdc0〜8(High)(Low)

0x04660x7996

Trip monitor 7 Inverter state

0x04670x7997

Trip monitor 7 LAD state

0〜5

0x04680x7998Trip monitor 7 INV control mode

0〜110x04690x7999Trip monitor 7 Limit state

0x046A

0x799A

Trip monitor 7 Special state

0x046C0x799C

0x046D

0x799D

0x046E

0x799E0x046F0x799F0x04700x79A0Trip monitor 7 Absolute time (year, month)

0x0471

0x79A1

Trip monitor 7 Absolute time(day, day of the week)

0x04720x79A2

Trip monitor 7 Absolute time (hour, minute)1

0〜6

Trip monitor 7 RUN time(High)(Low)

Trip monitor 7 Power ON time(High)(Low)

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)

100 - 23 (BCD code)
00 - 59 (BCD code)

Command code
Function name

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x04750x79A5Trip monitor 8 Factor

0x04760x79A60x04770x79A7

Trip monitor 8 Output frequency(with sign)

0x04780x79A8Trip monitor 8 Output current

0〜65535

0.01A

0x04790x79A9Trip monitor 8 P-N DC voltage

0〜10000

0.1Vdc0〜8(High)(Low)

0x047A

0x79AA

Trip monitor 8 Inverter state

0x047B

0x79AB

Trip monitor 8 LAD state

0〜5

0x047C

0x79AC

Trip monitor 8 INV control mode

0〜110x047D

0x79AD

Trip monitor 8 Limit state

0x047E

0x79AE

Trip monitor 8 Special state

0x04800x79B00x04810x79B10x04820x79B20x04830x79B30x04840x79B4

Trip monitor 8 Absolute time (year, month)

0x04850x79B5Trip monitor 8 Absolute time(day, day of the week)

0x04860x79B6

Trip monitor 8 Absolute time (hour, minute)

0〜6

Trip monitor 8 RUN time(High)(Low)

Trip monitor 8 Power ON time(High)
(Low)

12-7

1

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)1

Chapter 12

Func.
code

Trip
monitor(dE-19)

Func.
code

Trip
monitor(dE-20)Parameter List

Command code
Function name

Read

Write

0x04890x79B9Trip monitor 9 Factor

0x048A

0x79BA

0x048B

0x79BB

Trip monitor 9 Output frequency(with sign)(High)(Low)

Setting items

Data
resolution
unit

1〜255

1

-59000〜9000

0.01Hz0x048C

0x79BC

Trip monitor 9 Output current

0〜65535

0.01A

0x048D

0x79BD

Trip monitor 9 P-N DC voltage

0〜10000

0.1Vdc0x048E

0x79BE

Trip monitor 9 Inverter state

0〜8

0x048F

0x79BF

Trip monitor 9 LAD state

0〜50x04900x79C0Trip monitor 9 INV control mode

0〜110x0491

0x79C1

Trip monitor 9 Limit state

0x04920x79C2

Trip monitor 9 Special state

0x04940x79C40x04950x79C50x0496

0x79C60x04970x79C70x04980x79C8Trip monitor 9 Absolute time (year, month)0x04990x79C9Trip monitor 9 Absolute time(day, day of the week)

0x049A

0x79CA

Trip monitor 9 Absolute time (hour, minute)1

0〜6

Trip monitor 9 RUN time(High)(Low)

Trip monitor 9 Power ON time(High)(Low)

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)

100 - 23 (BCD code)
00 - 59 (BCD code)

Command code
Function name

Setting items

Data
resolution
unit

1〜255

1

-59000〜9000

0.01Hz

Read

Write

0x049D

0x79CD

Trip monitor 10 Factor

0x049E

0x79CE0x049F

0x79CF

Trip monitor 10 Output frequency(with sign)

0x04A00x79D0Trip monitor 10 Output current

0〜65535

0.01A

0x04A1

0x79D1

Trip monitor 10 P-N DC voltage

0〜10000

0.1Vdc0x04A20x79D2

Trip monitor 10 Inverter state

0〜8(High)(Low)

0x04A30x79D3

Trip monitor 10 LAD state

0〜5

0x04A40x79D4

Trip monitor 10 INV control mode

0〜11

0x04A5

0x79D5Trip monitor 10 Limit state

0x04A6

0x79D6

Trip monitor 10 Special state

0x04A80x79D80x04A90x79D90x04AA

0x79DA

0x04AB

0x79DB

0x04AC

0x79DC

Trip monitor 10 Absolute time (year, month)

0x04AD

0x79DD

Trip monitor 10 Absolute time(day, day of the week)

0x04AE

0x79DE

Trip monitor 10 Absolute time (hour, minute)

0〜6

Trip monitor 10 RUN time(High)(Low)

Trip monitor 10 Power ON time(High)
(Low)

12-8

1

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)1

Chapter 12

Func.
code

Retry
monitor(dE-31)

Func.
code

Retry
monitor(dE-32)

Parameter List

Command code
Function name

Read

Write

0x04B1

0x79E1Retry monitor 1 Factor

0x04B20x79E20x04B30x79E3Retry monitor 1 Output frequency(with sign)(High)(Low)

Setting items

Data
resolution
unit

1〜255

1

-59000〜9000

0.01Hz

0x04B40x79E4Retry monitor 1 Output current

0〜65535

0.01A

0x04B50x79E5Retry monitor 1 P-N DC voltage

0〜10000

0.1Vdc0x04B60x79E6

Retry monitor 1 Inverter state

0〜8

0x04B70x79E7

Retry monitor 1 LAD state

0〜5

0x04B80x79E8Retry monitor 1 INV control mode

0〜11

0x04B90x79E9Retry monitor 1 Limit state

0x04BA

0x79EA

Retry monitor 1 Special state

1

0〜6

0x04BC

0x79EC

0x04BD

0x79ED

0x04BE

0x79EE

0x04BF

0x79EF

0x04C00x79F0Retry monitor 1 Absolute time (year, month)

0x04C10x79F1Retry monitor 1 Absolute time(day, day of the week)

0x04C20x79F2Retry monitor 1 Absolute time (hour, minute)

Retry monitor 1 RUN time(High)(Low)

Retry monitor 1 Power ON time(High)(Low)

0〜1000000

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)

100 - 23 (BCD code)
00 - 59 (BCD code)

Command code
Function name1hr

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x04C50x79F5Retry monitor 2 Factor

0x04C60x79F60x04C70x79F7

Retry monitor 2 Output frequency(with sign)

0x04C80x79F8Retry monitor 2 Output current

0〜65535

0.01A

0x04C90x79F9Retry monitor 2 P-N DC voltage

0〜10000

0.1Vdc0〜8(High)(Low)

0x04CA

0x79FA

Retry monitor 2 Inverter state

0x04CB

0x79FB

Retry monitor 2 LAD state

0〜5

0x04CC

0x79FC

Retry monitor 2 INV control mode

0〜11

0x04CD

0x79FD

Retry monitor 2 Limit state

0x04CE

0x79FE

Retry monitor 2 Special state

0x04D0

0x7A000x04D1

0x7A01

0x04D2

0x7A020x04D30x7A030x04D4

0x7A04Retry monitor 2 Absolute time (year, month)

0x04D5

0x7A05Retry monitor 2 Absolute time(day, day of the week)

0x04D6

0x7A06

Retry monitor 2 Absolute time (hour, minute)

0〜6

Retry monitor 2 RUN time(High)(Low)

Retry monitor 2 Power ON time(High)
(Low)

12-9

1

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)1

Chapter 12

Func.
code

Retry
monitor(dE-33)

Func.
code

Retry
monitor(dE-34)

Parameter List

Command code
Read

Write

Function name

0x04D90x7A09Retry monitor 3 Factor

0x04DA

0x7A0A

0x04DB

0x7A0B

Retry monitor 3 Output frequency(with sign)(High)(Low)

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz0x04DC

0x7A0C

Retry monitor 3 Output current

0〜65535

0.01A

0x04DD

0x7A0D

Retry monitor 3 P-N DC voltage

0〜10000

0.1Vdc0x04DE

0x7A0E

Retry monitor 3 Inverter state

0〜8

0x04DF

0x7A0F

Retry monitor 3 LAD state

0〜5

0x04E0

0x7A10Retry monitor 3 INV control mode

0〜11

0x04E1

0x7A11Retry monitor 3 Limit state

0x04E2

0x7A12Retry monitor 3 Special state

1

0〜6

0x04E4

0x7A140x04E5

0x7A150x04E6

0x7A160x04E70x7A170x04E8

0x7A18Retry monitor 3 Absolute time (year, month)

0x04E90x7A19Retry monitor 3 Absolute time(day, day of the week)

0x04EA

0x7A1A

Retry monitor 3 Absolute time (hour, minute)

Retry monitor 3 RUN time(High)(Low)

Retry monitor 3 Power ON time(High)(Low)

0〜1000000

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)

100 - 23 (BCD code)
00 - 59 (BCD code)

Command code
Function name1hr

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x04ED

0x7A1D

Retry monitor 4 Factor

0x04EE

0x7A1E

0x04EF

0x7A1F

Retry monitor 4 Output frequency(with sign)

0x04F0

0x7A20Retry monitor 4 Output current

0〜65535

0.01A

0x04F1

0x7A21Retry monitor 4 P-N DC voltage

0〜10000

0.1Vdc0x04F2

0x7A22Retry monitor 4 Inverter state

0〜8(High)(Low)

0x04F3

0x7A23Retry monitor 4 LAD state

0〜5

0x04F4

0x7A24Retry monitor 4 INV control mode

0〜11

0x04F5

0x7A25Retry monitor 4 Limit state

0x04F6

0x7A26

Retry monitor 4 Special state

0〜6

0x04F8

0x7A280x04F90x7A290x04FA

0x7A2A

0x04FB

0x7A2B

0x04FC

0x7A2C

Retry monitor 4 Absolute time (year, month)

0x04FD

0x7A2D

Retry monitor 4 Absolute time(day, day of the week)

0x04FE

0x7A2E

Retry monitor 4 Absolute time (hour, minute)

Retry monitor 4 RUN time(High)(Low)

Retry monitor 4 Power ON time(High)
(Low)

12-10

1

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)1

Chapter 12

Func.
code

Retry
monitor(dE-35)

Func.
code

Retry
monitor(dE-36)

Parameter List

Command code
Function name

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x0501

0x7A31Retry monitor 5 Factor

0x0502

0x7A320x0503

0x7A33Retry monitor 5 Output frequency(with sign)

0x0504

0x7A34Retry monitor 5 Output current

0〜65535

0.01A

0x0505

0x7A35Retry monitor 5 P-N DC voltage

0〜10000

0.1Vdc0x0506

0x7A36

Retry monitor 5 Inverter state

0〜80x05070x7A37

Retry monitor 5 LAD state

0〜50x0508

0x7A38Retry monitor 5 INV control mode

0〜110x0509

0x7A39Retry monitor 5 Limit state

0x050A

0x7A3A

Retry monitor 5 Special state(High)
(Low)

1

0〜6

0x050C

0x7A3C

0x050D

0x7A3D

0x050E

0x7A3E

0x050F

0x7A3F0x0510

0x7A40Retry monitor 5 Absolute time (year, month)0x0511

0x7A41Retry monitor 5 Absolute time(day, day of the week)

0x0512

0x7A42Retry monitor 5 Absolute time (hour, minute)

Retry monitor 5 RUN time(High)(Low)

Retry monitor 5 Power ON time(High)(Low)

0〜1000000

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)

100 - 23 (BCD code)
00 - 59 (BCD code)

Command code
Function name1hr

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x0515

0x7A45Retry monitor 6 Factor

0x0516

0x7A460x05170x7A47

Retry monitor 6 Output frequency(with sign)

0x0518

0x7A48Retry monitor 6 Output current

0〜65535

0.01A

0x0519

0x7A49Retry monitor 6 P-N DC voltage

0〜10000

0.1Vdc0〜8(High)(Low)

0x051A

0x7A4A

Retry monitor 6 Inverter state

0x051B

0x7A4B

Retry monitor 6 LAD state

0〜5

0x051C

0x7A4C

Retry monitor 6 INV control mode

0〜11

0x051D

0x7A4D

Retry monitor 6 Limit state

0x051E

0x7A4E

Retry monitor 6 Special state

0x0520

0x7A500x0521

0x7A510x0522

0x7A520x0523

0x7A530x0524

0x7A54Retry monitor 6 Absolute time (year, month)0x0525

0x7A55Retry monitor 6 Absolute time(day, day of the week)

0x0526

0x7A56

Retry monitor 6 Absolute time (hour, minute)

0〜6

Retry monitor 6 RUN time(High)(Low)

Retry monitor 6 Power ON time(High)
(Low)

12-11

1

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)1

Chapter 12

Func.
code

Retry
monitor(dE-37)

Func.
code

Retry
monitor(dE-38)Parameter List

Command code
Read

Write

Function name

0x0529

0x7A59Retry monitor 7 Factor

0x052A

0x7A5A

0x052B

0x7A5B

Retry monitor 7 Output frequency(with sign)(High)(Low)

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz0x052C

0x7A5C

Retry monitor 7 Output current

0〜65535

0.01A

0x052D

0x7A5D

Retry monitor 7 P-N DC voltage

0〜10000

0.1Vdc0x052E

0x7A5E

Retry monitor 7 Inverter state

0〜8

0x052F

0x7A5F

Retry monitor 7 LAD state

0〜5

0x0530

0x7A60Retry monitor 7 INV control mode

0〜110x0531

0x7A61Retry monitor 7 Limit state

0x0532

0x7A62Retry monitor 7 Special state

0x0534

0x7A640x0535

0x7A650x0536

0x7A660x0537

0x7A670x0538

0x7A68Retry monitor 7 Absolute time (year, month)0x0539

0x7A69Retry monitor 7 Absolute time(day, day of the week)

0x053A

0x7A6A

Retry monitor 7 Absolute time (hour, minute)1

0〜6

Retry monitor 7 RUN time(High)(Low)

Retry monitor 7 Power ON time(High)(Low)

0〜1000000

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)

100 - 23 (BCD code)
00 - 59 (BCD code)

Command code
Function name1hr

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x053D

0x7A6D

Retry monitor 8 Factor

0x053E

0x7A6E

0x053F

0x7A6F

Retry monitor 8 Output frequency(with sign)

0x0540

0x7A70Retry monitor 8 Output current

0〜65535

0.01A

0x0541

0x7A71Retry monitor 8 P-N DC voltage

0〜10000

0.1Vdc0x0542

0x7A72Retry monitor 8 Inverter state

0〜8

0x0543

0x7A73Retry monitor 8 LAD state

0〜5

0x0544

0x7A74Retry monitor 8 INV control mode

0〜11

0x0545

0x7A75Retry monitor 8 Limit state

0x0546

0x7A76

Retry monitor 8 Special state

0x0548

0x7A780x0549

0x7A790x054A

0x7A7A

0x054B

0x7A7B

0x054C

0x7A7C

Retry monitor 8 Absolute time (year, month)0x054D

0x7A7D

Retry monitor 8 Absolute time(day, day of the week)

0x054E

0x7A7E

Retry monitor 8 Absolute time (hour, minute)

Retry monitor 8 RUN time
Retry monitor 8 Power ON time

12-12

(High)
(Low)

1

0〜6
(High)(Low)(High)(Low)

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)1

Chapter 12

Func.
code

Retry
monitor(dE-39)

Func.
code

Retry
monitor(dE-40)Command code
Function name

Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x0551

0x7A81Retry monitor 9 Factor

0x0552

0x7A820x0553

0x7A83Retry monitor 9 Output frequency(with sign)

0x0554

0x7A84Retry monitor 9 Output current

0〜65535

0.01A

0x0555

0x7A85Retry monitor 9 P-N DC voltage

0〜10000

0.1Vdc0x0556

0x7A86

Retry monitor 9 Inverter state

0〜8

0x05570x7A87

Retry monitor 9 LAD state

0〜5

0x0558

0x7A88Retry monitor 9 INV control mode

0〜110x0559

0x7A89Retry monitor 9 Limit state

0x055A

0x7A8A

Retry monitor 9 Special state(High)
(Low)

1

0〜6

0x055C

0x7A8C

0x055D

0x7A8D

0x055E

0x7A8E

0x055F

0x7A8F0x0560

0x7A90Retry monitor 9 Absolute time (year, month)

0x0561

0x7A91Retry monitor 9 Absolute time(day, day of the week)

0x0562

0x7A92Retry monitor 9 Absolute time (hour, minute)

Retry monitor 9 RUN time(High)(Low)

Retry monitor 9 Power ON time(High)(Low)

0〜1000000

00 - 99 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)

Function name

1hr

01 - 12 (BCD code)
100 - 23 (BCD code)
00 - 59 (BCD code)

Command code
Setting items

Data
resolution
unit

1〜255

1

-59000〜59000

0.01Hz

Read

Write

0x0565

0x7A95Retry monitor 10 Factor

0x0566

0x7A960x0567

0x7A97

Retry monitor 10 Output frequency(with sign)

0x0568

0x7A98Retry monitor 10 Output current

0〜65535

0.01A
0.1Vdc(High)(Low)

0x0569

0x7A99Retry monitor 10 P-N DC voltage

0〜10000

0x056A

0x7A9A

Retry monitor 10 Inverter state

0〜8

0x056B

0x7A9B

Retry monitor 10 LAD state

0〜5

0x056C

0x7A9C

Retry monitor 10 INV control mode

0〜110x056D

0x7A9D

Retry monitor 10 Limit state

0x056E

0x7A9E

Retry monitor 10 Special state

0x05700x7AA00x0571

0x7AA10x0572

0x7AA20x0573

0x7AA30x0574

0x7AA4Retry monitor 10 Absolute time (year, month)

0x7AA5Retry monitor 10 Absolute time(day, day of the week)

0x0575

dE-50

Parameter List

0〜6

Retry monitor 10 RUN time(High)(Low)

Retry monitor 10 Power ON time(High)(Low)

0x0576

0x7AA6

Retry monitor 10 Absolute time (hour, minute)

0x05DC

0x7B0C

Warning monitor

0〜1000000

1hr

00 - 99 (BCD code)
01 - 12 (BCD code)
01 - 31 (BCD code)
00 - 06 (BCD code)
00 - 23 (BCD code)
00 - 59 (BCD code)
0〜65535

12-13

1

1

Chapter 12

Parameter List

12.2.2 Code-F
Func.
code

Command code
Read

Function name

Write

FA-01

0x2AF90xA029FA-02

0x2AFA

0xA02A(FA-03)0x2AFB

0xA02B

FA-10

0x2B020xA032(FA-11)

0x2B030xA033FA-12

0x2B040xA034

Setting items

Main speed command (monitor + setting)

0〜59000

Auxiliary speed command (monitor + setting)(High)(Low)

Acceleration time (monitor + setting)(High)(Low)

Deceleration time (monitor + setting)(High)(Low)(FA-13)0x2B050xA035FA-15

0x2B070xA037Torque command monitor (monitor + setting)

FA-16

0x2B080xA038Torque bias monitor (monitor + setting)

FA-20

0x2B0C

0xA03C(FA-21)

0x2B0D

Data
resolution
unit-59000 to +59000 (monitor)
0 to 59000 (setting)

0.01Hz0〜360000

0.01s-5000〜5000

0.10%-268435455〜268435455
In high resolution mode: 1073741823〜1073741823

1

Position command monitor
0xA03D (monitor + setting)(High)(Low)

PID1 target value 1 (monitor + setting)(High)(Low)

PID1 target value 2 (monitor + setting)(High)(Low)

PID1 target value 3 (monitor + setting)(High)(Low)

PID2 target value (monitor + setting)(High)(Low)

PID3 target value (monitor + setting)(High)(Low)

Per AJ-26
setting

PID4 target value (monitor + setting)(High)(Low)

Per AJ-46
settingFA-30

0x2B160xA046(FA-31)

0x2B170xA047FA-32

0x2B180xA048(FA-33)0x2B190xA049FA-34

0x2B1A

0xA04A(FA-35)0x2B1B

0xA04B

FA-36

0x2B1C

0xA04C(FA-37)0x2B1D

0xA04D

FA-38

0x2B1E

0xA04E(FA-39)0x2B1F

0xA04FFA-40

0x2B200xA050(FA-41)

0x2B21

0xA051Per AH-06
setting-10000〜10000

Per AJ-06
setting

12.2.3 Code-A
Func.
code

Command code
Read

Function name

Write

Setting items

AA101

0x2EE1

0xA411First main speed command selection

1〜16

AA102

0x2EE2

0xA412First auxiliary speed command selection

0〜16

AA104

0x2EE40xA414First auxiliary speed setting

AA105

0x2EE50xA415First operator selection

AA106

0x2EE6

0xA416(AA107)0x2EE7

0xA417First additional frequency setting(SET-POINT)First operation command selection

AA111

0x2EEB

0xA41B

AA-12

0x2EEC

0xA41C RUN key direction selection

AA-13

0x2EED

0xA41D STOP key selection

AA114

0x2EEE

0xA41EFirst operation direction limit selection(High)(Low)

Data
resolutionunit
10〜59000

0.01Hz0〜31-59000〜59000

0.01Hz

0〜6
0〜1
0〜2

AA115

0x2EEF

0xA41F

First stop mode selection

0〜1

AA121

0x2EF50xA425First control mode

0〜12First vector control mode selection

AA123

0x2EF70xA427AA201

0x55F1

0xCB21 Second main speed command selection

0〜3
1〜16

AA202

0x55F2

0xCB22 Second auxiliary speed command selection

AA204

0x55F40xCB24 Second auxiliary speed setting

AA205

0x55F50xCB25 Second operator selection

AA206

0x55F6(AA207)0x55F70xCB26 Second additional frequency setting
0xCB27 (SET-POINT)

AA211

0x55FB

0xCB2B Second operation command selection

AA214

0x55FE

0xCB2E Second operation direction limit selection

0〜2

AA215

0x55FF

0xCB2F0〜1

AA221

0x56050xCB35 Second control mode

AA223

0x56070xCB37 Second vector control mode selection

Ab-01

0x2F450xA475

Second stop mode selection

1

0〜16

(High)(Low)

0〜59000

0.01Hz0〜31-59000〜59000

0.01Hz

0〜6
1

0〜11

Frequency conversion coefficient

12-14

0〜3
1〜10000

0.01

Chapter 12

Parameter List

Command code

Func.
code

Read

Write

Ab-03

0x2F470xA477

Multi-step speed selection

Ab110

0x2F4E

0xA47E

0th speed of the 1st multi-step speed

Function name

Ab-11

0x2F4F

0xA47F

1st speed of the multi-step speed

Ab-12

0x2F50

0xA480

2nd speed of the multi-step speed

Ab-13

0x2F51

0xA481

3rd speed of the multi-step speed

Ab-14

0x2F520xA482

4th speed of the multi-step speed

Ab-15

0x2F530xA4835th speed of the multi-step speed

Ab-16

0x2F540xA4846th speed of the multi-step speed

Ab-17

0x2F550xA4857th speed of the multi-step speed

Ab-18

0x2F56

0xA486

8th speed of the multi-step speed

Ab-19

0x2F570xA4879th speed of the multi-step speed

Ab-20

0x2F580xA48810th speed of the multi-step speed

Ab-21

0x2F590xA48911th speed of the multi-step speed

Ab-22

0x2F5A

0xA48A

12th speed of the multi-step speed
13th speed of the multi-step speed

Ab-23

0x2F5B

0xA48BAb-24

0x2F5C

0xA48C 14th speed of the multi-step speed
0xA48D 15th speed of the multi-step speed

Setting items

Data
resolution
unit

0〜1

1

0〜59000

0.01HzAb-25

0x2F5DAb210

0x565E

0xCB8E 0th speed of the 2nd multi-step speed

AC-01

0x2FA90xA4D9 Acceleration or deceleration time input type selection

0〜4

AC-02

0x2FAA

0xA4DA Multi-stage acceleration or deceleration selection

0〜1

AC-03

0x2FAB

0xA4DB Acceleration pattern selection

AC-04

0x2FAC

0xA4DC Deceleration pattern selection

AC-05

0x2FAD

0xA4DD Acceleration curve constant (S, U, reverse U)

AC-06

0x2FAE

0xA4DE Deceleration curve constant (S, U, reverse U)

AC-08

0x2FB00xA4E0Curvature 1 for EL-S-shaped acceleration

AC-09

0x2FB1

0xA4E1

Curvature 2 for EL-S-shaped acceleration

AC-10

0x2FB2

0xA4E2

Curvature 1 for EL-S-shaped deceleration

AC-11

0x2FB30xA4E3

Curvature 2 for EL-S-shaped deceleration

AC115

0x2FB7

0xA4E7First 2-stage acceleration or deceleration selection

AC116

0x2FB8

0xA4E8First 2-stage acceleration frequency

AC117

0x2FB90xA4E9First 2-stage deceleration frequency

AC120

0x2FBC

0xA4EC(AC121)

0x2FBD

0xA4ED

AC122

0x2FBE

0xA4EE(AC123)0x2FBF

0xA4EF

AC124

0x2FC00xA4F0(AC125)0x2FC1

0xA4F1AC126

0x2FC2

0xA4F2(AC127)0x2FC30xA4F3AC-30

0x2FC6

0xA4F6(AC-31)

0x2FC70xA4F7AC-32

0x2FC80xA4F8(AC-33)0x2FC90xA4F9AC-34

0x2FCA

0xA4FA(AC-35)0x2FCB

0xA4FBAC-36

0x2FCC

0xA4FC(AC-37)0x2FCD

0xA4FD

AC-38

0x2FCE

0xA4FE(AC-39)0x2FCF

0xA4FF

AC-40

0x2FD00xA500(AC-41)

0x2FD1

0xA501AC-42

0x2FD20xA502(AC-43)0x2FD30xA503AC-440x2FD40xA504(AC-45)0x2FD50xA505AC-46

0x2FD60xA506(AC-47)0x2FD70xA507AC-48

0x2FD80xA508(AC-49)0x2FD90xA5090〜4
1〜10First acceleration time 1(High)(Low)

First deceleration time 1(High)(Low)

First acceleration time 2(High)(Low)

First deceleration time 2(High)(High)

Acceleration time for multi-speed 1st speed(High)(Low)

Deceleration time for multi-speed 1st speed(High)(Low)

Acceleration time for multi-speed 2nd speed(High)(Low)

Deceleration time for multi-speed 2nd speed(High)(Low)

Acceleration time for multi-speed 3rd speed(High)(Low)

Deceleration time for multi-speed 3rd speed(High)(Low)

Acceleration time for multi-speed 4th speed(High)(Low)

Deceleration time for multi-speed 4th speed(High)(Low)

Acceleration time for multi-speed 5th speed(High)(Low)

Deceleration time for multi-speed 5th speed(High)
(Low)

12-15

1

0〜100

1%

0 〜2

1

0〜59000

0.01Hz0〜360000

0.01s

Chapter 12
Func.
code

Parameter List

Command code
Read

Function name

Write

AC-50

0x2FDA

0xA50A(AC-51)

0x2FDB

0xA50B

AC-52

0x2FDC

0xA50C(AC-53)0x2FDD

0xA50D

AC-54

0x2FDE

0xA50E(AC-55)0x2FDF

0xA50F

AC-56

0x2FE00xA510(AC-57)0x2FE1

0xA511AC-58

0x2FE20xA512(AC-59)0x2FE30xA513AC-60

0x2FE40xA514(AC-61)

0x2FE50xA515AC-62

0x2FE60xA516(AC-63)0x2FE70xA517AC-64

0x2FE80xA518(AC-65)0x2FE90xA519AC-66

0x2FEA

0xA51A(AC-67)0x2FEB

0xA51BAC-68

0x2FEC

0xA51C(AC-69)0x2FED

0xA51D

AC-70

0x2FEE

0xA51E(AC-71)

0x2FEF

0xA51F

AC-72

0x2FF00xA520(AC-73)0x2FF1

0xA521AC-74

0x2FF20xA522(AC-75)0x2FF30xA523AC-76

0x2FF40xA524(AC-77)0x2FF50xA525AC-78

0x2FF6

0xA526(AC-79)0x2FF70xA527AC-80

0x2FF80xA528(AC-81)

0x2FF90xA529AC-820x2FFA

0xA52A(AC-83)0x2FFB

0xA52BAC-84

0x2FFC

0xA52C(AC-85)0x2FFD

0xA52DAC-86

0x2FFE

0xA52E(AC-87)0x2FFF

0xA52F

Acceleration time for multi-speed 6th speed(High)(Low)

Deceleration time for multi-speed 6th speed(High)(Low)

Acceleration time for multi-speed 7th speed(High)(Low)

Deceleration time for multi-speed 7th speed(High)(Low)

Acceleration time for multi-speed 8th speed(High)(Low)

Deceleration time for multi-speed 8th speed(High)(Low)

Acceleration time for multi-speed 9th speed(High)(Low)

Deceleration time for multi-speed 9th speed(High)(Low)

Acceleration time for multi-speed 10th speed(High)(Low)

Deceleration time for multi-speed 10th speed(High)(Low)

Acceleration time for multi-speed 11th speed(High)(Low)

Deceleration time for multi-speed 11th speed(High)(Low)

Acceleration time for multi-speed 12th speed(High)(Low)

Deceleration time for multi-speed 12th speed(High)(Low)

Acceleration time for multi-speed 13th speed(High)(Low)

Deceleration time for multi-speed 13th speed(High)(Low)

Acceleration time for multi-speed 14th speed(High)(Low)

Deceleration time for multi-speed 14th speed(High)(Low)

Acceleration time for multi-speed 15th speed(High)(Low)

Deceleration time for multi-speed 15th speed(High)
(Low)

AC-88

0x30000xA530(AC-89)0x3001

0xA531AC215

0x56C70xCBF7

Second 2-stage acceleration or deceleration selection

AC216

0x56C80xCBF8

Second 2-stage acceleration frequency

AC217

0x56C90xCBF9Second 2-stage deceleration frequency

AC220

0x56CC

0xCBFC(AC221)

0x56CD

0xCBFD

Second acceleration time 1(High)(Low)

Second deceleration time 1(High)(Low)

Second acceleration time 2(High)(Low)

Second deceleration time 2(High)
(Low)

AC222

0x56CE

0xCBFE(AC223)0x56CF

0xCBFF

AC224

0x56D00xCC00(AC225)0x56D10xCC01AC226

0x56D20xCC02(AC227)

0x56D30xCC03Ad-01

0x300D

0xA53D Torque command input selection

Ad-02

0x300E

0xA53ETorque command setting

Setting items

Data
resolution
unit

0〜360000

0.01s

0〜2

1

0〜59000

0.01Hz0〜360000

0.01s

1〜15

1

-5000〜5000

0.10%

Ad-03

0x300F

0xA53F

Torque command polarity selection

0〜1

1

Ad-04

0x30100xA540Speed/torque control switch time

0〜10001ms

Ad-11

0x3017

0xA547Torque bias input selection

Ad-12

0x30180xA548Torque bias setting

Ad-13

0x30190xA549Torque bias polarity selection

Ad-14

0x301A

0xA54A

Enable torque bias terminal [TBS] selection

12-16

0〜15

1

-5000〜5000

0.10%

0〜1

1

Chapter 12

Parameter List

Command code
Setting items

Data
resolution
unit

1〜13

1

0〜59000

0.01Hz

Func.
code

Read

Write

Ad-40

0x30340xA564Torque control speed limit value input selection

Ad-41

0x30350xA565Torque control speed limit value (for normal rotation)

Ad-42

0x30360xA566Torque control speed limit value (for reverse rotation)

AE-01

0x3071

0xA5A1

Electronic gear installation position selection

AE-02

0x3072

0xA5A2

Electronic gear ratio's numerator

AE-03

0x30730xA5A3

Electronic gear ratio's denominator

AE-04

0x3074

0xA5A4

Positioning completion range setting

0〜10000

1pls

AE-05

0x30750xA5A5

Positioning completion delay time setting

0〜1000

0.01s

AE-06

0x3076

0xA5A6

Position control feed forward

0〜65535AE-07

0x3077

0xA5A7

Position loop gain

0〜10000AE-08

0x30780xA5A8

Position bias setting-2048〜2048

AE-10

0x307A

0xA5AA

Orientation stop position input destination selection

0〜3

AE-11

0x307B

0xA5AB

Orientation stop position input destination selection

0〜4095Function name

0〜1
1〜10000

1

0.01
1pls
1

AE-12

0x307C

0xA5AC Orientation speed setting

0〜12000

0.01HzAE-13

0x307D

0xA5AD Orientation direction setting

0〜1

1

AE-20

0x30840xA5B4(AE-21)0x30850xA5B5AE-220x30860xA5B6(AE-23)0x30870xA5B7AE-24

0x30880xA5B8(AE-25)0x30890xA5B9AE-26

0x308A

0xA5BA(AE-27)0x308B

0xA5BB

AE-28

0x308C

0xA5BC(AE-29)0x308D

0xA5BDAE-30

0x308E

0xA5BE(AE-31)0x308F

0xA5BF

AE-32

0x30900xA5C0(AE-33)0x3091

0xA5C1AE-34

0x3092

0xA5C2(AE-35)0x30930xA5C3AE-36

0x30940xA5C4(AE-37)0x30950xA5C5AE-38

0x3096

0xA5C6(AE-39)0x3097

0xA5C7AE-40

0x30980xA5C8(AE-41)0x30990xA5C9AE-420x309A

0xA5CA(AE-43)0x309B

0xA5CB

AE-44

0x309C

0xA5CC(AE-45)0x309D

0xA5CD

AE-46

0x309E

0xA5CE(AE-47)0x309F

0xA5CF

AE-48

0x30A00xA5D0(AE-49)0x30A1

0xA5D1

AE-50

0x30A2

0xA5D2(AE-51)

0x30A3

0xA5D3AE-52

0x30A4

0xA5D4

Position command 0(High)(Low)

Position command 1(High)(Low)

Position command 2(High)(Low)

Position command 3(High)(Low)

Position command 4(High)(Low)

Position command 5(High)(Low)

Position command 6(High)(Low)

Position command 7(High)(Low)-268435455〜
268435455

Position command 8(High)(Low)-1073741823〜
1073741823

Position command 9(High)(Low)

Position command 10(High)(Low)

Position command 11(High)(Low)

Position command 12(High)(Low)

Position command 13(High)(Low)

Position command 14(High)(Low)

Position command 15(High)(Low)(AE-53)0x30A5

0xA5D5

AE-54

0x30A6

0xA5D60x30A7

Position range designation
0xA5D7 (reverse rotation side)(AE-55)(High)

Position range designation(forward rotation side)(Low)(High)(Low)

In high resolution mode:

1pls

0〜268435455
In high resolution mode:
0〜1073741823-268435455〜0
In high resolution mode:-1073741823〜0AE-56

0x30A8

0xA5D8 Positioning mode selection

0〜1

AE-60

0x30AC

0xA5DC Teaching selection

0〜15

AE-61

0x30AD

0xA5DD Memorization of current position at power-off

0 〜 1

12-17

1

Chapter 12

Parameter List

Command code

Func.
code

Read

Write

AE-62

0x30AE

0xA5DE

Function name

Setting items(High)
Preset position data

(AE-63)0x30AF-268435455〜
268435455

In high resolution mode:(Low)

0xA5DF

Data
resolution
unit

1pls

-1073741823〜
1073741823

AE-64

0x30B00xA5E0Gain for calculating the deceleration stop distance

5000〜20000

AE-65

0x30B1

0xA5E1

Bias for calculating the deceleration stop distance

0〜65535AE-66

0x30B2

0xA5E2

APR control speed limit

0.01%

0〜10000

AE-67

0x30B3

0xA5E3

APR start speed

AE-70

0x30B6

0xA5E6

Zero return mode selection

0〜2

AE-71

0x30B7

0xA5E7

Zero return direction selection

0〜1

AE-72

0x30B80xA5E8Low speed zero return speed

0〜1000AE-73

0x30B90xA5E9High speed zero return speed

0〜59000

AF101

0x30D50xA605First DC braking selection

AF102

0x30D60xA606First braking mode selection

1
0.01Hz

0〜2

1

AF103

0x30D70xA607First DC braking frequency

0〜59000

0.01HzAF104

0x30D80xA608First DC braking delay time

0〜500

0.01s

AF105

0x30D90xA609First DC braking force at the time of the stop

0〜100

1%

AF106

0x30DA

0xA60AFirst DC braking time at the time of the stop

0〜6000

0.01s

AF107

0x30DB

0xA60BFirst DC braking trigger selection

0〜1

1

AF108

0x30DC

0xA60C First DC braking force at the start

0〜100

1%

AF109

0x30DD

0xA60D First DC braking time at the start

0〜6000

0.01s

AF120

0x30E80xA618First contactor control selection

0〜2

1

AF121

0x30E90xA619First start waiting time

AF122

0x30EA

0xA61AFirst contactor release delay time

AF123

0x30Eb0xA61BFirst contactor check time

0〜500

AF130

0x30F20xA622First brake control selection

0〜3

1

0xA623First brake release establishment waiting time(normal rotation side)
0〜500

0.01s

AF131

0x30F3

0〜200

0.01s

AF132

0x30F40xA624First acceleration waiting time (normal rotation side)

AF133

0x30F50xA625First stop waiting time (normal rotation side)

AF134

0x30F60xA626First brake confirmation waiting time(normal rotation side)

AF135

0x30F70xA627First brake release frequency (normal rotation side)

0〜59000

0.01Hz0.1A

AF136

0x30F80xA628First brake release current (normal rotation side)(0 to 2.00) x
Inverter rated current

AF137

0x30F90xA629First brake apply frequency (normal rotation side)

0〜59000

0.01Hz0xA62AFirst brake release establishment waiting time
(reverse rotation side)
First acceleration waiting time (reverse rotation side)

0〜500

0.01s

AF138

0x30FA

AF139

0x30FB

0xA62B

AF140

0x30FC

0xA62C First stop waiting time (reverse rotation side)

AF141

0x30FD

0xA62DFirst brake confirmation waiting time
(reverse rotation side)

AF142

0x30FE

0xA62EFirst brake release frequency (reverse rotation side)

0〜59000

0.01Hz
0.1A
0.01HzAF143

0x30FF

0xA62F

First brake release current (reverse rotation side)(0 to 2.00) x
Inverter rated current

AF144

0x31000xA630First brake apply frequency (reverse rotation side)

0〜59000

AF150

0x3106

0xA636First brake release delay time

AF151

0x31070xA637First brake apply delay time

AF152

0x31080xA638First brake check time

AF153

0x31090xA639First servo lock time at start

AF154

0x310A

0xA63AFirst servo lock time at the time of the stop

AF201

0x57E50xCD15 Second DC braking selection

AF202

0x57E60xCD16 Second braking mode selection

0〜200
0〜500

0.01s

0〜1000
0〜2

1

AF203

0x57E70xCD17 Second DC braking frequency

0〜59000

0.01HzAF204

0x57E80xCD18 Second DC braking delay time

0〜500

0.01s

AF205

0x57E90xCD19 Second DC braking force at the time of the stop

0〜100

1%

AF206

0x57EA

0xCD1A Second DC braking time at the time of the stop

0〜6000

0.01s

AF207

0x57EB

0xCD1B Second DC braking trigger selection

0〜1

1

AF208

0x57EC

0xCD1C Second DC braking force at the start

0〜100

1%

12-18

Chapter 12

Parameter List

Command code
Setting items

Data
resolution
unit

0xCD1D Second DC braking time at the start

0〜60000.01s

0xCD28 Second contactor control selection

0〜2

1

Func.
code

Read

AF209

0x57EdAF220

0x57F8AF221

0x57F90xCD29 Second start waiting time

AF222

0x57FA

0xCD2A Second contactor release delay time

AF223

0x57FB

0xCD2B Second contactor check time

0〜500

AF230

0x5802

0xCD32 Second brake control selection

0〜3

1

0x5803

Second brake release establishment waiting time
0xCD33(normal rotation side)
0〜500

0.01s

AF231

Function name

Write

0〜200

0.01s

AF232

0x5804

0xCD34 Second acceleration waiting time (normal rotation side)

AF233

0x5805

0xCD35 Second stop waiting time (normal rotation side)

AF234

0x5806

0xCD36AF235

0x58070xCD37 Second brake release frequency (normal rotation side)

0〜59000

0.01Hz
0.1A

Second brake confirmation waiting time(normal rotation side)

AF236

0x58080xCD38 Second brake release current (normal rotation side)(0 to 2.00) x
Inverter rated current

AF237

0x58090xCD39 Second brake apply frequency (normal rotation side)

0〜59000

0.01Hz0x580A

Second brake release establishment waiting time (reverse
0xCD3Arotation side)
0〜500

0.01s

AF238
AF239

0x580B

0xCD3B Second acceleration waiting time (normal rotation side)

AF240

0x580C

0xCD3C Second stop waiting time (reverse rotation side)

AF241

0x580D

0xCD3D

AF242

0x580E

0xCD3E Second brake release frequency (reverse rotation side)

0〜59000

0.01Hz0xCD3F Second brake release current (reverse rotation side)(0 to 2.00) x
Inverter rated current

0.1A

0〜59000

0.01HzAF243

0x580F

Second brake confirmation waiting time
(reverse rotation side)

AF244

0x58100xCD40 Second brake apply frequency (reverse rotation side)

AF250

0x5816

0xCD46 Second brake release delay time

AF251

0x58170xCD47 Second brake apply delay time

0〜200

AF252

0x58180xCD48 Second brake check time

AF253

0x58190xCD49 Second servo lock time at start

0〜500

AF254

0x581A

0xCD4A Second servo lock time at the time of the stop

AG101

0x31390xA669First jump frequency 1AG102

0x313A

0xA66AFirst jump frequency range 1

0〜1000AG103

0x313B

0xA66BFirst jump frequency 20〜59000

0.01s

0〜10000〜59000

AG104

0x313C

0xA66C First jump frequency range 2

0〜1000AG105

0x313D

0xA66D First jump frequency 30〜59000

0.01HzAG106

0x313E

0xA66EFirst jump frequency range 3

0〜1000AG110

0x31420xA672First acceleration-hold frequency

0〜59000

AG111

0x31430xA673First acceleration-hold time

0〜600

0.1s

AG112

0x31440xA674First deceleration-hold frequency

0〜59000

0.01HzFirst deceleration-hold time

AG113

0x31450xA675AG-20

0x314C

0xA67C Jogging frequency

AG-21

0x314D

0xA67D Jogging stop selection

AG201

0x58490xCD79 Second jump frequency 1

0〜600

0.1s

0〜10000.01Hz0〜5

10〜59000

AG202

0x584A

0xCD7A Second jump frequency range 1

0〜1000AG203

0x584B

0xCD7B Second jump frequency 20〜59000

AG204

0x584C

0xCD7C Second jump frequency range 2

0〜1000AG205

0x584D

0xCD7D Second jump frequency 30〜59000

0.01HzAG206

0x584E

0xCD7E Second jump frequency range 3

0〜1000AG210

0x5852

0xCD82 Second acceleration-hold frequency

0〜59000

AG211

0x58530xCD83 Second acceleration-hold time

0〜600

0.1s

AG212

0x58540xCD84 Second deceleration-hold frequency

0〜59000

0.01Hz0.1s

AG213

0x5855

0xCD85 Second deceleration-hold time

0〜600

AH-01

0x319D

0xA6CD PID1 selection

0〜2

AH-02

0x319E

0xA6CEPID1 deviation minus

0〜1

AH-03

0x319F

0xA6CF

PID1 unit selection (PID1)

0〜58

AH-04

0x31A00xA6D0 PID1 scale adjustment (0%)

AH-05

0x31A1

0xA6D1 PID1 scale adjustment (100%)

AH-06

0x31A2

0xA6D2 PID1 scale adjustment (decimal point)

12-19-10000〜10000
0〜41Chapter 12

Parameter List

Command code

Func.
code

Read

Write

AH-07

0x31A3

0xA6D3 PID1 target value 1 input destination selection

AH-10

0x31A6

0xA6D6(AH-11)

0x31A7

0xA6D7AH-12

0x31A8

0xA6D8(AH-13)0x31A90xA6D9AH-14

0x31AA

0xA6DA(AH-15)0x31AB

0xA6DB

AH-16

0x31AC

0xA6DC(AH-17)0x31AD

0xA6DD

AH-18

0x31AE

0xA6DE(AH-19)0x31AF

0xA6DF

AH-20

0x31B00xA6E0(AH-21)0x31B1

0xA6E1AH-22

0x31B2

0xA6E2(AH-23)0x31B30xA6E3AH-24

0x31B4

0xA6E4(AH-25)0x31B5

0xA6E5AH-26

0x31B60xA6E6(AH-27)0x31B7

0xA6E7AH-28

0x31B8

0xA6E8(AH-29)0x31B90xA6E9AH-30

0x31BA

0xA6EA(AH-31)0x31BB

0xA6EB

AH-32

0x31BC

0xA6EC(AH-33)0x31BD

0xA6ED

AH-34

0x31BE

0xA6EE(AH-35)0x31BF

0xA6EF

AH-36

0x31C00xA6F0(AH-37)0x31C1

0xA6F1

AH-38

0x31C2

0xA6F2(AH-39)0x31C30xA6F3AH-40

0x31C40xA6F4(AH-41)

0x31C50xA6F5AH-42

0x31C60xA6F6AH-44

0x31C80xA6F8(AH-45)0x31C90xA6F9Function name

PID1 target value 1 set value(High)(Low)

PID1 multistage target value 1(High)(Low)

PID1 multistage target value 2(High)(Low)

PID1 multistage target value 3(High)(Low)

PID1 multistage target value 4(High)(Low)

PID1 multistage target value 5(High)(Low)

PID1 multistage target value 6(High)(Low)

PID1 multistage target value 7(High)(Low)

PID1 multistage target value 8(High)(Low)

PID1 multistage target value 9(High)(Low)

PID1 multistage target value 10(High)(Low)

PID1 multistage target value 11(High)(Low)

PID1 multistage target value 12(High)(Low)

PID1 multistage target value 13(High)(Low)

PID1 multistage target value 14(High)(Low)

PID1 multistage target value 15(High)(Low)

PID1 target value 2 input destination selection
PID1 target value 2 set value

AH-46

0x31CA

0xA6FA

AH-48

0x31CC

0xA6FC(AH-49)0x31CD

0xA6FD

AH-50

0x31CE

0xA6FEPID1 target value 1 operator selection

AH-51

0x31CF

0xA6FF

PID1 feedback data 1 input destination selection

AH-52

0x31D00xA700

PID1 feedback data 2 input destination selection

AH-53

0x31D10xA701

PID1 feedback data 3 input destination selection(High)(Low)

PID1 target value 3 input destination selection
PID1 target value 3 set value(High)(Low)

Setting items

Data
resolution
unit

0〜13

1

-10000〜10000

Per AH-06
setting

0〜13

1-10000〜10000

Per AH-06
setting

0〜13

1-10000〜10000

Per AH-06
setting

1〜6
0〜13

1

AH-54

0x31D20xA702

PID1 feedback data operator selection

AH-60

0x31D80xA708

PID1 gain switch method selection

1〜10

AH-61

0x31D90xA709PID1 proportional gain 1

0〜10000.1

AH-62

0x31DA

0xA70APID1 integral gain 1

0〜36000

0.1s

PID1 differential gain 1

0〜10000

0.01s

0〜1

AH-63

0x31DB

0xA70B

AH-64

0x31DC

0xA70C PID1 proportional gain 2

0〜10000.1

AH-65

0x31DD

0xA70D PID1 integral gain 2

0〜36000

0.1s

AH-66

0x31DE

0xA70EPID1 differential gain 2

AH-67

0x31DF

0xA70F

PID1 gain switch time

AH-70

0x31E20xA712

PID1 feed forward selection

AH-71

0x31E30xA713

PID1 changeable range

AH-72

0x31E40xA714

PID1 deviation excessive level

AH-73

0x31E50xA715

PID1 feedback comparison signal OFF level

0〜10000

AH-74

0x31E60xA716

PID1 feedback comparison signal ON level

AH-75

0x31E70xA717

PID soft-start function selection

AH-76

0x31E80xA718

PID soft-start target level

12-20

0.01s
1ms

0〜6

1

0〜10000

0.01%

0〜1

1

0〜10000

0.01%

Chapter 12
Func.
code

Parameter List

Command code
Read

Function name

Write

Setting items

Data
resolution
unit

AH-78

0x31EA

0xA71A(AH-79)0x31EB

0xA71B

AH-80

0x31EC

0xA71C PID soft-start time

AH-81

0x31ED

0xA71D PID start abnormal judgment implement selection

AH-82

0x31EE

0xA71EPID start abnormal judgment level

AH-85

0x31F1

0xA721

PID sleep condition selection

0〜2

1

AH-86

0x31F20xA722

PID sleep start level0〜59000

0.01HzAH-87

0x31F30xA723

PID sleep operation time

0〜10000

0.01s

AH-88

0x31F40xA724

Boost selection prior to PID sleep

0〜1

1

Acceleration time for PID soft-start(High)(Low)

0〜360000

0.01s

0〜100000〜2

1

0〜10000

0.01%

AH-89

0x31F50xA725

Boost time prior to PID sleep

0.01s

AH-90

0x31F60xA726

Boost amount prior to PID sleep

0.01%

AH-91

0x31F70xA727

Minimum operation time prior to PID sleep

AH-92

0x31F80xA728

PID sleep status minimum retaining time

AH-93

0x31F90xA729PID wake condition selection

AH-94

0x31FA

0xA72A

PID wake start level
PID wake operation time

0〜100000.01s
1〜3
0〜10000

AH-95

0x31FB

0xA72B

AH-96

0x31FC

0xA72C PID wake start deviation amount0x3201

0xA731

PID2 selection

0〜2

AJ-02

0x32020xA732

PID2 deviation minus

0〜1

AJ-03

0x32030xA733

PID2 unit selection (PID2)

0〜58

AJ-04

0x32040xA734

PID2 scale adjustment (0%)

AJ-05

0x32050xA735

PID2 scale adjustment (100%)

AJ-06

0x32060xA736

PID2 scale adjustment (decimal point)

0〜4

AJ-07

0x32070xA737

PID2 target value input destination selection

0〜15

AJ-10

0x320A

0xA73A

0x320B

0xA73B-10000〜10000(High)(Low)

PID2 target value set value

0.01s
0.01%

AJ-01

(AJ-11)1
0.01%-10000〜10000

1

Per AJ-06
settingAJ-120x320C

0xA73C PID2 feedback data input destination selection

0〜13

1

AJ-13

0x320D

0xA73D PID2 proportional gain

0〜10000.1

AJ-14

0x320E

0xA73EPID2 integral gain

0〜36000

AJ-15

0x320F

0xA73FPID2 differential gain

AJ-16

0x32100xA740

PID2 changeable range

AJ-17

0x3211

0xA741

PID2 deviation excessive levelAJ-18

0x32120xA742

PID2 feedback comparison signal OFF levelAJ-19

0x32130xA743

PID2 feedback comparison signal ON levelAJ-21

0x32150xA745

PID3 selection

0〜2

AJ-22

0x32160xA746

PID3 deviation minus

0〜1

AJ-23

0x32170xA747

PID3 unit selection (PID3)

0〜58

AJ-24

0x32180xA748

PID3 scale adjustment (0%)

AJ-25

0x32190xA749PID3 scale adjustment (100%)

0.1s
0.01s

0〜10000-10000〜10000

AJ-26

0x321A

0xA74A

PID3 scale adjustment (decimal point)

0〜4

AJ-27

0x321B

0xA74B

PID3 target value input destination selection

0〜13

0.01%

1

AJ-30

0x321E

0xA74E(AJ-31)0x321F

0xA74F

AJ-32

0x32200xA750

PID3 feedback data input destination selection

0〜13

1

AJ-33

0x32210xA751

PID3 proportional gain

0〜10000.1

AJ-34

0x32220xA752

PID3 integral gain

0〜36000

AJ-35

0x32230xA753

PID3 differential gain

AJ-36

0x32240xA754

PID3 changeable range

AJ-37

0x32250xA755

PID3 deviation excessive level

AJ-38

0x32260xA756

PID3 feedback comparison signal OFF levelAJ-39

0x32270xA757

PID3 feedback comparison signal ON levelAJ-41

0x32290xA759PID4 selection

0〜2

AJ-42

0x322A

0xA75A

PID4 deviation minus

0〜1

PID4 unit selection (PID4)

0〜58(High)(Low)

PID3 target value setting-10000〜10000

Per AJ-26
setting

0.1s
0.01s

0〜10000

AJ-43

0x322B

0xA75B

AJ-44

0x322C

0xA75C PID4 scale adjustment (0%)

AJ-45

0x322D

0xA75D PID4 scale adjustment (100%)

AJ-46

0x322E

0xA75EPID4 scale adjustment (decimal point)

0〜4

AJ-47

0x322F

0xA75F

PID4 target value input destination selection

0〜13

12-21

-10000〜10000

0.01%

1

Chapter 12

Parameter List

Command code

Func.
code

Read

Write

Function name

Setting items

Data
resolution
unit-10000〜10000

Per AJ-46
setting

AJ-50

0x32320xA762(AJ-51)0x32330xA763AJ-52

0x32340xA764

PID4 feedback data input destination selection

0〜13

1

AJ-53

0x32350xA765

PID4 proportional gain

0〜10000.1

AJ-54

0x32360xA766

PID4 integral gain

0〜36000

AJ-55

0x32370xA767

PID4 differential gain

AJ-56

0x32380xA768

PID4 changeable range

AJ-57

0x32390xA769PID4 deviation excessive level

AJ-58

0x323A

0xA76A

PID4 feedback comparison signal OFF levelAJ-59

0x323B

0xA76B

PID4 feedback comparison signal ON level(High)(Low)

PID4 target value setting

0.1s
0.01s

0〜10000

0.01%

12.2.4 Code-b
Func.
code

Command code
Read

Write

Function name

bA101

0x32C90xA7F9First frequency upper limit selection

bA102

0x32CA

0xA7FAFirst frequency upper limiter

bA103

0x32CB

0xA7FBFirst frequency lower limiter

Setting items

Data
resolution
unit

0〜13

1

0〜59000

0.01HzbA110

0x32D20xA802First torque limit selection

0〜11

bA111

0x32D30xA803First torque limit parameter mode selection

0〜1

bA112

0x32D40xA804First torque limit 1 (Four quadrant normal powered)bA113

0x32D50xA805First torque limit 2 (Four quadrant reverse regenerative)

bA114

0x32D60xA806First torque limit 3 (Four quadrant reverse powered)bA115

0x32D70xA807First torque limit 4 (Four quadrant normal regenerative)

bA116

0x32D80xA808First torque LAD stop selection

bA120

0x32DC

0xA80C First overcurrent suppression selection

bA121

0x32DD

0xA80D First overcurrent suppression levelbA122

0x32DE

0xA80E

bA123

0x32DF

0xA80FbA124

0x32E00xA810(bA125)0x32E10xA811bA126

0x32E20xA812bA127

0x32E30xA813First stall prevention 1 selection
First stall prevention level 1First stall prevention 1 operation time(High)(Low)

First stall prevention 2 selection

bA128

0x32E40xA8140x32E50xA815bA-30

0x32E60xA816

Instantaneous power failure non-stop selection

First stall prevention 2 operation time

0〜5000

0.10%

0〜1

1

(0 to 2.50) x
Inverter rated current

0.1A

0 〜 3

1

(0.20 to 2.50) x
Inverter rated current

0.1A

10〜360000

0.01s

0〜3

1

(0.20 to 2.50) x
Inverter rated current

0.1A

10〜360000

0.01s

0〜3

1

200V class: 0〜4100
400V class: 0〜8200

0.1Vdc(High)(Low)

1〜360000

0.01s

First stall prevention level 2(bA129)1(High)
(Low)

bA-31

0x32E70xA817Instantaneous power failure non-stop function starting
voltagebA-32

0x32E80xA818Instantaneous power failure non-stop target level
Instantaneous power failure non-stop
deceleration timebA-34

0x32EA

0xA81A(bA-35)0x32EB

0xA81B

bA-36

0x32EC

0xA81C

Instantaneous power failure non-stop deceleration starting
range

0〜10000.01HzbA-37

0x32ED

0xA81D

Instantaneous power failure non-stop constant DC voltage
control P gain

0〜500

0.01

bA-38

0x32EE

0xA81E

Instantaneous power failure non-stop constant DC voltage
control I gain

0〜15000

0.01s

bA140

0x32F00xA820First overvoltage suppression function selection

bA141

0x32F10xA821bA142

0x32F20xA822(bA143)0x32F30xA823First overvoltage suppression level settingFirst overvoltage suppression operating time(High)
(Low)

0〜3

1

200V class: 3300〜4000
400V class: 6600〜8000

0.1Vdc0〜60000

0.01s

bA144

0x32F40xA824First constant DC voltage control P gain

0〜500

0.01

bA145

0x32F50xA825First constant DC voltage control I gain

0〜15000

0.01s

bA146

0x32F60xA826First over-excitation function selection (V/f)

0〜4

1

12-22

Chapter 12

Parameter List

Command code

Func.
code

Read

Write

bA147

0x32F70xA827bA148

0x32F80xA828

Setting items

Data
resolution
unit

First over-excitation output filter time constant (V/f)

0〜100

0.01s

First over-excitation voltage gain (V/f)

50〜400

1%

200V class: 3300〜4000
400V class: 6600〜8000

0.1Vdc0〜1000(linked with bA-63)

0.10%

Function name

bA149

0x32F90xA829First over-excitation suppression level setting (V/f)

bA-60

0x33040xA834

DBTR use ratebA-61

0x33050xA835DBTR selection

0〜2

1
0.1Vdc0.1Ω

bA-62

0x33060xA836

DBTR ON level

200V class: 3300〜4000
400V class: 6600〜8000

bA-63

0x33070xA837

DBTR resistance

From the minimum
resistance to 600.0bA-70

0x330E

0xA83E

Cooling fan operation selection

0〜2
0〜1
0〜13

bA-71

0x330F

0xA83F

Selection of cumulative cooling fan operating timeclearance

bA201

0x59D90xCF09Second frequency upper limit selection

bA202

0x59DA

0xCF0A

Second frequency upper limiter

bA203

0x59DB

0xCF0B

Second frequency lower limiter

0〜59000

bA210

0x59E2

0xCF12

Second torque limit selection

0〜11

bA211

0x59E30xCF13

Second torque limit parameter mode selection

0〜1

bA212

0x59E40xCF14

Second torque limit 1 (Four quadrant normal powered)bA213

0x59E50xCF15

Second torque limit 2(Four quadrant reverse regenerative)

bA214

0x59E60xCF16

Second torque limit 3 (Four quadrant reverse powered)bA215

0x59E70xCF17

Second torque limit 4 (Four quadrant normal regenerative)

bA216

0x59E80xCF18

Second torque LAD stop selection

bA220

0x59EC

0xCF1C Second overcurrent suppression selection

bA221

0x59ED0xCF1D Second overcurrent suppression levelbA222

0x59EE

0xCF1E

bA223

0x59EF

0xCF1FbA224

0x59F00xCF20(bA225)0x59F1

0xCF21bA226

0x59F20xCF22bA227

0x59F30xCF23bA228

0x59F40xCF24(bA229)0x59F50xCF25bA240

0x5A000xCF30

Second stall prevention 1 selection
Second stall prevention level 1
Second stall prevention 1 operation time(High)(Low)

Second stall prevention 2 selection
Second stall prevention level 2
Second stall prebvention 2 operation time(High)(Low)

Second overvoltage suppression function selection
Second overvoltage suppression level setting

1

0.01Hz1

0〜5000

0.10%

0〜1

1

(0 to 2.50) x
Inverter rated current

0.1A

0 〜 3

1

(0.20 to 2.50) x
Inverter rated current

0.1A

10〜360000

0.01s

0〜3

1

(0.20 to 2.50) x
Inverter rated current

0.1A

10〜360000

0.01s

0〜3

1

200V class: 3300〜4000
400V class: 6600〜8000

0.1Vdc0〜360000

0.01s

bA241

0x5A01

0xCF31

bA242

0x5A020xCF32(bA243)0x5A030xCF33bA244

0x5A040xCF34

Second constant DC voltage control P gain

0〜500

0.01

bA245

0x5A050xCF35

Second constant DC voltage control I gain

0〜15000

0.01s

bA246

0x5A06

0xCF36

Second over-excitation function selection (V/f)

0〜4

1

bA247

0x5A070xCF37

Second over-excitation output filter time constant (V/f)

0〜100

0.01s

bA248

0x5A080xCF38

Second over-excitation voltage gain (V/f)

Second overvoltage suppression operating time(High)
(Low)

bA249

0x5A090xCF39Second over-excitation suppression level setting (V/f)

bb101

0x332D

0xA85D First carrier frequency

bb102

0x332E

0xA85EFirst sprinkle carrier pattern selection

bb103

0x332F

0xA85F

First automatic carrier frequency reduction selection

bb-10

0x33360xA866

Auto-reset selection

50〜400

1%

200V class: 3300〜4000
400V class: 6600〜8000

0.1Vdc5 to 160 (varies depending
on selection of capacity andload rating)

0.1kHz

0〜3
0〜2

bb-11

0x33370xA867

Alarm output selection when the auto-reset is enabled

0〜1

bb-12

0x33380xA868Automatic resetting stand-by time

0〜600

bb-13

0x33390xA869Automatic resetting count setting

0〜10

bb-20

0x33400xA870Instantaneous power failure retry count selection

12-23

0〜16 / 255

1

1s
1

Chapter 12

Parameter List

Command code

Func.
code

Read

Write

bb-21

0x3341

0xA871

Undervoltage retry count selection

bb-22

0x33420xA872

Overcurrent retry count selection

bb-23

0x33430xA873

Overvoltage retry count selection

0〜4

Function name

Setting items

Data
resolution
unit

0〜16 / 255
0〜5

bb-24

0x33440xA874

Selection of instantaneous power failure/undervoltage
retry

bb-25

0x33450xA875

Allowable instantaneous power failure time

3〜250
3〜1000

1

0.1s

bb-26

0x33460xA876

Retry wait time after instantaneous power
failure/undervoltage

bb-27

0x33470xA877Instantaneous power failure/undervoltage tripping
selection during stop

0〜2

bb-28

0x33480xA878Overcurrent trip/retry selection

0〜4

bb-29

0x33490xA879Retry wait time after overcurrent

3〜1000bb-30

0x334A

0xA87A

Overvoltage trip/retry selection

0〜4

1

bb-31

0x334B

0xA87B

Retry wait time after overvoltage

3〜1000

0.1s

bb-40

0x33540xA884

Restart after free-run releasebb-41

0x33550xA885

Restart after reset release

0〜3

1

bb-42

0x33560xA886

Speed frequency matching lower limit frequency setting

1
0.1s

0〜59000

0.01Hz(0.20 to 2.50) x
Inverter rated current

0.1A

10〜3000

0.01s(0 to 2.50) x
Inverter rated current

0.1A

bb-43

0x33570xA887

Restarting level of frequency acquisition

bb-44

0x33580xA888Constant (speed) for frequency acquisition restarting

bb-45

0x33590xA889Constant (voltage) for frequency acquisition restarting

bb-46

0x335A

0xA88A

Overcurrent suppression level for frequency acquisition
restartbb-47

0x335B

0xA88B

Start speed selection for frequency acquisition restart

0〜2

1

bb-50

0x335E

0xA88E

Frequency matching filter gain

0〜10001％bb160

0x33680xA898First overcurrent detection level

Depend on the Inverter

0.1A

bb-61

0x33690xA899

Incoming overvoltage selection

0〜1

1200V class: 3000〜4100
400V class: 6000〜8200

0.1Vdc

0〜1

1

bb-62

0x336A

0xA89A

Incoming overvoltage level selection

bb-64

0x336C

0xA89C Ground fault detection selection

bb-65

0x336D

0xA89D Input phase loss selection

bb-66

0x336E

0xA89E

Output phase loss selection

bb-67

0x336F

0xA89F

Output phase loss detection sensitivity

1〜100

1%

bb-70

0x3372

0xA8A2

Thermistor error level

0〜100001Ω

bb-80

0x337C

0xA8AC Over-speed error detection level

0〜1500

0.10%

bb-81

0x337D

0xA8AD Over-speed error detection time

0〜50

0.1s

bb-82

0x337E

0xA8AE

Operation for speed deviation error

0〜1

1

bb-83

0x337F

0xA8AF

Speed deviation error detection level

0〜1000

0.10%

bb-84

0x33800xA8B0Speed deviation error detection time

0〜50

0.1s

bb-85

0x3381

0xA8B1

Behavior when the position deviation is abnormal0〜1

10〜65535 (x 100pls)

1(x 100pls)

0〜50

0.1s

5 to 160 (varies depending
on selection of capacity andload rating)

0.1kHzbb-86

0x33820xA8B2Abnormal position deviation detection levelbb-87

0x33830xA8B3

Abnormal position deviation timebb201

0x5A3D

0xCF6D Second carrier frequency

bb202

0x5A3E

0xCF6E

Second sprinkle carrier pattern selection

0〜3

bb203

0x5A3F

0xCF6F

Second automatic carrier frequency reduction selection

0〜2

bb260

0x5A780xCFA8

Second overcurrent detection levelbC110

0x339A

0xA8CA First electronic thermal level

Depend on the Inverter(0 to 3.00) x
Inverter rated current

bC111

0x339B

0xA8CB First electronic thermal characteristics selection

0〜2

bC112

0x339C

0xA8CC First electronic thermal subtraction function selection

0〜1

bC113

0x339D

0xA8CD First electronic thermal subtraction time

bC-14

0x339E

0xA8CE

bC120

0x33A4

bC121
bC122

Electronic thermal counter memory at power-off

1

1〜1000

0.1A

1
1s

0〜1

1

0xA8D4 First free electronic thermal frequency 1

0〜59000 (bC122)

0.01Hz0x33A5

0xA8D5 First free electronic thermal current 1(0 to 3.00) x
Inverter rated current

0.1A

0x33A6

0xA8D6 First free electronic thermal frequency 20〜59000(bC120〜bC124)

0.01Hz12-24

Chapter 12

Parameter List

Command code
Setting items

Data
resolution
unit

0xA8D7 First free electronic thermal current 2(0 to 3.00) x
Inverter rated current

0.1A

Func.
code

Read

Write

bC123

0x33A7

Function namebC124

0x33A80xA8D8 First free electronic thermal frequency 3

0 (bC122 )〜59000

0.01HzbC125

0x33A90xA8D9 First free electronic thermal current 3

bC210

0x5AAA

0xCFDA Second electronic thermal level(0 to 3.00) x
Inverter rated current

0.1A

bC211

0x5AAB

0xCFDB Second electronic thermal characteristics selection

0〜2

bC212

0x5AAC

0xCFDC Second electronic thermal subtraction function selection

0〜1

bC213

0x5AAD

0xCFDD Second electronic thermal subtraction time

1〜10001s

bC220

0x5AB40xCFE4

Second free electronic thermal frequency 1

0〜59000 (bC222)

0.01HzbC221

0x5AB50xCFE5

Second free electronic thermal current 1(0 to 3.00) x
Inverter rated current

0.1A

bC222

0x5AB60xCFE6

Second free electronic thermal frequency 20〜59000(bC220〜bC224)

0.01HzbC223

0x5AB70xCFE7

Second free electronic thermal current 2(0 to 3.00) x
Inverter rated current

0.1A

bC224

0x5AB80xCFE8

Second free electronic thermal frequency 3

0 (bC222)〜59000

0.01HzSecond free electronic thermal current 3(0 to 3.00) x
Inverter rated current

0.1A

bC225

0x5AB90xCFE91

bd-01

0x33F50xA925

STO input indication selection

0〜2

1

bd-02

0x33F60xA926

STO allowable input switch time

0〜6000

0.01s

bd-03

0x33F70xA927

STO indication selection within allowable input time

0〜1

bd-04

0x33F80xA928

STO operation selection after allowable input time

0〜2

1

12.2.5 Code-C
Command code
Func.
code

Read

Write

CA-01

0x36B10xABE1

Selection of input terminal [FR]CA-02

0x36B20xABE2

Selection of input terminal [RR]CA-03

0x36B30xABE3

Selection of input terminal [DFL]CA-04

0x36B40xABE4

Selection of input terminal [DFM]CA-05

0x36B50xABE5

Selection of input terminal [AUT]

CA-06

0x36B60xABE6

Selection of input terminal [MBS]CA-07

0x36B70xABE7

Selection of input terminal [JOG]CA-08

0x36B80xABE8

Selection of input terminal [ES]CA-09

0x36B90xABE9Selection of input terminal [RST]CA-10

0x36BA

0xABEA

Selection of input terminal [DFH]CA-11

0x36BB

0xABEB

Selection of input terminal [DHH]CA-21

0x36C50xABF5

Selection of Input terminal [FR] a/b (NO/NC)

CA-22

0x36C60xABF6

Selection of Input terminal [RR] a/b (NO/NC)

CA-23

0x36C70xABF7

Selection of Input terminal [DFL] a/b (NO/NC)

CA-24

0x36C80xABF8

Selection of Input terminal [DFM] a/b (NO/NC)

CA-25

0x36C90xABF9Selection of Input terminal [AUT] a/b (NO/NC)

CA-26

0x36CA

0xABFA

Selection of Input terminal [MBS] a/b (NO/NC)

CA-27

0x36CB

0xABFB

Selection of Input terminal [JOG] a/b (NO/NC)
Selection of Input terminal [ES] a/b (NO/NC)

Function name

CA-28

0x36CC

0xABFC

CA-29

0x36CD

0xABFD Selection of Input terminal [RST] a/b (NO/NC)

CA-30

0x36CE

0xABFE

Selection of Input terminal [DFH] a/b (NO/NC)

CA-31

0x36CF

0xABFF

Selection of Input terminal [DHH] a/b (NO/NC)

CA-41

0x36D90xAC09 Input terminal [FR] response time

CA-42

0x36DA

0xAC0A Input terminal [RR] response time

CA-43

0x36DB

0xAC0B Input terminal [DFL] response time

CA-44

0x36DC

0xAC0C Input terminal [DFM] response time

CA-45

0x36DD

0xAC0D Input terminal [AUT] response time

CA-46

0x36DE

0xAC0E

Input terminal [MBS] response time

CA-47

0x36DF

0xAC0F

Input terminal [JOG] response time

CA-48

0x36E00xAC10 Input terminal [ES] response time

12-25

Setting items

Data
resolution
unit

0〜110

1

0 〜 1

0 〜 400

1ms

Chapter 12

Parameter List

Command code
Func.
code

Read

Write

CA-49

0x36E1

0xAC11 Input terminal [RST] response time

CA-50

0x36E20xAC12 Input terminal [DFH] response time

CA-51

0x36E30xAC13 Input terminal [DHH] response time

Function name

CA-55

0x36E70xAC17 Multi-step input determination time

CA-60

0x36EC

0xAC1C UP/DWN overwriting target selection

CA-61

0x36ED

0xAC1D UP/DWN memory selection

CA-62

0x36EE

0xAC1E

Setting items

0〜400

Data
resolution
unit

1ms

0〜20000〜1

1

0 〜 360000

0.01s

UP/DWN UDC terminal mode selection

CA-64

0x36F00xAC20(CA-65)0x36F1

0xAC21CA-66

0x36F2

0xAC22(CA-67)0x36F3

0xAC23CA-70

0x36F60xAC26 Speed command selection with [F-OP] enabled.

1〜16

CA-71

0x36F70xAC27 Operation command selection with [F-OP] enabled.

0〜6

CA-72

0x36F80xAC28 Reset selection

0〜3

CA-81

0x3701

0xAC31 Encoder constant set-up

CA-82

0x3702

0xAC32 Encoder phase sequence selection

CA-83

0x3703

0xAC33 Motor gear ratio's numerator

CA-84

0x3704

0xAC34 Motor gear ratio's denominator

CA-90

0x370A

0xAC3A Pulse train input (internal) detection target selection

Acceleration time for UP/DWN functions(High)(Low)

Deceleration time for UP/DWN functions(High)(Low)

32〜65535

1
1pls

0〜1
1〜10000

1

0〜3

CA-91

0x370B

0xAC3B Pulse train input (internal) mode selection

CA-92

0x370C

0xAC3C Pulse train frequency scale

5〜32000.01kHzCA-93

0x370D

0xAC3D Pulse train frequency filter time constant

1〜200

0.01s

CA-94

0x370E

0xAC3E

Pulse train frequency bias amountCA-95

0x370F

0xAC3F

Pulse train frequency detection upper limit

CA-96

0x37100xAC40 Pulse train frequency detection lower level

CA-97

0x3711

0xAC41 Pulse count compare-match output ON level

CA-98

0x3712

0xAC42 Pulse count compare-match output OFF level

CA-99

0x3713

0xAC43 Maximum value for pulse count compare-match output

Cb-01

0x3715

0xAC45 [VRF] terminal input filter time constant

Cb-03

0x3717

0xAC47 [VRF] terminal start amountCb-04

0x37180xAC48 [VRF] terminal end amount0〜2-1000〜1000
0〜10000.10%

0〜65535

1

1〜500

1ms

0〜10000

0.01%

Cb-05

0x37190xAC49 [VRF] terminal start ratio

0〜1000 (Cb-06)

Cb-06

0x371A

0xAC4A [VRF] terminal end ratio(Cb-05) 0〜1000

Cb-07

0x371B

0xAC4B [VRF] terminal start selection

0〜1

1

Cb-11

0x371F

0xAC4F

1〜500

1ms

Cb-13

0x3721

0xAC51 [IRF] terminal start amount

Cb-14

0x3722

0xAC52 [IRF] terminal end amount

0〜10000

0.01%

Cb-15

0x3723

0xAC53 [IRF] terminal start ratio

0〜1000 (Cb-16)

Cb-16

0x3724

0xAC54 [IRF] terminal end ratio(Cb-15) 0〜1000[IRF] terminal input filter time constant

0.10%

0.10%

Cb-17

0x3725

0xAC55 [IRF] terminal start selection

0〜1

1

Cb-21

0x37290xAC59 [VF2] terminal input filter time constant

1〜500

1ms

0〜2

1

-10000〜10000

0.01%

Cb-22

0x372A

0xAC5A [VF2] terminal selection

Cb-23

0x372B

0xAC5B [VF2] terminal start amountCb-24

0x372C

0xAC5C [VF2] terminal end amountCb-25

0x372D

0xAC5D [VF2] terminal start ratio-1000〜1000 (Cb-26)

Cb-26

0x372E

0xAC5E(Cb-25)-1000〜1000

Cb-30

0x3732

0xAC62 [VRF] voltage/current bias adjustment

Cb-31

0x37330xAC63 [VRF] voltage/current adjustment gain

0〜20000

Cb-32

0x3734

0xAC64 [IRF] voltage/current bias adjustment-10000〜10000

Cb-33

0x3735

0xAC65 [IRF] voltage/current adjustment gain

0〜20000[VF2] terminal end ratio-10000〜10000

Cb-34

0x3736

0xAC66 [VF2] voltage bias adjustment-10000〜10000

Cb-35

0x3737

0xAC67 [VF2] voltage adjustment gain

0〜20000

Cb-40

0x373C

0xAC6C Thermistor selection

Cb-41

0x373D

0xAC6D Thermistor [TH+/TH-] adjustment

Cb-51
to
Cb-57

0x3747to
0x374D

0xAC77
toReserved
0xAC7D

12-26

0.10%

0.01%

0〜2

1

0〜10000

0.1--

Chapter 12

Parameter List

Command code
Func.
code

Read

CC-01

0x37790xACA9 Selection of output terminal [UPF]CC-02

0x377A

0xACAA Selection of output terminal [DRV]Function name

Write

CC-03

0x377B

0xACAB Selection of output terminal [X1]CC-040x377C0xACAC Selection of output terminal [X2]CC-050x377D

0xACAD Selection of output terminal [X3]CC-060x377E

0xACAE

Selection of relay output terminal [RL]CC-07

0x377F

0xACAF

Selection of relay output terminal [FL]CC-11

0x37830xACB3 Selection of output terminal [UPF] a/b (NO/NC)

CC-12

0x37840xACB4 Selection of output terminal [DRV] a/b (NO/NC)

CC-13

0x37850xACB5 Selection of output terminal [X1] a/b (NO/NC)

CC-14

0x37860xACB6 Selection of output terminal [X2] a/b (NO/NC)

CC-15

0x37870xACB7 Selection of output terminal [X3] a/b (NO/NC)

CC-16

0x37880xACB8 Selection of output terminal [RL] a/b (NO/NC)

CC-17

0x37890xACB9 Selection of output terminal [FL] a/b (NO/NC)

CC-20

0x378C0xACBC Output terminal [UPF] on-delay time

CC-21

0x378D

0xACBD Output terminal [UPF] off-delay time

CC-22

0x378E

0xACBE Output terminal [DRV] on-delay time

CC-23

0x378F

0xACBFCC-24

0x37900xACC0 Output terminal [X1] on-delay time

CC-25

0x37910xACC1 Output terminal [X1] off-delay time

CC-26

0x37920xACC2 Output terminal [X2] on-delay time

CC-27

0x37930xACC3 Output terminal [X2] off-delay time

CC-28

0x37940xACC4 Output terminal [X3] on-delay time

CC-29

0x37950xACC5 Output terminal [X3] off-delay time

Setting items

Data
resolution
unit

0〜93

1

0〜1

Output terminal [DRV] off-delay time

CC-30

0x37960xACC6 Output terminal [RL] on-delay time

CC-31

0x37970xACC7 Output terminal [RL] off-delay time

CC-32

0x37980xACC8 Output terminal [FL] on-delay time

CC-33

0x37990xACC9 Output terminal [FL] off-delay time

CC-40

0x37A00xACD0 Logical calculation output signal LOG1 selection 1

CC-41

0x37A10xACD1 Logical calculation output signal LOG1 selection 2

CC-42

0x37A20xACD2 Logical calculation output signal LOG1 operator selection

CC-43

0x37A30xACD3 Logical calculation output signal LOG2 selection 1

CC-44

0x37A40xACD4 Logical calculation output signal LOG2 selection 2

CC-45

0x37A50xACD5 Logical calculation output signal LOG2 operator selection

CC-46

0x37A60xACD6 Logical calculation output signal LOG3 selection 1

CC-47

0x37A70xACD7 Logical calculation output signal LOG3 selection 2

CC-48

0x37A80xACD8 Logical calculation output signal LOG3 operator selection

CC-49

0x37A90xACD9 Logical calculation output signal LOG4 selection 1

CC-50

0x37AA

0xACDA Logical calculation output signal LOG4 selection 2

CC-51

0x37AB

0xACDB Logical calculation output signal LOG4 operator selection

CC-52

0x37AC

0xACDC Logical calculation output signal LOG5 selection 1

CC-53

0x37AD

0xACDD Logical calculation output signal LOG5 selection 2

CC-54

0x37AE

0xACDE Logical calculation output signal LOG5 operator selection

CC-55

0x37AF

0xACDF Logical calculation output signal LOG6 selection 1

CC-56

0x37B00xACE0

Logical calculation output signal LOG6 selection 2

CC-57

0x37B10xACE1

Logical calculation output signal LOG6 operator selection

CC-58

0x37B20xACE2

Logical calculation output signal LOG7 selection 1

CC-59

0x37B30xACE3

Logical calculation output signal LOG7 selection 2
Logical calculation output signal LOG7 operator selection

0〜10000

0.01s

0〜93
0〜2
0〜93
0〜2
0〜93
0〜2
0〜93
0〜2

1

0〜93
0〜2
0〜93
0〜2
0〜93

CC-60

0x37B40xACE4

Cd-01

0x37DD

0xAD0D [FRQ] terminal output form selection

Cd-02

0x37DE

0xAD0E [FRQ] terminal standard frequency (for PWM output)

Cd-03

0x37DF

0xAD0F

Cd-04

0x37E00xAD10 [AMV] terminal output selection

Cd-05

0x37E1

0xAD11 [AMI] terminal output selection

Cd-10

0x37E60xAD16 Analog monitor adjustment mode selection

0〜1

Cd-11

0x37E70xAD17 [FRQ] output filter time constant

1〜500

Cd-12

0x37E80xAD18 [FRQ] output data type selection

0〜1

1

Cd-13

0x37E90xAD19 [FRQ] bias adjustment-1000〜1000

0.10%[FRQ] terminal output selection

12-27

0〜2
0〜1
0 〜 3600
0 to 65535
register No. of d, F codes

1Hz
1

1ms

Chapter 12

Parameter List

Command code
Func.
code

Read

Function name

Write

Setting items

Data
resolution
unit

Cd-14

0x37EA

0xAD1A [FRQ] gain adjustment-10000〜10000

Cd-15

0x37EB

0xAD1B [FRQ] output level in the adjustment mode

-1000〜1000

Cd-21

0x37F1

0xAD21 [AMV] output filter time constant

1〜500

1ms

Cd-22

0x37F2

0xAD22 [AMV] output data type selection

0〜1

1

Cd-23

0x37F30xAD23 [AMV] bias adjustment (common to voltage/current)-1000〜1000

Cd-24

0x37F40xAD24 [AMV] gain adjustment (common to voltage/current)-10000〜10000

Cd-25

0x37F50xAD25 [AMV] output level in the adjustment mode

-1000〜1000

0.10%

0.10%

Cd-31

0x37FB

0xAD2B [AMI] output filter time constant

1〜500

1ms

Cd-32

0x37FC

0xAD2C [AMI] output data type selection

0〜1

1

Cd-33

0x37FD

0xAD2D [AMI] bias adjustment (common to voltage/current)-1000〜1000

Cd-34

0x37FE

0xAD2E [AMI] gain adjustment (common to voltage/current)-10000〜10000

Cd-35

0x37FF

0xAD2F-1000〜1000

CE1010x3841

0xAD71 First low current signal output mode selection

CE102

0x3842

0xAD72 First low current detection level 1

CE103

0x3843

0xAD73 First low current detection level 2

CE105

0x3845

0xAD75 First overload prewarning signal output mode selection

CE106

0x3846

0xAD76 First overload prewarning level 1

CE107

0x3847

0xAD77 First overload prewarning level 2[AMI] output level in the adjustment mode

CE-10

0x384A

0xAD7A Acceleration reaching frequency 1CE-110x384B

0xAD7B Deceleration reaching frequency 1CE-120x384C

0xAD7C Acceleration reaching frequency 2CE-130x384D

0xAD7D Deceleration reaching frequency 2CE1200x38540xAD84 First over torque level (normal powered)CE121

0x3855

0xAD85 First over torque level (reverse regenerative)

CE122

0x3856

0xAD86 First over torque level (reverse powered)

CE123

0x3857

0xAD87 First over torque level (normal regenerative)

CE-30

0x385E

0xAD8E Electronic thermal warning level (Motor)

CE-31

0x385F

0xAD8FCE-33

0x3861

0xAD91 Zero-speed detection value level

CE-34

0x3862

0xAD92 Cooling fin heating prewarning level

CE-36

0x38640xAD94(CE-37)0x3865

0xAD95CE-40

0x38680xAD98 Window comparator [VRF] upper limit level

CE-41

0x38690xAD99 Window comparator [VRF] lower limit level

RUN time/power supply ON time level0〜1

1(0 to 2.00) x
Inverter rated current

0.1A

0〜1

1

(0 to 2.00) x
Inverter rated current

0.1A

0〜59000

0.01Hz0〜50000.10%

0〜10000

Electronic thermal warning level (Inverter)

0.10%

0.01%
0.01Hz(High)
(Low)

0〜200

1°C

0〜100000

1hr

0〜100

CE-42

0x386A

0xAD9A Window comparator [VRF] hysteresis range

CE-430x386B

0xAD9B Window comparator [IRF] upper limit level

CE-440x386C

0xAD9C Window comparator [IRF] lower limit level

CE-45

0x386D

0xAD9D Window comparator [IRF] hysteresis range

CE-46

0x386E

0xAD9E Window comparator [VF2] upper limit level

CE-47

0x386F

0xAD9F

CE-48

0x38700xADA0 Window comparator [VF2] hysteresis range

0〜10

CE-50

0x38720xADA2 [VRF] operation level at disconnection

0〜100

Window comparator [VF2] lower limit level

0〜10
0〜100
0〜10

1%

-100〜100CE-510x38730xADA3 [VRF] operation level selection at disconnection

0〜2

1

CE-52

0x38740xADA4 [IRF] operation level at disconnection

0〜100

1%

CE-53

0x38750xADA5 [IRF] operation level selection at disconnection

CE-54

0x38760xADA6 [VF2] operation level at disconnection

0〜2

1-100〜100

1%

CE-55

0x38770xADA7 [VF2] operation level selection at disconnection

0〜2

CE201

0x5F51

0xD481 Second low current signal output mode selection

0〜1

CE202

0x5F520xD482 Second low current detection level 1

CE203

0x5F530xD483 Second low current detection level 2

CE205

0x5F550xD485 Second overload prewarning signal output mode selection

CE206

0x5F56

0xD486 Second overload prewarning level 1

CE207

0x5F570xD487 Second overload prewarning level 2

CE220

0x5F640xD494 Second over torque level (normal powered)

CE221

0x5F650xD495 Second over torque level (reverse regenerative)

CE222

0x5F66

0xD496 Second over torque level (reverse powered)

CE223

0x5F670xD497 Second over torque level (normal regenerative)

12-28

1

(0 to 2.00) x
Inverter rated current

0.1A

0〜1

1

(0 to 2.00) x
Inverter rated current

0.1A

0〜50000.10%

Chapter 12

Parameter List

Command code
Func.
code

Read

Write

CF-01

0x38A50xADD5

CF-02

0x38A60xADD6 Communication station number selection

1〜247

CF-03

0x38A70xADD7 Communication parity selection

0〜2

CF-04

0x38A80xADD8 Communication stop bit selection

1〜2

CF-05

0x38A90xADD9 Communication error selection

0〜4

Function nameCommunication transmission speed selection(baudrate selection)

Setting items

Data
resolution
unit

3〜10
1

CF-06

0x38AA

0xADDA Communication timeout time

0〜10000

0.01s

CF-07

0x38AB

0xADDB Communication waiting time

0〜10001ms

CF-08

0x38AC

0xADDC Communication method selection

1〜3

CF-11

0x38AF

0xADDF Resister data A,VÛ% conversion function

0〜1

CF-20

0x38B80xADE8 EzCOM start INV station number

CF-21

0x38B90xADE9 EzCOM end INV station number

1〜8

CF-22

0x38BA

0xADEA EzCOM start selection

CF-23

0x38BB

0xADEB Number of EzCOM data

0〜1
1〜5

CF-24

0x38BC

0xADEC EzCOM transmission destination station number 1

1〜247

CF-25

0x38BD

0xADED EzCOM transmission destination register 1

CF-26

0x38BE

0xADEE

EzCOM transmission source register 1
EzCOM transmission destination station number 2

CF-27

0x38BF

0xADEF

CF-28

0x38C0

0xADF0 EzCOM transmission destination register 2

CF-29

0x38C10xADF1 EzCOM transmission source register 2

CF-30

0x38C20xADF2 EzCOM transmission destination station number 3

CF-31

0x38C30xADF3 EzCOM transmission destination register 3

CF-32

0x38C40xADF4 EzCOM transmission source register 3

CF-33

0x38C50xADF5 EzCOM transmission destination station number 4

CF-34

0x38C60xADF6 EzCOM transmission destination register 4

CF-35

0x38C70xADF7 EzCOM transmission source register 4

CF-36

0x38C80xADF8 EzCOM transmission destination station number 5

CF-37

0x38C90xADF9 EzCOM transmission destination register 5

CF-38

0x38CA

0xADFA EzCOM transmission source register 5

CF-50

0x38D60xAE06

USB station number selection

0〜65535
1〜247
0〜655351

1〜247
0〜65535
1〜247
0〜65535
1〜247
0〜65535
1〜247

12.2.6 Code-H
Command code
Func.
code

Read

Function name

Write

HA-01

0x3A990xAFC9Auto-tuning selection

HA-02

0x3A9A

0xAFCA

Operation command for auto-tuning

HA-03

0x3A9B

0xAFCB

Online tuning selection

HA110

0x3AA20xAFD2First stability constant

HA112

0x3AA40xAFD4First stabilization ramp function end ratio

HA113

0x3AA50xAFD5First stabilization ramp function start ratio
First speed response

Setting items

Data
resolution
unit

0〜3
0〜1

1

0〜1000
0〜100

1%

HA115

0x3AA70xAFD7

HA120

0x3AAC

0xAFDC First gain switch selection

0〜1

1

HA121

0x3AAD

0xAFDD First gain switch selection

0〜10000

1ms

HA122

0x3AAE

0xAFDEFirst gain switch intermediate speed 1

HA123

0x3AAF

0xAFDF

First gain switch intermediate speed 20〜59000

0.01HzHA124

0x3AB00xAFE0First gain mapping maximum speed

0〜10000

0.10%

HA125

0x3AB10xAFE1First gain mapping P gain 1

HA126

0x3AB20xAFE2First gain mapping I gain 1

0〜1000HA127

0x3AB30xAFE3First gain mapping P control P gain 1

HA128

0x3AB40xAFE4First gain mapping P gain 2

HA129

0x3AB50xAFE5First gain mapping I gain 2

HA130

0x3AB60xAFE6First gain mapping P control P gain 2

HA131

0x3AB70xAFE7First gain mapping P gain 3

HA132

0x3AB80xAFE8First gain mapping I gain 3

HA133

0x3AB90xAFE9First gain mapping P gain 4

HA134

0x3ABA

0xAFEAFirst gain mapping I gain 4

12-29

Chapter 12

Parameter List

Command code
Func.
code

Read

Function name

Write

HA210

0x61B2

0xD6E2 Second stability constant (V/f, A.bst)

HA212

0x61B4

0xD6E4 Second stabilization ramp function end ratio

HA213

0x61B5

0xD6E5 Second stabilization ramp function start ratio

HA215

0x61B7

0xD6E7 Second speed response

Setting items

Data
resolution
unit

0〜10000〜100

1%0〜1000HA220

0x61BC

0xD6EC Second gain switch selection

HA221

0x61BD

0xD6ED Second gain switch time

HA222

0x61BE

0xD6EE

Second gain switch intermediate speed 1

HA223

0x61BF

0xD6EF

Second gain switch intermediate speed 2

HA224

0x61C00xD6F0

Second gain mapping maximum speed

HA225

0x61C1

0xD6F1

Second gain mapping P gain 1

HA226

0x61C2

0xD6F2

Second gain mapping I gain 1

HA227

0x61C3

0xD6F3

Second gain mapping P control P gain 1

HA228

0x61C4

0xD6F4

Second gain mapping P gain 2

HA229

0x61C5

0xD6F5

Second gain mapping I gain 2

HA230

0x61C6

0xD6F6

Second gain mapping P control P gain 2

HA231

0x61C7

0xD6F7

Second gain mapping P gain 3

HA232

0x61C8

0xD6F8

Second gain mapping I gain 30〜1

10〜10000

1ms

0〜59000

0.01Hz0〜10000

0.10%

HA233

0x61C90xD6F9Second gain mapping P gain 4

HA234

0x61CA

0xD6FA

Second gain mapping I gain 4

Hb101

0x3AFD

0xB02D First IM motor setting

00〜03

1

Hb102

0x3AFE

0xB02E

1〜16000

0.01kW0〜23

1

1000〜59000

0.01Hz

1〜10001V

1〜1000000

0.01A

First IM motor capacity selection

Hb103

0x3AFF

0xB02F

Selection of number of first IM motor poles

Hb104

0x3B000xB030First IM base frequency

Hb105

0x3B010xB031First IM maximum frequency

Hb106

0x3B020xB032First IM motor's rated voltage

Hb108

0x3B040xB034(Hb109)0x3B050xB035Hb110

0x3B060xB036(Hb111)

0x3B070xB037Hb112

0x3B080xB038(Hb113)0x3B090xB039Hb114

0x3B0A

0xB03A(Hb115)0x3B0B

0xB03B

Hb116

0x3B0C

0xB03C(Hb117)0x3B0D

0xB03D

Hb118

0x3B0E

0xB03E(Hb119)0x3B0F

0xB03F

First IM motor's rated current(High)(Low)

First IM motor constant R1(High)(Low)

First IM motor constant R2(High)(Low)

First IM motor constant L(High)(Low)

First IM motor constant Io(High)(Low)

1〜1000000

0.01A

First IM motor constant J(High)(Low)

1〜1000000000

0.00001
kg･m2

1〜1000000000

0.000001
Ω
0.000001mH

Hb130

0x3B1A

0xB04AFirst minimum frequency (V/f, A.bst, IM-SLV)

10〜1000

0.01HzHb131

0x3B1B

0xB04BFirst reduced voltage start time (V/f)

0〜20001ms

Hb140

0x3B240xB054First manual torque boost operation mode selection

0〜3

1

Hb141

0x3B250xB055First amount of manual torque boost (V/f)

0〜200

Hb142

0x3B26

0xB056First manual torque boost break point (V/f)

0〜500

Hb145

0x3B290xB059First energy-saving operation selection (V/f)

0〜1

1

Hb146

0x3B2A

0xB05AFirst energy-saving response/accuracy adjustment (V/f)

0〜100

1%

Hb150

0x3B2E

0xB05EFirst free V/f frequency 1

0〜59000(Hb152)

0.01HzHb151

0x3B2F

0xB05F

First free V/f voltage 1

0〜10000

0.1V

Hb152

0x3B300xB060First free V/f frequency 2

Hb153

0x3B31

0xB061First free V/f voltage 2

Hb154

0x3B320xB062First free V/f frequency 3

Hb155

0x3B330xB063First free V/f voltage 3

Hb156

0x3B340xB064First free V/f frequency 4

Hb157

0x3B350xB065First free V/f voltage 4

Hb158

0x3B36

0xB066First free V/f frequency 5

Hb159

0x3B370xB067First free V/f voltage 5

0〜59000(Hb150)〜(Hb154)

0〜10000
0〜59000(Hb152)〜(Hb156)

0〜10000
0〜59000(Hb154)〜(Hb158)

0〜10000
0〜59000(Hb156)〜(Hb160)

0〜10000

12-30

0.10%

0.01Hz0.1V
0.01Hz0.1V
0.01Hz0.1V
0.01Hz0.1V

Chapter 12

Parameter List

Command code
Func.
code

Read

Write

Hb160

0x3B380xB068First free V/f frequency 6

Hb161

0x3B390xB069First free V/f voltage 6

Function name

Setting items
0〜59000(Hb158)〜(Hb162)

0〜10000
0〜59000

Data
resolution
unit
0.01Hz0.1V
0.01HzHb162

0x3B3A

0xB06AFirst free V/f frequency 7

Hb163

0x3B3B

0xB06BFirst free V/f voltage 7

Hb170

0x3B420xB072First slip compensation P gain with sensor (V/f, A.bst)

Hb171

0x3B430xB073First slip compensation I gain with sensor (V/f, A.bst)

Hb180

0x3B4C

0xB07C First output voltage gain (V/f)

Hb201

0x620D

0xD73D Second IM motor setting

00〜03

1

Hb202

0x620E

0xD73E Second IM motor capacity selection

1〜16000

0.01kW0〜23

1

1000〜59000

0.01Hz

1〜10001V

1〜1000000

0.01A(Hb160)〜(Hb104)

0〜10000

Hb203

0x620F

0xD73F

Hb204

0x62100xD740 Second IM base frequency

Hb205

0x6211

0xD741 Second IM maximum frequency

Hb206

0x62120xD742 Second IM motor's rated voltage

Hb208

0x62140xD744(Hb209)0x62150xD745Hb210

0x62160xD746(Hb211)0x62170xD747Hb212

0x62180xD748(Hb213)0x62190xD749Hb214

0x621A

0xD74A(Hb215)0x621B

0xD74B

Hb216

0x621C

0xD74C(Hb217)0x621D

0xD74D

Hb218

0x621E

0xD74E(Hb219)0x621F

0xD74F0〜1000

0.1V
1%

0〜255

Selection of number of second IM motor poles

Second IM motor's rated current(High)(Low)

Second IM motor constant R1(High)(Low)

Second IM motor constant R2(High)(Low)

Second IM motor constant L(High)(Low)

Second IM motor constant Io(High)(Low)

1〜1000000

0.01A

Second IM motor constant J(High)(Low)

1〜1000000000

0.00001k
g･m2

1〜1000000000

0.000001
Ω
0.000001
mH

Hb230

0x622A

0xD75A Second minimum frequency (V/f, A.bst, IM-SLV)

10〜1000

0.01HzHb231

0x622B

0xD75B Second reduced voltage start time (V/f)

0〜20001ms

Hb240

0x62340xD764 Second manual torque boost operation mode selection

0〜3

1

Hb241

0x62350xD765 Second amount of manual torque boost (V/f)

0〜200

Hb242

0x62360xD766 Second manual torque boost break point (V/f)

0〜500

Hb245

0x62390xD769 Second energy-saving operation selection (V/f)

0〜1

1

Hb246

0x623A

0xD76A Second energy-saving response/accuracy adjustment (V/f)

0〜100

1%

Hb250

0x623E

0xD76E Second free V/f frequency 1

0〜59000(Hb252)

0.01HzHb251

0x623F

0xD76F0〜10000

0.1V

Second free V/f voltage 1

Hb252

0x62400xD770 Second free V/f frequency 2

Hb253

0x6241

0xD771 Second free V/f voltage 2

Hb254

0x62420xD772 Second free V/f frequency 3

Hb255

0x62430xD773 Second free V/f voltage 3

Hb256

0x62440xD774 Second free V/f frequency 4

Hb257

0x62450xD775 Second free V/f voltage 4

Hb258

0x62460xD776 Second free V/f frequency 5

Hb259

0x62470xD777 Second free V/f voltage 5

0〜59000(Hb250)〜(Hb254)

0〜10000
0〜59000(Hb252)〜(Hb256)

0〜10000
0〜59000(Hb254)〜(Hb258)

0〜10000
0〜59000(Hb256)〜(Hb260)

0〜10000
0〜59000

Hb260

0x62480xD778 Second free V/f frequency 6

Hb261

0x62490xD779 Second free V/f voltage 6

Hb262

0x624A

0xD77A Second free V/f frequency 7

Hb263

0x624B

0xD77B Second free V/f voltage 7

Hb270

0x62520xD782 Second slip compensation P gain with sensor (V/f, A.bst)

Hb271

0x62530xD783 Second slip compensation I gain with sensor (V/f, A.bst)

Hb280

0x625C

0xD78C Second output voltage gain (V/f)

HC101

0x3B61

0xB091(Hb258)〜(Hb262)

0〜10000
0〜59000(Hb260)〜(Hb204)

0〜10000

First automatic torque boost voltage compensation gain

12-31

0.10%

0.01Hz0.1V
0.01Hz0.1V
0.01Hz0.1V
0.01Hz0.1V
0.01Hz0.1V
0.01Hz0.1V0〜10001%
0〜255

Chapter 12

Parameter List

Command code
Func.
code

Read

Write

HC102

0x3B62

0xB092First automatic torque boost slip compensation gain

0〜255

HC110

0x3B6A

0xB09AFirst zero-speed range limiter (IM-0Hz-SLV)

0〜100

HC111

0x3B6B

0xB09BFirst amount of boost at the start (IM-SLV)

HC112

0x3B6C

0xB09C First amount of boost at the start (IM-0Hz-SLV)

HC113

0x3B6D

0xB09DFirst selection of whether a secondary-resistance correction is tobe conducted (IM-SLV, IM-0Hz-SLV, IM-CLV)

HC114

0x3B6E

0xB09EFirst selection of reversal prevention(IM-SLV, IM-0Hz-SLV, IM-CLV)

HC120

0x3B740xB0A4HC121

0x3B75

HC137
HC140
HC141

0x3B890xB0B9First modulation threshhold 1

HC142

0x3B8A

0xB0BAFirst modulation threshhold 2

HC201

0x6271

0xD7A1 Second automatic torque boost voltage compensation gain

HC202

0x6272

0xD7A2 Second automatic torque boost slip compensation gain

Function name

Setting items

1%

0〜50

0〜1

1

First time constant for torque current command filter(IM-SLV, IM-0Hz-SLV, IM-CLV, SM-CLV)

0〜100

1ms

0xB0A5First speed feed forward compensation adjustment gain
(IM-SLV, M-0Hz-SLV, IM-CLV, SM-CLV)

0〜10001%

0x3B850xB0B5First flux setting level

0.0〜100.0

0.1％

0x3B880xB0B8First forcing lebel

0〜1000
0〜133

HC210

0x627A

0xD7AA Second zero-speed range limiter (IM-0Hz-SLV)

HC211

0x627B

0xD7AB Second amount of boost at the start (IM-SLV)

HC212

0x627C

0xD7AC Second amount of boost at the start (IM-0Hz-SLV)

HC213

0x627D

0xD7AD

Second selection of whether a secondary-resistance correction is
to be conducted (IM-SLV, IM-0Hz-SLV, IM-CLV)

HC214

0x627E

0xD7AE

Second selection of reversal prevention(IM-SLV, IM-0Hz-SLV, IM-CLV)

HC220

0x62840xD7B4HC221

0x62850xD7B5

HC237

0x6295HC240

0x6298HC241

0x62990xD7C9 Second modulation threshhold 1

HC242

0x629A

0xD7CA Second modulation threshhold 2

0〜255
0〜100
0〜50

1

Second time constant for torque current command filter(IM-SLV, IM-0Hz-SLV, IM-CLV, SM-CLV)

0〜100

1ms

Second speed feed forward compensation adjustment gain
(IM-SLV, IM-0Hz-SLV, IM-CLV, SM-CLV)

0〜10001%

0xD7C5 Second flux setting level

0.0〜100.0

0.1％

0xD7C8 Second forcing lebel

0〜10000x3BC6

0xB0F6First SM (PMM) motor capacity selection

Hd103

0x3BC70xB0F7First selection of number of SM (PMM) motor poles

Hd104

0x3BC80xB0F8First SM (PMM) base frequency

Hd105

0x3BC90xB0F9First SM (PMM) maximum frequency
First SM (PMM) motor's rated voltage

Hd106

0x3BCA

0xB0FA

Hd108

0x3BCC

0xB0FC(Hd109)0x3BCD

0xB0FD

Hd110

0x3BCE

0xB0FE(Hd111)

0x3BCF

0xB0FF

Hd112

0x3BD0

0xB100(Hd113)0x3BD1

0xB101

Hd114

0x3BD2

0xB102(Hd115)0x3BD30xB103

Hd116

0x3BD40xB104(Hd117)

0x3BD5

0xB105

Hd118

0x3BD6

0xB106(Hd119)0x3BD7

0xB1070〜133

1%1〜16000

0.01kW0〜23

1

1000〜59000

0.01Hz

1〜10001V

1〜1000000

0.01A

First SM (PMM) motor's rated current(High)(Low)

First SM (PMM) motor's constant R(High)(Low)

First SM (PMM) motor's constant Ld(High)(Low)

First SM (PMM) motor's constant Lq(High)(Low)

First SM (PMM) motor's constant Ke(High)(Low)

1〜1000000

0.1
mVs/radFirst SM (PMM) motor's constant J(High)(Low)

1〜1000000000

0.00001kg·m2

0.000001
Ω
1〜1000000000

Hd130

0x3BE2

0xB112First SM minimum frequency (switch) (SM-SLV, SM-IVMS)

0〜50

Hd131

0x3BE30xB113First SM no-load current (SM-SLV, SM-IVMS)

0〜100

Hd132

0x3BE4

0xB114First SM start method selection(SM-SLV, SM-IVMS, SM-CLV)

0〜1

0xB115First SM initial position estimation zero-V stand-by times(SM-SLV, SM-IVMS, SM-CLV)

0x3BE5

1%

0〜1

Hd102

Hd133

Data
resolution
unit

Hd134

0x3BE6

0xB116First SM initial position estimation detection stand-by times(SM-SLV, SM-IVMS, SM-CLV)

Hd135

0x3BE7

0xB117First SM initial position estimation detection times(SM-SLV, SM-IVMS, SM-CLV)

12-32

0〜255

0〜255

0.000001
mH

1%

1

1

Chapter 12

Parameter List

Command code
Setting items

Data
resolution
unit

First SM initial position estimation voltage gain
(SM-SLV, SM-IVMS, SM-CLV)

0〜200

1%

First SM initial position estimation magnetic-pole position offset(SM-SLV, SM-IVMS, SM-CLV)

0〜359

1deg

0xB11D IVMS carrier frequency ＊5〜160

0.1kHz0xB11E

0〜1000

Func.
code

Read

Write

Hd136

0x3BE8

0xB118Hd137

0x3BE90xB119Hd-41

0x3BED

Hd-42

0x3BEE

Function name

Filter gain of IVMS detection current ＊Hd-43

0x3BEF

0xB11F

Open-phase voltage detection gain selection ＊Hd-44

0x3BF0

0xB120

Selection of open-phase switch threshold correction ＊Hd-45

0x3BF1

0xB121

Speed control P gain ＊0〜1000Hd-46

0x3BF2

0xB122

Speed control I gain ＊0〜10000

Hd-47

0x3BF3

0xB123

Waiting time for open-phase switching ＊0〜1000Hd-48

0x3BF4

0xB124

Restriction on the rotation-direction determination ＊Hd-49

0x3BF5

0xB125Adjustment of the timing for detecting the open-phase voltage ＊Hd-50

0x3BF6

0xB126

Minimum pulse width adjustment ＊Hd-51

0x3BF7

0xB127

Current limit of IVMS threshold ＊Hd-52

0x3BF8

0xB128IVMS threshold gain ＊IVMS carrier-frequency switching start/finish point ＊Hd-58

0x3BFE

0xB12E

Hd202

0x62D60xD806 Second SM (PMM) motor capacity selection

Hd203

0x62D70xD807 Second selection of number of SM (PMM) motor poles

Hd204

0x62D80xD808 Second SM (PMM) base frequency

Hd205

0x62D90xD809 Second SM (PMM) maximum frequency

Hd206

0x62DA

0xD80A Second SM (PMM) motor's rated voltage

Hd208

0x62DC

0xD80C(Hd209)0x62DD

0xD80D

Hd210

0x62DE

0xD80E(Hd211)

0x62DF

0xD80F

Hd212

0x62E00xD810(Hd213)0x62E1

0xD811

Hd214

0x62E20xD812(Hd215)0x62E30xD813

Hd216

0x62E40xD814(Hd217)0x62E50xD815

0〜3
0〜1

1

0〜1
0〜1000
0〜255
0〜50

1%

1〜16000

0.01kW0〜23

1

1000〜59000

0.01Hz

1〜10001V

1〜1000000

0.01A

Second SM (PMM) motor's rated current(High)(Low)

Second SM (PMM) motor's constant R(High)(Low)

Second SM (PMM) motor's constant Ld(High)(Low)

Second SM (PMM) motor's constant Lq(High)(Low)

Second SM (PMM) motor's constant Ke(High)(Low)

1〜1000000

0.1
mVs/radSecond SM (PMM) motor's constant J(High)(Low)

1〜1000000000

0.00001kg·m2

0.000001
Ω
1〜1000000000

Hd218

0x62E60xD816(Hd219)0x62E70xD817Hd230

0x62F20xD822 Second SM minimum frequency (switch) (SM-SLV, SM-IVMS)

0〜50

Hd231

0x62F30xD823 Second SM no-load current (SM-SLV, SM-IVMS)

0〜100

Hd232

0x62F40xD824 First SM start method selection(SM-SLV, SM-IVMS, SM-CLV)

0〜1

Hd233

0x62F50xD825

Second SM initial position estimation zero-V stand-by times(SM-SLV, SM-IVMS, SM-CLV)

Hd234

0x62F60xD826

Second SM initial position estimation detection stand-by times(SM-SLV, SM-IVMS, SM-CLV)

Hd235

0x62F70xD827

Second SM initial position estimation detection times(SM-SLV, SM-IVMS, SM-CLV)

Hd236

0x62F80xD828

Hd237

0x62F90xD8290.000001
mH

1%

0〜255

1

Second SM initial position estimation voltage gain
(SM-SLV, SM-IVMS, SM-CLV)

0〜200

1%

Second SM initial position estimation magnetic-pole position
offset (SM-SLV, SM-IVMS, SM-CLV)

0〜359

1deg

＊Hd-41 to 58 are reserved parameters.

12-33

Chapter 12

Parameter List

12.2.7 Code-o
Func.
code

Command code
Read

Function name

Write

oA-10

0x3E8A

0xB3BAoA-11

0x3E8B

0xB3BB Communication monitoring timer setting

oA-12

0x3E8C

0xB3BC Operation setting at the time of communication error

0〜 4

0x3E8D

Selection of operation command behavior at start of
0xB3BD
option (SLOT-1)

0〜1

oA-13

Operation selection when option error occurs (SLOT-1)

Setting items

Data
resolution
unit

0〜1

1

0〜10000

0.01s

1

oA-20

0x3E940xB3C4 Operation selection when option error occurs (SLOT-2)

oA-21

0x3E95

0xB3C5 Communication monitoring timer setting

oA-22

0x3E96

0xB3C6 Operation setting at the time of communication error

0〜4

oA-23

0x3E97

0xB3C7

Selection of operation command behavior at start ofoption (SLOT-2)

0〜1

oA-30

0x3E9E

0xB3CE Operation selection when option error occurs (SLOT-3)

oA-31

0x3E9F

0xB3CF

Communication monitoring timer setting

0〜10000

0.01s

oA-32

0x3EA00xB3D0 Operation setting at the time of communication error

0〜4

1

oA-33

0x3EA1

Selection of operation command behavior at start of
0xB3D1
option (SLOT-3)

0〜1

1

ob-01

0x3EE5

0xB415

Encoder constant set-up (option)

32〜65535

1pls

ob-02

0x3EE6

0xB416

Encoder phase sequence selection (option)

ob-03

0x3EE7

0xB417

Motor gear ratio's numerator (option)

1〜10000

ob-04

0x3EE80xB418Motor gear ratio's denominator (option)

1〜10000

ob-10

0x3EEE

0xB41E

Pulse train input SA/SB (option) detection target selection

0〜10000

0.01s

1

0〜1
1

0〜1

ob-11

0x3EEF

0xB41F

Pulse train input SA/SB (option) mode selection

ob-12

0x3EF00xB420

Pulse train frequency scale (option)

5〜20000

0〜2
0.01kHzob-13

0x3EF1

0xB421

Pulse train frequency filter time constant (option)

1〜200

0.01s

ob-14

0x3EF2

0xB422

Pulse train frequency bias amount (option)

ob-15

0x3EF30xB423

Pulse train frequency detection upper limit (option)

ob-16

0x3EF40xB424

Pulse train frequency detection lower level (option)

oC-01
to
oC-28

0x3F49to
0x3F640xB479to
0xB494

Reserved-1000〜1000
0〜1000

0.10%

-

-

1〜500

1ms

0〜10000

0.01%

oE-01

0x4011

0xB541[Ai4] terminal input filter time constantoE-03

0x40130xB543[Ai4] terminal start amountoE-04

0x40140xB544[Ai4] terminal end amountoE-05

0x40150xB545[Ai4] terminal start ratio

0〜1000 (oE-06)

oE-06

0x4016

0xB546[Ai4] terminal end ratio(oE-05) 0〜1000

oE-07

0x4017

0xB547[Ai4] terminal start selection

0〜1

1[Ai5] terminal input filter time constant

1〜500

1ms

0〜10000

0.01%

oE-11

0x401B

0xB54BoE-13

0x401D

0xB54D [Ai5] terminal start amountoE-14

0x401E

0xB54E[Ai5] terminal end amount

0.10%

oE-15

0x401F

0xB54F[Ai5] terminal start ratio

0〜1000 (oE-16)

oE-16

0x40200xB550[Ai5] terminal end ratio(oE-15) 0〜1000

oE-170x4021

0xB551[Ai5] terminal start selection

0〜1

1

oE-21

0x40250xB555[Ai6] terminal input filter time constant

1〜500

1ms

oE-23

0x40270xB557[Ai6] terminal start amountoE-24

0x40280xB558[Ai6] terminal end amount-10000〜10000

0.01%

oE-25

0x40290xB559[Ai6] terminal start ratio-1000〜1000 (oE-26)

oE-26

0x402A

0xB55A[Ai6] terminal end ratio(oE-25) -1000〜1000

oE-28

0x402C

0xB55C [Ai4] voltage/current bias adjustmentoE-29

0x402D

0xB55D [Ai4] voltage/current adjustment gain

oE-30

0x402E

0xB55E[Ai5] voltage/current bias adjustment-10000〜10000

oE-31

0x402F

0xB55F[Ai5] voltage/current adjustment gain

0〜20000

0.10%-10000〜10000
0〜20000

oE-32

0x40300xB560[Ai6] voltage bias adjustment-10000〜10000

oE-33

0x4031

0xB561[Ai6] voltage adjustment gain

0〜20000

oE-35

0x40330xB563

Window comparator [Ai4] upper limit leveloE-36

0x40340xB564

Window comparator [Ai4] lower limit leveloE-37

0x40350xB565

Window comparator [Ai4] hysteresis range

12-34

0.10%

0〜100
0〜10

0.01%

1%

Chapter 12
Func.
code

Parameter List

Command code
Function name

Read

Write

oE-38

0x40360xB566

Window comparator [Ai5] upper limit leveloE-39

0x40370xB567

Window comparator [Ai5] lower limit leveloE-40

0x40380xB568

Window comparator [Ai5] hysteresis range

oE-41

0x40390xB569Window comparator [Ai6] upper limit leveloE-42

0x403A

0xB56A

Window comparator [Ai6] lower limit level
Window comparator [Ai6] hysteresis range

Setting items

Data
resolution
unit

0〜100
0〜10
-100〜100

1%

oE-43

0x403B

0xB56BoE-44

0x403C

0xB56C [AI4] operation level at disconnection

0〜10

oE-45

0x403D

0xB56D [Ai4] operation level selection at disconnection

0〜2

1

oE-46

0x403E

0xB56E[Ai5] operation level at disconnection

0〜100

1%

0〜100

oE-47

0x403F

0xB56F[Ai5] operation level selection at disconnection

oE-48

0x40400xB570[Ai6] operation level at disconnection

0〜2

1-100〜100

1%

oE-49

0x4041

0xB571[Ai6] operation level selection at disconnection

oE-50

0x40420xB572[Ao3] terminal output selection

oE-51

0x40430xB573[Ao4] terminal output selection

oE-52

0x40440xB574[Ao5] terminal output selection

oE-56

0x40480xB578[Ao3] output filter time constant

1〜500

1ms

oE-57

0x40490xB579[Ao3] terminal sign selection

0〜1

1

oE-58

0x404A

0xB57A[Ao3] bias adjustment (voltage/current)-1000〜1000[Ao3] gain adjustment (voltage/current)-10000〜10000

0〜2
0 to 65535 (register No.)

1

0.10%

oE-59

0x404B

0xB57BoE-60

0x404C

0xB57C [Ao3] output level in the adjustment modeoE-61

0x404D

0xB57D [Ao4] output filter time constant

1〜500

1ms

oE-62

0x404E

0xB57E[Ao4] output data type selection

0〜1

1

oE-63

0x404F

0xB57F[Ao4] bias adjustment (voltage/current)-1000〜1000

oE-640x40500xB580[Ao4] gain adjustment (voltage/current)-10000〜10000

oE-65

0x4051

0xB581[Ao4] output level in the adjustment mode

-1000〜1000

oE-66

0x40520xB582[Ao5] output filter time constant

1〜500

1ms

oE-67

0x40530xB583[Ao5] output data type selection

0〜1

1

oE-68

0x40540xB584[Ao5] bias adjustment (voltage)-1000〜1000

oE-69

0x4055

0xB585[Ao5] gain adjustment (voltage)-10000〜10000[Ao5] output level in the adjustment mode

-1000〜1000

oE-70

0x4056

0xB586oH-01

0x413D

0xB66D IP address selection (P1-EN)

oH-02

0x413E

0xB66E

Transmission speed (port 1) (P1-EN)

oH-03

0x413F

0xB66F

Transmission speed (port 2) (P1-EN)

oH-04

0x41400xB670Ethernet communication timeout (P1-EN)

oH-05

0x4141

0xB671

Modbus TCP port number (IPv4)

oH-06

0x4142

0xB672

Modbus TCP port number (IPv6)-1000〜1000

0〜4
1〜65535

1
1(x 10ms)

502, 1024〜65535

0x41500xB680

Profibus Node addressoH-210x4151

0xB681

Profibus Clear Mode selection

0〜1

oH-22

0x41520xB682

Profibus Map selection

0〜2

oH-23

0x41530xB683

Selection of setting from the Profibus master0〜1

0xB684

Selection of setpoint telegram/Actual value telegram Gr(P1-PB)0〜2
0〜1

0x4154

0.10%

0〜1

oH-20

oH-24

0.10%

0〜125

oH-30

0x415A

0xB68A

IP address selection (P1-PN)

oH-31

0x415B

0xB68B

Transmission speed (port 1) (P1-PN)

oH-32

0x415C

0xB68C Transmission speed (port 2) (P1-PN)

oH-33

0x415D

0xB68D Ethernet communication timeout (P1-PN)

oH-34

0x415E

0xB68EoJ-01

0x41A1

0xB6D1 Gr.A flexible command registration writing register 1

oJ-02

0x41A2

0xB6D2 Gr.A flexible command registration writing register 2

oJ-03

0x41A3

0xB6D3 Gr.A flexible command registration writing register 3

oJ-04

0x41A4

0xB6D4 Gr.A flexible command registration writing register 4

oJ-05

0x41A5

0xB6D5 Gr.A flexible command registration writing register 5

oJ-06

0x41A6

0xB6D6 Gr.A flexible command registration writing register 6

oJ-07

0x41A7

0xB6D7 Gr.A flexible command registration writing register 7

oJ-08

0x41A8

0xB6D8 Gr.A flexible command registration writing register 8

oJ-09

0x41A9

0xB6D9 Gr.A flexible command registration writing register 9

Selection of setpoint telegram/Actual value telegram Gr(P1-PN)

12-35

1

0〜4
1〜65535

1(x 10ms)

0〜2

0〜65535

1

Chapter 12
Func.
code

Parameter List

Command code
Function name

Read

Write

oJ-10

0x41AA

0xB6DA Gr.A flexible command registration writing register 10

oJ-11

0x41AB

0xB6DB Gr.A flexible command registration reading register 1

oJ-12

0x41AC

0xB6DC Gr.A flexible command registration reading register 2

oJ-13

0x41AD

0xB6DD Gr.A flexible command registration reading register 3

oJ-14

0x41AE

0xB6DE Gr.A flexible command registration reading register 4

oJ-15

0x41AF

0xB6DF Gr.A flexible command registration reading register 5

oJ-16

0x41B00xB6E0

Gr.A flexible command registration reading register 6

oJ-17

0x41B1

0xB6E1

Gr.A flexible command registration reading register 7

oJ-18

0x41B2

0xB6E2

Gr.A flexible command registration reading register 8

oJ-19

0x41B3

0xB6E3

Gr.A flexible command registration reading register 9

oJ-20

0x41B4

0xB6E4

Gr.A flexible command registration reading register 10

oJ-21

0x41B5

0xB6E5

Gr.B flexible command registration writing register 1

oJ-22

0x41B60xB6E6

Gr.B flexible command registration writing register 2

oJ-23

0x41B7

0xB6E7

Gr.B flexible command registration writing register 3

oJ-24

0x41B8

0xB6E8

Gr.B flexible command registration writing register 4

oJ-25

0x41B90xB6E9Gr.B flexible command registration writing register 5

oJ-26

0x41BA

0xB6EA

Gr.B flexible command registration writing register 6
Gr.B flexible command registration writing register 7

oJ-27

0x41BB

0xB6EB

oJ-28

0x41BC

0xB6EC Gr.B flexible command registration writing register 8

oJ-29

0x41BD

0xB6ED Gr.B flexible command registration writing register 9

oJ-30

0x41BE

0xB6EE

Gr.B flexible command registration writing register 10

oJ-31

0x41BF

0xB6EF

Gr.B flexible command registration reading register 1

oJ-32

0x41C00xB6F0

Gr.B flexible command registration reading register 2

oJ-33

0x41C1

0xB6F1

Gr.B flexible command registration reading register 3

oJ-34

0x41C2

0xB6F2

Gr.B flexible command registration reading register 4

oJ-35

0x41C30xB6F3

Gr.B flexible command registration reading register 5

oJ-36

0x41C40xB6F4

Gr.B flexible command registration reading register 6

oJ-37

0x41C5

0xB6F5

Gr.B flexible command registration reading register 7

oJ-38

0x41C60xB6F6

Gr.B flexible command registration reading register 8

oJ-39

0x41C7

0xB6F7

Gr.B flexible command registration reading register 9

oJ-40

0x41C80xB6F8

Gr.B flexible command registration reading register 10

oJ-41

0x41C90xB6F9Gr.C flexible command registration writing register 1

oJ-42

0x41CA

0xB6FA

Gr.C flexible command registration writing register 2

oJ-43

0x41CB

0xB6FB

Gr.C flexible command registration writing register 3

oJ-44

0x41CC

0xB6FC

Gr.C flexible command registration writing register 4

oJ-45

0x41CD

0xB6FD Gr.C flexible command registration writing register 5

oJ-46

0x41CE

0xB6FEoJ-47

0x41CF

0xB6FF

Gr.C flexible command registration writing register 7

oJ-48

0x41D00xB700

Gr.C flexible command registration writing register 8

oJ-49

0x41D10xB701

Gr.C flexible command registration writing register 9

oJ-50

0x41D20xB702

Gr.C flexible command registration writing register 10

oJ-51

0x41D30xB703

Gr.C flexible command registration reading register 1

oJ-52

0x41D40xB704

Gr.C flexible command registration reading register 2

oJ-53

0x41D50xB705

Gr.C flexible command registration reading register 3

oJ-54

0x41D60xB706

Gr.C flexible command registration reading register 4

oJ-55

0x41D70xB707

Gr.C flexible command registration reading register 5

oJ-56

0x41D80xB708

Gr.C flexible command registration reading register 6

oJ-57

0x41D90xB709Gr.C flexible command registration reading register 7

oJ-58

0x41DA

0xB70A

Gr.C flexible command registration reading register 8

oJ-59

0x41DB

0xB70B

Gr.C flexible command registration reading register 9

Setting items

Data
resolution
unit

0 〜 65535

1

0 〜 255

1

Gr.C flexible command registration writing register 6

oJ-60

0x41DC

0xB70C Gr.C flexible command registration reading register 10

oL-01

0x42050xB735

Gr.1 IPv4 IP address (1)oL-02

0x4206

0xB736

Gr.1 IPv4 IP address (2)oL-03

0x42070xB737

Gr.1 IPv4 IP address (3)oL-04

0x42080xB738Gr.1 IPv4 IP address (4)oL-05

0x42090xB739Gr.1 IPv4 subnet mask (1)oL-06

0x420A

0xB73A

Gr.1 IPv4 subnet mask (2)oL-07

0x420B

0xB73B

Gr.1 IPv4 subnet mask (3)12-36Chapter 12
Func.
code

Parameter List

Command code
Read

Write

Function nameoL-08

0x420C

0xB73C Gr.1 IPv4 subnet mask (4)oL-09

0x420D

0xB73D Gr.1 IPv4 default gateway (1)oL-100x420E

0xB73E

Gr.1 IPv4 default gateway (2)oL-110x420F

0xB73F

Gr.1 IPv4 default gateway (3)oL-12

0x42100xB740

Gr.1 IPv4 default gateway (4)oL-20

0x42180xB748Gr.1 IPv6 IP address (1)oL-21

0x42190xB749Gr.1 IPv6 IP address (2)oL-22

0x421A

0xB74A

Gr.1 IPv6 IP address (3)oL-23

0x421B

0xB74B

Gr.1 IPv6 IP address (4)oL-24

0x421C

0xB74C Gr.1 IPv6 IP address (5)oL-25

0x421D

0xB74D Gr.1 IPv6 IP address (6)oL-26

0x421E

0xB74E

Gr.1 IPv6 IP address (7)oL-27

0x421F

0xB74F

Gr.1 IPv6 IP address (8)oL-28

0x42200xB750

Gr.1 IPv6 subnet prefixoL-29

0x42210xB751

Gr.1 IPv6 default gateway (1)oL-30

0x42220xB752

Gr.1 IPv6 default gateway (2)oL-31

0x42230xB753

Gr.1 IPv6 default gateway (3)oL-32

0x42240xB754

Gr.1 IPv6 default gateway (4)oL-33

0x42250xB755

Gr.1 IPv6 default gateway (5)oL-34

0x42260xB756

Gr.1 IPv6 default gateway (6)oL-35

0x42270xB757

Gr.1 IPv6 default gateway (7)oL-36

0x42280xB758Gr.1 IPv6 default gateway (8)oL-40

0x422C

0xB75C Gr.2 IPv4 IP address (1)oL-41

0x422D

0xB75D Gr.2 IPv4 IP address (2)oL-42

0x422E

0xB75E

Gr.2 IPv4 IP address (3)oL-43

0x422F

0xB75F

Gr.2 IPv4 IP address (4)oL-44

0x42300xB760Gr.2 IPv4 subnet mask (1)oL-45

0x42310xB761

Gr.2 IPv4 subnet mask (2)oL-46

0x42320xB762

Gr.2 IPv4 subnet mask (3)oL-47

0x42330xB763

Gr.2 IPv4 subnet mask (4)oL-48

0x42340xB764

Gr.2 IPv4 default gateway (1)oL-49

0x42350xB765

Gr.2 IPv4 default gateway (2)oL-50

0x42360xB766

Gr.2 IPv4 default gateway (3)oL-51

0x42370xB767

Gr.2 IPv4 default gateway (4)oL-60

0x42400xB770Gr.2 IPv6 IP address (1)oL-61

0x42410xB771

Gr.2 IPv6 IP address (2)oL-62

0x42420xB772

Gr.2 IPv6 IP address (3)oL-63

0x42430xB773

Gr.2 IPv6 IP address (4)oL-64

0x42440xB774

Gr.2 IPv6 IP address (5)oL-65

0x42450xB775

Gr.2 IPv6 IP address (6)oL-66

0x42460xB776

Gr.2 IPv6 IP address (7)oL-67

0x42470xB777

Gr.2 IPv6 IP address (8)oL-68

0x42480xB778Gr.2 IPv6 subnet prefix

oL-69

0x42490xB779Gr.2 IPv6 default gateway (1)Setting items

Data
resolution
unit

0 〜 255

0 〜 65535

0 〜 127

0 〜 65535

1

0 〜 255

0 〜 65535

0 〜 127oL-70

0x424A

0xB77A

Gr.2 IPv6 default gateway (2)oL-71

0x424B

0xB77B

Gr.2 IPv6 default gateway (3)oL-72

0x424C

0xB77C Gr.2 IPv6 default gateway (4)oL-73

0x424D

0xB77D Gr.2 IPv6 default gateway (5)oL-74

0x424E

0xB77E

Gr.2 IPv6 default gateway (6)oL-75

0x424F

0xB77F

Gr.2 IPv6 default gateway (7)oL-76

0x42500xB780Gr.2 IPv6 default gateway (8)12-37

0 〜 65535

Chapter 12

Parameter List

12.2.8 Code-P
Command code
Func.
code

Read

Function name

Write

PA-01

0x42690xB799Em-Force mode selection

PA-02

0x426A

0xB79AEm-Force mode frequency setting
Rotation direction command in the Em-Force mode

Setting items
0〜1

1

0〜59000

0.01Hz

0〜1

1
0.1s

PA-03

0x426B

0xB79B

PA-04

0x426C

0xB79C Commercial power supply bypass function selection

PA-05

0x426D

0xB79D Bypass function delay time

0〜10000

PA-20

0x427C

0xB7AC Simulation mode selection

0〜1

PA-21

0x427D

0xB7AD Selection of error code for alarm test

0〜255

PA-22

0x427E

0xB7AE

Output current monitor optional output selection

0〜7

PA-23

0x427F

0xB7AF

Output current monitor optional setting value

PA-24

0x42800xB7B0P-N voltage monitor optional output selection

PA-25

0x4281

0xB7B1

P-N voltage monitor optional setting value

PA-26

0x42820xB7B2

Output voltage monitor optional output selection

PA-27

0x42830xB7B3

Output voltage monitor optional setting value

PA-28

0x42840xB7B4

Output torque monitor optional output selection

PA-29

0x42850xB7B5

Output torque monitor optional setting value

PA-30

0x42860xB7B6Frequency adjustment optional output selection

PA-31

0x42870xB7B7Frequency matching frequency optional setting value

Data
resolutionunit

1(0 to 3.00) x
Inverter rated current

0.1A

0 〜 7

1

200Vclass:0〜4500
400Vclass:0〜9000

0.1Vdc0〜7

1200Vclass:0〜3000
400Vclass:0〜6000

0.1V

0〜7

1

-5000〜5000

0.10%

0〜7

1

0〜59000

0.01HzSetting items

Data
resolution
unit

12.2.9 Code-U
Command code
Func.
code

Read

Function name

Write

UA-10

0x465A

0xBB8AUA-12

0x465C

0xBB8C Clearing of integrated input power

Display selection

0〜1

0〜4

UA-13

0x465D

0xBB8D Integrated input power display gain

1〜1000UA-14

0x465E

0xBB8E

Clearing of integrated output power

0〜1

UA-15

0x465F

0xBB8F

Integrated output power display gain

1〜1000UA-16

0x46600xBB90Soft-lock selection

UA-17

0x46610xBB91

Soft-lock target selection

UA-18

0x46620xBB92

Data R/W selection

0〜1

UA-19

0x46630xBB93

Battery level warning selection

0〜2

UA-20

0x46640xBB94

Operation selection at disconnection of operator keypad

0〜4

UA-21

0x4665

0xBB95

Second setting parameter display selection

UA-22

0x4666

0xBB96

Option parameter display selection(when full display is selected)

UA-30

0x466E

0xBB9E

User parameter auto setting selection

UA-31

0x466F

0xBB9F

User parameter 1 selection

UA-32

0x46700xBBA0User parameter 2 selection

UA-33

0x46710xBBA1

User parameter 3 selection

UA-34

0x46720xBBA2User parameter 4 selection

UA-35

0x46730xBBA3User parameter 5 selection

UA-36

0x46740xBBA4User parameter 6 selection

UA-37

0x46750xBBA5User parameter 7 selection

UA-38

0x46760xBBA6

User parameter 8 selection

UA-39

0x46770xBBA7User parameter 9 selection

UA-40

0x46780xBBA8User parameter 10 selection

UA-41

0x46790xBBA9User parameter 11 selection

UA-42

0x467A

0xBBAA

User parameter 12 selection

UA-43

0x467B

0xBBAB User parameter 13 selection

UA-44

0x467C

0xBBAC User parameter 14 selection

0〜1
1

0 to 65535 (register No.)12-38

Chapter 12

Parameter List

Command code
Func.
code

Read

UA-45

0x467D

0xBBAD User parameter 15 selection

UA-46

0x467E

0xBBAE

User parameter 16 selection

UA-47

0x467F

0xBBAF

User parameter 17 selection

UA-48

0x46800xBBB0 User parameter 18 selection

UA-49

0x46810xBBB1 User parameter 19 selection

UA-50

0x46820xBBB2 User parameter 20 selection

UA-51

0x46830xBBB3 User parameter 21 selection

UA-52

0x46840xBBB4 User parameter 22 selection

UA-53

0x46850xBBB5 User parameter 23 selection

UA-54

0x46860xBBB6 User parameter 24 selection

UA-55

0x46870xBBB7 User parameter 25 selection

UA-56

0x46880xBBB8 User parameter 26 selection

UA-57

0x46890xBBB9 User parameter 27 selection

UA-58

0x468A

0xBBBA User parameter 28 selection

Function name

Write

UA-59

0x468B

0xBBBB User parameter 29 selection

UA-60

0x468C0xBBBC User parameter 30 selection

UA-61

0x468D

0xBBBD User parameter 31 selection

UA-62

0x468E0xBBBE

UA-90
to
UA-94

0x46AAto
0x46AE

0xBBDA
to
Reserved
0xBBDE

Setting items

Data
resolution
unit

0 to 65535 (register No.)

1

-

-

User parameter 32 selection

Ub-01

0x46B50xBBE5

Selection of initialization

0〜8

Ub-02

0x46B60xBBE6

Selection of initial values

0〜3

Ub-03

0x46B70xBBE7

Load type selection

0〜2

Ub-05

0x46B90xBBE9Initialization start selection

0〜1

UC-01

0x47190xBC49 Debug mode selection

Ud-01

0x477D

0xBCAD Trace function selection

Ud-02

0x477E

0xBCAE Trace start

0〜3
0〜1

Ud-03

0x477F

0xBCAF

Ud-04

0x47800xBCB0 Trace signal number selection

Selection of the number of trace data

Ud-10

0x47860xBCB6 Trace data -0 selection

Ud-11

0x47870xBCB7 Trace data -1 selection

Ud-12

0x47880xBCB8 Trace data -2 selection

Ud-13

0x4789

0xBCB9 Trace data -3 selection

Ud-14

0x478A

0xBCBA Trace data -4 selection

0〜8

0 to 65535
register No. of d, F codes

Ud-15

0x478B

0xBCBB Trace data -5 selection

Ud-16

0x478C

0xBCBC Trace data -6 selection

Ud-17

0x478D

0xBCBD Trace data -7 selection

Ud-20

0x47900xBCC0 Trace signal -0 I/O selection

0〜1

Ud-21

0x47910xBCC1 Trace signal -0 input terminal selection

0〜110

Ud-22

0x47920xBCC2 Trace signal -0 output terminal selection

0〜93

Ud-23

0x47930xBCC3 Trace signal -1 I/O selection

0〜1

Ud-24

0x47940xBCC4 Trace signal -1 input terminal selection

0〜110

Ud-25

0x47950xBCC5 Trace signal -1 output terminal selection

0〜93

Ud-26

0x47960xBCC6 Trace signal -2 I/O selection

0〜1

Ud-27

0x47970xBCC7 Trace signal -2 input terminal selection

0〜110

Ud-28

0x47980xBCC8 Trace signal -2 output terminal selection

0〜93

Ud-29

0x47990xBCC9 Trace signal -3 I/O selection

0〜1

Ud-30

0x479A

0xBCCA Trace signal -3 input terminal selection

0〜110
0〜93

Ud-31

0x479B

0xBCCB Trace signal -3 output terminal selection

Ud-32

0x479C

0xBCCC Trace signal -4 I/O selection

0〜1

Ud-33

0x479D

0xBCCD Trace signal -4 input terminal selection

0〜110

Ud-34

0x479E

0xBCCE Trace signal -4 output terminal selection

0〜93

Ud-35

0x479F

0xBCCF Trace signal -5 I/O selection

0〜1

Ud-36

0x47A00xBCD0 Trace signal -5 input terminal selection

0〜110

Ud-37

0x47A1

0xBCD1 Trace signal -5 output terminal selection

0〜93

Ud-38

0x47A20xBCD2 Trace signal -6 I/O selection

0〜1

Ud-39

0x47A30xBCD3 Trace signal -6 input terminal selection

0〜110

12-39

1

Chapter 12

Parameter List

Command code
Func.
code

Read

Ud-40

0x47A4

Function name

Write

0xBCD4 Trace signal -6 output terminal selection

Setting items
0〜93

Ud-41

0x47A50xBCD5 Trace signal -7 I/O selection

0〜1

Ud-42

0x47A60xBCD6 Trace signal -7 input terminal selection

0〜110

Ud-43

0x47A70xBCD7 Trace signal -7 output terminal selection

0〜93

Ud-50

0x47AE

0xBCDE Trace trigger 1 selection

0〜16

Ud-51

0x47AF

0xBCDF Selection of trigger 1 operation at trace data trigger

0〜1

Ud-52

0x47B00xBCE0

Trigger 1 level at trace data trigger

0〜100

Ud-53

0x47B10xBCE1

Selection of trigger 1 operation at trace signal trigger

0〜1

Ud-54

0x47B20xBCE2

Trace trigger 2 selection

0〜16

Ud-55

0x47B30xBCE3

Selection of trigger 2 operation at trace data trigger

0〜1

Ud-56

0x47B40xBCE4

Trigger 2 level at trace data trigger

0〜100

Ud-57

0x47B50xBCE5

Selection of trigger 2 operation at trace signal trigger

0〜1

Ud-58

0x47B60xBCE6

Trigger condition selection

0〜3

Ud-59

0x47B70xBCE7

Trigger point setting

0〜100

Ud-60

0x47B80xBCE8Sampling time setting

1〜10

UE-01

0x47E1

0xBD11 EzSQ execution interval

0〜1

UE-02

0x47E2

0xBD12 EzSQ function selection

0〜2

UE-10

0x47EA

0xBD1A EzSQ user parameter U (00)UE-11

0x47EB

0xBD1B EzSQ user parameter U (01)UE-12

0x47EC

0xBD1C EzSQ user parameter U (02)UE-13

0x47ED

0xBD1D EzSQ user parameter U (03)UE-14

0x47EE

0xBD1E EzSQ user parameter U (04)UE-15

0x47EF

0xBD1F EzSQ user parameter U (05)UE-16

0x47F00xBD20 EzSQ user parameter U (06)UE-17

0x47F1

0xBD21 EzSQ user parameter U (07)UE-18

0x47F2

0xBD22 EzSQ user parameter U (08)UE-19

0x47F3

0xBD23 EzSQ user parameter U (09)UE-20

0x47F4

0xBD24 EzSQ user parameter U (10)UE-210x47F5

0xBD25 EzSQ user parameter U (11)UE-220x47F6

0xBD26 EzSQ user parameter U (12)UE-230x47F70xBD27 EzSQ user parameter U (13)UE-240x47F80xBD28 EzSQ user parameter U (14)UE-25

0x47F90xBD29 EzSQ user parameter U (15)UE-26

0x47FA

0xBD2A EzSQ user parameter U (16)UE-27

0x47FB

0xBD2B EzSQ user parameter U (17)UE-28

0x47FC

0xBD2C EzSQ user parameter U (18)UE-29

0x47FD

0xBD2D EzSQ user parameter U (19)UE-30

0x47FE

0xBD2E EzSQ user parameter U (20)UE-31

0x47FF

0xBD2F EzSQ user parameter U (21)UE-32

0x48000xBD30 EzSQ user parameter U (22)UE-33

0x4801

0xBD31 EzSQ user parameter U (23)UE-34

0x4802

0xBD32 EzSQ user parameter U (24)UE-35

0x4803

0xBD33 EzSQ user parameter U (25)UE-36

0x4804

0xBD34 EzSQ user parameter U (26)UE-37

0x4805

0xBD35 EzSQ user parameter U (27)UE-38

0x4806

0xBD36 EzSQ user parameter U (28)UE-39

0x4807

0xBD37 EzSQ user parameter U (29)UE-40

0x48080xBD38 EzSQ user parameter U (30)UE-410x48090xBD39 EzSQ user parameter U (31)UE-420x480A

0xBD3A EzSQ user parameter U (32)UE-43

0x480B

0xBD3B EzSQ user parameter U (33)UE-44

0x480C

0xBD3C EzSQ user parameter U (34)UE-45

0x480D

0xBD3D EzSQ user parameter U (35)UE-46

0x480E

0xBD3E EzSQ user parameter U (36)UE-47

0x480F

0xBD3F EzSQ user parameter U (37)UE-48

0x48100xBD40 EzSQ user parameter U (38)UE-49

0x4811

0xBD41 EzSQ user parameter U (39)UE-50

0x4812

0xBD42 EzSQ user parameter U (40)

0 〜 65535

12-40

Data
resolution
unit

1

1%
1
1%
1
1%

1

Chapter 12

Parameter List

Command code
Func.
code

Read

Write

UE-51

0x4813

0xBD43 EzSQ user parameter U (41)UE-52

0x48140xBD44 EzSQ user parameter U (42)UE-53

0x4815

0xBD45 EzSQ user parameter U (43)UE-54

0x4816

0xBD46 EzSQ user parameter U (44)UE-55

0x4817

0xBD47 EzSQ user parameter U (45)UE-56

0x48180xBD48 EzSQ user parameter U (46)UE-57

0x48190xBD49 EzSQ user parameter U (47)UE-58

0x481A

0xBD4A EzSQ user parameter U (48)Function name

UE-59

0x481B

0xBD4B EzSQ user parameter U (49)UE-60

0x481C

0xBD4C EzSQ user parameter U (50)UE-61

0x481D

0xBD4D EzSQ user parameter U (51)UE-62

0x481E

0xBD4E EzSQ user parameter U (52)UE-63

0x481F

0xBD4F EzSQ user parameter U (53)UE-64

0x48200xBD50 EzSQ user parameter U (54)UE-65

0x4821

0xBD51 EzSQ user parameter U (55)UE-66

0x4822

0xBD52 EzSQ user parameter U (56)UE-67

0x4823

0xBD53 EzSQ user parameter U (57)UE-68

0x4824

0xBD54 EzSQ user parameter U (58)UE-69

0x4825

0xBD55 EzSQ user parameter U (59)UE-70

0x4826

0xBD56 EzSQ user parameter U (60)UE-71

0x4827

0xBD57 EzSQ user parameter U (61)UE-72

0x4828

0xBD58 EzSQ user parameter U (62)UE-73

0x48290xBD59 EzSQ user parameter U (63)UF-02

0x4846

0xBD76(UF-03)0x4847

0xBD77UF-04

0x4848

0xBD78(UF-05)0x48490xBD79UF-06

0x484A

0xBD7A(UF-07)0x484B

0xBD7B

UF-08

0x484C

0xBD7C(UF-09)0x484D

0xBD7D

UF-10

0x484E

0xBD7E(UF-11)0x484F

0xBD7FUF-12

0x48500xBD80(UF-13)0x4851

0xBD81UF-14

0x4852

0xBD82(UF-15)0x48530xBD83UF-16

0x48540xBD84(UF-17)0x4855

0xBD85UF-18

0x4856

0xBD86(UF-19)0x4857

0xBD87UF-20

0x4858

0xBD88(UF-21)0x48590xBD89UF-22

0x485A

0xBD8A(UF-23)0x485B

0xBD8B

UF-24

0x485C

0xBD8C(UF-25)0x485D

0xBD8DUF-26

0x485E

0xBD8E(UF-27)0x485F

0xBD8FUF-28

0x48600xBD90(UF-29)0x48610xBD91UF-30

0x4862

0xBD92(UF-31)0x48630xBD93UF-32

0x48640xBD94(UF-33)0x4865

0xBD95EzSQ user parameter UL (00)(High)(Low)

EzSQ user parameter UL (01)(High)(Low)

EzSQ user parameter UL (02)(High)(Low)

EzSQ user parameter UL (03)(High)(Low)

EzSQ user parameter UL (04)(High)(Low)

EzSQ user parameter UL (05)(High)(Low)

EzSQ user parameter UL (06)(High)(Low)

EzSQ user parameter UL (07)(High)(Low)

EzSQ user parameter UL (08)(High)(Low)

EzSQ user parameter UL (09)(High)(Low)

EzSQ user parameter UL (10)(High)(Low)

EzSQ user parameter UL (11)(High)(Low)

EzSQ user parameter UL (12)(High)(Low)

EzSQ user parameter UL (13)(High)(Low)

EzSQ user parameter UL (14)(High)(Low)

EzSQ user parameter UL (15)(High)
(Low)

12-41

Setting items

Data
resolution
unit

0 〜 65535

1-2147483647〜
2147483647

1

Chapter 12

Parameter List

12.2.10 Others
Func.
code

-

Command code
Read

Write

Function name-

0x9858ENTER instruction (Writing to Data Flash)-0x985A

1 register writing mode-

0x9862Motor constant recalculation (motor constant
standard data not to be developed)

0x2906

0x9E360x2907

0x9E37

RS485 Set frequency(Signed) (Common to main speed andauxiliary speed)

0x291E

0x9E4E

RS485 Torque command

0x2922

0x9E52

RS485 Torque bias

0x2926

0x9E56

RS485 Torque control speed limit value(for normal rotation)

0x2927

0x9E57

RS485 Torque control speed limit value(for reverse rotation)

0x2932

0x9E620x2933

0x9E630x293A

0x9E6A

0x293B

0x9E6B

Setting items
01: writing all parameters
01: enabled(High)(Low)

RS485 PID target value(High)(Low)

RS485 PID feedback data

(High)(Low)

0.01Hz-5000〜5000

0.10%

0〜59000

0.01Hz-10000〜10000

0.01%

0.10%

0x9E76

RS485 Torque limit

0〜50000x3EB5

0xB3E5

Output terminal function option output (OPO output)

0〜0x7F

Coil data 0 (coil No. 0001h - 000Fh)

0x3EBC

0xB3EC
0xB3ED

Coil data 1 (coil No. 0010h - 001Fh)

0x3EBE

0xB3EE

Coil data 2 (coil No. 0020h - 002Fh)

0x3EBF

0xB3EF

Coil data 3 (coil No. 0030h - 003Fh)

0x3EC00xB3F0Coil data 4 (coil No. 0040h - 004Fh)

12-42

1

-59000 to + 59000(setting range is not thesame with Ver1.xx.)

0x2946

0x3EBD

Data
resolution
unit

0〜0xFFFF

1

Warranty
Warranty
Warranty
periodThe warranty shall be 18 months from date of shipment or 12 months after initial
operation, whichever is shorter.

Warranty
condition

In the event that any problem or damage to the Product arises during the “Warranty
Period” from defects in the Product whenever the Product is properly installed andcombined with the Buyer’s equipment or machines maintained as specified in themaintenance manual, and properly operated under the conditions described in the
catalog or as otherwise agreed upon in writing between the Seller and Buyer or its
customers; the Seller will provide, at its sole discretion, appropriate repair or replacementof the Product without charge at a designated facility, except as stipulated in the“Warranty Exclusions” as described below.
However, if the Product is installed or integrated into the Buyer’s equipment or machines,
the Seller shall not reimburse the cost of: removal or re-installation of the Product orother incidental costs related thereto, any lost opportunity, any profit loss or otherincidental or consequential losses or damages incurred by the Buyer or its customers.

Warranty
exclusion

Not withstanding the above warranty, the warranty as set forth herein shall not apply to
any problem or damage to the Product that is caused by:
1.Installation, connection, combination or integration of the Product in or to the otherequipment or machine that rendered by any person or entity other than the Seller.
2.Insufficient maintenance or improper operation by the Buyer or its customers such that
the Product is not maintained in accordance with the maintenance manual provided ordesignated by the Seller;
3.Improper use or operation of the Product by the Buyer or its customers that is not
informed to the Seller, including, without limitation, the Buyer’s or its customers’
operation of the Product not in conformity with the specifications;4.Any problem or damage on any equipment or machine to which the Product isinstalled, connected or combined or any specifications particular to the buyer or its
customers;
5.Any changes, modifications, improvements or alterations to the Product or thosefunctions that are rendered on the Product by any person or entity other than the
Seller;6.Any parts in the Product that are supplied or designated by the Buyer or its customers;
7.Earthquake, fire, flood, salt air, gas, lightning, acts of God or any other reasons beyond
the control of the Seller;
8.Normal wear and tear, or deterioration of the Product’s parts, such as the cooling fan
bearings;
9.Any other troubles, problems or damage to the Product that are not attributable to theSeller.

OthersThe Seller will not be responsibility for the installation and removal of the inverter. Any
inverter transportation cost shall be born by both Seller and Buyer.

App.1-1

Worldwide Locations
U.S.A
Sumitomo Machinery Corporation of America(SMA)
4200 Holland Blvd. Chesapeake, VA 23323, U.S.A.
TEL (1)757-485-3355 FAX (1)757-485-7490
CanadaSM Cyclo of Canada, Ltd. (SMC)
1453 Cornwall Road, Oakville, Canada ON L6J 7T5
TEL (1)905-469-1050 FAX (1)905-469-1055
MexicoSM Cyclo de Mexico, S.A. de C.V. (SMME)
Av. Desarrollo 541, Col. Finsa, Guadalupe,
Nuevo León, México, CP67132
TEL (52)81-8144-5130 FAX (52)81-8144-5130
BrazilSumitomo Industrias Pesadas do Brasil Ltda.
(SHIB)
Rodovia do Acucar (SP-075) Km 26
Itu, Sao Paulo, Brasil
TEL (55)11-4886-1000 FAX (55)11-4886-1000
Chile
SM-Cyclo de Chile Ltda. (SMCH)
Camino Lo Echevers 550, Bodegas 5 y 6,
Quilicura, Región Metropolitana, Chile
TEL (56)2-892-7000
FAX (56)2-892-7001
Argentina
SM-Cyclo de Argentina S.A. (SMAR)
Ing Delpini 2230, B1615KGB Grand Bourg,
Malvinas Argentinas, Buenos Aires, Argentina
TEL (54)3327-45-4095 FAX (54)3327-45-4099
GuatemalaSM Cyclo de Guatemala Ensambladora, Ltda.
(SMGT)
Parque Industrial Unisur, 0 Calle B 19-50 Zona 3,
Bodega D-1 Delta Bárcenas en Villa Nueva, Guatemala
TEL (502)6648-0500 FAX (502)6631-9171
Colombia
SM Cyclo Colombia, S.A.S. (SMCO)
Parque Industrial Celta, Km 7.0 Autopista Medellín,
Costado Occidental, Funza, Cundinamarca, Colombia
TEL (57)1-826-9766
Peru
SM Cyclo de Perú, S.A.C (SMPE)
Jr. Monte Rosa 255, Oficina 702, Lima,
Santiago de Surco, PerúTEL (51)1-713-0342
FAX (51)1-715-0223
Germany
Sumitomo (SHI) Cyclo Drive Germany GmbH
(SCG)
Cyclostraße 92, 85229 Markt Indersdorf, Germany
TEL (49)8136-66-0
FAX (49)8136-5771

Austria
Sumitomo (SHI) Cyclo Drive Germany GmbH(SCG)SCG Branch Austria Office
Gruentalerstraße 30A, 4020 Linz, Austria
TEL (43)732-330958 FAX (43)732-331978

Korea
Sumitomo (SHI) Cyclo Drive Korea, Ltd. (SCK)Royal Bldg. 19 Rm. 913, 5 Saemunan-ro 5-Gil Jongro-Gu
Seoul, Korea 03173
TEL (82)2-730-0151
FAX (82)2-730-0156

Belgium
Hansen Industrial Transmissions NV (HIT)
Leonardo da Vincilaan 1, Edegem, Belgium
TEL (32)34-50-12-11 FAX (32)34-50-12-20

TaiwanTatung SM-Cyclo Co., Ltd. (TSC)
22 Chungshan N. Road 3rd., Sec. Taipei, Taiwan 104,
R.O.C.
TEL (886)2-2595-7275 FAX (886)2-2595-5594

FranceSM-Cyclo France SAS (SMFR)
8 Avenue Christian Doppler, 77700 Serris, France
TEL (33)164171717
FAX (33)164171718
Italy
SM-Cyclo Italy Srl (SMIT)
Via dell' Artigianato 23, 20010 Cornaredo (MI), Italy
TEL (39)293-481101 FAX (39)293-481103
Spain
SM-Cyclo Iberia, S.L.U. (SMIB)
C/Gran Vía Nº 63 Bis, Planta 1, Departamento 1B
48011 Bilbao–Vizcaya, SpainTEL (34)9448-05389 FAX (34)9448-01550
United Kingdom
SM-Cyclo UK Ltd. (SMUK)Unit 29, Bergen Way, Sutton Fields Industrial Estate,
Kingston upon Hull, HU7 0YQ, East Yorkshire,
United Kingdom
TEL (44)1482-790340 FAX (44)1482-790321
TurkeySM Cyclo Turkey Güç Aktarım Sis. Tic. Ltd. Sti.
(SMTR)
Barbaros Mh. Çiğdem Sk. Ağaoğlu, Office Mrk. No:1 Kat:4 D.18
Ataşehir, İstanbul, Turkey
TEL (90)216-250-6069 FAX (90)216-250-5556
India
Sumi-Cyclo Drive India Private Limited (SDI)
Gat No. 186, Raisoni Industrial Park, Alandi Markal Road,
Fulgaon-Pune, Maharashtra, India
TEL (91)96-0774-5353
China
Sumitomo (SHI) Cyclo Drive China, Ltd. (SCT)
11F, SMEG Plaza, No. 1386 Hongqiao Road,
Changning District, Shanghai, China （P.C. 200336）
TEL (86)21-3462-7877 FAX (86)21-3462-7922
Hong Kong
SM-Cyclo of Hong Kong Co., Ltd. (SMHK)
Rm 1301, CEO Tower, 77 Wing Hong Street,
Cheung Sha Wan, Kowloon, Hong Kong
TEL (852)2460-1881 FAX (852)2460-1882

Singapore
Sumitomo (SHI) Cyclo Drive Asia Pacific Pte.
Ltd. (SCA)
15 Kwong Min Road, Singapore 628718
TEL (65)6591-7800
FAX (65)6863-4238
Philippines
Sumitomo (SHI) Cyclo Drive Asia Pacific Pte. Ltd.
Philippines Branch Office (SMPH)
C4 & C5 Buildings Granville Industrial Complex, Carmona,
Cavite 4116, Philippines
TEL (63)2-584-4921
FAX (63)2-584-4922
Vietnam
SM-Cyclo (Vietnam) Co., Ltd. (SMVN)
Factory 2B, Lot K1-2-5, Road No. 2-3-5A,
Le Minh Xuan Industrial Park, Binh Chanh Dist.,
HCMC, Vietnam
TEL (84)8-3766-3709 FAX (84)8-3766-3710

HF-430NEO Series

CC-Link for Communication option
Model : P1-CCL
Userʼs Guide

Malaysia
SM-Cyclo (Malaysia) Sdn. Bhd. (SMMA)
No.7C, Jalan Anggerik Mokara 31/56, Kota Kemuning,
Seksyen 31, 40460 Shah Alam, Selangor Darul Ehsan,
Malaysia
TEL (60)3-5121-0455 FAX (60)3-5121-0578
Indonesia
PT. SM-Cyclo Indonesia (SMID)
Jalan Sungkai Blok F 25 No. 09 K, Delta Silicon III,
Lippo Cikarang, Bekasi 17530, Indonesia
TEL (62)21-2961-2100 FAX (62)21-2961-2211
Thailand
SM-Cyclo (Thailand) Co., Ltd. (SMTH)
195 Empire Tower, Unit 2103-4, 21st Floor, South
Sathorn Road, Yannawa, Sathorn, Bangkok 10120,
ThailandTEL (66)2670-0998
FAX (66)2670-0999
Australia
Sumitomo (SHI) Hansen Australia Pty. Ltd.
(SHAU)
181 Power St, Glendenning, NSW 2761, Australia
TEL (61)2-9208-3000 FAX (61)2-9208-3050
Japan
Sumitomo Heavy Industries, Ltd. (SHI)
ThinkPark Tower, 1-1 Osaki 2-chome, Shinagawa-ku,
Tokyo 141-6025, JapanTEL (81)3-6737-2511 FAX (81)3-6866-5160

NOTICE

Specifications, dimensions, and other items are subject to change without prior notice.

Power Transmission & Controls Group
Headquarter ThinkPark Tower, 1-1 Osaki 2-chome, Shinagawa-ku, Tokyo 141-6025, Japan

No.DM3411E-1.0
EA10 Printed 2020.03

1. Make sure that this userʼs guide is delivered to the end userof inverter unit.
2. Read the instruction manual and userʼs guide before installing or
operating the inverter unit, and store it in a safe place for reference.

Userʼs Guide DM3411E-1