Controller for Contact-type Displacement Sensors

SA-SD
Operation Manual 2nd Edition

CITIZEN FINEDEVICE CO., LTD.

NotesAlthough great care has been taken in the preparation of this manual, there is nevertheless thepossibility of it containing errors in explanations, or typographical errors.
Please contact us if the meaning of any part of this manual is unclear, or if you notice any errors oromissions.
Please read this instruction manual before use, and use this unit in the correct manner.
After reading this instruction manual, keep it where you will be able to refer to it again whenevernecessary.
The content of this manual is subject to change without notice.
The information contained in this manual is subject to periodic change, details of which are given in
the latest edition of the manual.
CITIZEN FINEDEVICE Co., Ltd. retains the right to change specifications without notice.
The illustrations shown in this manual may differ from the actual device.
CITIZEN FINEDEVICE Co., Ltd. holds all copyrights for this manual. No part of this manual may be
reproduced, stored in a search system, or transferred, in any form or by any means—electronic ormechanical, including photocopying—without prior permission in writing from CITIZEN FINEDEVICE
Co., Ltd.
The company and product names stated in this manual are trademarks or registered trademarks ofthe companies concerned.

All Rights Reserved. Copyright © CITIZEN FINEDEVICE Co., Ltd. 2015

First edition issued in January 2016

Table of Contents
Instructions for Safe Use ················································································· 1-1

1.
1-1

Warning ··················································································································· 1-1

1-2

Cautions ·················································································································· 1-2

1-3

General Precautions ·································································································· 1-2

1-4

Cautions regarding Usage Environment ········································································· 1-3

1-5

Maintenance············································································································· 1-3

2.

Product Overview ··························································································· 2-1
2-1

3.

Outline ···················································································································· 2-1

Connection and Installation ············································································· 3-1
3-1

Installation of Controller ······························································································ 3-1

3-2

Connecting to Detector ······························································································· 3-2

3-3

Changing the Length of the Detector Cable ····································································· 3-3

3-4

Wiring of Power Supply ······························································································· 3-5

4.

Part Names and Functions ··············································································· 4-1
4-1

Display and Control Keys ···························································································· 4-1

4-2

Main Body················································································································ 4-2

5.

Modes of Use ································································································· 5-1
5-1

Overall Flow Chart ····································································································· 5-1

5-2

SUB Display Switching Mode ······················································································· 5-2

5-3

Teaching Mode ········································································································· 5-3

5-4

Fine Tuning of LOW Setting Values ··············································································· 5-5

5-5

Fine Tuning of HIGH Setting Values ··············································································· 5-5

5-6

Bank Mode··············································································································· 5-6

5-7

Preset ····················································································································· 5-8

5-8

Key Lock ················································································································· 5-9

5-9

Releasing Key Lock ··································································································· 5-9

6.

Parameter Settings ························································································· 6-1
6-1

Setting the SET No. Parameters ··················································································· 6-1

6-1

Basic Settings (BASIC) ······························································································· 6-5

6-1-1

HIGH Setting Value (HI.SET) ·············································································· 6-5

6-1-2

LOW Setting Value (LO.SET) ·············································································· 6-6

6-1-3

Hysteresis (HYSTER) ······················································································· 6-7

6-1-4

Teaching (TEACH) ··························································································· 6-8

6-1-5

Tolerance <±> (TOL <±>) ··················································································· 6-9

6-1-6

Preset (PR.VAL) ···························································································· 6-10

6-1-7

Select Preset Data (PR.OBJ) ············································································ 6-11

6-1-8

Preset Save (PR.SAVE) ·················································································· 6-12

6-1-9

Measurement Direction (DIRECT)······································································ 6-13

6-1-10

Lever Ratio (LEVER) ······················································································· 6-14

6-1-11

Response Time (SPEED) ················································································· 6-15

6-1-12

Output Behavior (OUTPUT) ·············································································· 6-16

6-2

Detailed Settings (ADVANC)······················································································· 6-17

6-2-1

Hold Settings ································································································· 6-17

6-2-2

All Input ········································································································ 6-31

6-2-3

External Input ································································································ 6-32

6-2-4

External Output ······························································································ 6-33

6-2-5

Display Digits ································································································· 6-35

6-2-6

Analog Output Settings ···················································································· 6-36

6-2-7

Eco Mode ····································································································· 6-38

6-2-8

Alarm Settings ······························································································· 6-39

6-3

Calculation Settings (Master Unit Only) ········································································· 6-44

6-3-1
6-4

Calculation Mode ···························································································· 6-44

Copy Settings·········································································································· 6-46

6-4-1

Select Individual Items to Be Copied (Master Unit Only) ·········································· 6-46

6-4-1

Select All Items to Be Copied (Master Unit Only) ··················································· 6-47

6-4-2

Execute Copy (Master Unit Only) ······································································· 6-48

6-4-3

Copy Lock (Slave Units Only) ············································································ 6-48

6-5

Bank Settings ·········································································································· 6-49

6-6

Calibration Settings ·································································································· 6-50

6-7

Resetting ··············································································································· 6-51

6-8

Maintenance ··········································································································· 6-52

7.

External Input/Output······················································································ 7-1
7-1

Interface ················································································································· 7-1

7-1-1

Input/Output Circuit ·························································································· 7-1

7-2-3

Minimum Input Time ························································································· 7-4

8.

Troubleshooting····························································································· 8-1
8-1

Errors ····················································································································· 8-1

8-2

What to Do If a Problem Occurs ··················································································· 8-2

9.

Specifications ································································································ 9-1
9-1

Specifications ··········································································································· 9-1

9-2

Outline Dimensional Drawings ····················································································· 9-3

1. Instructions for Safe UseThis product can be used safely if handled in the correct manner. Improper use may cause fire orelectric shock, resulting in possible injury or death. To prevent such accidents, be sure to read, fully
understand, and strictly observe the following precautions, together with the other content of thisoperation manual.

1-1 Warning
Warnings indicate that failure to observe the instructions may result in death or serious injury.

Warning■

Use a power supply that falls within the specified ratings.
Use a power supply of 24 VDC.
Using any other power voltage may cause fire or electric shock.

■

Keep the power OFF during wiring work.
Be sure to keep the power OFF during wiring work, such as when connecting the power
supply or interface. Failure to do so may cause electric shock or failure.

■

Do not damage the power cord.
A damaged power cord may cause fire or electric shock.
Observe the following instructions:•••

Do not forcibly bend, twist, or pull the power cord.
Do not place any heavy objects on the power cord.
Keep the power cord away from heaters and chemicals that could melt it.

■

Do not open the case.
Opening the case may cause electric shock or failure.

■

Do not allow any foreign objects, water, or oil to get into the product.
If any foreign object, water, or oil gets into the product, this may result in electric shock,fire, or failure.

1-1

1-2 Cautions
Cautions indicate that failure to observe the instructions may cause injury, or result in damage
to the device or its surroundings.

Caution■

Do not place any heavy objects on this device, or subject it to any excessive force.
Doing so may damage the device, which could result in injury.

■

Do not subject this device to any strong impacts.
This is a precision instrument which may fail if subjected to strong impacts.

1-3 General Precautions■

Before using this product, be sure to check that its functions are operating normally and at thecorrect level of performance, and make sure that it has not been damaged during transportation.

■

Use this product in a manner that safeguards—even in the event of product failure—against theoccurrence any type of damage.

■

Please note that use of this product outside the standards or usages specified in this operation
manual, or modification of the product, voids any warranty regarding the product's functions andperformance.

■

Depending on usage conditions and environment, use in conjunction with another device may
impair the functions of this product, and prevent it from performing at full capability. Please takethis into full account before use.

■

Never modify, disassemble, or repair any parts other than those specified in this operation
manual. Any damage caused by improper operation, handling, or usage environment will void
the product warranty.

1-2

1-4 Cautions regarding Usage Environment
Do not use the product in the following places.
Usage in the following places may result in an accident or failure.
■

Places where the ambient temperature falls outside the range of −10°C to 50°C■

Places where the ambient humidity falls outside the range of 35 to 85% RH■

Places where there is a large amount of water vapor or dust, or where the product could besplashed by water, oil, chemicals, or welding spatter■

Places where magnetic fields, electrostatic charges, or vibrations are generated■

Places exposed to direct sunlight■

Places subject to sudden changes in temperature resulting in condensation■

Places where there are corrosive or flammable gases■

Places subject to the risk of electrical or water leakage■

Places near which fire is used or where heat accumulates

1-5 Maintenance■

Never disassemble this product.
Disassembly may result in an accident or failure.

■

To remove dirt, wipe it off with a clean dry cloth.
Do not use alcohol, thinner, benzene, or other volatile solvents, as this could result in an accident
or failure.

■

To remove persistent dirt, wipe it off with a cloth moistened with a thin neutral detergent solution,wipe the affected part with a water moistened cloth from which the water has been thoroughly
wrung out, and finally wipe it with a dry cloth.

1-3

2. Product Overview
2-1 Outline
When connected to a detector, the SA-SD controller can be used to measure size and perform
pass/fail judgments.

■ Controller
Model

Characteristics

SA-SD1AP

Master/high performance

SA-SD1AP-P

Master/high performance

Pass/fail output

Input/output

Power cable

Yes

NPN

Connected master

Yes

PNP

Power supply

SA-SD1AC

Slave/high performance

Connected master

Yes

NPN

SA-SD1AC-P

Slave/high performance

Connected master

Yes

PNP

SA-SD1C

Slave/standard type

Connected master

Yes

NPN

SA-SD1C-P

Slave/standard type

Connected master

Yes

PNP

SA-SDNC

Slave/wire-saving type

Connected masterNo−■ Connectable detectors (sold separately)

Caution■

Do not connect this device to any product other than those listed below. Connection toother products may result in an accident or failure.

Measurement
range

Resolution

Indication
accuracyHigh precision/slim type

10 mm

0.1 µm

1.0 µm

SA-S110/03N

High precision/slim type/low performance

10 mm

0.1 µm

1.0 µm

SA-S510

Universal slim type

10 mm

0.5 µm

2.0 µm

SA-S510/03N

Universal slim type/low performance

10 mm

0.5 µm

2.0 µmModel
SA-S110

Characteristics

Resolution settings and detector replacement
Resolution varies depending on the detector that is connected. Connection of the detector is detected
automatically. As a result, there is no need to perform the parameter setting procedure required withprevious products.
Be sure to turn off the power before replacing with a different detector, and adjust the new detector andmaster prior to use.

■ Optional parts (sold separately)
Model

Name

Description

SA-SD-SH2M

Detector connection cable

Straight connector: 2 m

SA-SD-SH5M

Detector connection cable

Straight connector: 5 m

SA-SD-SH10M

Detector connection cable

Straight connector: 10 m

SA-SD-SHL2M

Detector connection cableL-type connector: 2 m

SA-SD-SHL5M

Detector connection cableL-type connector: 5 m

SA-SD-SHL10M

Detector connection cableL-type connector: 10 m

2-1

■ Composition
The SA Series consists of a controller, detector connection cables, and detectors.
As the controller, two types of master controller and five types of slave controller are available, and up
to 15 slave units can be connected to one master unit.
Four types of sensor heads are available.

Caution■When connecting a slave unit to a master unit, these must be of the same output type,i.e., both NPN-type or both PNP-type. Different output types cannot be connected
together.

2-2

3. Connection and Installation
3-1 Installation of Controller■ Installation on the 35-mm wide DIN
rail

Attach(2)

Fit the hook on the spring side into the DIN rail,(1)

and while pushing it forward, fit the hook on the
fixing side into the DIN rail.
Remove(1)

To remove, lift and disengage the hook on the
fixing side whilst pushing in the (fixing side) hookdirection (toward the side on which the top of the(2)case curves).

■ Connecting controllers

Master unit

1)

Attach the master unit onto the DIN rail.

2)

Remove the connector cover.

3)

Attach each slave unit onto the DIN rail
individually.
Remove the connector cover of the slaveunit, except for the unit at the end.

4)

Slave unit

Connector
cover
Slide

Connect the female connector to the maleconnector by sliding the slave unit.

Caution■Be sure to turn off the power before connecting slave units to or removing them from themaster unit. Connecting them with the power on may cause damage to the controller.

■

When connecting a male connector into a female connector, press it in firmly as far as it
will go.
Imperfect connection may cause damage to the controller.

■

If connecting two or more units, be sure to attach them onto the DIN rail.
When doing so, attach commercially available end plates at both ends so as to sandwich
the units between them.

■

Up to 15 slave units can be connected to one master unit.

■

When connecting a slave unit to a master unit, these must be of the same output type,i.e., both NPN-type or both PNP-type. Different output types cannot be connected
together.

End plate
When attaching multiple connected units onto the DIN rail, or when units are not held stable on the DIN
rail, be sure to use commercially available end plates.

3- 1

3-2 Connecting to Detector

Caution■

Keep the power OFF during wiring work.
Be sure to keep the power OFF when inserting a cable into or removing it from a
detector. Performing these operations with the power ON may result in electric shock or
failure.

Insert the controller connector of the detector cable into the detector cable connector of the controller.
After checking the orientation of the connector, push it in firmly as far as it will go.

InsertTo remove, press the lock release lever on the detector cable controller connector, hold the body of thecontroller, and—whilst keeping the lever pressed—pull out the connector.

Lock release
lever

Pull out

Please note that, when removing the connector, pulling the cable without pressing the lock release
lever may result in the cable breaking off or the connector being damaged.

3- 2

3-3 Changing the Length of the Detector Cable
Move the protecting cover in the direction of the arrow.

Protecting
coverWith a flat-blade screwdriver (tip width of 2 mm or less), push in the control lever (white) located at thewire insertion port, and remove the wire.
Flat-blade screwdriver
Control lever (white)

Using the STRIP GAUGE shown on the side of the body, strip the cable sheath so as to expose 7 to
8 mm of core wire, and twist the core wires several times.

Wire

Length of core wires

Using a flat-blade screwdriver of tip width of 2 mm or less, push in the control lever (white) of the control
section until it locks.

Flat-blade screwdriver
Control lever (white)
Tip width
2 mm or less3- 3Insert the wire into the wire insertion port as far as it will go. As in the figure below, check that the
sheathed section of the wire reaches inside the wire insertion port, and that the tip of the core wires
passes through the connection section.

Connection
sectionWire sheathedsectionWire insertion
port

Terminal No.

Connecting wire
Red
White
Green
Black

Tip of core wires

Caution■Be careful to ensure that wiring is performed correctly, as wiring errors may result in failure.

Through the release port, apply the tip of a flat-blade screwdriver to the lower part of the control lever(white), and move the tip of the screwdriver upwards. A snapping noise indicates that the control lever(white) has returned to its original position, thereby fixing the wire.

Release port
Control lever(white)Pull lightly on the wires to check that they are not loose.

Move the protecting cover in the direction of the arrow to return its original position.

3- 4

3-4 Wiring of Power Supply

Warning■

Use a power supply that falls within the specified ratings.
Use a power supply of 24 VDC.
Using any other power voltage may cause fire or electric shock.

■

Keep the power OFF during wiring work.
Be sure to keep the power OFF during wiring work. Failure to do so may cause electric shockor failure.
Before turning the power ON, check that all devices are correctly connected.

■ Wires(Brown) +V (Note 1)(Blue) 0 V (Note 1)(Black) Output 1(White) Output 2(Black/gray) Output 3(Pink) External input 1(Violet) External input 2(Pink/violet) External input 3(Gray) Analog current output (4 to 20 mA) (Note 2)(Shield) Grounding for analog signals (Note 2) (Note 3)

Note 1:

Only master units are equipped with +V and 0 V. Power is supplied to slave units throughconnectors.

Note 2:

Only SA-SD1A model is equipped with an analog current output terminal and a grounding
terminal for analog signals.

Note 3:Use shielded wires for analog outputs.

3- 54. Part Names and Functions
4-1 Display and Control Keys

19
No.

1 2 3

4

18 17

16

5

6

7

8 9

15

Key

10

14

11

12

13

Description1

Output 1 indicator lamp (orange)

Lights when Output 1 is ON.

2

Output 2 indicator lamp (orange)

Lights when Output 2 is ON.

3

Output 3 indicator lamp (orange)

Lights when Output 3 is ON.
Meter indicating increase/decrease of judgment value.
The two lowest blocks show a LOW judgment, and the two highest show a HIGH
judgment.
When the judgment is GO, the lamps turn green, and when it is LOW/HIGH, they turnorange.
When the HIGH setting value is equal to or lower than the LOW setting value, all lamps
turn off.
On the basic screen, this meter will display the count when the LEFT/RIGHT/UP/DOWN
keys are held down for two seconds.
Lamps turn on to indicate the number of setting items for each layer, and blink to indicate
the order.

4

Circle meter (orange/green)

5

Digital display SUB (green)

Displays setting items.
Displays the items set in display switching mode.

6

Digital display MAIN (white)

Displays judgment values or settings.

7

Arrow key guide marks (white)

Lamps turn on to indicate which of the LEFT/RIGHT/UP/DOWN keys can be used.

8

ENT guide mark (white)

Lights when the ENTER key is enabled.

9

LEFT key

Used to switch setting items and settings, and to move the cursor between the digits ofsetting values.
On the basic screen, holding this key down for two seconds switches over to teaching
mode.

10

UP keyUsed to switch setting items and to change setting values.
On the basic screen, holding this key down for two seconds switches over to the display
switching mode.
On the basic screen, pressing this key for a short time switches over to the mode for finetuning HIGH setting values.

11

RIGHT key

Used to switch setting items and settings, and to move the cursor between the digits ofsetting values.
On the basic screen, holding this down key for two seconds switches over to setting mode.

12

DOWN key

Used to switch setting items and to change setting values.
On the basic screen, holding this key down for two seconds switches over to bank mode.
On the basic screen, pressing this key for a short time switches over to the mode for finetuning LOW setting values.

13

ENTER key

Commits the setting items and settings.
On the basic screen, holding this key and the EXIT key down simultaneously for two
seconds executes the key lock setting/release.

14

EXIT key

Cancels the setting items and settings.
On the basic screen, holding this key and the ENTER key down simultaneously for two
seconds executes the key lock setting/release.

Status mark TRIG (white)

Lights while the trigger input (external input) is ON.
Lights during the sampling period in self hold setting.

Status mark HOLD (white)

Lights while the judgment value is held.

Status mark CALC (white)

Lights when connected to slave units and set to calculation mode.

Copy check mark (orange)

COPY lights if a slave unit is enabled for copying while setting the master unit. If selected forcopying, the check mark lights, and the relevant data is copied on execution.

17

Input indicator lamp (white)

Lights when one of the external inputs 1/2/3 is ON.

18

Preset indicator lamp (green)

Lights when the preset function is being used.

19

Preset key

On the basic screen, pressing this key for a short time turns the preset function ON.
On the basic screen, holding this key down for two seconds turns the preset function OFF.

15

16

4- 1

4-2 Main Body
(5)

(3)

(1)

(2)
(4) (Slave only)

Note 1No.

Name

Description(1)

Female connector

Connects to a slave unit. Remove the connector cover
before connecting to a slave unit.

(2)

Sensor head cable connector

Connects to a sensor head cable (sold separately).

(3)

Digital display/control section

For details, refer to next page.

(4)

Male connector(Slave unit only)

Connects to a master or slave unit.

(5)

Digital display/control cover

Closed except during control procedures.

Note 1: This section is not present in SA-SDNC.

4- 2

5. Modes of Use
5-1 Overall Flow Chart
Basic screen
The basic screen appears when the power isturned on.
On this screen, key operations can be used toswitch to various modes and execute various
functions.

Long press
for 2 sLong press
for 2 sSUB display switching mode
Switches the display on digital display SUB (green).
Bank mode
Designates Banks (1 to 3), to/from which HIGH and LOW setting values
can be written and read.

Short press
Fine tuning of HIGH setting values
Automatically sets HIGH and LOW setting values for pass/fail judgment.
Short press
Fine tuning of LOW setting values
Switches the display on digital display SUB (green).

Long press
for 2 sLong press
for 2 s+Long press
for 3 sLong press
for 2 sSetting mode
Changes basic settings and sets detailed functions.
In addition, through the use of convenient functions such as calculation,connected unit data copying, and maintenance information, the system
can be used for a wide variety of applications.
Teaching mode
Automatically sets HIGH and LOW setting values for pass/fail judgment.
Key lock
Disables keys in order to prevent user operation errors during
measurement.
Sensor head measurement values
Clears the preset and displays sensor head measurement values.

Short press
PresetShifts settings to zero or arbitrary preset values.

5- 1

5-2 SUB Display Switching Mode
Basic screenLong press for 2 s
SUB display switchingMoves cursor

Changes alphanumeric characters

Normalmeasurement
value

Displays a normal measurement value. The displayed value indicates the preset,
measurement direction, lever ratio, or calibration function.
•
While the holding function is being used, this display allows checking ofinternal measurement values that are not being held.

Calculation
value (Note 1)

Displays a calculation value.
•
While the calculation and holding functions are being used, this display
allows checking of calculation results that are not being held.

Label

Displays and sets arbitrary values and characters decided by the user.
•
This removes the need to attach physical labels (showing sensor numbers,etc.) to controllers.

LOW setting

Displays a LOW setting value.
•
This allows simultaneous checking of the judgment value and lower limit
value.

HIGH setting

Displays a HIGH setting value.
•
This allows simultaneous checking of the judgment value and upper limit
value.

Sensor headmeasurement
value

Displays a measurement value from the sensor head (absolute position of thespindle).
•While the preset or calibration function is being used, this display allows
checking of the absolute position of the spindle.

Note 1:

The calculation function is set on a master unit. If the calculation function is set to anythingother than STAND (Difference from standard), CALC is displayed on the master unit only. If
the calculation function is set to STAND (Difference from standard), CALC is displayed on theslave units, but not on the master unit. If the calculation function is not used, neither the
master nor slave units display CALC.
5- 2

5-3 Teaching Mode
Basic screenLong press for 2 s

Teaching
One-point teachingTwo-point teachingThree-point teaching

Master work measurement
Press
key.

First work measurement
Press
key.

Measurement of HIGH
defective work
Press
key.

Second work measurement
Press
key.

Measurement of satisfactory
work
Press
key.

Measurement of LOW
defective work
Press
key.

On completion of teaching, digital display MAIN
(white) shows GOOD, and the HIGH and LOW
setting values are committed.
The display then returns automatically to the basic
screen.

■ For reference
The two-point teaching and three-point teaching sort the work judgment values into descendingorder, and set them accordingly to the HIGH and LOW setting values.
For details of switching teaching methods, refer to "6-1-4 Teaching (TEACH)."
5- 3

Teaching method

One-point teaching[Initial status]

Two-point teaching

Setting
This sets the HIGH and LOW
setting values automaticallyusing one reference work.
This is used to judge work witha ±tolerance.

+Tolerance = −Tolerance
HIGH setting value+Tolerance

Setting value−Tolerance
LOW setting value

This sets the HIGH and LOW
setting values automaticallyusing two reference works.
This is used to judge work
according to whether it falls
between an upper and lower
limit.

HIGH settingvalue
LOW setting
value
HIGH setting value

This sets the HIGH and LOW
setting values automatically using asatisfactory work, HIGH defective
work, and LOW defective work.

Three-point teaching= (Setting value 1 + Setting value 2) / 2
LOW setting value= (Setting value 2 + Setting value 3) / 2

It assumes the upper limit to be themedian of the satisfactory and
HIGH defective work values, andthe lower limit to be the median of
the satisfactory and LOW defective
work values. This type of teachingis used to judge work according towhether it falls between theseupper and lower limits.

Setting value 1

HIGH setting value

Setting value 2
LOW setting value

Setting value 3■ Related information
The initial status of the tolerance setting for the one-point teaching is 0.1000 (±0.1).
For setting of the tolerance in the one-point teaching, refer to "6-1-5 Tolerance <±>."The judgment results are displayed as shown in the following table.
Digital display MAIN (white)

Description
For a stable measurement

For a measurement that is not stable

When teaching did not execute correctly

Teaching cannot execute correctly in the following cases:•

Immediately after the power has been turned on, or immediately after input of a reset•

When the data is outside the display's upper or lower limit.

•

While an alarm is being output•

While an error is being output

5- 4

5-4 Fine Tuning of LOW Setting Values
Basic screen

Short press

Fine tuning of LOW setting values[For reference]
If no keys are pressed for five seconds,
the display returns automatically to thebasic screen, and the settings are
established.

Pressing the LEFT/RIGHT key moves the cursor between digits and pressing the UP/DOWN
key increases/decreases the value. Pressing the ENTER key establishes the setting.

5-5 Fine Tuning of HIGH Setting Values
Basic screen

Short press

Fine tuning of HIGH setting values[For reference]
If no keys are pressed for five seconds,
the display returns automatically to thebasic screen, and the settings are
established.

Pressing the LEFT/RIGHT key moves the cursor between digits and pressing the UP/DOWN
key increases/decreases the value. Pressing the ENTER key establishes the setting.

5- 5

5-6 Bank ModeIn this mode, HIGH and LOW setting values can be written into designated banks (1 to 3) and read out
from those banks.
By using the bank function, settings for items to be measured can be stored in the bank in advance,
and these settings can then be read out easily when required.

■ Setting items written into and read out from banks
All setting items
HIGH and LOW setting values [Initial state]
HIGH and LOW setting values, and presets■ Methods of writing into/reading from banks
Using keys
Through external input (for reading out only)

If Bank A or Bank B input is set to external input, the external input can be used to read out the settings
stored in the banks.
Each bank is read out by selecting a particular combination of ON/OFF inputs into Bank A and Bank B
inputs.
Ensure that the bank input is of 20 ms duration or longer.
The combinations of Bank A and B inputs are shown in the following table.
Bank ABank B

Bank 1ON

OFF

Bank 2OFF

ON

Bank 3

ON

ON■ For reference
Because the setting values written into and read out from the banks are stored in internal
memory, they are retained after the power is turned off. (Values can be re-written approximately
one million times.)■ Related information
The setting items written into and read out from the banks can be changed in setting mode.
For details of how to set them, refer to "6-5 Bank Settings."
For details of how to set Bank A or B input to external input, refer to "6-2-3 External Input."

5- 6Basic screenLong press
for 2 sBank mode

Select SAVE (write) or LOAD (read out).
After selecting, press the DOWN key.

Select the bank to be written into or read from.
After selecting, press the ENTER key.

Select YES (execute).
After selecting, press the ENTER key.

If SAVE (write) is selected, the current setting values will be stored in the bank.
If LOAD (read out) is selected, the settings stored in the bank will be read out.

Press the EXIT key twice to return the display to the basic screen.

5- 7

5-7 Preset
Preset is a function that determines a reference for measurement values using a master work, etc.
When the preset operation is performed, the current value becomes the preset value.
If 0 is set as the preset value, the current value becomes 0.

Press the Preset key while a master work is being measured.
The preset function comes ON, and the preset indicator lamp (green) lights up.

To quit the preset function, hold the Preset key down for two seconds.
<Preset><Quit preset>

Short press

Long press for 2 s■ For reference
If preset is performed using keys, the preset data is retained after the power is turned off because
it is written into internal memory. (Values can be overwritten approximately one million times.)
Preset cannot execute correctly in the following cases:
Immediately after the power is turned on, or immediately after input of a reset
When the data is outside the display's upper or lower limit.
When an alarm is being output
When an error is being output■ Related information
For details of how to set preset values, refer to "6-1-6 Preset (PR.VAL)."
If the preset input is set to external input, the external input can be used to perform the preset.
For details of preset input from external input, refer to "6-2-3 External Input."

5- 8

5-8 Key Lock

Hold down the ENTER and EXIT keys simultaneously for three seconds.

The display will show LOCK ON, and display will then return automatically to the basic
screen.

■ For reference
LOCK ACT will be displayed when any key is pressed.

The external input function will still be in effect.

5-9 Releasing Key Lock

Hold down the ENTER and EXIT keys simultaneously

LOCK ACT will be displayed. Continue pressing the keys.

When LOCK OFF is displayed, release the keys.

5- 9

6. Parameter Settings
6-1 Setting the SET No. Parameters
Parameter name

Setting values

Basic settings (BASIC)
HIGH setting value (HI.SET)

Sets a HIGH setting value for pass/fail judgment.
−199.9999 to 199.9999 (mm)[Default: 5.0000]

LOW setting value (LO.SET)

Sets a LOW setting value for pass/fail judgment.
−199.9999 to 199.9999 (mm)[Default: 1.0000]

Hysteresis (HYSTER)

Judgment may be unstable due to measurements
fluctuating around the HIGH or LOW setting value. A large
hysteresis value can prevent this chattering effect.
0.0000 to 199.9999 (mm)[Default: 0.0030]

Teaching mode (TEACH)

Sets the method for automatic teaching of tolerance.
TCH.1 (One-point) / TCH.2 (Two-point) / TCH.3(Three-point)[Default: TCH.1]

Tolerance <±> (TOL <±>)

When executing the one-point teaching, this parameter is
set in order to provide a tolerance from which the HIGH
and LOW setting values are derived, with the master workmeasurement taken as the center value.
0.0000 to 199.9999 (mm)[Default: 0.1000]

Preset value (PR.VAL)

Sets the reference value when the preset function is turnedON.
−199.9999 to 199.9999 (mm)[Default: 0.0000]

Select preset data (PR.OBJ)

When the preset function is turned ON, this parameterselects the type of current value (NORM.V or JUDGE.V) towhich the offset value is applied. NORM.V (normal
measurement value) / JUDGE.V (judgment value)[Default: NORM.V]

Preset save (PR.SAVE)

If Preset save is set to ON, the preset and offset values are
written to an EEPROM so that they are retained after the
power is turned OFF.
ON / OFF[Default: OFF]

Measurement direction(DIRECT)

Selects between normal and reversed display of themeasurement value when the spindle of the sensor head ispushed in during measurement.
NORMAL (Normal) / REVERS (Reverse)[Default: NORMAL]

Lever ratio (LEVER)

If a measurement point is on a lever, the measurement
value can be displayed as detected value × lever ratio.
0.1 to 100.0[Default: 1.0]

Response time (SPEED)

Sets the period between the time the sensor head starts
measurement and that at which the measurement value isdetermined.
3 / 5 / 10 / 100 / 500 / 1,000 (ms)[Default: 100]

Output behavior (OUTPUT)

Selects behavior of judgment output.
N.O. (Normally open) / N.C. (Normally closed)[Default: N.O.]

6- 1

Remarks

Detailed settings (ADVANC)
HOLD settings (HOLD)

Measurement mode (MEAS)

Trigger mode (TRG)
Self trigger level(SLF.LV)
Self trigger edge direction(SLF.EDG)
Self trigger delay(SLF.DLY)
Static width (DLY.WD)
Delay timer (DLY.TIM)
All input (ALL IN)

External input (EXT.IN)

External output (EXT.OUT)

Display digits (DIGIT)

Analog scaling (ANALOG)

Scaling upper limit (ANA.HI)

Scaling lower limit (ANA.LO)

Eco mode (ECO)

Selects a hold mode.
S-H (Sample hold) / P-H (Peak hold) /B-H (Bottom hold) / P-P (Peak-to-peak hold) /P-P/2 (Peak-to-peak hold/2) / NG-H (NG hold) /SLF.S-H (Self sample hold) /SLF.P-H (Self peak hold) /SLF.B-H (Self bottom hold)[Default: S-H]
Selects the external trigger input behavior.
1SHOT (One shot) / HOLD (Hold)[Default: HOLD]
Sets the reference level for the hold function using the self
(internal) trigger.
−199.9999 to 199.9999[Default: 0.500]
Sets the edge direction for measurement of the hold value
using the self trigger level.
UP (Rise) / DOWN (Fall)[Default: UP]
Sets the self trigger delay type and its reference value when
the self sample hold function is used.
DLY.WD (Static width)/ DLY.TIM (Delay timer)[Default: DLY.WD]
Sets a stable fluctuation width until start of hold.
0 to 199.9999 (mm)[Default: 0.0100]
Sets a delay time until start of hold.
0 to 199.9999 (mm)[Default: 1000]
When a trigger is input to a master unit, the signal can be
input to all connected slave units simultaneously.
ONE (Single) / ALL (All)[Default: ONE]For input 1/input 2/input 3 of external inputs, selects one offour input signal types.
P/R/T (Preset/Reset/Trigger) / BANK/P (Bank A/B/Preset) /BANK/R (Bank A/B/Reset) / BANK/T (Bank A/B/Trigger)[Default: P/R/T]
For output 1/output 2/output 3 of external outputs, selects
one of four output signal types.
3VAL (HI, GO, LO) / 2VAL (HIorLO, INRANGE, ALARM) /LOGIC (LOGIC, ALARM) / LOGIC2[Default: 3VAL]
Changes the number of digits shown after the decimal pointon the digital display.
0.1 / 0.01 / 0.001 / 0.0001[Default: 0.0001]
For analog output, sets the upper and lower limits
corresponding to judgment value (JUDGE.V) converted tocurrent (4 to 20 mA).
DEFALT (Default) / FREE (Free)[Default: DEFALT]
Sets the scaling upper limit when analog scaling is set toFREE.
−199.9999 to 199.9999 (mm)[Default: 10.0000]
Sets the scaling lower limit when analog scaling is set toFREE.
−199.9999 to 199.9999 (mm)[Default: 0.0000]
Saves energy by turning off the backlight of the controller
display when the screen is not being used.
ON / OFF[Default: OFF]6- 2

Detailed settings (continued from the preceding page)
Alarm settings (ALARM)

Alarm delay time (DELAY)

Sets the delay time (changeable in 1 ms increments) fromthe time the sensor head comes into upthrust position to thetime the alarm activates.
1 to 1,000[Default: 1,000]

Upthrust check(PRS.CHK)

Sets the upthrust check ON/OFF.
ON / OFF

Upthrust check setting value(PRS.SET)

Sets the upthrust check setting value when the upthrust
check is set to ON.
−199.9999 to 199.9999 (mm)[Default: 10.0000]

Catching check(CAT.CHK)

Sets the catching check ON/OFF.
ON / OFF[Default: ON][Default: OFF]If controllers are connected, this performs a check when the
Number of connected units check power is turned ON confirming that the number ofconnected units has not changed.
(PRS.CHK)
ON / OFF[Default: OFF]Calculation mode (CALC)

Calculation mode (MODE)

This mode carries out calculations using measurementsfrom each connected controller, and outputs the judgment
results on the master unit display and from the master unit.
CALC (Calculates) / NOCALC (Does not calculate)[Default: NOCALC]

Select calculation app (APPLI)The Select calculation app can be set when calculation
mode is set to CALC.
This selects the application used for the calculation.
MAX (Maximum) / MIN (Minimum) / FLAT (Flatness) /AVERAG (Average) / STAND (Difference from standard) /TORSIN (Torsion) / CURVEA (Curvature) / THICK(Thickness)[Default: MAX]

Connected unit copy settings (COPY)
Select individual items to becopied (CPY.SEL)(Master unit only)

Items to be copied are selected individually.

Select all items to be copied(CHK.ALL)(Master unit only)

Selects all items for copying.
YES / NO

Execute copy (CPY.EXE)(Master unit only)

The master unit copies the items selected for copying(individually selected or all items) to the slave units.
YES / NO
[Default: YES]

Copy lock (LOCK)(Slave units only)

Prevents copying from the master unit.
ON / OFF[Default: YES]

[Default: OFF]Bank settings (BANK)

Select bank storage (BNK.DAT)

Selects the settings to be read out from those stored in abank.
THRS (HIGH setting value, LOW setting value) / THRS.PR(HIGH setting value, LOW setting value, Preset value) / ALL(All)[Default: THRS]

6- 3

Calibration settings (CALIB)

Calibration select(CAL.SEL)

When a sensor head is replaced, carrying out zero andspan adjustment reduces the errors existing at installation
time.
DEFAUL (Default) / USER (Set by user)[Default: DEFAUL]∗ When calibration select is set to USER (setting by user)
Captured measurement value
1 (CL.SET1)

The controller moves the spindle to the zero point (whichconstitutes the calibration reference), and captures themeasurement value.

Captured measurement value
2 (CL.SET2)

The controller moves the spindle to the target point for span
adjustment, and captures the measurement value.

Adjustment value 2 (AJ.VAL2)

Inputs a target value.
−199.9999 to 199.9999 (mm)[Default: 10.000]

Resetting (RESET)
Reset (RESET)This resets the controller settings (excluding calibration
settings) to the factory defaults.
YES / NO

MaintenanceTotal stroke work history(SUM.REC)
Maximum peak value(MAX.VAL)
Maximum peak value history(MAX.REC)

Displays information such as sensor head operational
history.

Overstroke history(OVR.NUM)

6- 4

6-1 Basic Settings (BASIC)
6-1-1 HIGH Setting Value (HI.SET)
Parameter name

Setting value

Remarks

Sets a HIGH setting value for pass/fail judgment.
−199.9999 to 199.9999 (mm)[Default: 5.0000]

HIGH setting value (HI.SET): Included: Not included

HIGH

HIGH setting value
LOW setting value

GO
LOW■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTE

LO.SET

HYSTERTEACH

TOL <±>

PR.VALPR.OBJ

PR.SAVE/

Select
選択

DIRECT

LEVER

SPEED

OUTPUT

Cancel
キャンセル

Shift between
digitsChange numerical

桁移動 数値変更
valuesCommit確定■ NoteConfigure the settings such that HIGH setting value > LOW setting value.
Although it is possible to set HIGH setting value < LOW setting value, the GO judgment will not be
output.

■ Related information
The HIGH setting value can always be displayed on digital display SUB (green).
For details, refer to "5-2 SUB Display Switching Mode."
The HIGH and LOW setting values can be set by teaching using a master work, upper limit work,and lower limit work.
For details, refer to "5-3 Teaching Mode."

6- 5

6-1-2 LOW Setting Value (LO.SET)
Parameter name
LOW setting value (LO.SET)

Setting value

Remarks

Sets a LOW setting value for pass/fail judgment.
−199.9999 to 199.9999 (mm)[Default: 1.0000]: Included: Not included
HIGH

HIGH setting value

GO
LOW

LOW setting value■ Operation procedure

Long press
2秒長押し
for 2 sA DV A N C

CALC

COPY

BANK

CALIB

RESET

MAINTE

HYSTERTEACH

TOL <±>

PR.VALPR.OBJ

PR.SAVE/
HI.SET

Select
選択

DIRECT

LEVER

SPEED

OUTPUT

Cancel
キャンセル

Shift between
digitsChange numerical

桁移動 数値変更
valuesCommit確定■ NoteConfigure settings such that HIGH setting value > LOW setting value.
Although it is possible to set HIGH setting value < LOW setting value, the GO judgment will not be
output.

■ Related information
The LOW setting value can always be displayed on digital display SUB (green).
For details, refer to "5-2 SUB Display Switching Mode."
HIGH and LOW setting values can be set by teaching using a master work, upper limit work, andlower limit work.
For details, refer to "5-3 Teaching Mode."

6- 6

6-1-3 Hysteresis (HYSTER)
Parameter name

Setting value

Remarks

Judgment may be unstable due to measurements fluctuatingaround the HIGH or LOW setting value. A large hysteresis value
can prevent this chattering effect.
0.0000 to 199.9999 (mm)[Default: 0.0030]

Hysteresis (HYSTER)

With HYSTER set to non 0:
Judgment output becomes stable.

With HYSTER set to 0:
Chattering makes judgment output unstable.
HIGH setting

HIGH setting

HIGH設定値
value

HIGH設定値
value

LOW setting

LOW setting

LOW設定値
value

LOW設定値
value

HIGH

HIGH

GO

GO

LOW

LOW

■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTETEACH

TOL <±>

PR.VALPR.OBJ

PR.SAVE/
HI.SET

LO.SET

Select
選択

DIRECT

LEVER

SPEED

OUTPUT

Cancel
キャンセル

Shift between
digitsChange numerical

桁移動 数値変更
valuesCommit確定■ NoteHIGH and LOW share the same hysteresis value.
Set hysteresis to a value smaller than the difference between the HIGH and LOW setting values. Ifhysteresis is set to a value equal to or exceeding the difference between the HIGH and LOW
setting values, the GO judgment will not be output.

6- 7

6-1-4 Teaching (TEACH)
Parameter name

Setting value
Sets the method for automatic teaching of tolerance.
TCH.1 (One-point) / TCH.2 (Two-point) / TCH.3 (Three-point)[Default: TCH.1]

Teaching mode (TEACH)

Teaching method

One-point teaching∗ Initial status

Two-point teaching

Setting
This sets the HIGH and LOW
setting values automaticallyusing one reference work.
This is used to judge work witha ±tolerance.

+Tolerance = −Tolerance
HIGH setting value+Tolerance

Setting value−Tolerance
LOW setting value

This sets the HIGH and LOW
setting values automaticallyusing two reference works.
This is used to judge work
according to whether it falls
between an upper and lower
limit.

HIGH setting value
LOW setting value

HIGH setting value

This sets the HIGH and LOW
setting values automatically using asatisfactory work, HIGH defective
work, and LOW defective work.

Three-point teaching

Remarks= (Setting value 1 + Setting value 2) / 2
LOW setting value= (Setting value 2 + Setting value 3) / 2

It assumes the upper limit to be themedian of the satisfactory and
HIGH defective work values, andthe lower limit to be the median of
the satisfactory and LOW defective
work values. This type of teachingis used to judge work according towhether it falls between theseupper and lower limits.

Setting value 1
HIGH setting value
Setting value 2
LOW setting value
Setting value 3■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTETOL <±>

PR.VALPR.OBJ

PR.SAVE/
HI.SET

LO.SET

HYSTER

Select
選択

DIRECT

LEVER

SPEED

Cancelキャンセル

Commit確定■

Related information
For details of how to set tolerance for the one-point teaching, refer to the following page.
For details of the teaching methods, refer to "5-3 Teaching Mode."
6- 8

OUTPUT

6-1-5 Tolerance <±> (TOL <±>)
Parameter name

Setting value
When executing the one-point teaching, this parameter is set inorder to provide a tolerance from which the HIGH and LOW
setting values are derived, with the master work measurement
taken as the center value.
0.0000 to 199.9999 (mm)[Default: 0.1000]

Tolerance <±> (TOL <±>)

Teaching method

One-point teaching

Remarks

Setting
This sets the HIGH and LOW
setting values automaticallyusing one reference work.
This is used to judge work with a±tolerance.

+Tolerance = Tolerance
HIGH setting value+Tolerance

Setting value−Tolerance
LOW setting value■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTE

PR.VALPR.OBJ

PR.SAVE/
HI.SET

LO.SET

TEACH

TEACH

Select
選択

DIRECT

LEVER

Cancel
キャンセル

Shift between
digitsChange numericalvalues桁移動 数値変更

Commit確定■ Related information
Setting Tolerance <±> only has an effect when the one-point teaching is selected.
For details of how to set the teaching method, refer to the preceding section.

6- 9

SPEED

OUTPUT

6-1-6 Preset (PR.VAL)Parameter name

Setting value

Remarks

Sets the reference value when the preset function is turned ON.
−199.9999 to 199.9999 (mm)[Default: 0.0000]

Preset value (PR.VAL)

Preset is a function that adds the set value to a measured value. If a preset value is set, the current value
becomes the preset value when the controller executes the preset.
For example, when configuring the preset for a master work, set the preset value to 3.5 mm in order for its
position to be displayed as 3.5 mm.

■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTE

PR.OBJ

PR.SAVE/
HI.SET

LO.SET

TEACH

TEACH

TOL <±>

Select
選択

DIRECT

LEVER

SPEED

OUTPUT

Cancel
キャンセル

Shift between

Change numerical

digitsvalues
桁移動
数値変更

Commit確定■ Related information
For details of how to operate the preset function, refer to "5-7 Preset."
Normal measurement or judgment value can be selected as the value to which the preset function
applies. For details of setting method, refer to the next section.

6- 10

6-1-7 Select Preset Data (PR.OBJ)
Parameter name

Setting value

Remarks

When the preset function is turned ON, this parameter selects
the type of current value (NORM.V or JUDGE.V) to which theoffset value is applied. NORM.V (normal measurement value) /JUDGE.V (judgment value)[Default: NORM.V]

Select preset data (PR.OBJ)■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTE/
HI.SET

LO.SET

HYSTERTEACH

TOL <±>

PR.VAL

Select選択

PR.SAVE

DIRECT

LEVER

SPEED

OUTPUT

Cancelキャンセル

Commit確定■ NoteThe setting value cannot be changed when the calculation function is used (where Difference fromstandard is used for the master unit/other than the Difference from standard mode is used for slave
units).
If, after setting PR.OBJ to judgment value (JUDGE.V), the calculation function is set (where
Difference from standard is used for the master unit/other than the Difference from standard modeis used for slave units), then the offset value will be applied to the normal measurement value(NORM.V).

■ Related information
For details of how to operate the preset function, refer to "5-7 Preset."
For details of how to set the preset value, refer to the preceding section.

6- 11

6-1-8 Preset Save (PR.SAVE)
Parameter name

Setting value

Remarks

If Preset save is set to ON, the preset and offset values are
written to an EEPROM so that they are retained after the power isturned OFF.
ON / OFF[Default: OFF]

Preset save (PR.SAVE)■ Operation procedure■
Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTE/
HI.SET

LO.SET

HYSTERTEACH

TOL <±>

PR.VALPR.OBJ

Select
選択

DIRECT

LEVER

SPEED

OUTPUT

Cancelキャンセル

Commit確定■ NoteThe memory (EEPROM) used for saving preset values can be overwritten up to approximately one
million times.
If there is no need to save preset values, set Preset save to OFF.
If preset is performed using keys, the preset data is maintained after the power is turned off
because it is written into internal memory.

■ Related information
If the preset input is set to external input, the external input can be used to perform the preset.
For details of preset input from external input, refer to "6-2-3 External Input."

6- 12

6-1-9 Measurement Direction (DIRECT)
Parameter name

Setting value

Remarks

Selects between normal and reversed display of themeasurement value when the spindle of the sensor head ispushed in during measurement.
NORMAL (Normal) / REVERS (Reverse)[Default: NORMAL]

Measurement direction (DIRECT)■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTE/
HI.SET

LO.SET

HYSTERTEACH

TOL <±>

PR.VALPR.OBJ

PR.SAVE

Select
選択

LEVER

SPEED

OUTPUT

Cancelキャンセル

Commit確定■ NoteWhen the measurement direction is changed, the following items must also be changed tocorrespond:
HIGH setting value
LOW setting value
Self trigger edge direction for hold setting

6- 13

6-1-10 Lever Ratio (LEVER)
Parameter name

Setting value

Remarks

If a measurement point is on a lever, the measurement value canbe displayed as detected value × lever ratio.
0.1 to 100.0[Default: 1.0]

Lever ratio (LEVER)

The figure below shows a lever ratio of 2:1.
When the lever ratio is set to "2," the judgment value will be twice a normal measurement value.

2

:

1

■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTE/
HI.SET

LO.SET

HYSTERTEACH

TOL <±>

PR.VALPR.OBJ

PR.SAVE

DIRECT

Select選択

SPEED

OUTPUT

Cancel
キャンセル

Shift between
digitsChange numerical

桁移動 数値変更
valuesCommit確定■ NoteIf the lever ratio is set to a value that is out of range, digital display MAIN (white) shows ######.
The display then returns to the lever ratio setting screen, allowing the lever ratio to be set again.

6- 14

6-1-11 Response Time (SPEED)
Parameter name

Setting value

Remarks

Sets the period between the time the sensor head starts
measurement and that at which the measurement value isdetermined.
This parameter is effective for stabilizing measurement values.
3 / 5 / 10 / 100 / 500 / 1,000 (ms)[Default: 100]

Response time (SPEED)

Response time (ms)No. of cycles per average

Averaging time (ms)Internal value update
period (ms)

3

1

1

1

5

3

3

1

10

8

8

1

100

96

96

4

500

480

480

16

1,000

960

960

32

When response time is set to 10 ms:
Sampling time (1 ms)

Data
n-7

Data
n-6

Data
n-5

Data
n-4

Data
n-3

Data
n-2

Data
n-1

Data
n

Data
n+1

Data
n+2

Data
n+3

Average over eight cycles → internal value

Averaging period (8 ms)
Average over eight cycles → internal value

Internal value update
period (1 ms)
Response time (10 ms)■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTE/
HI.SET

LO.SET

HYSTERTEACH

TOL <±>

PR.VALPR.OBJ

PR.SAVE

DIRECT

LEVER

Select選択

OUTPUT

Cancelキャンセル

Select選択
Commit確定■ NoteWhen the reset input is turned ON, the display shows an indefinite value "------" until the device
reaches the number of cycles per average.
6- 15

6-1-12 Output Behavior (OUTPUT)
Parameter name

Setting value

Remarks

Selects behavior of judgment output.
N.O. (Normally open) / N.C. (Normally closed)

Output behavior (OUTPUT)[Default: N.O.]

HIGHHIGH設定値
setting value

LOW LOW設定値
setting value

N.O.の場合
N.O.
ON

GO
OFF

N.C.
N.C.の場合ON

GO
OFF■ Operation procedure

Long press
2秒長押し
for 2 sADVANC

CALC

COPY

BANK

CALIB

RESET

MAINTE/
HI.SET

LO.SET

HYSTERTEACH

TOL <±>

PR.VALPR.OBJ

PR.SAVE

Select選択

Commit確定

6- 16

DIRECT

LEVER

SPEED

6-2 Detailed Settings (ADVANC)
6-2-1 Hold Settings
Measurement mode
(MEAS)

Function

Refer toSample hold
(S-H)

When (and only when) the external input is ON, thecontroller holds and outputs the judgment value(JUDGE.V).
When the external input is OFF, the judgment value(JUDGE.V) is updated and output (real-time
output).

6-2-1-1
Sample Hold Settings

Peak hold (P-H)

Holds and outputs the maximum value as the
judgment value (JUDGE.V).

6-2-1-2
Peak Hold Settings

Bottom hold (B-H)

Holds and outputs the minimum value as the
judgment value (JUDGE.V).

Peak-to-peak hold (P-P)

Holds and outputs the difference between the
maximum and minimum values as the judgment
value (JUDGE.V).

Peak-to-peak hold/2(P-P/2)

Holds and outputs half the difference between the
maximum and minimum values as the judgment
value (JUDGE.V).

NG hold (NG-H)

Holds and outputs the LOW and HIGH judgments.

6-2-1-3
NG Hold Settings

Self sample hold
(SLF.S-H)

Static width

After measurement
fluctuations have settled,
automatically self-triggers
holding and output of thejudgment value (JUDGE.V).

6-2-1-4
Self Sample Hold (Static
Width)

Delay timer

After a delay, automatically
self-triggers holding andoutput of the judgment value(JUDGE.V).

6-2-1-5
Self Sample Hold (Delay
Timer)

Self peak hold (SLF.P-H)

Automatically self-triggers holding and output of the
maximum value as the judgment value (JUDGE.V).

Self bottom hold
(SLF.B-H)

Automatically self-triggers holding and output of theminimum value as the judgment value (JUDGE.V).

6-2-1-6
Self Peak Hold/
Self Bottom Hold

■ NoteIf the calculation app selection function is set to STAND (Difference from standard), the holdsetting of the master unit will be invalid.
Setting the calculation app selection function will invalidate the hold setting of the slave unit used
for the calculation.

6- 17

6-2-1-1 Sample Hold Settings
Parameter name

Setting value

Remarks

Selects a hold mode.
S-H (Sample hold)Measurement mode (MEAS)

P-H / B-H / P-P / P-P/2
NG-H
SLF.S-H / SLF.P-H / SLF.B-H[Default: S-H]

Selects the external trigger input behavior.
HOLD (Hold) / 1SHOT(One shot)

Trigger mode (TRG)[Default: HOLD]

An external trigger input holds a normal measurement value as the judgment value.
The hold behavior can be set using the trigger mode.

■ Sample hold (Trigger mode: Hold)
While the external trigger input is ON, the sample is held; while it is OFF, the sample hold is released.

HIGH HIGH設定値
setting value

LOW settingvalue
LOW設定値

TRIG
TRIG
TRIG
display
TRIG表示(Light OFF)
（消灯）

TRIG

TRIG

HOLD
display
HOLD表示(Light OFF)
（消灯）

HOLD

HOLD

Lo

Go

Judgment
output
判定出力

Hi

Lo

Go

■ NoteWhen the reset input is turned ON with the external trigger input ON, an indefinite state will beheld.
In this type of sample hold, the judgment output is the same as the judgment value.
(However, please note that there are some measurement modes for which this is not the case.)■ Related information
For details of trigger input as external input, refer to "6-2-3 External Input."

6- 18

■ Sample hold (Trigger mode: One shot)
The held data is updated when the external trigger input is turned ON (at a rising edge).

HIGH setting value

LOW setting value

TRIG
TRIG display(Light OFF)
（消灯）

HOLD display（消灯）

Judgment output

（消灯）
不定

Indeterminate

TRIG

TRIG

TRIG

HOLD
Go

Hi

Lo

■ NoteAn indefinite state is held during the following intervals:
From the time immediately after the power is turned ON until the external trigger is turned ON.
From the time the reset input is turned ON until the external trigger is turned ON.
In this type of sample hold, the judgment output is the same as the judgment value.
(However, please note that there are some measurement modes for which this is not the case.)■ Operation procedure

Long press
2秒長押し
for 2 s

BASIC

CALC

COPY

BANK

CALIB

RESET

MAINTE

ALL.IN

EXT.IN

EXT.OUTDIGITANALOG

ANA.HI

ANA.LOECO

SLF.S-H

SLF.P-H

SLF.B-H//

Cancelキャンセル

Select選択
P-H

Select
選択

B-H

P-P

Cancelキャンセル

Commit
確定

6- 19

P-P/2

NG-H

ALARM

6-2-1-2 Peak Hold Settings
Parameter name

Setting value

Remarks

Selects a hold mode.
S-H
P-H (Peak hold)
B-H (Bottom hold)
P-P (Peak-to-peak hold)P-P/2 (Peak-to-peak hold/2)

Measurement mode (MEAS)

NG-H (NG hold)
SLF.S-H / SLF.P-H / SLF.B-H[Default: S-H]

Selects the external trigger input behavior.
HOLD (Hold) / 1SHOT (One shot)

Trigger mode (TRG)[Default: HOLD]

An external trigger input holds a normal measurement value as the judgment value in accordance witha specified condition.
The hold behavior can be set using the trigger mode.

■ Peak hold (Trigger mode: Hold)
While the external trigger input is OFF, the peak value is constantly updated.
While the external trigger input is ON, the peak value is held, and when it is turned OFF, the peak value
is cleared and the device returns to its state of performing constant updates.

HIGHHIGH設定値
setting value

LOW settingvalue
LOW設定値

TRIG
TRIG
TRIG
display
TRIG表示(Light OFF)
（消灯）

HOLD
display
HOLD表示（消灯）

Judgment
output
判定出力

TRIG
HOLD
Go

Hi

Go

■ NoteWhen the reset input is turned ON with the external trigger input ON, an indefinite state will be
held.
When the reset input is turned ON with the external trigger input OFF, an indefinite state will beheld for the duration of the specified response time.
In this type of sample hold, the judgment output is the same as the judgment value.
(However, please note that there are some measurement modes for which this is not the case.)

6- 20

■ Peak hold (Trigger mode: One shot)
While the external trigger input is OFF, the peak value is constantly updated, but this is an internal process
and it does not appear on the display or as the judgment output.
When the external trigger input is turned ON (at a rising edge), the internally updated peak value becomes the
new hold value.

HIGH setting value

LOW setting value

TRIG
TRIG display(Light OFF)
（消灯）

HOLD display（消灯）

Judgment output

Indeterminate
不定

TRIG

TRIG
HOLD
Go

Hi

■ NoteAn indefinite state is held during the following intervals:
From the time immediately after the power is turned ON until the external trigger is turned ON.
From the time the reset input is turned ON until the external trigger is turned ON.
In this type of sample hold, the judgment output is the same as the judgment value.
(However, please note that there are some measurement modes for which this is not the case.)■ Related information
The relationship between Peak, Bottom, and Peak-to-peak (Peak-to-peak/2) is shown below.

HIGH
setting
HIGH設定値
value

Peak
ピーク

LOW
setting
LOW設定値
value

Peak-to-peak
ピークtoピーク

Bottomボトム

TRIG■ Operation procedure
Operation is the same as for the sample hold type in the preceding section.
Select the appropriate measurement mode (MEAS) from P-H, B-H, P-P, and P-P/2.

6- 21

6-2-1-3 NG Hold Settings
Parameter name

Setting value

Remarks

Selects a hold mode.
S-H (Sample hold)
P-H / B-H / P-P / P-P/2
NG-H (NG hold)Measurement mode (MEAS)

SLF.S-H / SLF.P-H / SLF.B-H[Default: S-H]

■ NG hold
The judgment output is held when the judgment value becomes HIGH or LOW whilst the external trigger input
is OFF.
The hold is released when the external trigger input is turned OFF after being turned ON.
The judgment value is held only while the external trigger input is ON.

HIGH setting value

LOW setting value

TRIG
TRIG display(Light OFF)
（消灯）

HOLD display（消灯）

Judgment output

TRIG

TRIG

TRIG

HOLD
Go

Lo

Hi

Go

■ NoteWhen the reset input is turned ON with the external trigger input ON, an indefinite state will be
held.
When the reset input is turned ON with the external trigger input OFF, an indefinite state will beheld for the duration of the specified response time. In addition, when a setting is configured suchthat the judgment value changes, a reset will occur, also resulting in an indefinite state for theduration of the specified response time.
Note that, with NG hold, the judgment output is not the same as the judgment value.
Once a HIGH judgment has been output during an output judgment period, a LOW judgment will
not be output.
When a LOW judgment has been output, a HIGH judgment will not be output.

6- 22

■ Operation procedure

Long press
2秒長押し
for 2 s

BASIC

CALC

COPY

BANK

CALIB

RESET

MAINTE

ALL.IN

EXT.IN

EXT.OUTDIGITANALOG

ANA.HI/
ANA.LOECO

SLF.P-H

SLF.B-H/

Cancelキャンセル

Select
選択
S-H

P-H

B-H

P-P

Commit
確定

6- 23

P-P/2

SLF.S-H

ALARM

6-2-1-4 Self Sample Hold (Static Width)Parameter name

Setting value

Remarks

Selects a hold mode.
S-H (Sample hold)
P-H / B-H / P-P / P-P/2
NG-H (NG hold)
SLF.S-H (Self sample hold)Measurement mode (MEAS)

SLF.P-H (Self peak hold)
SLF.B-H (Self bottom hold)[Default: S-H]

Self trigger level(SLF.LV)

Sets the reference level for the hold function using the self
(internal) trigger.
−199.9999 to 199.9999[Default: 0.500]

Self trigger edge direction(SLF.EDG)

Sets the edge direction for measurement of the hold value using
the self trigger level.
UP (Rise) / DOWN (Fall)[Default: UP]
Sets the self trigger delay type and its reference value when theself sample hold function is used.
DLY.WD (Static width) /Self trigger delay(SLF.DLY)
Static width (DLY.WD)

DLY.TIM (Delay timer)[Default: DLY.WD]

0 to 199.9999 (mm)[Default: 0.0100]

After exceeding or falling below the specified self trigger level (depending on the specified self trigger edge
direction), the judgment value is held automatically when the normal measurement value becomes stablewithin the specified static width.
Fulfillment of the above condition activates self triggering, which updates the judgment value. Until that time,
the output continues to be held.

HIGH setting value

LOW setting value
Self trigger level
TRIG
TRIG display
HOLD display
Judgment output(No
effect)（無効）(LightOFF)（消灯）TRIG

TRIG

TRIG
HOLD

（消灯）

all off

TGo

all off

Self trigger level and self triggerLo

all off H+L

all off

Hi

Self trigger leveledge direction

HIGH setting value

It is recommended that the self trigger direction be set
to UP when the self trigger level is lower than the
LOW setting value, as shown in the figure above, andthat it be set to DOWN when the self trigger level ishigher than the HIGH setting value, as shown in the
figure on the right.

6- 24

LOW setting value

TRIG

TRIG display
HOLD display

Judgment output(No effect)（無効）(LightOFF)（消灯）TRIGTRIG

all off

TRIG

T

HOLD

（消灯）

Go

all offLo

all off H+L

all offHi■ NoteAn indefinite state is held on occurrence of any of the following:
The power is turned ON
The reset input is ON
A sensor head disconnection error or upthrust error (alarm) is canceled
If the input value falls below the self trigger level before settling within the static width, thecontroller enters an alarm state. (In the case of the self trigger edge direction being set to UP)
Note that, with this type of self sample hold, the judgment output is not the same as the judgment
value. After the input value exceeds the specified self trigger level (in the case of the self trigger
edge direction being UP), the judgment output is all OFF until the normal measurement value
settles within the specified static width.
When self sample hold is selected, external trigger input has no effect.

■ Operation procedure

Long press
2秒長押し
for 2 s
BASIC

CALC

COPY

BANK

CALIB

RESET

MAINTE

ALL.IN

EXT.IN

EXT.OUTDIGITANALOG

ANA.HI/
ANA.LOECO

SLF.P-H

SLF.B-H

ALARM/

Select選択

Cancel
キャンセル
S-H

P-H

B-H

P-P

P-P/2

NG-H

Select選択

Cancelキャンセル

Select選択

桁移動 数値変更
Cancelキャンセル

Select選択

Cancelキャンセル

Select選択

Cancel
キャンセル

Shift between
digits

Shift between
digitsChange numericalvaluesChange numericalvalues桁移動 数値変更
Commit確定

6- 25

6-2-1-5 Self Sample Hold (Delay Timer)
Parameter name

Setting value
Selects a hold mode.
S-H (Sample hold)
P-H / B-H / P-P / P-P/2
NG-H (NG hold)
SLF.S-H (Self sample hold)
SLF.P-H (Self peak hold)
SLF.B-H (Self bottom hold)Measurement mode (MEAS)

Remarks[Default: S-H]

Self trigger level(SLF.LV)

Sets the reference level for the hold function using the self
(internal) trigger.
−199.9999 to 199.9999[Default: 0.500]

Self trigger edge direction(SLF.EDG)

Sets the edge direction for measurement of the hold value
using the self trigger level.
UP (Rise) / DOWN (Fall)[Default: UP]

Self trigger delay(SLF.DLY)

Sets the self trigger delay type and its reference value
when the self sample hold function is used.
DLY.WD (Static width) /DLY.TIM (Delay timer)[Default: DLY.WD]

Delay timer (DLY.TIM)

0 to 199.9999 (mm)[Default: 1000]

After exceeding or falling below the specified self trigger level (depending on the specified self trigger edge
direction), the judgment value is held automatically on expiry of a period specified by the delay timer.
Fulfillment of the above condition activates self triggering, which updates the judgment value. Until that time,
the output continues to be held.

HIGH setting value

LOW setting value
Self trigger level

TRIG
TRIG display(No effect)(LightOFF)

HOLD display
Judgment output■ NoteAn indefinite state is held on occurrence of any of the following:
The power is turned ON
The reset input is ON
A sensor head disconnection error or upthrust error (alarm) is canceled
If the input value falls below the self trigger level before the time set by the delay timer has elapsed,the controller enters an alarm state. (In the case of the self trigger edge direction being set to UP)

6- 26

Note that, with this type of self sample hold, the judgment output is not the same as the judgment
value. After the input value exceeds the specified self trigger level (in the case of the self trigger
edge direction being UP), the judgment output is all OFF during the time set by the delay timer.
When self sample hold is selected, external trigger input has no effect.

■ Operation procedure

Long press
for 2 sCancelSelectSelectCancelShift between
digitsChange numericalvaluesSelectCancelSelectCancelCancelSelectShift between
digitsCommit6- 27

Change numericalvalues6-2-1-6 Self Peak Hold/Self Bottom Hold
Parameter name

Setting value
Selects a hold mode.
S-H (Sample hold)
P-H / B-H / P-P / P-P/2
NG-H (NG hold)
SLF.S-H (Self sample hold)
SLF.P-H (Self peak hold)
SLF.B-H (Self bottom hold)Measurement mode (MEAS)

Remarks[Default: S-H]

Trigger mode (TRG)

Selects the external trigger input behavior.
HOLD (Hold) / 1SHOT (One shot)

Self trigger level(SLF.LV)

Sets the reference level for the hold function using the self
(internal) trigger.
−199.9999 to 199.9999[Default: 0.500]

Self trigger edge direction(SLF.EDG)

Sets the edge direction for measurement of the hold value using
the self trigger level.
UP (Rise) / DOWN (Fall)[Default: UP][Default: HOLD]■ Self peak hold (Trigger mode: Hold)
After the input value exceeds or falls below the specified self trigger level (depending on the specified self
trigger edge direction), constant updating of the peak value is performed automatically.
When the input value exceeds or falls below the specified self trigger level once again (depending on thespecified self trigger edge direction), the peak value is cleared, and the device returns to its state ofperforming constant updates.

HIGH setting value

LOW setting value
Self trigger level
TRIG(No effect)

TRIG display(LightOFF)

HOLD display
Judgment output■ NoteAn indefinite state is held on occurrence of the following:
The power is turned ON
The reset input is ON
A sensor head disconnection error or upthrust error (alarm) is canceled
In this type of self peak hold, the judgment output is the same as the judgment value.
(However, please note that there are some measurement modes for which this is not the case.)
When self peak hold is selected, external trigger input has no effect.

6- 28

■ Self peak hold (Trigger mode: One shot)
After the input value exceeds or falls below the specified self trigger level (depending on the specified self
trigger edge direction), constant updating of the peak value is performed automatically. However, this is aninternal process, and does not appear on the display or as the judgment output.
After the input value falls below or exceeds the specified self trigger level (in accordance with the opposite of
the specified self trigger edge direction), the hold value is updated to the internally updated peak value.

HIGH setting value

LOW setting value
Self trigger level
TRIG
TRIG display(No effect)(LightOFF)

HOLD display
Judgment output■ NoteAn indefinite state is held on occurrence of the following:
The power is turned ON
The reset input is ON
A sensor head disconnection error or upthrust error (alarm) is canceled
In this type of self peak hold, the judgment output is the same as the judgment value.
(However, please note that there are some measurement modes for which this is not the case.)
When self peak hold is selected, external trigger input has no effect.

■ Related information
In self bottom hold, the relevant value is held for each measurement mode in a similar manner.

6- 29

■ Operation procedure

Long press
for 2 sCancelSelectSelectCancelSelectCancelShift between
digitsSelectCommit6- 30

Change numericalvaluesCancel6-2-2 All Input
Parameter name

Setting value

Remarks

When a trigger is input to a master unit, the signal can be input toall connected slave units simultaneously.
ONE (Single) / ALL (All)[Default: ONE]All input (ALL IN)

When the trigger or preset inputs into all of the master and slave units which are connected together share thesame timing, the trigger/preset inputs into the master unit can be set to be input into all of the slave units.
This allows the amount of wiring in the system to be reduced.

■ Operation procedure

Long press
for 2 sSelectCancelCommit■ NoteInput all can only be set for a master unit to which slave units are connected.

6- 31

6-2-3 External Input
Parameter name

Setting value
For input 1/input 2/input 3 of external inputs, selects one of four
input signal types.
P/R/T (Preset/Reset/Trigger)
BANK/P (Bank A/B/Preset)
BANK/R (Bank A/B/Reset)
BANK/T (Bank A/B/Trigger)[Default: P/R/T]

External input (EXT.IN)

External input
P/R/T [Default]

Remarks

Input 1

Input 2

Input 3PresetReset

Trigger

BANK/P

Preset

BANK/R

Bank ABank B

BANK/T

Reset
Trigger■ Operation procedure

Long press
for 2 sCancelSelectCommit■ NoteThe ON and OFF times of the preset, reset, and bank inputs must be at least 20 ms.
Banks A and B have to be turned ON in order to select Bank 3. The rising delay time for Banks A
and B must be 8 ms or shorter.
If the Select bank storage parameter is set to ALL, the OFF time of Banks A and B must be atleast 50 ms.
The ON and OFF times of trigger input must be at least 2 ms.

■ Related information
For details of the input/output circuit, refer to "7-1-1 Input/Output Circuit."
For details of all input, refer to the preceding section.

6- 32

6-2-4 External Output
Parameter name

Setting value

Remarks

For output 1/output 2/output 3 of external outputs, selects one offour output signal types.
3VAL (HI, GO, LO)
2VAL (HIorLO, INRANGE, ALARM)LOGIC (LOGIC, ALARM)LOGIC2 (ALLGO, GO, ALARM)[Default: 3VAL]

External output (EXT.OUT)

Details of outputs are as follows:

3VAL [Default]

2VAL

LOGIC

LOGIC2LOW
judgmentGO
judgment

HIGH
judgment

Alarm

OUT1

HIGH

OFF

OFF

ON

ON

OUT2

GO

OFF

ON

OFF

OFF

OUT3

LOW

ON

OFF

OFF

ON

OUT1

Out of range

ON

OFF

ON

OUT2

GO

OFF

ON

OFF

OUT3

Alarm

ON

ON

ON

OUT1

Judgment 1

ON

OFF

ON

OUT2

Judgment 2

OFF

ON

ON

OUT3

Alarm

ON

ON

ON

OUT1

ALL GO(all connected)

OFF

ON

OFF

OUT2

GO (master unit)

OFF

ON

OFF

OUT3

Alarm (connected)

ON

ON

ON

OFF

OFF

OFF

■ Operation procedure

Long press
for 2 sCancelSelectCommit■ NoteWhen any one of 2VAL/LOGIC/LOGIC2 is set, the alarm output (OUT3) is ON for normal operation,
and OFF when an alarm is active.
6- 33

■ Related information
For details of the input/output circuit, refer to "7-1-1 Input/Output Circuit."
For details of setting output behavior, refer to "6-1-12 Output Behavior (OUTPUT)."

6- 34

6-2-5 Display Digits
Parameter name
Display digits (DIGIT)

Setting value

Remarks

Changes the number of digits shown after the decimal point on
the digital display.
0.1 / 0.01 / 0.001 / 0.0001[Default: 0.0001]■ Operation procedure

Long press
for 2 sSelectCancelSelectCommit■ NoteIndependent of the number of digits, numbers are displayed right-aligned.
Setting the number of digits only affects the display of normal measurement (NORM.V), LOW
setting, HIGH setting, sensor head measurement, calculation, and judgment (JUDGE.V) values.
Judgment output does not affect changes in the number of displayed digits.

6- 35

6-2-6 Analog Output Settings
6-2-6-1 Analog Scaling
Parameter name
Analog scaling (ANALOG)

Setting value

Remarks

For analog output, sets the upper and lower limits corresponding
to judgment value (JUDGE.V) converted to current (4 to 20 mA).
DEFALT (Default) / FREE (Free)[Default: DEFALT]

If set to DEFALT, the lower limit is fixed at 0.0000, and the output is 4 mA.
The upper limit is fixed at a specific value that depends on sensor head type, and the output is 20 mA.
When the judgment value is equal to or less than the lower limit, the output is 4 mA, and when it is equal to or
greater than the upper limit, the output is 20 mA.

■ Operation procedure

Long press
for 2 sSelectCommit■ Note
The analog output is specified as follows:
Resolution: 0.3 µA
Output during error: 0 mA
Linearity: ±0.25% F.S.
Maximum load impedance: 250 Ω MAX

6- 36

Cancel6-2-6-2 Scaling Upper Limit/Scaling Lower Limit
Parameter name

Setting value

Remarks

Scaling upper limit (ANA.HI)

This can be set only when analog scaling is set to FREE.
It sets the judgment value that outputs a current of 20 mA−199.9999 to 199.9999 (mm)[Default: 10.0000]

Scaling lower limit (ANA.LO)

This can be set only when analog scaling is set to FREE.
It sets the judgment value that outputs a current of 4 mA.
−199.9999 to 199.9999 (mm)[Default: 0.0000]■ Operation procedure
Setting the scaling upper limit

Long press
for 2 sSelectCancelShift between
digitsChange numericalvaluesCommitSetting the scaling lower limit

Long press
for 2 sSelectCancelShift between
digitsCommit6- 37

Change numericalvalues6-2-7 Eco Mode
Parameter nameEco mode (ECO)

Setting value

Remarks

Saves energy by turning off the backlight of the controller display
when the screen is not being used.
ON / OFF[Default: OFF]If eco mode is set to ON, the screen backlight is turned OFF if no keys operations are performed for 30
seconds.
When the screen backlight is OFF, pressing any key turns it ON again.

■ Operation procedure

Long press
for 2 sSelectCommit■ NoteIf an error occurs while the screen backlight is OFF, it turns back ON.
The backlight never turns OFF while an error is being displayed.

6- 38

Cancel6-2-8 Alarm Settings
Parameter name

Setting value

Remarks

Alarm delay time (DELAY)

Sets the delay time (changeable in 1 ms increments) from thetime the sensor head comes into upthrust position to the time thealarm activates.
1 to 1,000[Default: 1,000]

Upthrust check(PRS.CHK)

Sets the upthrust check ON/OFF.
ON / OFF

Upthrust check setting value(PRS.SET)

Sets the threshold level of the upthrust check.
−199.9999 to 199.9999 (mm)[Default: 10.0000]

Catching check(CAT.CHK)

Sets the catching check ON/OFF.
ON / OFF

Number of connected units check(PRS.CHK)

If controllers are connected, this performs a check when the
power is turned ON confirming that the number of connected units
has not changed.
ON / OFF[Default: OFF][Default: ON][Default: OFF]

Upthrust"Upthrust" indicates a state in which the spindle has been pushed in too much. Upthrust can cause damage tothe sensor head. If the upthrust check is set to ON, an alarm is output before upthrust occurs, protecting thesensor head from damage.

6- 39

6-2-8-1 Alarm Delay TimeParameter name

Alarm delay time (DELAY)

Setting value

Remarks

Sets the delay time (changeable in 1 ms increments) from thetime the sensor head comes into upthrust position to the time thealarm activates.
1 to 1,000[Default: 1,000]

Can be set such that a momentary upthrust will not activate the alarm.

■ Operation procedure

Long press
for 2 sSelectCancelShift between
digitsChange numericalvaluesCommit6-2-8-2 Upthrust Check
Parameter name
Upthrust check(PRS.CHK)

Setting value

Remarks

Sets the upthrust check ON/OFF.
ON / OFF[Default: ON]

SelectCancel■ Operation procedure
Long press
for 2 sCommit

6- 40

6-2-8-3 Upthrust Check Setting Value
Parameter name
Upthrust check setting value(PRS.SET)

Setting value

Remarks

Sets the threshold level of the upthrust check.
−199.9999 to 199.9999 (mm)[Default: 10.0000]■ Operation procedure

Long press
for 2 sSelectCancelShift between
digitsCommit6- 41

Change numericalvalues6-2-8-4 Catching Check
Parameter nameCatching check(CAT.CHK)

Setting value
Sets the catching check ON/OFF.
ON / OFF

Remarks[Default: OFF]If, due to aging, spindle movement becomes poor and the spindle does not return to the correct position, thenaccurate measurement cannot be performed. The catching check function detects failure of the spindle toreturn correctly.
This function checks for complete extension of the spindle while the trigger input is ON by detecting whether
the normal measurement value (NORM.V) falls below the LOW setting value.
If the normal measurement value has not fallen below the LOW setting value whilst the trigger input is ON, an
alarm is activated.
The alarm can also be set not to activate.

HIGH setting value

LOW setting value

TRIG

Judgment output

Alarm■ Operation procedure

Long press
for 2 sSelectCancelCommit■ NoteThis function can be used only when the measurement mode is set such that external trigger input
has an effect, as described in "6-2-1 Hold Settings."
6- 42

6-2-8-5 Number of Connected Units Check (Master Unit Only)
Parameter name
Number of connected units check(PRS.CHK)

Setting value

Remarks

If controllers are connected, this performs a check when the
power is turned ON confirming that the number of connected units
has not changed.
ON / OFF[Default: OFF]The number of connected controller units is checked and, if that number has changed, an error is output.
If the number is larger or smaller than that when this parameter was set to ON, an error is output.
When changing the number of connected controller units, set this parameter to OFF, change the number ofunits, and then set the parameter to ON again.

■ Operation procedure

Long press
for 2 sSelectCommit■ NoteThe number of connected units check can only be set on master units.

6- 43

Cancel6-3 Calculation Settings (Master Unit Only)
6-3-1 Calculation Mode
Parameter name

Setting value

Remarks

Calculation mode (MODE)

This mode carries out calculations using measurements fromeach connected controller, and outputs the judgment results on
the master unit display and from the master unit.
CALC (Calculates) / NOCALC (Does not calculate)[Default: NOCALC]

Select calculation app (APPLI)The Select calculation app can be set when calculation mode is
set to CALC.
This selects the application used for the calculation.
MAX (Maximum)
MIN (Minimum)
FLAT (Flatness)
AVERAG (Average)
STAND (Difference from standard)
TORSIN (Torsion)
CURVEA (Curvature)
THICK (Thickness)[Default: MAX]

■ Operation procedure

Long press
for 2 sSelectSelectCommitCancelCommit6- 44

■ Calculation app
Application

Maximum
value
(MAX)

Minimum
value
(MIN)

Flatness(FLAT)

Function

Remarks

The calculation value is the maximum valueof the measurements from all the connected
controllers.

Maximumvalue

One ormoreunits[Calculation value] = [Maximum value]

The calculation value is the minimum value ofthe measurements from all the connected
controllers.

Minimumvalue

One ormoreunits[Calculation value] = [Minimum value]

The calculation value is the difference
between the maximum and minimum values ofthe measurements from all the connected
controllers.

Maximum
value

Minimumvalue

One ormoreunits[Calculation value] = [Maximum value] −[Minimum value]

Average(AVERAG)

The calculation value is obtained by dividing thesum of the measurements from all theconnected controllers by the number of units.

One ormoreunits[Calculation value] = ([Master] + [Slave 1] + ... +[Slave n]) / (1 + n)

Difference
fromstandard(STAND)

Torsion(TORSIN)

Calculations are performed on themeasurement value from the master and thatfrom each connected slave.
Each calculation value is obtained bysubtracting the master unit measurement
value from that from each slave unit. Eachslave unit outputs a calculation value.
[Calculation value] = [Slave n] − [Master]

MasterSlave 1

Slave 2

One ormore
units

Reference

Measurements from four points are used to
calculate level of torsion. The calculation
value is the result of this calculation.

Slave 1MasterSlave 3

Slave 2

Three
units

[Calculation value] = ([Master] − [Slave 1]) −([Slave 2] − [Slave 3])

Curvature(CURVEA)

Measurements from three points are used to
calculate level of curvature. The calculation
value is the result of this calculation.

MasterSlave 2
Slave 1

Twounits

[Calculation value] = ([Master] + [Slave 2]) / 2 −[Slave 1]

Thickness(THICK)The object to be measured is placed between thesensor heads of the master and slave units, and themeasurements obtained from these are summed togive the calculation value.
[Calculation value] = [Master] + [Slave 1]

6- 45

MasterSlave 1

One unit

6-4 Copy Settings
6-4-1 Select Individual Items to Be Copied (Master Unit Only)
Parameter name

Setting value
Items to be copied are selected individually.
YES / NO

Copy select (CPY.SEL)

Remarks[Default: YES]

The settings on the master unit can be copied to the slave units that are connected to it.
Each item to be copied can be selected individually, or all settings can be selected together.
If the Execute copy parameter CPY.EXE is set to YES, pressing the ENTER key executes copying.
Slave units are provided with a function that prevents copying from a master unit.

■ Items that can be copied
Setting

Item
HIGH setting value (HI.SET)LOW setting value (LO.SET)
Hysteresis (HYSTER)
Teaching type (TEACH)
Tolerance <±> (TOL<±>)
Preset value (PR.VAL)
Select preset data (PR.OBJ)
Preset save (PR.SAVE)
Measurement direction (DIRECT)
Lever ratio (LEVER)
Response time (SPEED)
Output behavior (OUTPUT)
Hold settings (HOLD)
External input (EXT.IN)
External output (EXT.OUT)
Display digits (DIGIT)
Eco mode (ECO)
Alarm settings (ALARM)

Basic settings

Detailed settings■ Operation procedure

Long press
for 2 sBasic settings (total of 12 items)

Change6- 46

Detailed settings (total of 6 items)

■ NoteThe other items are set to YES/NO using the same kind of operation procedure as that for
HI.SET.
Only the current settings are copied. The settings stored in banks cannot be copied.
When setting the basic settings (BASIC) and detailed settings (ADVANC) items, the preset key
can be used to select or deselect individual items for copying.

6-4-1 Select All Items to Be Copied (Master Unit Only)
Parameter name

Setting value
Selects all items for copying.
YES / NO

Select all items to be copied(CHK.ALL)

Remarks[Default: YES]

■ Operation procedure

Long press
for 2 sCancelSelectCommit■ NoteEven with NO (do not execute) selected in Select individual items to be copied, selecting items as
being subject to copying will not exclude them from being copied.

6- 47

6-4-2 Execute Copy (Master Unit Only)
Parameter name

Setting value

Remarks

The master unit copies the items selected for copying (individually
selected or all items) to the slave units.
YES / NO
[Default: YES]

Execute copy (CPY.EXE)

When copy is executed, the master and slave units show NOW on digital display SUB (green), and COPY on
digital display MAIN (white).
When copying has finished, the master unit (only) displays OK.

■ Operation procedure

Long press
for 2 sCancelSelectCommit6-4-3 Copy Lock (Slave Units Only)
Parameter name

Setting value

Copy lock (LOCK)(Slave units only)

Prevents copying from the master unit.
ON / OFF■ Operation procedure

Long press
for 2 sCancelSelectCommit6- 48

Remarks[Default: OFF]

6-5 Bank Settings
Parameter name

Select bank storage (BNK.DAT)

Setting value

Remarks

Selects the settings to be read out from those stored in a bank.
ALL (All)THRS (HIGH setting value, LOW setting value)
THRS.PR (HIGH setting value, LOW setting value, Preset value)[Default: ALL]

Banks are storage areas. The settings in banks are not reflected on displays or in judgment values.
For this to happen, the relevant settings must be read out and placed in the work area.
Banks can only be overwritten by storing current work area settings inside them.

■ Operation procedure

Long press
for 2 sCancelSelectCommit■ NoteThe settings read out from banks are retained after the power is turned OFF.

■ Related information
For settings relating to writing and reading-out, refer to "5-6 Bank Mode."

6- 49

6-6 Calibration Settings
Parameter nameCalibration select (CAL.SEL)

Setting value

Remarks

When a sensor head is replaced, carrying out zero and span
adjustment reduces the errors existing at installation time.
DEFAUL (Default) / USER (Set by user)[Default: DEFAUL](1) Measure zero
point.

(2) Measure target
point.

(3) Enter theoretical value of spanusing numeric input.

Target point
Span
Zero point■ Operation procedure

Long press
for 2 sSelectCancelCommitSelect<(1) Register zero point.>

Commit<(2) Register target point>

Commit<(3) Input theoretical value>

Shift between
digitsChange numericalvaluesCommitAutomatic■ NoteCalibration cannot be executed in the following cases. If they occur, an ERROR is shown on digital
display MAIN (white).
The span and measurement values have different signs. (The target value and detected value
are opposite in sign.)
Relative to the span at time of shipment, span adjustment gives an adjustment ratio greaterthan two.
The measurement value is indefinite. ("------" is displayed.)
The measurement value is out of measurement range. (+OVER or −OVER is displayed.)
6- 50

6-7 Resetting
Parameter nameReset (RESET)

Setting value
This resets all controller settings to the factory defaults.
YES / NO

■ Operation procedure

Long press
for 2 sSelectCommitAutomatic

Automatic■ NoteResetting does not alter the settings stored in banks.
Calibration settings are not reset.

6- 51

Remarks

6-8 MaintenanceParameter name

Setting value

Remarks

Total stroke work history (SUM .REC)

Displays in meters the accumulated distance that the spindle has
moved.

Maximum peak value (MAX. VAL)

Displays the maximum peak value reached during operation.

Maximum peak value history(MAX. REC)

Displays in meters the accumulated distance that the spindle had
moved when the maximum peak value was reached.

Overstroke history(OVR. NUM)

Displays a history of the number of strokes exceeding the
maximum stroke.

Displays information such as sensor head operational history.

■ Operation procedure

Long press
for 2 sSelectTotal stroke work history

Maximum peak value

6- 52

Maximum peak value history

Overstroke history

7. External Input/Output
7-1 Interface
7-1-1 Input/Output Circuit■ SA-SD1AP, SA-SD1AP-P
Color

SignalI/O

Remarks

Brown

+V

−

Black

Output 1

OUT

White

Output 2

OUT

Black/grayOutput 3

OUT

Pink

External input 1

IN

VioletExternal input 2

IN

Pink/violet

External input 3

IN

Blue

0V

−

Ground for power supply

Gray

Analog output

OUT

Current output (4 to 20 mA)

ShieldAnalog ground−

24 VDC

Refer to "6-2-4 External Output."

Refer to "6-2-3 External Input."

Note 1: Use shielded wires for analog outputs.

■ SA-SD1AC, SA-SD1AC-P
Color

SignalI/O

Black

Output 1

OUT

White

Output 2

OUT

Black/grayOutput 3

OUT

Pink

External input 1

IN

VioletExternal input 2

IN

Pink/violet

External input 3

IN

Gray

Analog output

OUT

ShieldAnalog ground−

Remarks

Refer to "6-2-4 External Output."

Refer to "6-2-3 External Input."

Current output (4 to 20 mA)

Note 1: Use shielded wires for analog outputs.

■ SA-SD1C, SA-SD1C-P
Color

SignalI/O

Black

Output 1

OUT

White

Output 2

OUT

Black/grayOutput 3

OUT

Pink

External input 1

IN

VioletExternal input 2

IN

Pink/violet

External input 3

IN

Remarks

Refer to "6-2-4 External Output."

Refer to "6-2-3 External Input."

Note 1: Power is supplied through master unit connectors.

7- 1

■ NPN output type
(Brown) +V (Note 1)(Black) Output 1

Load
Load

(White) Output 2
Load(Black/gray) Output 3

Main circuit+
24 VDC ±10%

(Pink) External input 1−(Violet) External input 2(Pink/violet) External input 3

∗S1
∗S1

∗S1

(Blue) 0 V (Note 1)(Gray) Analog current output (4 to 20 mA) (Note 2)(Shield) Analog ground (Note 2) (Note 3)

Load
250 Ω MAX

∗S1: Non-voltage contact or NPN open-collector transistor■ PNP output type
(Brown) +V (Note 1)∗S2(Pink) External input 1

∗S2
∗S2

(Violet) External input 2(Pink/violet) External input 3
Main circuit+
24 VDC ±10%−

(Black) Output 1(White) Output 2
Load(Black/gray) Output 3

Load
Load

(Gray) Analog current output (4 to 20 mA) (Note 2)(Shield) Analog ground (Note 2) (Note 3)

Load
250 Ω MAX

∗S2: Non-voltage contact or PNP open-collector transistor
7- 2Note 1:

Only master units are equipped with +V and 0 V. Power is supplied to slave units throughconnectors.

Note 2:

Only SA-SD1A model is equipped with an analog current output terminal and a grounding
terminal for analog signals.

Note 3:Use shielded wires for analog outputs.

■ NoteAll of the output terminals are equipped with short-circuit protection. If any of Outputs 1 to 3
short-circuit, all output terminals are temporarily turned OFF. If the short-circuit is removed, thecircuit recovers automatically.

7- 3

7-2-3 Minimum Input TimeThe minimum input time depends on input signal type.

■ Preset input
PresetMin 20 ms

Min 20 ms

Release preset
Min 1.5 s■ Reset input
Min 20 ms

Min 20 ms■ Trigger input
Min 2 ms

Min 2 ms

■ Bank A/B input
Bank

Bank 1

Bank AMin 20 ms

Bank 3

Min 20 ms (∗1)

Max 8 ms(∗2)

Bank B∗1: If the Select bank storage parameter is set to ALL, this is at least 50 ms.
∗2: If 8 ms or more has elapsed, Bank 3 may be read out after Bank 1 has been read out.

7- 4

8. Troubleshooting
8-1 Errors
If an error occurs during operation, an error No. is displayed, as shown in the table below.
No.
E100

Cause

Solution

Both NPN and PNP output types areconnected.

Connect only the same output type.

Too many units are connected.

Up to 15 slave units can be connected to one master
unit.

Controllers cannot communicate with eachother.

Turn the power OFF. Check that the controllers arecorrectly connected, and then turn the power ON
again.

E140

The calculation function is set to ON with noslave units connected.

Set the calculation mode to OFF.

E150

With the calculation function in effect, notenough slave units are connected.

Set the calculation mode to OFF, or change thecalculation app selection setting.

E160

The number of connected units differs from thestored number of connected units.

Set the Number of connected units check function to
OFF.

E110
E120
E130

E200

Check that all the sensor heads are connected
correctly.
Check that none of the sensor head cables arebroken. If a sensor head cable is broken, replace
it with a new one.
Replace the failed sensor head with a new one.

A sensor head is not connected.
A sensor head cable is broken.
A sensor head has failed.

E210

A sensor head has undergone an upward thrust
outside the specified stroke range.

Check the sensor head installation and work positions,and adjust them such that the stroke is within thespecified range.

An external input cannot perform a preset.

Check that the preset was not attempted immediately
after the power was turned ON or immediately after areset was input. Check that the display upper or lower
limits are not exceeded and that the alarm is not
activated.

E500

E600
E610

Writing or reading of EEPROM has failed.
The number of overwrites of the EEPROM
has exceeded its limit of one million.

E620
E700

Turn the power OFF and ON again, and thenreset the controller while in setting mode.
If the above procedure is ineffective, the numberof overwrites of the EEPROM may haveexceeded one million. Replace the controller witha new one.

A short-circuit of the detection output load has
caused an overcurrent.

Turn the power OFF, and then check the load.

An internal error has occurred in a controller.

Turn the power OFF and ON again, and then reset thecontroller while in setting mode.

E900
E910
E911
E912
E920

8- 1

8-2 What to Do If a Problem Occurs

ProblemPlease perform these checks

Power does not turn ON.

Is the power supply connected correctly?
Is power being supplied correctly?
Has the power been connected with the polarity (+/−) reversed?
Is the power voltage correct?
Is the current capacity sufficient?

The measurement remains
unchanged.

Is a hold signal being input?
When a hold signal is being input, "HOLD" is displayed in the lower rightcorner of the display.
Turn the power OFF, and then disconnect and re-connect the detector.

Measurements areinaccurate.

Is the detector installed securely, with no play?
Is the measurement terminal loose?
Is the detector being subjected to any excessive vibration or impacts?
For example, when a detector is put on a guide rail and moved up anddown using an air cylinder, the impact sustained from a strong collision withthe mechanical stopper at the upper end (back clearance side) may cause
erroneous counting. Install a shock absorber or other means of softening
the impact, reduce the air cylinder operation speed, or take otherappropriate measures.
Is the spindle moving up and down correctly?
If the spindle is tightened excessively during installation, spindle operation
may be affected.

Pressing keys has noeffect.

Is the key lock in operation?
To unlock keys, refer to "5-9 Releasing Key Lock."

8- 2

9. Specifications
9-1 Specifications
Master unit

Type

Model

Slave unit

High performance type

Standard type

NPN

SA-SD1AP

SA-SD1AC

SA-SD1CPNP

SA-SD1AP-P

SA-SD1AC-P

SA-SD1C-P

Number of connectable
units

Up to 15 slave units to one master unit

Power voltage

24 VDC ±10% Including ripple of 0.5 V (P-P)

Current consumption(Note 2)70 mA or less (when connected to sensor heads)

Control output

Analog current output(Note 3)

OutputShort-circuit
protection[NPN output type]
NPN open-collector transistor
Maximum inflow current: 50 mA (Note 4)
Applied voltage: 30 VDC or lower (output – 0 V)
Residual voltage: 1.5 V or lower (at inflow current: 50 mA)
Leakage current: 0.1 mA or less
[PNP output type]PNP open-collector transistor• Maximum outflow current: 50 mA (Note 4)• Applied voltage: 30 VDC or lower (output – +V)• Residual voltage: 1.5 V or lower (at outflow current: 50 mA)• Leakage current: 0.1 mA or less

NO/NC

Alarm output

Open when alarm activated

Input

Output 1/Output 2/Output 3 can be switched between "HI/GO/LO," "HIor LO/IN RANGE/ALARM," and "LO/HI/ALARM."[NPN output type]Non-contact input or NPN open-collector transistor• Input condition:
Ineffective (+8 V to +VDC or open)
Effective (0 to +1.2 VDC)
• Input impedance:
Approx. 10 kΩ[PNP output type]Non-contact input or PNP open-collector transistor• Input condition:
Ineffective (0 to +0.6 VDC or open)
Effective (+4 V to +VDC)• Input impedance: Approx. 10 kΩ

Trigger input

Input duration: 2 ms or longer (ON)

Preset input

Input duration: 20 ms or longer (ON)Reset input

Input duration: 20 ms or longer (ON)Bank input A/B

Input duration: 20 ms or longer (ON)

External input

SA-SDNC――

Incorporated (automatic recovery)

Judgment output

External output

External input

Current output range: 4 to 20 mA F.S.
(Default)
Output during error: 0 mA
Linearity: ±0.25% F.S.
Load impedance: 250 Ω MAX.

Wire saving type

Input 1/Input 2/Input 3 can be switched between "Preset/Reset/Trigger"and "Bank input A/Bank input B/Selection (Preset, Reset, or Trigger)."

9- 1

―

―

―

Master unit

Type

Model

Slave unit

High performance type

Standard type

NPN

SA-SD1AP

SA-SD1AC

SA-SD1CPNP

SA-SD1AP-P

SA-SD1AC-P

SA-SD1C-P

Wire saving type
SA-SDNC

Response time

Switchable between 3 ms, 5 ms, 10 ms, 100 ms, 500 ms, and 1,000 ms

Output 1 indicator lamp

Orange LED (Lit when Output 1 is ON)

Output 2 indicator lamp

Orange LED (Lit when Output 2 is ON)

Output 3 indicator lamp

Orange LED (Lit when Output 3 is ON)

Input indicator lamp

White LED (Lit when Input is ON)

Preset indicator lamp

Green LED (Lit during preset)
Circle meter: Orange/green LCD; Copy check mark: Orange LCD
Digital display MAIN: White LCD; Digital display SUB: Green LCD
Guide mark arrow keys: White LCD; Guide mark ENT: White LCD
Status mark TRIG: White LCD; Status mark HOLD: White LCD
Status mark CALC: White LCD

Display

Display resolution

0.1 µm

Display range−199.9999 to 199.9999 mmProtection standard

IP40 (IEC)

Pollution level2

Operating ambient
temperature−10 to 50°C (provided there is no condensation or freezing) (Note 4);
During storage: −20 to +60°C

Operating ambient
humidity

35 to 85% RH; During storage: 35 to 85% RH

Operating altitude2,000 m or less (Note 5)

Insulation resistance

20 MΩ or higher with 250-VDC megger tester (across whole charged section and case)Withstanding voltage

1,000 VAC for one minute (across whole charged section and case)

Resistance to vibration

10 to 150 Hz, 0.75 mm double amplitude for two hours in each of X, Y, and Z directions

Resistance to impact

98 m/s2 (approx. 10 G), five times in each of X, Y, and Z directions

Materials

Case: polycarbonate; Cover: polycarbonate; Switches: polyacetal

CablesIncludes 0.2-mm22-core brown and blue
lead wires, and 2-m
length 0.15-mm2
7-core composite
cable

Includes 2-m length0.15-mm2 7-corecomposite cable

Includes 2-m length0.15-mm2 6-corecomposite cable―

Mass (main body only)

Approx. 140 g

Approx. 140 g

Approx. 130 g

Approx. 60 g

Standards applied

EMC Directive

Note 1:

If not otherwise specified, measurement conditions are as follows: power supply voltage:+24 VDC; operating ambient temperature: +20°C.

Note 2:Current consumption does not include analog current output.

Note 3:

Stated linearity is for digital measurement value, with F.S. = 16 mA.

Note 4:

When slave units are connected to the master unit, the maximum inflow/outflow current of thecontrol output and the operating ambient temperature depends on the number of slave units
connected, as shown in the following table.

Number of slave units connected

Maximum inflow/outflow
current of control output

1 to 7 units

20 mA

8 to 15 units

10 mA

Operating ambient temperature−10 to +45°C

Note 5:

Do not use controllers under a pressure higher than atmospheric pressure at altitude 0 m.

9- 2

9-2 Outline Dimensional Drawings
SA-SD1AP and SA-SD1AP-P

15 mm or more

20 mm or more

Compliant with 35-mm
width DIN rail
R 30 mm or
more

R 30 mm or
more

SA-SD1AC, SA-SD1AC-P, SA-SD1C, and SA-SD1C-P

20 mm or more

15 mm or more

Compliant with 35-mm
width DIN rail
R 30 mm or
more

R 30 mm or
more

SA-SDNC

15 mm or more

Compliant with 35-mm
width DIN rail
R 30 mm or more

9- 3

Certificate of Quality Approval

This product is certified to be in compliance with thecompany standards of Citizen Finedevice.
CITIZEN FINEDEVICE CO., LTD.
6663-2, Funatsu, Fujikawaguchiko-machi, Minamitsuru-gun, Yamanashi 401-0395
TEL: 0555-22-1141 FAX: 0555-23-2106
URL: http://cfd.citizen.co.jp

9- 4

CITIZEN FINEDEVICE CO., LTD.
6663-2, Funatsu, Fujikawaguchiko-machi, Minamitsuru-gun, Yamanashi 401-0395
TEL: 0555-22-1141

FAX: 0555-23-2106

U4M0060(2)