PT2E-2920

SDWL-1 Series
DTM Operating Manual

2-7-6 Azusawa, Itabashi-ku, Tokyo 174- 8744, Japan
Website: https://www.rikenkeiki.co.jp/

Contents
1． Introduction..................................................................................... 4
2． Supported FDT Frame Applications ..................................................... 4
3． PC Operating Environment................................................................. 5
4． DTM Installation Procedure ................................................................ 5
5． Launching the DTM from Each FDT Frame Application ........................... 6
5-1． FieldMate Lite operating procedures .............................................. 75-1-1． Confirming DTM registration .................................................. 75-1-2． Launching online .................................................................. 95-1-3． Launching offline ................................................................ 165-2． PACTware operating procedures ................................................. 175-2-1． Confirming DTM registration ................................................ 175-2-2． Launching online ................................................................ 205-2-3． Launching offline ................................................................ 275-3． fdtCONTAINER operating procedures .......................................... 285-3-1． Confirming DTM registration ................................................ 285-3-2． Launching online ................................................................ 295-3-3． Launching offline ................................................................ 37
6． Parameter Checking and Setting Procedures ...................................... 386-1． Parameter checking procedure ................................................... 386-2． Online parameter setting procedure ............................................ 396-3． Offline parameter batch setting procedure ................................... 426-3-1． FieldMate operating procedure ............................................. 426-3-2． PACTware operating procedure ............................................ 45
6-3-3． fdtCONTAINER operating procedure ...................................... 47
7． Parameter List ............................................................................... 49
7-1． UAPMO (User Application Process Management Object) ................. 50
7-1-1． Information menu .............................................................. 50
7-1-2． Diag (Diagnostic) Status menu ............................................. 51
7-1-3． Battery Health menu ........................................................... 56
7-2． CO (Concentrator Object) .......................................................... 57
7-3． TB (Transducer Block) .............................................................. 59
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7-4． Concentration .......................................................................... 60
7-4-1． Concentration menu ........................................................... 60
7-4-2． Trend menu ....................................................................... 61
7-5． RIKEN Status ........................................................................... 62
7-6． Battery.................................................................................... 63
7-6-1． Battery menu ..................................................................... 63
7-6-2． Trend menu ....................................................................... 64
7-7． SDWL-1 Maintenance ................................................................ 657-7-1． Main Menu ......................................................................... 65
7-7-2． Detector Info. menu ........................................................... 66
7-7-3． Gas Info. menu .................................................................. 68
7-7-4． Alarm Test menu ................................................................ 69
7-7-5． Settings menu .................................................................... 71
7-7-6． Calibration menu ................................................................ 73
8． DTM Upgrade Procedure.................................................................. 76
9． DTM Uninstall Procedure ................................................................. 76
10． Precautions .................................................................................. 76

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1．Introduction
This manual describes how to use the DTM (Device Type Manager) for the SDWL-1 anddetector parameters. It provides information essential to correct use of the DTM.

The following actions are prohibited for the DTM:
(1)

Modifications or repairs(2)Disassembly or analysis(3)

Any form of analysis, including reverse assembly and reverse compilation(4)

Transfer or resale or provision as collateral to third parties(5)

Use by third parties regardless of conditions, such as loan and reuse permission

The contents of this manual are subject to change without notice to allow productimprovements. Any duplication or reproduction of this manual without permission isprohibited, whether in whole or in part. Riken Keiki accepts no liability for accidents or
damage resulting from use of the product, whether within or outside the warranty
period.
Review the warranty policy indicated on the warranty.

2．Supported FDT Frame Applications
The DTM complies with FDT 1.2 and supports operations with the following FDT frame
applications:・FieldMate Lite Edition 3.02

・

PACTware 5.0

・

fdtCONTAINER 4.2* FDT (Field Device Tool) is a technology for connecting and setting field devices.
The FDT frame application allows the DTM (Device Type Manager) provided by the device
manufacturer to communicate with field devices.

4/76⑫ The SDWL-1 with the device tag edited is added to the tree menu on the left sideof the main window. Right-click, then select “Connect” to connect to the SDWL-1.
(Figure 5-50)

Figure 5-50 Connecting to SDWL-1⑬ Right-click the SDWL-1 (tag name) in the tree menu on the left side of the main
window, then select “Set Online Parameter”. (Figure 5-51)

Figure 5-51 Selecting “Set Online Parameter” menu

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⑭ Once the DTM is launched, the window shown in Figure 5-52 below is displayed,and parameter loading starts. Parameters can then be checked and configured.

Figure 5-52 Online window

36/767．Parameter List
Table 7-1 lists the parameters that can be checked or set. Details of the individual
parameters are provided from “7-1 UAPMO (User Application Process ManagementObject)” onward.
Table 7-1Parameter list

Online menu

ItemUAPMO・ Information
・ Diag Status
・ Battery Health

CO・ COTB・ TBConcentration

・ Concentration
・ Trend

RIKEN Status

・ RIKEN Status

Battery・ Battery
・ Trend

SDWL-1
Maintenance・ Main Menu
・ Detector Info.
・ Gas Info.
・ Alarm Test
・ Settings
・ Calibration

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Table 7-4

Diag Status item list

Item

Details
Faults in electronics

Failure Status

Faults in sensor or actuator
element

Function Check Status

Out Of Specification
StatusGas sensor faults

Installation, calibration problem

Gas adjustment failed

Out of service(Not supported)

Software update incomplete(Not supported)

Simulation is active

IO simulation mode active

Outside sensor limits(Not supported)

Environmental conditions out of

Antenna temperaturedevice specification

abnormality

Fault Prediction: Maintenancerequired
Maintenance Required

Power is critical low: MaintenanceStatusneed short-term(Not supported)
Low battery level warning

Power is low: Maintenance need

Battery replacement

mid-term

warning

Detail information available

OthersHardware faults

Diag Status Detail active(Always active)

1st Alarm

1st gas alarm

2nd Alarm

2nd gas alarm

Pressure Failure

52/76Pressure sensor
abnormality warning

Table 7-5 Diag Status Detail item list
ItemDetails
Antenna failAntenna fault
Between antenna and gas

Bus faildetector
Communication abnormality

ANTENNA 1

Stale limit over

Stale limit detection

Low battery alarm

Battery replacement warning

Critical low battery

Low battery level warning

Antenna temp HI

Antenna temperature over 85 °C
Antenna temperature below

Antenna temp LO

ANTENNA 2-40 °C

O/S Mode 1 to O/S Mode 8(Not supported)

S-Mode 1 to S-Mode 8(Not supported)

E-ZeroZero adjustment failed

E-SpanSpan adjustment failed
Pressure sensor abnormality

E-Pressure

SDWL-1

warning

2nd Alarm

2nd gas alarm

1st Alarm

1st gas alarm

E-90

ROM fault

E-91

RAM fault

E-92

EEPROM fault

E-93

External A/D fault

E-10

Sensor not connected

E-18

Zero following fault

E-28

Thermistor fault

E-30

RI sensor not connected

E-31

RI sensor fault

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Table 7-8

CO menu list

Item
CO Revision
Network Address 1
Network Address 2
Network Address 3
Network Address 4

Details

Attribute

Concentrator Object revision

Read only

Network address 1/4 of communicationparty
Network address 2/4 of communication
party
Network address 3/4 of communication
party
Network address 4/4 of communication
party

Read only
Read only
Read only
Read only

Transport Layer Port

TSAP address of communication party

Read only

Object ID

Object ID of communication party

Read only

Stale Data Limit
Data Publish Period
Ideal Publish Phase

Number of retries for communication
error detection
Communication period
Phase

value

requested

Read only
Read only

fromSystemManager

Read only

Publish Auto Retransmit

Publish transmission mode

Read only

Contract ID

Publishing contract ID

Read only

Contract Status

Contract status

Read only

Actual Phase

Phase value specified by System Manager

Read only

Object ID

Object ID

Read only

Attribute ID

Attribute ID

Read only

Attribute Index

Attribute index

Read only

SizeSize

Read only

Maximum Items Publishable
Number Items Publishing

Maximum number of attributes that canbe included for publishing
Number of attributes currently published

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Read only
Read onlyTable 7-15 Join Status details
Item

StatusJoin Status

Details

NOT JOIN

Not connected to network

JOIN

Connecting to network

FULL JOIN

Connected to network

Table 7-16 Detector Status details
Item

Detector StatusStatus

Details

INITIAL

InitialMEASURE

Measurement

FAIL

Fault

MAINTENANCE

Maintenance mode

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The procedure for performing a gas alarm test is as follows:①

Change “Alarm Test Mode” to “ON”, then click “Apply”.

②

Enter the gas alarm test concentration in “Alarm Test Concentration”.

③

To activate a contact, set “Alarm Contact” to “ON”.
* Do not use this with non-contact specifications.

④

Click “Apply” to start gas alarm testing.

⑤

Check to confirm that the gas concentration corresponds to the test gas
concentration in the Concentration menu.
If the test gas concentration reached the alarm level here, “Alarm Status” willchange accordingly. (Table 7-19 Alarm Status details)⑥

To end the test, set “Alarm Test Mode” to “OFF”, “Alarm Test Concentration” to “0”,and “Alarm Contact” to “OFF”, then click “Apply”.

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Table 7-22 Settings (Other Settings) menu list
ItemDetails

Attribute

Suppress TypeSuppression type (see Table 7-23)

Read/Write

Suppress Value*6

Suppression value

Read/Write

Zero Follower (EC only)

Zero following on/off

Read/Write

Maintenance password protection

Maintenance Password

on/offRead/Write

Pressure Correction (OX only)

Pressure correction on/off

Read/Write

LCD Backlight Time

Backlight illumination time

Read/Write*6 Displayed with the decimal point omitted
When setting, enter a value omitting the decimal point.
Table 7-23 Suppress Type details
Item
Suppress TypeSetting

Details

CUT OFF

Cut-off

SMOOTHING

Smoothing

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The procedure for performing span adjustment is as follows:①

Enter the span adjustment concentration (value with decimal point omitted) in“Span Concentration”.

②

Change “Span Calibration” to “ON”, then click “Apply”.

③

Repeatedly press the upload buttons in the previous figures (Figure 7-20, Figure
7-21, and Figure 7-22).
Check to confirm that “Span Calibration Check” changes in the sequence ”NOACTION” → ”RUN” → ”PASS”.
Also check to confirm that “Concentration” is at the appropriate gas concentration.
If span adjustment fails, the “FAIL” warning will appear. This status persists until
either span adjustment succeeds or the power to the SDWL-1 main unit is turnedon once again.

The procedure for initializing calibration data is as follows:* Make sure both “Zero Calibration” and “Span Calibration” are set to “OFF” before
initializing calibration data.
①

Change “Zero/Span Initialize” to “ON”, then click “Apply”.
* Use “Zero/Span Initialize” within “Zero Cal.”②

Check to confirm that “Zero Calibration Check” and “Span Calibration Check” areswitched to ”NO ACTION”.

③

Change “Zero/Span Initialize” to “OFF”, then click “Apply”.

8．DTM Upgrade Procedure
Run the SDWL-1 Device DTM.exe file found in the SDWL-1 Device DTM_X.X.X folder(upgrade version) to install in the same way as when installing for the first time. Olderversions of DTM detected during installation will be upgraded automatically.

9．DTM Uninstall Procedure
Use “Add or Remove Programs” in the Windows Control Panel to uninstall the DTM
software.
* With Windows 10, uninstall by selecting Windowsʼ Start menu ⇒ Settings ⇒ System ⇒Apps & features.

10．Precautions
The fdtCONTAINER printing function cannot be used with the Japanese operating
system.
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Revision history
Issue
0

RevisionFirst issue

Issue date
4/1/2021