Yokogawa Sted User Manual

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User’s Manual

Model STED (Style R) mV,Temperature and Potentiometer /Voltage Converters

IM 01B04J01-02E

9th Edition

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Model STED (Style R) mV ,Temperature and Potentiometer/V oltage Converters

IM 01B04J01-02E 9th Edition

CONTENTS

1. INTRODUCTION ........................................................................................... 1-1

1.1 Inspection ............................................................................................................... 1-2

1.2 Documentation Conventions ................................................................................. 1-3

1.3 Notice ...................................................................................................................... 1-3

2. GEN ERA L ..................................................................................................... 2-1

2.1 Standard Specifications......................................................................................... 2-2

2.2 Model and Suffix Codes ......................................................................................... 2-3

2.3 Accessories ............................................................................................................ 2-3

Toc-1

3. INS TALLA T ION............................................................................................. 3-1

3.1 External Wiring ....................................................................................................... 3-1

3.2 Applicable Cables................................................................................................... 3-2

4. PRINCIPLES OF OPERA TION...................................................................... 4-1

4.1 mV DC Input T ype (STED-1 and STED-7 Types) .................................................... 4-1

4.2 Thermocouple Input T ype (STED-2 and STED-7 Types) ....................................... 4-2

4.3 RTD Input T ype (STED-3 and STED-7 Types) ........................................................ 4-3

4.4 Potentiometer Input T ype (STED-4 Type) .............................................................. 4-4

5. SETTING ....................................................................................................... 5-1

5.1 Names of Components........................................................................................... 5-1

5.2 Setting Jumper ....................................................................................................... 5-2

5.2.1 Check of Setting Jumper ......................................................................... 5-2

5.2.2 Position of Setting Jumper....................................................................... 5-3

5.3 Setting of Parameters............................................................................................. 5-4

5.3.1 Configuration of Parameters.................................................................... 5-4

5.3.2 Description of Parameters ....................................................................... 5-5

5.4 Parameter List......................................................................................................... 5-6

6. MAINTENANCE ............................................................................................ 6-1

6.1 T est Equipment....................................................................................................... 6-1

6.2 Reference T able of Thermocouple and RTD ......................................................... 6-1

6.3 Adjustment.............................................................................................................. 6-1

6.3.1 Adjustment for STED-1 to -4 T ypes (One Input-only T ype)....................... 6-1

6.3.2 Adjustment for STED-7 T ype (Universal T ype)......................................... 6-3

6.4 Check of Reference Junction T emperature Compensation Action ..................... 6-4

6.5 Replacement of Fuse.............................................................................................. 6-5

6.6 Replacement of Capacitor...................................................................................... 6-5

Toc-2

7. TROUBLESHOOTING .................................................................................. 7-1

7.1 Troubleshooting Flowchart.................................................................................... 7-1

7.2 Action in Fault Condition. ...................................................................................... 7-2

7.3 Replacement of Parts ............................................................................................. 7-2

7.3.1 Replacement Procedure.......................................................................... 7-2

7.3.2 Replacement of Power Supply Unit ......................................................... 7-3

7.3.3 Replacement of Main Board .................................................................... 7-3

Appendix / TB Power Supply Terminal Connections for Rack-mounted Instru-

ments (Option) ...................................................................................App.-1

Appendix-1 GENERAL ........................................................................................... App.-1

Appendix-2 APPLICABLE INSTRUMENTS............................................................ App.-1

Appendix-3 EXTERNAL VIEW AND NAMES OF COMPONENTS ......................... App.-1

Appendix-4 POWER SUPPL Y AND GROUND WIRING ......................................... App.-2

Customer Maintenance Parts List....................................... CMPL 01B04J01-02E

CMPL 01B04F02-1 1E

1. INTRODUCTION

This manual describes the functions and operations of the STED mV,T emperature, and Potentiometer/V oltage Converters.

■ Intended Readers

This manual is intended for personnel in charge:

● Installation and wiring

● Instrumentation and setup of the function

● Operation and monitoring of the controller

● Maintenance of equipment

■ Related Documents

The following documents all relate to the STED mV ,Temperature, and Potentiometer/ Voltage Converters. Read them as necessary. The codes enclosed in parentheses are the document numbers.

● Rack-Mounted Instruments (IM 1B4F2-01E) Describes mounting and wiring for the YS80 rack-mounted instruments.

1-1

● Model JHT200 Handy Terminal (IM JF81-02E) Describes operation of JHT200.

● YEWSERIES 80 Installation Manual (TI 1B4A9-01E) Describes the installation conditions of YS80 instruments.

1.1 Inspection

The STED converter is shipped only after stringent inspection at the factory . V isually inspect the product upon delivery to make sure it is not damaged in any way . Store the box and inner packing material of the package in a safe place - they may be needed if there is a problem with the product and it needs to be sent back for repair .

■ Check of Model and Suffix Codes

The model and suffix codes are indicated on the Name plate attached to the front cover of the instrument. Crosscheck this information with the model and suffix codes of Section 2.2 to ensure that the product is as specified in the order .

TC CONVERTER

MODEL SUFFIX

STED

-210-TK*R

1-2

SUPPLY INPUT

80–138V AC 47–63Hz /20–130V DC

0 - 300 °C Type K

NO.

Made in Korea

Yokogawa Electric Corporation

Figure 1-1 Name plate for Thermocouple Input

■ Confirmation of the Package Contents

Check the package contents against the list below . If anything is missing or damaged, immediately contact the sales office from which you purchased the product or your nearest Y okogawa representative.

● STED mV, T emperature, and Potentiometer/V oltage Converters......................1

● Fuse (Parts No. : S9510VK)...............................................................................1

● Instruction Manual (This manual).......................................................................1

F0101.EPS

1.2 Documentation Conventions

This manual uses the following notational conventions.

■ Symbols

The following symbols are used in this manual.

WARNING

Indicates that operating the hardware or software in a particular manner may damage it or result in a system failure.

NOTE

Draws attention to information that is essential for understanding the operation and/or features of the product.

TIP

Gives additional information to complement the present topic and/or describe terms specific to this document.

1-3

1.3 Notice

■ This Instruction Manual

● This manual should be passed on to the end user . Keep at least one extra copy of the

manual in a safe place.

● Read this manual carefully to gain a thorough understanding of how to operate this product before you start using it.

● This manual is intended to describe the functions of this product. Yokogawa Electric Corporation (hereinafter simply referred to as Yokogawa) does not guarantee that these functions are suited to the particular purpose of the user .

● Under absolutely no circumstances may the contents of this manual, in part or in whole, be transcribed or copied without permission.

● The contents of this manual are subject to change without prior notice.

● Every effort has been made to ensure accuracy in the preparation of this manual.

Should any errors or omissions come to your attention however , please contact your nearest Yokogawa representative or sales office.

■ Protection, Safety , and Prohibition against Unauthorized Modification

● In order to protect the product and the system controlled by it against damage and

ensure its safe use, make certain that all of the instructions and precautions relating to safety contained in this document are strictly adhered to. Yokogawa does not guarantee safety if products are not handled according to these instructions.

● The following safety symbols are used on the product and in this manual.

CAUTION

If this symbol is indicated on the product, the operator should refer to the explanation given in the instruction manual in order to avoid personal injury or death to either themselves or other personnel, and/or damage to the instrument. The manual describes that the operator should exercise special care to avoid shock or other dangers that may result in injury or loss of life.

Protective ground terminal:

This symbol indicates that the terminal must be connected to ground prior to operating the equipment.

1-4

Function ground terminal:

This symbol indicates that the terminal must be connected to ground prior to operating the equipment.

AC voltage:

This symbol indicates that AC voltage is present.

DC voltage:

This symbol indicates that DC voltage is present.

● Do not turn off the power of the product during adjustment.

● Be sure to confirm the parameters referring to ‘‘5.4 Parameter List’ ’ before installing the

product in a system or plant. After confirming them, install the product in a system or plant and turn on the power.

● If protection/safety circuits are to be used for the product or the system controlled by it, they should be externally installed on the product.

● When you replace the parts or consumables of the product, only use those specified by Yokogawa.

● Do not modify the product.

■ Force Majeure

● Yokogawa does not make any warranties regarding the product except those

mentioned in the WARRANTY that is provided separately.

● Yokogawa assumes no liability to any party for any loss or damage, direct or indirect, caused by the use or any unpredictable defect of the product.

2. GENERAL

The STED mV ,Temperature and Potentiometer/Voltage Converters are used to convert mV DC, thermocouple, RTD (resistance temperature detector) or potentiometer input signals to isolated two 1 to 5 V DC signals and 4 to 20 mA DC signal. Both thermocouple input type STED-210 and RTD input type STED-310 have built-in input linearizers as standard equipment. Also, an upscale or downscale burnout function is provided in all types as a standard specification.

2-1

Figure 2-1 External View

F0201.EPS

2.1 Standard Specifications

Item Description Type of Input Signal (1) mV DC input mV DC and Standard (For STED-1 and -7)

(2) Thermocouple input Type K, T, J, E, B, R, S, and N, W3, W5 (for STED-7 only)

(For STED-2 and -7) Standards: JIS, IEC, ANSI, BS, and ASTM E988

(3) RTD input 3-wire system, JPt100 (JIS '89), Pt100 (JIS '89, JIS '95, DIN)

(For STED-3 and -7) Rated current: 0.5 mA DC

(4) DC potentiometer input 3-wire system, Rated voltage: Up to 0.5 V DC

(For STED-4) Input Resistance 1M Ω (power on), 4k Ω (power off) (for mV DC input and thermocouple input) Input External Resis- (1) mV DC and thermocouple input: Up to 500 Ω tance (2) RTD input: No greater than input span (°C) x 0.4 Ω or 10 Ω per wire, whichever is smaller Input Lead Wire Res- (Each lead wire resistance should be equal.) istance for Resistan- (3) DC potentiometer input: Maximum 10 Ω per wire ce Input (Each lead wire resistance should be equal.) Input Overload Up to ±4 V DC ( for mV DC input and thermocouple input) Output Signal and • 1 to 5 V DC, Load resistance: At least 2k Ω, Number of output: 2 Number of Output • 4 to 20 mA DC, Load resistance: Up to 750 Ω, Number of output: 1 Accuracy (1) ± 0.5 % of span (However, for thermocouple input type, the reference junction temperature

compensation accuracy is not included.)

(2) Thermocouple reference junction temperature compensation accuracy

• For temperatures at least 0 °C: Up to ± 0.5 % (except for types R and S - their accuracy is ± 1°C)

• For temperatures less than 0 °C: Multiply accuracy for temperatures up to 0 °C by K, where

K =

(Thermocouple output change/°C at measurement temperaure) Burnout Time Less than 60 seconds Power Supply AC or DC (No change to instrument) 100 V version DC: 20 to130 V(polarity reversible)

Power Consumption DC: 24 V DC, 110 mA

AC: 100 V AC, 7.7 VA

220 V AC, 10.5 VA Ambient Temperature 0 to 50°C Ambient Humidity 5 to 90% R.H. (non-condensing) Mounting Indoor, rack mounting Weight 1.7 kg

(Thermocouple output change/°C near 0 °C)

AC: 80 to138 V, 47 to 63 Hz

220 V version DC: 120 to 340 V(polarity reversible)

AC: 138 to 264 V, 47 to 63 Hz

2-2

T0201.EPS

2.2 Model and Suffix Codes

Model Suffix Codes Description

STED mV•Temperature•Potentiometer

/Voltage Converters

Input signal -1 mV DC input

-2 Thermocouple input

-3 RTD input

-4 Potentiometer input

-7 Universal input

Number of inputs 1 One input

0 Always 0

Suffix Codes -MV mV DC input

-TK Type K(IEC 584-1-1995)

“-MV” for STED-110 -TT Type T(IEC 584-1-1995) “-TK” to “-TS” for -TJ Type J(IEC 584-1-1995)

STED-210 -TE Type E(IEC 584-1-1995) “-PA” and “-PD” for -TB Type B(IEC 584-1-1995) STED-310 -TR Type R(IEC 584-1-1995)

“-RS” for STED-410 -TS Type S(IEC 584-1-1995) “-UN” for STED-710 -PA JPt100(JIS '89)

-PD Pt100(ITS-90, IPTS-68)

-RS Potentiometer

-UN Universal Style Code *R Style R Option /A2ER 220 V power supply

/NHR Without case /TB Power supply terminal /FBP Power supply fuse bypass /WSW With spring washers /LOCK With special lock

T0202.EPS

2-3

2.3 Accessories

Fuse 1A: 1

NOTE

The fuse (S9510VK) is the dedicated fuse. Do not use it for other products.

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3. INST ALLA TION

For details of the installation procedure and wiring precautions, refer to the technical information “YEWSERIES 80 Installation Manual ” (TI 1B4A9-01E) or the instruction manual “Installation of Rack-Mounted Instruments” (IM 1B4F2-01E).

3.1 External Wiring

(a) T o prepare cables for connection to each terminal, install crimp-on solderless lugs for

4 mm screw on the end of each cable. (b) Draw the internal unit out from the rack case. (c) Connect the cables to the correct terminals by referring to Table 3-1. (d) Replace the internal unit into the rack case after completing the wiring. (e) The reference junction block (RJC) for STED-2 or STED-7 type should be securely

installed to the screw on terminal 6. (f) Always replace the terminal cover after completing the wiring.

3-1

NOTE

The terminal cover cannot be replaced if the internal unit is not installed in the rack case. The terminal cover should be securely replaced because it has the function of locking the internal unit.

T able 3-1 Terminal Connections

HDB

ACF

SPAN ZERO

531

642

F0301.EPS

Figure 3-1 T erminal Layout

Terminal Designation

Model

When using STED-7 type, the input is selected from mV DC, thermocouple or RTD.

Terminal Designation

When not using outputs 1 to 3, the terminals remain opened.

STED-1 and STED-3 STED-4

1+ A 0% 2 – B 3 4 5 6 7 B 100% 8

A+ B – C+ D – F+ H – J K

mV DC input or thermocouple input

(Reference junction block installation terminal)

Output 1 (1 to 5 V DC)

Output 3 (4 to 20 mA DC)

Output 2 (1 to 5 V DC)

Description

STED-2

Description

RTD input

Potentiometer input

T0301.EPS

3.2 Applicable Cables

(1) Signal circuit wiring

● Cross-sectional area of the cable conductor: 0.5 to 0.75 mm

● Examples of applicable cables: Signal core PVC insulated flexible cable (VSF)

stranded wires (JIS C 3306); heat-resistant vinylinsulated cable (UL style 1007)

● Solderless lugs: All cable ends must be furnished with crimp-on

solderless lugs for 4 mm screw.

(2) Power supply wiring

● Cross-sectional area of the cable conductor: 1.25 to 2.00 mm

● Examples of applicable cables: 600 V PVC insulated cable (1 V) stranded wires

(JIS C 3307); PVC insulated cable for electrical apparatus (KIV) stranded wires (JIS C 3316)

● Solderless lugs: All cable ends must be furnished with crimp-on

solderless lugs for 4 mm screw. The cable used should fulfill the amperage requirement of each instrument, and should also be small in voltage drop.

3-2

4. PRINCIPLES OF OPERA TION

4.1 mV DC Input T ype (STED-1 and STED-7 Types)

The mV DC input signals are converted into digital data in A/D conversion circuit. The digital data has signal processing (range conversion) in micro-processor to be Pulse Width Modulation (PWM). The Pulse Width Modulation (PWM) is converted into 1 to 5 V DC or 4 to 20 mA DC signals in output circuit after passing through optical insulation circuit.

4-1

Insulation Circuit

Power Supply

Circuit

mV DC Input

Handy

Terminal

No switch for STED-7 type

Push Switch for Adjustment

SPAN

ZERO

Input

Processing

Circuit

A/D

Conversion

Circuit

Micro-

Processor

Figure 4-1 Functional Block Diagram for mV Input T ype

Output Circuit

V/I

Output 1 (1 to 5 V DC)

––

L+

Supply

N–

GND

Output 2 (1 to 5 V DC)

–

Output 3 (4 to 20 mA DC)

–

F0401.EPS

4.2 Thermocouple Input T ype (STED-2 and STED-7 Types)

The Thermocouple input signals are converted into digital data in A/D conversion circuit. The digital data has signal processing (linearizing computation, RJC computation, and range conversion) in micro-processor to be Pulse Width Modulation (PWM). The Pulse Width Modulation (PWM) is converted into 1 to 5 V DC or 4 to 20 mA DC signals in output circuit after passing through optical insulation circuit.

Insulation Circuit

Output 1 (1 to 5 V DC)

–

L+

Supply

N–

GND

Thermocouple Input

Handy

Terminal

RJC

Input

Processing

Circuit

A/D

Conversion

Circuit

Micro-

Processor

Power Supply

Circuit

Output Circuit

4-2

Output Circuit

V/I

No switch for STED-7 type

Push Switch for Adjustment

SPAN

ZERO

Insulation Circuit

Figure 4-2 Functional Block Diagram for Thermocouple Input T ype

Output 2 (1 to 5 V DC)

–

Output 3 (4 to 20 mA DC)

–

F0402.EPS

4.3 RTD Input T ype (STED-3 and STED-7 Types)

The RTD input signals are converted into digital data in A/D conversion circuit. The digital data has signal processing (linearizing computation and range conversion) in microprocessor to be Pulse Width Modulation (PWM). The Pulse Width Modulation (PWM) is converted into 1 to 5 V DC or 4 to 20 mA DC signals in output circuit after passing through optical insulation circuit.

4-3

Insulation Circuit

Power Supply

Circuit

RTD Input

Handy

Terminal

No switch for STED-7 type

Push Switch for Adjustment

SPAN

ZERO

Input

Processing

Circuit

A/D

Conversion

Circuit

Micro-

Processor

Figure 4-3 Functional Block Diagram for RTD Input Type

Output Circuit

V/I

Output 1 (1 to 5 V DC)

–

L+

Supply

N–

GND

Output 2 (1 to 5 V DC)

–

Output 3 (4 to 20 mA DC)

–

F0403.EPS

4.4 Potentiometer Input T ype (STED-4 Type)

The Potentiometer input signals are converted into digital data in A/D conversion circuit. The digital data has signal processing (linearizing computation and range conversion) in micro-processor to be Pulse Width Modulation (PWM). The Pulse Width Modulation (PWM) is converted into 1 to 5 V DC or 4 to 20 mA DC signals in output circuit after passing through optical insulation circuit.

4-4

100%

Potentiometer Input

Handy

Terminal

Push Switch for Adjustment

SPAN

ZERO

Input

Processing

Circuit

A/D

Conversion

Circuit

Micro-

Processor

Insulation Circuit

Power Supply

Circuit

Output Circuit

V/I

Figure 4-4 Functional Block Diagram for Potentiometer Input T ype

Output 1 (1 to 5 V DC)

–

L+

Supply

N–

GND

Output 2 (1 to 5 V DC)

–

Output 3 (4 to 20 mA DC)

–

F0404.EPS

5. SETTING

The STED converters are made ready for operation by simply turning on the power once the installation and wiring are completed. The instrument does not require parameter settings and the like if there is no change in the specifications at order.

5.1 Names of Components

Tag plate

BRAIN connector

Span adjustment push switch

Zero adjustment push switch

(No switch for STED-7 type)

Name plate

5-1

Rack case

Input terminal block

Multi-pin connector

Two-pole plug with earthing contact

Output terminal block

Reference junction block (RJC) (provided for STED-2 or STED-7 type)

Main board

Terminal cover and handle for drawing out the internal unit

F0501.EPS

Figure 5-1 Names of Components

ypes and functions of setting jumper

5.2 Setting Jumper

This instrument has the following setting jumpers:

• Reference junction compensation(JP1): ON/OFF (only for STED-2 type)

• Parameter Write Protect (JP2): ON/OFF

• Burnout (JP3, JP4): UP/DOWN/OFF (except for STED-7 type)

5.2.1 Check of Setting Jumper

NOTE

For STED-2 and STED-7 types, first remove the reference junction block ((RJC) from the terminal block, then draw the internal unit.

(a) Pull forward the terminal cover, and draw the internal unit out from the rack case. (b) Check that the jumper on the main board of the internal unit is set to obtain the desired

action.

5-2

(c) Use the tweezers to change the position of jumper . (d) Put the internal unit back into the rack case. (e) Replace the terminal cover.

NOTE

For STED-2 and STED-7 types, attach the reference junction block (RJC) to the terminal block, then replace the terminal cover.

Types and functions of setting jumper

Setting jumper (factory-set default)

JP1 2 3 4

Burnout action

Reference

junction

compensation

(RJC) (W.P.)

OFF ON

Parameter

write protect

(BURN OUT)

JP3 JP4

UP DOWN

Burnout up

setting

UP OFF

Burnout down

setting

OFF DOWN

OFF OFF

SpecifyUPSpecify

OFF:

Reference junction compensation is unavailable.

OFF

ON:

Parameter change by Handy Terminal is prohibited.

Figure 5-2 Types of Setting Jumper

DOWN

JP 3 4 JP 3 4

No burnout

setting

OFF OFF

JP 3 4

Note: The setting above is out of

UP DOWN

JP 3 4

burnout function. The action is not guaranteed.

5.2.2 Position of Setting Jumper

The setting jumper is on the main board of the internal unit.

Setting jumper (factory-set default)

5-3

For STED-1,-3, & -4 types

JP1 2 3 4

Note: The configuration of setting jumper is different according to the type. JP1 is not provided for STED-1,-3, and -4 types. Only JP2 is provided for STED-7 type.

For STED-2 type

JP1 2 3 4

For STED-7 type

JP1 2 3 4

Internal unit of STED

Figure 5-3 Configuration of Setting Jumper

F0502.EPS

5.3 Setting of Parameters

This instrument has BRAIN communication parameters for specifying functions and adjusting input/output. Connect JHT200 Handy T erminal (Note1) to the instrument to display or set parameters.

Note 1: BT200 BRAIN Terminal of YOKOGAW A ELECTRIC Corporation can also be used.

NOTE

• BRAIN communication parameters are not used for STED-1 to STED-4 types.

• For details of operation and adjusting procedures of JHT200 Handy Terminal, refer to the instruction manual “JHT200 Handy Terminal” (IM JF81-02E).

Cable of 5-pin

connector type

JHT200

Handy Terminal

(F9182EE)

BRAIN connector

5-4

Figure 5-4 Connection

5.3.1 Configuration of Parameters

BRAIN communication parameters consist of the following parameters.

• Display (A & B parameters)

• Setting (D parameters)

• Adjustment (P parameters)

• Test (Q parameters)

Adapter for modular jack

(E9786WH)

5.3.2 Description of Parameters

The description of main parameters is as follows.

● Setting-related parameters (1) D07: SENSOR TYPE1

Sets the input type for STED-7 type.

(2) D08: TC TYPE1

Sets the thermocouple input type for STED-7 type.

(3) D09: RTD TYPE1

Sets the RTD input type for STED-7 type.

(4) D13: RESIST1

Sets the total resistance for DC potentiometer input.

(5) D25: UNIT

Sets the unit for thermocouple input or RTD input.

(6) D27: INPUT1L_RNG

Sets 0% side of input range.

(7) D28: INPUT1H_RNG

Sets 100% side of input range.

(8) D31: BURN OUT1

Sets the burnout scale for STED-7 type.

5-5

(9) D33: OUT1 DR and D34: OUT2 DR

Sets the action direction for output 1 and output 2.

(10) D37: RJC

Sets available/unavailable of the reference junction temperature compensation-action for STED-7 type.

(1 1) D38: RJC CONST (The setting value is available when D37: RJC = OFF)

Can fix the reference junction temperature in the reference junction temperature compensation-action for STED-7 type.

● Adjustment-related parameters (1) P01: WIRING R 1

Corrects the wiring resistance of input.

(2) P03: ZERO ADJ1

Performs zero adjustment of input.

(3) P04: SP AN ADJ1

Performs span adjustment of input.

(4) P13: OUT1 0% (Note1)

Adjusts 0% of output 1.

(5) P14: OUT1 100% (Note1)

Adjusts 100% of output 1.

(6) P15: OUT2 0% (Note1)

Adjusts 0% of output 2.

(7) P16: OUT2 100% (Note1)

Adjusts 100% of output 2.

● Test-related parameters (1) Q02: OUT1 TEST (Note1)

Outputs the set value forcibly regardless of input condition. Q03 has the same function.

Note1: After completing adjustment and test, press the [F4] (OK) key of the Handy T ermi-

nal to return to normal condition (release of forced output).

5.4 Parameter List

BRAIN communication parameters for STED are as follows.

No. Symbol Parameter Name Setting Range Unit Default Setting Type 01 MODEL Model Name Display –––– unfixed Display 02 TAG NO Tag Number Display –––– unfixed Display 03 SELF CHK Self Check GOOD/ERROR –––– unfixed Display <Display Parameters> A DISPLAY1 Menu Name A01 INPUT1 Input Display Display unfixed Display A09 OUTPUT1 Output1 Display Display % unfixed Display A10 OUTPUT2 Output2 Display Display % unfixed Display A54 STATUS Status Display (Note1) 0000 to FFFF –––– unfixed Display A55 WRT PROTECT Parameter Write Protect ON/OFF –––– OFF Display A56 REV NO Revision number Display –––– unfixed Display A58 MENU REV Menu Revision number Display –––– unfixed Display A60 SELF CHK Self Check GOOD/ERROR –––– unfixed Display

B DISPLAY2 Menu Name B01 INPUT1 Input Display Display unfixed Display B09 OUTPUT1 Output1 Display Display % unfixed Display B10 OUTPUT2 Output2 Display Display % unfixed Display B60 SELF CHK Self Check GOOD/ERROR –––– unfixed Display <Setting Parameters> D SET(I/O) Menu Name D01 TAG NO.1 Tag Number1 Up to 8-single-byte –––– unfixed Alphanumeric D02 TAG NO.2 Tag Number2 Up to 8-single-byte –––– unfixed Alphanumeric D03 COMMENT1 Comment1 Up to 8-single-byte –––– unfixed Alphanumeric D04 COMMENT2 Comment2 Up to 8-single-byte –––– unfixed Alphanumeric D07 SENSOR TYPE1 Sensor Type (Note2) TC/mV/RTD –––– TC Selection D08 TC TYPE1 TC Type (Note10) (Note6) –––– TYPE K Selection D09 RTD TYPE1 RTD Type (Note11) (Note7) –––– Pt100-90 Selection D13 RESIST1 Resistance (Note3) 1 to 32000 OHM ordered Real number D25 UNIT1 Unit (Note4) degC/K/degF –––– degF Selection D27 INPUT1 L_RNG Input Low Range -32000 to 32000 Note8 ordered Real Number D28 INPUT1 H_RNG Input High Range -32000 to 32000 Note8 ordered Real Number D31 BURN OUT1 Burn Out OFF/UP/DOWN –––– OFF D33 OUT1 DR Output1 Direction DIRECT/REVERSE –––– DIRECT Selection D34 OUT2 DR Output2 Direction DIRECT/REVERSE –––– DIRECT Selection D37 RJC RJC On/Off (Note12) ON/OFF –––– ON D38 RJC CONST RJC Constant (Note10) -20.0 to 80.0 Note15 000.0 Real Number D60 SELF CHK Self Check GOOD/ERROR –––– unfixed Display <Adjustment Parameters> P ADJUST Menu Name P01 WIRING R1 Wiring Resistance (Note5) RESET/EXECUTE –––– RESET Selecton P03 ZERO ADJ1 Zero Adjustment (Note5) Display Note9 00.00 Selection P04 SPAN ADJ1 Span Adjustment (Note5) Display Note9 00.00 Selection P13 OUT1 0% Output1 0% -20.0 to 20.0 % 00.00 Real Number P14 OUT1 100% Output1 100% -20.0 to 20.0 % 00.00 Real Number P15 OUT2 0% Output2 0% -20.0 to 20.0 % 00.00 Real Number P16 OUT2 100% Output2 100% -20.0 to 20.0 % 00.00 Real Number P60 SELF CHK Self Check GOOD/ERROR –––– unfixed Display <Test Parameters> Q TEST Menu Name Q02 OUT1 TEST Output1 Test -25.0 to 125.0 % 000.0 Real Number Q03 OUT2 TEST Output2 Test -25.0 to 125.0 % 000.0 Real Number Q60 SELF CHK Self Check GOOD/ERROR –––– unfixed Display

Note 1: The condition of the instrument is displayed. Note 10: Displayed only for TC input of STED-7 type. Note 2: Displayed only for STED-7 type. Note 11: Displayed only for RTD input of STED-7 type. Note 3: Displayed only for STED-4 type. Note 12: Displayed only for TC input of STED-2 and -7 type. Note 4: Not displayed for STED-1, -4, and -7 types. Note 13: STED-7 displays “Selection“. Note 5: Not displayed only for STED-4 type. Note 14: STED-2 displays “Display“. Note 6: TYPE K/E/J/T/R/S/B/N/W3/W5 (N/W3/W5 are only for STED-7 type.) Note 7: Pt100-90/Pt100-68/JPt100 Note 15: Specified in D25. Note 8: “mV” is for mV input, “deg C, deg F or K” is for TC/RTD input, and “OHM” is for potentiometer input. Note 9: ** RST/** INC/** HINC/** HDEC/** DEC (**;“mV” is for mV & TC inputs, and “OHM” is for RTD and potentiometer inputs.)

5-6

Display(Note13)

Selection(Note14)

<T oc> < 6.

6. MAINTENANCE

This chapter describes the calibration procedures and part replacements that can be done in the instrument room or service shop.

6.1 T est Equipment

For efficient maintenance of this converter , it is recommended that the user have the following test equipment manufactured by Yokogawa or their equivalent.

● DC V oltage/Current Standard, T ype 7651 and T ype 2553…….........1 set

(Required for mV DC and thermocouple input type equipment)

● Decade Resistance Boxes, Type 2793-01……….............................1 set

(Required for RTD input type equipment)

● Digital V oltmeter, T ype 7562…………………….................................1 set

● Cold Junction Bottle, T ype T-MJ………………..................................1 set

(To be made available only as required)

MAINTENANCE

6-1

6.2 Reference T able of Thermocouple and RTD

This instrument has been adjusted in accordance with the JIS thermoelectromotive force table and the resistance ratio table amended in 1995. For the input signals used to adjust the instruments, refer to JIS C1602-1995* for the thermocouple input type and to JIS C1604-1997* for the platinum resistance temperature detector (RTD) input type.

* Identical to IEC, ANSI and BS standards.

6.3 Adjustment

6.3.1 Adjustment for STED-1 to -4 Types (One Input-only T ype)

The inputs of STED-1 to -4 types are different, but the way for adjustment is the same.

(a) Connect the test equipment corresponding to each input referring to Figure 6-1 through Figure 6-4. (b) T urn on the power while the equipment is connected to the instrument, and allow a

warm-up period of about 5 minutes. (c) Press the Zero adjustment push-switch on the front panel for 3 seconds or more to enter the adjustment mode. (d) Apply an input equivalent to 0 % of the input range and read the output on the digital voltmeter. It should be within the range 1 V ± 0.02 V . If the error is too large, apply an input equivalent to 0 % of the input range, then press the Zero adjustment push-switch for adjustment. When pressing the push-switch for 1 second or more, the output in creases in the fixed ratio. When pressing the push-switch again for 1 second or more after releasing the push-switch, the output decreases in the fixed ratio. Perform the adjustment while checking the output. (e) Apply an input equivalent to 100 % of the input range and read the output on the digital voltmeter. It should be within the range 5 V ± 0.02 V . If the error is too large, apply an in put equivalent to 100 % of the input range, then press the Span adjustment push-switch for adjustment. When pressing the push-switch for 1 second or more, the output in creases in the fixed ratio. When pressing the push-switch again for 1 second or more afterreleasing the push-switch, the output decreases in the fixed ratio. Perform the adjustment while checking the output.

<T oc> < 6.

(f) Adjustable range is ± 5 % of span for mV DC/RTD/Thermocouple input and ± 10 % of span for potentiometer input. (g) Check that the output error for 25 %, 50 %, and 75 % of input range is within the accu racy . If necessary, apply inputs equivalent to 25 %, 50 %, and 75 % of input range, then press the Zero adjustment push-switch for adjustment. (h) This instrument is provided with 3 outputs, but the adjustment for only one of the 3 out puts is enough.

NOTE

• Do not open the terminal cover while adjusting the thermocouple input in order to maintain all terminals at the same temperature.

• When the lead wire resistance is large (when using the safety barrier such as BARD in combination with the instrument, it is equivalent to the increase of the lead wire resistance ), the error of zero point may occur . Perform zero adjustment in the condition close to mounting condition.

• When performing the adjustment by current output, connect the parallel resistance (250 Ω ± 0.05 %) and check voltage.

• When performing span adjustment immediately after the zero adjustment (shorter than 1 minute), pressing the Zero adjustment push-switch for 3 seconds or more is not required.

• The adjustment mode ends if the push-switch is not pressed for 1 minute or more, then the instrument enters the normal mode.

MAINTENANCE

6-2

YOKOGAWA Type 7562 or equivalent

Digital Voltmeter

250Ω±0.05%

Note: The broken line shows 4 to 20 mA DC output test circuit.

YOKOGAWA Type 7651 or equivalent

DC Voltage/Current Standard

Figure 6-1 mV DC Input Converter Adjustment

YOKOGAWA Type 7562 or equivalent

Digital Voltmeter

250Ω±0.05%

Note: The broken line shows 4 to 20 mA DC output test circuit.

YOKOGAWA Type 2553 or equivalent

DC Voltage/Current Standard

r: Resistance equivalent to that of the actual lead wire.

Reference Junction Block

–

DBH

FCA

SPAN

ZERO

531

246

HDB

ACF

SPAN ZERO

135

642

Power Supply

F0601.EPS

Power Supply

F0603.EPS

Figure 6-3 Thermocouple Input Converter Adjustment

YOKOGAWA Type 7562 or equivalent

Digtal Voltmeter

Digital Voltmeter

250Ω±0.05%

Note: The broken line shows 4 to 20 mA DC output test circuit.

YOKOGAWA Type 2793-01or equivalent

Decade Resistance Boxes

–

BDH

ACF

135

SPAN ZERO

642

Power Supply

Figure 6-2 RTD Input Converter Adjustment

YOKOGAWA Type 7562 or equivalent

Digtal Voltmeter

Digital Voltmeter

Note: The broken line shows 4 to 20 mA DC output test circuit.

YOKOGAWA Type 2793-01 or equivalent

Decade Resistance Boxes

–

250Ω±0.05%

100%

HDB

FCA

SPAN ZERO

135

642

Power Supply

Figure 6-4 DC Potentiometer Input Converter Adjustment

F0602.EPS

F0604.EPS

<T oc> < 6.

MAINTENANCE

6.3.2 Adjustment for STED-7 Type (Universal T ype)

The adjustment for STED-7 type without Zero/Span adjustment push-switches on the front panel is to be performed using JHT200 Handy T erminal.

(a) Connect the test equipment corresponding to each input referring to Figure 6-1 through Figure 6-3. (b) Set the parameter write protect (W .P.) of setting jumper to OFF . (refer to “5.2 Setting Jumper”.) (c) Turn on the power while the equipment is connected to the instrument, and allow a warm-up period of about 5 minutes. (d) Connect JHT200 Handy Terminal.

Cable of 5-pin connector

JHT200 Handy Terminal

type for communication (F9182EE)

BRAIN connector

6-3

Adapter for Modular jack(E9786WH)

Figure 6-5 Connection

NOTE

• For details of operation and adjusting procedures of JHT200 Handy Terminal, refer to the instruction manual ‘‘JHT200 Handy T erminal’’ (IM JF81-02E).

• Do not turn off the power of the instrument during adjustment.

(e) Call the adjustment item (P:ADJUST). (f) P03:ZERO ADJ1 is displayed. (g) Apply an input equivalent to 0 % of the input range. Check the input value and the input display of P03:ZERO ADJ1. If the input value does not correspond to the display value, select P03:ZERO ADJ1 to enter the adjustment mode.

Mainly select INC (addition) or DEC (subtraction) for adjustment. (Selecting RST resets the adjusted value and retrieves the factory-set default.) Selecting HINC or HDEC performs adjustment using a value ten times as large as INC or DEC. (h) Apply an input equivalent to 100 % of the input range. Check the input value and the input display of P04:SP AN ADJ1. If the input value does not correspond to the display value, select P04:SP AN ADJ1 to enter the adjustment mode.

Mainly select INC (addition) or DEC (subtraction) for adjustment. (Selecting RST resets the adjusted value and retrieves the factory-set default.) Selecting HINC or HDEC performs adjustment using a value ten times as large as INC or DEC. (i) After completing the adjustment, set the parameter write protect (W.P .) of setting jumper to ON. (refer to “5.2 Setting Jumper”.)

<T oc> < 6.

MAINTENANCE

6.4 Check of Reference Junction T emperature Compensation Action

For thermocouple input, check the action of reference junction temperature compesation using the cold junction bottle. The figure of connection is shown in Figure 6-6.

NOTE

When using the cold junction bottle, install the reference junction block (RJC), then replace the terminal cover and warm up the instrument for about 15 minutes.

6-4

YOKOGAWA Type 7562 or equivalent

Digital Voltmeter

Note: The broken line shows 4 to 20 mA DC output test circuit.

r: Resistance equivalent to that of the actual lead wire.

Copper Wire

YOKOGAWA Type 2553 or equivalent

DC Voltage/Current Standard

–

Digital Voltmeter

250Ω±0.05%

Thermocouple element or compensating lead wire

–

METER COUPLE

Cold Junction Bottle

Figure 6-6 Thermocouple Input Converter (Using reference junction compensator)

–

135

–

HDB

SPAN ZERO

642

Power Supply

Reference Junction Block

F0605.EPS

<T oc> < 6.

6.5 Replacement of Fuse

When the fuse blows or requires replacement, replace it according to the following procedure. Recommended replacement interval: About 3 years.

NOTE

• When the fuse below , first check for the case because the fuse itself may not be responsible for the problem. Then change the fuse.

• Use the dedicatd fuse (S9510VK). Do not use a fuse for other products.

(1) Remove the fuse holder cap, then pull the fuse out in the direction shown in Figure 6-

(2) When installing a new fuse, use a fuse with the correct rating. Fasten the cap se-

curely.

Fuse

Rating: 1A

[ ]

Parts No.: S9510VK

MAINTENANCE

6-5

Figure 6-7 Replacement of Fuse

6.6 Replacement of Capacitor

Degradation of the aluminum electrolytic capacitor in the power supply unit depends on operating temperature condition or operating environment. Recommended replacement interval: 5 to 10 years.

NOTE

Ask your nearest Yokogawa sales staff for replacing the capacitor . Do not replace the capacitor by yourself, because the parts number of power supply unit (refer to CMPL 01B04J01-02E) and capacitor to be used are dif ferent according to the power supply specifications.

F0606.EPS

Blank Page

7. TROUBLESHOOTING

If any fault occurs in the instrument, note the symptoms and follow Section 7-1 T roubleshooting Flowchart. T o find the fault, first wire the instruments according to Figures 6-1 through 6-4, apply an input signal, and note the symptoms. If the fault is difficult to find, contact your nearest Yokogawa sales staff.

7.1 T roubleshooting Flowchart

Instrument operates abnormally.

7-1

Is output lower than 0% ?

Is output higher than 100% ?

Is input/output accuracy abnormal ?

Does burnout detection operate ?

Recheck instrument abnormality.

Normal ?

YES

End

YES

Is fuse blown ?

For STED-1 to -4 types, set setting jumper in internal unit correctly, and recheck (see section 5.2).

Perform zero and span adjustment.

(See section 6.3)

Are zero and span normal ?

YES

Replace fuse and recheck.

Is burnout Jumper set correctly ?

For STED-7 type, confirm D31 parameter and recheck.

YES

(See section 6.5)

YES

End

Replace power supply unit and recheck.

(See subsection 7.3.2)

Is power supply unit normal ?

Recheck abnormality.

YES

End

Figure 7-1 Troubleshooting Flowchart

Replace main board and recheck.

(See subsection 7.3.3)

F0701.EPS

7.2 Action in Fault Condition.

The output condition and error codes (BRAIN communication parameters) in fault condition are shown in the table below.

NOTE

• ST ATUS is displayed in A54 of A:DISPLAY (display), and SELF CHK is displayed in 60 of each item.

• ST ATUS error code is to be the addition display (hexadecimal number) when two errors or more occur.

(Note1)

STATUS SELF CHK Error Information(Note2) Output Condition Description of Error Remedy

0001 0002

0008 0010 0040 0080

Main board error, Power supply board error, and RAM error other than the errors mentioned above may occur. Each output state of these errors is 0 % or less, and the error information can not be called using JHT200 Handy Terminal. Note1: Displays for the BRAIN communication parameters, ■60: SELF CHK and A54: STATUS. Note2: Displayed when calling ■60: SELF CHK. Note3: After checking the action, write ‘‘0’’ in STATUS to clear. Note4: Compensation action in the limited reference junction temperature (-20 °C or -80 °C).

ERROR ERROR

GOOD None Normal action Check power failure during Write ‘‘0’’ to clear.

ERROR

EEPROM ERROR

EEPROM SUM ERROR

INPUT OVER RANGE

RANGE SET ERROR

RJC ERROR

0 % or less EEPROM error Replace a main board. 0 % or less EEPROM sum check error Reset the parameter showing

an error. (Note3)

Normal action Excessive input, out of -25 to Set the input within the range.

125 %

Normal action Input range setting is L range Check the input range setting

≥ H range and change it. operation

Normal action(Note4) RJC sensor error or temp- Replace RJC or check terminal

erature is out of range (ambient) temperature.

-20 to 80 °C

7-2

T0701.EPS

7.3 Replacement of Parts

WARNING

Nobody except members of Yokogawa service staff is allowed to replace the parts. Never replace the parts by yourself because there is a possibility of damage to the instrument or of danger.

7.3.1 Replacement Procedure

(1) Replacement of Power Supply Unit (2) Replacement of Main Board

NOTE

• Disassemble only those parts that disassembly is required at parts replacement.

• Disassemble the instrument carefully .

• For the input type fixed to thermocouple and universal iput type, first remove the reference

junction block(RJC) form the terminal block and pull out the internal unit form the case.

7.3.2 Replacement of Power Supply Unit

(a) Pull the terminal cover (13) outward to draw the internal unit out from the rack case. (b) Unplug the connector (1) from the power supply unit (2). (c) Remove two screws (3) to separate the power supply unit (2) from the bracket (10).

NOTE

• Use the power supply unit for style R for replacement (refer to CMPL).

• The power supply unit of former style without compatibility can not be used.

7-3

7.3.3 Replacement of Main Board

(a) Remove the power supply unit (2).

(Refer to Subsection 7.3.2 for operating procedure.) (b) Remove two screws (8) to separate the bracket (9). (c) Remove four screws (4) to separate the bracket (10) and the front bracket (5) from

the main board (6).

Internal Unit

7-4

Figure 7-2 Disassembled View

<T oc>

< Appendix /TB POWER SUPPLY TERMINALS for RACK-MOUNTED INSTRUMENTS (Option) >

Appendix / TB Power Supply T erminal

Connections for Rack-mounted Instruments (Option)

Appendix-1 GENERAL

If you specify the terminal block to which the power source is directly connected (suffix code /TB), the external wiring to the terminal block is necessary; therefore, drawing out the internal unit requires previous turning off of the power source and disconnection of the wiring from the terminal block.

Appendix-2 APPLICABLE INSTRUMENTS

Model Description

STED mV, Temperature and Potentiometer/Voltage Converters SKYD Alarm Unit SALD Emf- and RTS- input Alarm Unit SPLR Programmable Computing Unit SIND Integrator SISD Isolator SDBT Distributor (for 1 point) SDBS Distributor (for 4 points) SDBU-21 Distributor (for single loop)

App.-1

Appendix-3 EXTERNAL VIEW AND NAMES OF

COMPONENTS

Output Terminal Block

Output Terminal Cover

Power Fuse

Power Terminal Cover

Input Terminal Block

Power Terminal

Input Terminal Cover

Terminal Designation

L AC or DC Power Supply N (DC: polarity reversible)

Ground

Description

<T oc>

< Appendix /TB POWER SUPPLY TERMINALS for RACK-MOUNTED INSTRUMENTS (Option) >

App.-2

Appendix-4 POWER SUPPLY AND GROUND WIRING

(1) All cable ends must be furnished with crimp-on type solderless lugs (for 4 mm screw). (2) Examples of applicable cables:

Cross-sectional area of the cable conductor: 2.0 mm Applicable cable: 600 V vinyle insulated cable (IV) stranded wires, conforming to JIS C3307.

Vinyle sheathed cables for electric appliances (KIV) stranded

wires, conforming to JIS C3316.

Note *: Power supply cables should be determined from the instrument power consumption-they must have

conductors with cross-sectional area of at least 1.25mm2.

(3) Wirings to power supply and ground terminals should be made after completion of

signal terminal wirings. (To facilitate connecting input signal, pull the internal unit approximately half way out of the housing. Do not remove the power terminal block.)

(4) After completing the power supply and ground wiring, mount the power terminal cover.

. *

Customer Maintenance Parts List

Model STED (Style R) mV, Temperature and Potentiometer /Voltage Converters

CMPL 01B04J01-02E

9th Edition: May. 2004

Qty

Model

STED-110

STED-210- *1

STED-310

STED-410

Item Part No. Description

1 L3040BA 1 Main Board Assembly

L3040BB 1 Main Board Assembly L3040BC 1 Main Board Assembly L3040BD 1 Main Board Assembly L3040BE 1 Main Board Assembly

2 A1211JS 1 1 1 1 1 Socket & Holder 3 L4040EA 1 1 1 1 1 Cap

STED-710

4 L3040YA 1 1 1 1 1 Power Supply Unit (for 100V Version)

L3040YR 1 1 1 1 1 Power Supply Unit (for 220V Version)

5 S9510VK 1 1 1 1 1 Fuse(1A) 6 E9713CA 1 1 1 1 1 Cover

7 E9713CK 1 1 1 1 1 Cover

10 E9713EG 1 1 1 1 1 Cable Assembly(for 100V Version)

E9713FS 1 1 1 1 1 Cable Assembly(for 220V Version)

11 E9713CE 1 1 1 1 1 Cover 12 S9079PB 1 1 1 1 1 Bushing

15 Y9422NP 1 1 1 1 1 Tag No. Label (blank) 18 Y9306JB 1 1 Pan H.Screw, M3x6 *2

19 G9320EY 1 1 Bushing *2 20 Y9306JB 8 8 8 8 8 Pan H. Screw, M3x6

Note *1: TK, TT, TJ, TE, TR or TS in

*2: Only for thermocouple input type.

CMPL 01B04J01-02E 9th Edition : 2004.05.01-00

Customer

Maintenance Parts List

/TB Power Supply Terminals For Rack-Mounted Instruments (Option)

CMPL 01B04F02-11E

8th Edition: May 2004

Part No. Qty Descripion

Item

−−−

E9713CJ

−−−

E9713ET

S9510VK

E9713CV

Y9306JB

E9714DM

Table 1. Power Supply Unit Part Number.

Model

SPLR STED, SISD, SDBT SALD, SKYD, SIND, SDAU SDBS, SDBU-21 SPCM

Power Supply Unit (see Table 1)

Cover

Bracket (see Table 2)

Terminal Assembly

Fuse (1A)

Cover

Pan H. Screw, M3 × 6

Label (1A/250V)

Power Supply Unit Part No.Applicable Instruments

100 V Version 200 V V ersion

E9715YH L3040YH L3040YJ E9715YK E9715YL

Table 2. Bracket Part Number.

Applicable Instruments

Model

STED-110/310/410 STED-210 STED-710 SISD,SIND-100/200, SDBT-21 SKYD-200/201/302 SKYD-100/101,SALD-110/310 SKYD-204/304 SKYD-104 SALD-210/710 SALD-724 SALD-214/714 SIND-104/204 SDBS SDBT-11 SDAU-xxx/TB SDAU-100/RLY4/TB SDAU-270/RLY4/TB SDAU-xxx/TB/COM SDAU-100/RLY4/TB/COM SDAU-270/RLY4/TB/COM

Bracket Part No.

L4040CA L4040CB L4040CC L4040CE L4040CG L4040CH L4040CL L4040CM L4040CQ L4040CS L4040CT L4040CX E9713DR E9713DL L4040DA L4040DB

L4040DE L4040DF

Revision Information

● Manual Title: Model STED (Style R) mV, Temperature and Potentiometer/Voltage Converters

● Manual No. : IM 01B04J01-02E

9th Edition/May 2004

Change of the company name.

Written by Yokogawa Electric Corporation

Published by Yokogawa Electric Corporation

2-9-32 Nakacho, Musashino-shi, Tokyo 180-8750, JAPAN

IM 01B04J01-02E

9th Edition : 2004.05.01-00

Blank Page

YOKOGAWA ELECTRIC CORPORATION Network Solutions Business Division

2-9-32, Nakacho, Musashino-shi, Tokyo, 180-8750 JAPAN Phone: +81-422-52-7179 Facsimile: +81-422-52-6793

Sales Branch Offices

Tokyo, Nagoya, Osaka, Hiroshima, Fukuoka

YOKOGAWA CORPORATION OF AMERICA Headquaters

2 Dart Road, Newnan, GA. 30265-1094 U.S.A. Phone: +1-770-253-7000 Facsimile: +1-770-251-0928

Sales Branch Offices / Texas, Chicago, Detroit, San Jose YOKOGAWA EUROPE B. V.

Headquaters

Databankweg 20, 3821 AL Amersfoort THE NETHERLANDS Phone: +31-334-64-1611 Facsimile: +31-334-64-1610 Sales Branch Offices / Houten (The Netherlands), Wien (Austria), Zaventem (Belgium), Ratingen (Germany), Madrid (Spain), Bratislava (Slovakia), Runcorn (United Kingdom), Milano (Italy), Velizy villacoublay(France), Johannesburg(Republic of South Africa)

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Praca Acapulco, 31-Santo Amaro, Sao Paulo/SP, BRAZIL CEP-04675-190 Phone: +55-11-5681-2400 Facsimile: +55-11-5681-4434

YOKOGAWA ENGINEERING ASIA PTE. LTD. Head office

5 Bedok South Road, Singapore 469270 SINGAPORE Phone: +65-6241-9933 Facsimile: +65-6241-2606

YOKOGAWA ELECTRIC KOREA CO., LTD. Seoul Sales office

395-70, Shindaebang-dong, Dongjak-gu, Seoul,156-010, KOREA Phone: +82-2-3284-3000 Facsimile: +82-2-3284-3019

YOKOGAWA TAIWAN CORPORATION Head office

17F, No.39, Sec. 1, Chung Hwa Road Taipei, 100 TAIWAN Phone: +886-2-2314-9166 Facsimile: +886-2-2314-9918

YOKOGAWA AUSTRALIA PTY. LTD. Head office

Centrecourt D1, 25-27 Paul Street North, North Ryde, N. S. W. 2113, AUSTRALIA Phone: +61-2-9805-0699 Facsimile: +61-2-9888-1844

YOKOGAWA INDIA LTD. Head office

40/4 Lavelle Road, Bangalore, 560 001, INDIA Phone: +91-80-227-1513 Facsimile: +91-80-227-4270

LTD. YOKOGAWA ELECTRIC

Grokholskiy per. 13, Build. 2, 4th Floor, 129010, Moscow, RUSSIA FEDERATION Phone: +7-095-737-7868 Facsimile: +7-095-737-7869

Yokogawa Sted User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

1. INTRODUCTION

1.1 Inspection

1.2 Documentation Conventions

1.3 Notice

2. GENERAL

2.1 Standard Specifications

2.2 Model and Suffix Codes

2.3 Accessories

3. INST ALLA TION

3.1 External Wiring

3.2 Applicable Cables

4. PRINCIPLES OF OPERA TION

4.1 mV DC Input T ype (STED-1 and STED-7 Types)

4.2 Thermocouple Input T ype (STED-2 and STED-7 Types)

4.3 RTD Input T ype (STED-3 and STED-7 Types)

4.4 Potentiometer Input T ype (STED-4 Type)

5. SETTING

5.1 Names of Components

5.2 Setting Jumper

5.2.1 Check of Setting Jumper

5.2.2 Position of Setting Jumper

5.3 Setting of Parameters

5.3.1 Configuration of Parameters

5.3.2 Description of Parameters

5.4 Parameter List

6. MAINTENANCE

6.1 T est Equipment

6.2 Reference T able of Thermocouple and RTD

6.3 Adjustment

6.3.1 Adjustment for STED-1 to -4 Types (One Input-only T ype)

6.3.2 Adjustment for STED-7 Type (Universal T ype)

6.4 Check of Reference Junction T emperature Compensation Action

6.5 Replacement of Fuse

6.6 Replacement of Capacitor

7. TROUBLESHOOTING

7.1 T roubleshooting Flowchart

7.2 Action in Fault Condition.

7.3 Replacement of Parts

7.3.1 Replacement Procedure

7.3.2 Replacement of Power Supply Unit

7.3.3 Replacement of Main Board

Appendix-1 GENERAL

Appendix-2 APPLICABLE INSTRUMENTS

Appendix-4 POWER SUPPLY AND GROUND WIRING

CMPL 01B04J01-02E

CMPL 01B04F02-11E

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