TOHO ELECTRONICS TTM-00BT User Manual

TOHO ELECTRONICS INC.

Multi-Channel Board Controller

Detailed Manual

Thank you very much for purchasing a Multi-Channel Board Controller. The Multi-Channel Board Controller outputs control signals that match an input from

a thermocouple (a K/J thermocouple) or an input from a temperature input from a resistance bulb (Pt100/JPt100) to a predetermined setting.

The product comes equipped with an RS-485 or an RS-232C for data communications with a host computer.

For control output, the product is provided with up to eight open collector outputs, along with event outputs consisting of 11 open collector outputs (eight temperature alarm outputs, one heater wire break alarm, one SSR breakdown alarm, and one error alarm), eight current detector inputs, and one voltage input.

Please read this detailed manual carefully and use this product correctly.

Contents

1. Operating precautions..........................................................................................................3

2. Names and functions of the components ............................................................................. 4

2.1 Product diagram.........................................................................................................4

2.2 Names and functions ................................................................................................. 4

3. Installation ...........................................................................................................................5

3.1 How to install the product .........................................................................................5

3.2 Where to install the product....................................................................................... 5

3.3 Outside dimensions.................................................................................................... 6

4. Making the connections.......................................................................................................6

4.1 Terminal arrangement diagram.................................................................................. 6

4.2 Terminal arrangement................................................................................................ 7

4.3 Cautions on making the connections......................................................................... 9

5. Before conducting control....................................................................................................9

6. Table of identifiers (codes) .................................................................................................. 9

7. Function description .......................................................................................................... 16

7.1 Display range and set range of temperature input ...................................................16

7.2 Display range and set range of current detector input ............................................. 16

7.3 Voltage input............................................................................................................ 16

7.4 Control output.......................................................................................................... 16

7.5 Temperature alarm output ........................................................................................ 17

7.6 Heater wire break alarm output ............................................................................... 18

7.7 SSR breakdown alarm output.................................................................................. 18

7.8 Error alarm output ................................................................................................... 18

7.9 Communication ....................................................................................................... 18

8. Specifications and ratings ..................................................................................................32

8.1 General specifications.............................................................................................. 32

8.2 Ratings and performance......................................................................................... 32

9. Maintenance and inspection...............................................................................................33

1. Operating precautions

When the product reaches you, please ensure that the product you have received is of the following model which you ordered.

Model: ＴＴＭ−００ＢＴ−①−Ｒ−②

① Input type.........................0: Thermocouple input

1: Resistance bulb input

② Communication type:.......M1: RS-485

M2: RS-232C

To allow you to use the product safely, this detailed manual uses the following symbols:

Warning:

Caution:

Mishandling despite this warning may result in the user's death, electric shock, burn, or other risk.

Mishandling despite this caution may result in the user's minor injury or product damage.

Warnings

• Erroneously wiring a meter will cause a breakdown, possibly resulting in a fire or other incident. After making the connections, therefore, always ensure that the correct wiring has been made before energizing the meter.

• Remodeling the product will cause a breakdown, possibly resulting in a fire or other incident. Therefore do not under any circumstances do any such thing.

• Please make sure that the package for the product contains the following: * Product proper: 1 unit * Operation manual: 1 copy Should you find anything missing or a wrong model or any other inconvenience, please

contact our Sales Department. The contact details are at the end of this manual.

• Please deliver this detailed manual to the user. Please store it with care.

• Unauthorized reproduction or copying of a part or a whole of this manual is prohibited.

• Specifications in this detailed manual are subject to change without notice.

• We may not be able to take responsibility for a nonconformity or trouble resulting from the user's

operation of the product.

2. Names and functions of the components

2.1 Product diagram

Event output Control output

Voltage

Communi-

input

CT input

cation

Power

Temperature

input

2.2 Names and functions

2.2.1 SW1: Unit number change --- Change product unit numbers with the rotary switch. Unit number: 0 to F (hexadecimal)

2.2.2 SW2: Communication speed change --- Change the communication speed with DIP switches. Communication speed setting: 4800/9600/19200/38400 bps

2.2.3 CN1: Control output connector Connector: XG4A-1634 (Omron) or equivalent (eight open collector outputs)

2.2.4 CN2: Event output connector Connector: XG4A-1634 (Omron) or equivalent (eleven open collector outputs)

2.2.5 CN3: CT input connector Connector: XG4A-1634 (Omron) or equivalent (eight CT inputs)

2.2.6 TB1: Temperature input terminal Sensor input terminal for thermocouple input or resistance bulb input Thermocouple input: Two-level terminal block: ML-740-W1BF-16P (a Sato part) or equivalent Resistance bulb input: Three-level terminal block: ML-740-W3BF-24P (a Sato part) or equivalent

2.2.7 TB2: Power terminal Power voltage terminal (power voltage: 24V DC + 10% - 15%) Through-type terminal block: ML-40-S1BYF-2P (a Sato part) or equivalent

2.2.8 TB3: Communication terminal RS-485 or RS-232C communication terminal Through-type terminal block: ML-40-S1BYF-3P (a Sato part) or equivalent

2.2.9 TB4: Voltage input terminal Voltage input terminal (input voltage range: 12 to 24V DC ±10%) Through-type terminal block: ML-40-S1BYF-2P (a Sato part) or equivalent

2.2.10 LED1: Communication A RXD lamp (green)

2.2.11 LED2: Communication B TXD lamp (green)

2.2.12 LED3: Power lamp (green)

2.2.13 LED4 to 11: Temperature alarm output lamps (red)

2.2.14 LED12: Alarm output lamp for heater wire break (red)

2.2.15 LED13: Alarm output lamp for SSR breakdown (red)

2.2.16 LED14: Error alarm output lamp (red)

2.2.17 LED15 to 22: Control output lamps (orange)

Recommended socket for connector

MIL type socket (with strain relief): XG4M-1630-T (manufactured by Omron)

3. Installation

3.1 How to install the product

• See "3.3 Outside dimensions" and install the product with nine screws (φ3.5).

• Install the board as floated by at least 5mm with a spacer or something similar.

• Install it horizontally. Or install it vertically with its power supply facing upwards.

• When installing two or more products of this kind, install them at least 50mm apart.

• Connecting crimp terminals: Use crimp terminals of specified dimensions (M3, no more than

6.9mm wide).

• Connecting exposed wires: Use wiring of AWG22 to 16.

• Terminal screws: Tighten them to a specified torque (about 0.5N-m). A loose screw may cause a

fire or malfunction.

3.2 Where to install the product

Please install the product in either of the following places:

• Places where the temperature, humidity, and other conditions are within the operating

environmental ranges

• Places free of dust, greasy fumes, and other foreign matter

• Places protected as much as possible from mechanical vibration, impact, and other external forces

• Places as far as possible from devices using high-pressure ignition equipment

• Places away from high-voltage lines, welding machines, and sources of electric noises

• Places free of sulfide gases and corrosive gases

• Places protected from direct sunlight

• Places protected from water splashes

• Places protected as much as possible from electromagnetic effects

3.3 Outside dimensions

4. Making the connections

9-φ3.5 drill

Sub-board 36 × 114.5

Board height

• Thermocouple input

29.2mm maximum

• Resistance bulb input

39.1mm maximum (from the bottom of the board to the top of the part)

4.1 Terminal arrangement diagram

4.1.1 Thermocouple input

Event output

CT input

Voltage

input

Control output

Communi-

cation

Temperature input

Power

4.1.2 Resistance bulb input

Event output

CT input

Voltage

input

Control output

Communi-

cation

Temperature input

Power

4.2 Terminal arrangement

4.2.1 Temperature input (TB1: terminal block): For thermocouple input

* For terminal numbers, see the carvings in the terminals.

Terminal

No.

A1 + A3 + A5 + A7 + B1 A2 + A4 + A6 + A8 + B2

4.2.2 Temperature input (TB1): For resistance bulb input

Terminal

No.

A1 A A3 A A5 A A7 A B1 B B3 B B5 B B7 B C1 A2 A A4 A A6 A A8 A B2 B B4 B B6 B B8 B C2

4.2.3 Power (TB2: terminal block)

Terminal

No.

1 + 2 −

4.2.4 Communication (TB3: terminal block)

Terminal

No.

1 A RXD 2 B TXD 3 SG

Terminal

name

Terminal

− B3

− B4

Terminal

name

Terminal

b C3

b b4

Polarity

Power

voltage

24V

RS-485 RS-232C

No.

Terminal

name

− B5

− B6

Terminal

name

b C5

b C6

Terminal

No.

Terminal

No.

Terminal

name

− B7

− B8

Terminal

name

b C7

b C8

Terminal

No.

Terminal

No.

Terminal

name

−

Terminal

name

4.2.5 Voltage input (TB4: terminal block)

Terminal

No.

1 + 2 −

Polarity

4.2.6 Control output (CN1: connector)

Connector

No.

1 1 O.C 2 1 COM 3 2 O.C 4 2 COM 5 3 O.C 6 3 COM 7 4 O.C 8 4 COM

9 5 O.C 10 5 COM 11 6 O.C 12 6 COM 13 7 O.C 14 7 COM 15 8 O.C 16 8 COM

O.C.: open collector output COM: common

Terminal

name

4.2.7 Event output (CN2: connector) 4.2.8 CT input (CN3: connector)

Connector

No.

1 1 Temperature alarm 1 output O.C. 1 1

2 2 Temperature alarm 5 output O.C. 2 1

3 3 Temperature alarm 2 output O.C. 3 2

4 4 Temperature alarm 6 output O.C. 4 2

5 5 Temperature alarm 3 output O.C. 5 3

6 6 Temperature alarm 7 output O.C. 6 3

7 7 Temperature alarm 4 output O.C. 7 4

8 8 Temperature alarm 8 output O.C. 8 4

9 1 Temperature alarm 1 to 4 output COM 9 5 10 2 Temperature alarm 5 to 8 output COM 10 5 11 3 Alarm output O.C. for heater wire break 11 6 12 4 Alarm output COM for heater wire break 12 6 13 5 SSR breakdown alarm O.C. 13 7 14 6 SSR breakdown alarm COM 14 7 15 7 Error alarm O.C. 15 8 16 8 Error alarm COM 16 8

O.C.: open collector output COM: common

CH Terminal name

Connector

4.3 Cautions on making the connections

configured to a "sensitivity" of 0.

point" to change the ON/OFF point without changing the

Warning

• Before making the connections, turn off this product. Otherwise you may get an electrical shock.

Warnings

• This product will not begin control for about 10 seconds after being turned on. (It will not activate its outputs or other components.) Be careful if you wish to use the product as an interlocking circuit.

• Check the operation manual and other documents to ensure that you make the correct connections for the temperature input terminal, power terminal, and other terminals.

• To connect a resistance bulb to this product, use wiring having a line resistance of no more than

5Ω per wire.

• To connect a thermocouple to this product, use a specified kind of compensating lead wire or element wire.

• Use a shielded wire if you wish to use this product near a noise source. Do not wire an input/output line in the same duct or conduit tube.

• Separate the input/output signal lines at least 50cm from the power line and load line.

5. Before conducting control

Selecting PID control Selecting ON/OFF control

This product is factory-configured to a "proportional band" of 3.0. This product can conduct control in that state. For better control, however, auto-tune (AT) this product. AT automatically sets settings (values P, I, and D) required for control. For AT, put this product into an actual operating state (a state where the sensor input, control output, and other components are wired). AT takes some time.

This product is factoryIf conducting control causes the relay to flutter, increase the sensitivity to reduce the flutter. If conducting control causes this product to stabilize at a level lower than the set temperature, increase the parameter "OFF

setting.

6. Table of identifiers (codes)

a) Identifier: A code that represents an item. Enter the code into the identifier field in the message.

(The code is a three-digit figure.) The □ in the frame represents SP (:space:ASCII code...20H).

b) Name: Item name c) R/W: Specifies which function (read or write) is possible for an identifier into the current memory

bank, or whether both of those functions are possible.

r/w: Specifies which function (read or write) is possible for a memory bank other than the current

one, or whether both of these functions are possible. (This identifier can be read and written in a memory bank.)

d) Description: Gives a description and specifies a set range and other details.

Note: For the R/W to a character not meeting the display conditions, this product responds with

"NAK2."

Parameter

a) Identifier b) Name c) R/W d) Description and set range e) Remark Initial value (communication

numerical data) TC, thermocouple; Pt, resistance bulb

SV1

00000

□CF

00000

INP

TC: 00000

Pt: 00010

PVG

00100

PVS

00000

PDF

00001

□DP

TC: 00000

Pt: 00001

□AT

00000

Setting R/W

Set a temperature unit R/W R/W of the °C/°F

Set an input type R/W R/W of the input type settings

Set a PV correction gain R/W

Set a PV correction zero point

Set an input filter R/W R/W of the input filter setting

Set a decimal point R/W R/W of the decimal point setting

Start/release AT R/W R/W of the AT start/release

R/W of the control settings

r/w

Thermocouple input: Thermocouple K, 0.0 to 1300.0°C Thermocouple J, 0.0 to 800.0°C Resistance bulb input: PT100/JPT, -199.9 to 500.0°C

°C: 00000 °F: 00001

Thermocouple input models: Thermocouple K: 00000 Thermocouple J: 00001 Resistance bulb input models: Pt100: 00010 JPt: 00011

R/W of the PV correction gain setting

r/w

Set range: 0.50 to 2.00 times

R/W

R/W of the PV correction zero setting

r/w

Set range: -199 to 999°C/-199.9 to 999.9°C

Set range: 0 to 99 seconds

No decimal point: 00000 Decimal point provided: 00001

Start: 00001 Release: 00000

Channel not specified

Neither the thermocouple input nor the resistance bulb input can be changed.

Measurement Gain correction

Measurement Zero correction

The W is not possible during ON/OFF control.

Event output parameters

a) Identifier b) Name c) R/W d) Description and set range e) Remark Initial value (communication

numerical data) TC, thermocouple; Pt, resistance bulb

E * F

*: 1 to 8

00000

E * H

*: 1 to 8

00000

E * L

*: 1 to 8

00000

E * C

*: 1 to 8

00000

CTF

Temperature alarm output*functional setting

R/W R/W of the temperature alarm output*functional

setting

000 * * PV temperature alarm functions

Additional functions

Type 0 None 1 Hold

2 Standby sequence 3 Hold + standby

sequence

Type None Deviation top/bottom limit alarm Deviation top limit alarm Deviation bottom limit alarm Deviation range alarm Absolute value top/bottom limit

alarm Absolute value top limit alarm Absolute value bottom limit

alarm Absolute value range alarm

Set a temperature alarm output*top limit

Set a temperature alarm output*bottom limit

Set a temperature alarm output*sensitivity

R/W

R/W of the temperature alarm output*top limit setting

r/w

Set range: -199 to1500°C/-199.9 to 1500.0°C

R/W

R/W of the temperature alarm output*bottom limit setting

r/w

Set range: -199 to1500°C/-199.9 to 1500.0°C

R/W R/W of the temperature alarm output*sensitivity

setting Set range: -199 to1500°C/-199.9 to 1500.0°C

CT function R/W R/W of the presence or lack of an alarm about heater

wire break and SSR breakdown 00000: None 00001: Heater wire break alarm function 00002: SSR breakdown alarm function

Heater wire break: LED12 SSR breakdown: LED13

00003: Heater wire break + SSR breakdown alarm

00000

C * I

*: 1 to 8

00000

ALB

00000

CT allocation channel R/W R/W of the status about the channel to which CT*(1 to

Error alarm function R/W R/W of the presence or lack of memory errors, A/D

function

Channel not specified

8) should be allocated 00000: None (not allocated) 00001 to 00008: (CH)

Error alarm: LED14 errors, and sensor error alarms 00000: None 00001: Present

CT*

*: 1 to 8

Set an output current error R/W R/W of the current of the heater current detector

Set range: 0.0 to 50.0A AC

Channel not specified

00000

Voltage input parameters

a) Identifier b) Name c) R/W d) Description and set range e) Remark Initial value (communication

numerical data) TC, thermocouple; Pt, resistance bulb

DIF

00000

SV2

00000

Set a voltage input function R/W

Setting 2 R/W

R/W of the voltage input function setting

Numerical

data 00000 None 00001 SV/SV2 function SV2 00002 RUN/READY function READY 00003 Auto/manual function Manual 00004 Forward/reverse operation

00005 Auto-tuning function AT start 00006 Forward operation

Function type

function

(SV2)/reverse operation (SV) function

R/W of the control setting 2

r/w

Set range: SLL to SLH

When voltage is

applied

Forward operation

Forward operation (SV2)

Unit common parameters

a) Identifier b) Name c) R/W d) Description and set range e) Remark Initial value (communication

numerical data) TC, thermocouple; Pt, resistance bulb

AWT

00000

MBK

00001

Response delay setting R/W R/W of the response delay setting

Set range: 0 to 250mS

Memory bank reading R/W Replaces the specified memory bank with the current

memory bank. 00001 to 00008 (example: memory bank 1 is 00001)

Channel not specified

No writing is possible during AT.

Monitor window parameters

a) Identifier b) Name c) R/W d) Description and set range e) Remark

PV1 Measurement R Used as a measurement monitor

CM*

*: 1 to 8

DIM DI monitor R R of the voltage input monitoring

OM1 Monitor the control output R R of the control output monitoring

EM1 Monitor the temperature

EM2 Monitor the temperature

ALM Monitor the alarm output R R of the alarm monitoring

CT measurement R R of the measured current of the heater current

alarm outputs 1 to 4

alarm outputs 5 to 8

When over-scale: HHHHH (the same is true when the sensor has a wire break) When under-scale: LLLLL

detector When over-scale: HHHHH When reading is impossible: -----

00000: State where voltage input is not applied 00001: State where voltage input is applied

000①②

① Output 1 state… 1:ON/0:OFF ② Output 2 state… 1:ON/0:OFF

R R of the temperature alarm output monitoring

0①②③④

①: temperature alarm output 4 ②: temperature alarm output 3 ③: temperature alarm output 2 ④: temperature alarm output 1

R R of the temperature alarm output monitoring

0①②③④

①: temperature alarm output 8 ②: temperature alarm output 7 ③: temperature alarm output 6 ④: temperature alarm output 5

00①②③ ① Alarm output of heater wire break (1:ON/0:OFF) ② Alarm output of SSR breakdown (1:ON/0:OFF) ③ Error alarm output (1:ON/0:OFF)

When reading is impossible: The CT value cannot be read unless the output of no less than 190mS is turned on.

Control parameters

a) Identifier b) Name c) R/W d) Description and set range e) Remark Initial value (communication

numerical data) TC, thermocouple; Pt, resistance bulb

SLH

TC: 01200

Pt: 05000

SLL

TC: 0000

Pt: -1000

□MD 00001

CNT

00010

DIR

00000

MV1

00000

TUN

00002

ATG

00010

ATC

00020

□P1

00030

□I1

00000

□D1

00000

□T1

00020

ARW

01000

Set an SV limiter top limit R/W R/W of the SV limiter top limit setting

Set an SV limiter bottom limit

Set the control mode R/W R/W of the control mode setting

Set a control type R/W R/W of the control type setting

Set a forward/reverse operation switchover

Control output 1 operation quantity

Set a tuning type R/W R/W of the tuning type setting

AT factor R/W R/W of the AT factor

AT sensitivity R/W R/W of the AT sensitivity

Set control output 1, proportional band

Set an integral time R/W

Set a derivative time R/W

Set control output 1, proportional period

Anti-reset windup R/W

From the bottom limit to the top limit of the set range Provided that the difference from the SV limiter bottom limit setting is no less than 50 digits.

R/W R/W of the SV limiter bottom limit setting

From the bottom limit to the top limit of the set range Provided that the difference from the SV limiter top limit setting is no less than 50 digits.

00000: Control stop (bottom limit output of the operation quantity limiter) 00001: Control execution 00002: Manual control

00①②③

① Function

0 Type A 1 Type B (overshoot inhibition function)

② Output 1 control type

0 None 1 PID control 2 ON/OFF control

③ Output 2 control type (only during heating and

cooling control)

0 None 1 PID control 2 ON/OFF control

R/W R/W of the forward/reverse operation switchover

setting 00000: Reverse operation 00001: Forward operation

R/W R/W of the control output 1 operation quantity

Display range: 0.0 to 100.0% Set range: ML1 to MH1

00001: Auto-tuning output 1 00002: Self-tuning output 1 00003: Auto-tuning output 2 00004: Self-tuning output 2 00005: Auto-tuning output 1/output 2

Set range: 0.1 to 10.0 times

Set range: 0 to 999°C/0.0 to 999.9°C

R/W

R/W of the control output 1, proportional band setting

r/w

Set range: 0.1 to 200.0%

R/W of the integral time setting

r/w

Set range: 0 to 3600 seconds

R/W of the derivative time setting

r/w

Set range: 0 to 3600 seconds

R/W

R/W of the control output 1, proportional period

r/w

setting Set range: 1 to 120 seconds

R/W of the Anti-reset windup

r/w

Set range: 0.0 to 100.0%

For the range, see 7.1 on page 16.

Type A: General and conventional PID control

Type B: Our company's unique PID control with reduced overshoot

Control parameters

a) Identifier b) Name c) R/W d) Description and set range e) Remark Initial value (communication

numerical data) TC, thermocouple; Pt, resistance bulb

MH1

01000

ML1

00000

□C1

00000

CP1

00000

MV2

00000

□P2

00020

□T2

00020

MH2

01000

ML2

00000

□C2

00000

CP2

00000

PBB

00000 □DB

00000

STR Save data W Save data

Set an operation quantity limiter, top limit

Set an operation quantity limiter, bottom limit

Set a control output 1, control sensitivity

Control output 1 Set an OFF point

Control output 2 operation quantity

Set control output 2, proportional band

Set control output 2, proportional period

Set an operation quantity limiter, top limit

Set an operation quantity limiter, bottom limit

Set a control output 2, control sensitivity

Control output 2 Set an OFF point

Manual reset R/W

Set a dead band R/W

R/W

R/W of the operation quantity limiter, top limit setting

r/w

Set range: Operation quantity limiter, bottom limit setting to 100.0%

R/W

R/W of the operation limiter, bottom limit setting

r/w

Set range: 0.0 to operation quantity limiter, top limit setting

R/W

R/W of the control output 1, control sensitivity setting

r/w

Set range: 0 to 999°C/0.0 to 999.9°C

R/W

R/W of the OFF point setting of control output 1

r/w

Set range: -199 to 999°C/-199.9 to 999.9°C

R/W

R/W of the control output 2 operation quantity

r/w

Display range: 0.0 to 100.0% Set range: ML1 to MH1

R/W

R/W of the control output 2, proportional band setting

r/w

Set range: 0.10 to 10.00 times (Magnification for output 1, proportional band)

R/W

R/W of the control output 2, proportional period

r/w

setting Set range: 1 to 120 seconds

R/W

R/W of the operation quantity limiter, top limit setting

r/w

Set range: Operation quantity limiter, bottom limit setting to 100.0%

R/W

R/W of the operation limiter, bottom limit setting

r/w

Set range: 0.0 to operation quantity limiter, top limit setting

R/W

R/W of the control output 2, control sensitivity setting

r/w

Set range: 0 to 999°C/0.0 to 999.9°C

R/W

R/W of the OFF point setting of control output 2

r/w

Set range: -199 to 999°C/-199.9 to 999.9°C

R/W of the manual reset

r/w

Set range: 0.0 to 100.0% But -100.0 to +100.0% during heating/cooling control

R/W of the dead band

r/w

Set range: -100 to 100°C/-100.0 to 100.0°C

*1: If the control output 2 control type is ON/OFF control or PID control (if heating/cooling control is conducted), this product cannot be

used as a temperature alarm output.

*2: If the control output 2 control type is used as a temperature alarm output, the monitor for the control output of control output 2 is fixed at

0. *3: If the control output 2 control type is used as ON/OFF control or as PID control, the temperature alarm output monitor is fixed at 0. *4: If the control output 2 control type is set to "None": This product produces a temperature alarm output.

For ON/OFF control or PID control: This product performs heating/cooling control.

7. Function description

7.1 Display range and set range of temperature input

7.1.1 Display range and set range of thermocouple input (JIS C 1602 - 1995)

Set range with a

decimal point

K (JIS) 0.0 to 1300.0°C -40.0 to 1326.0°C 0 to 1300°C -40 to 1326°C J (JIS) 0.0 to 800.0°C -31.0 to 850.0°C 0 to 800°C -31 to 850°C

Display range with a

decimal point

Set range without a

decimal point

Display range without

a decimal point

7.1.2 Display range and set range of resistance bulb input (JIS C 1604 - 1997)

Set range with a

Pt100 (JIS) JPt100 (JIS)

decimal point

-199.9 to 500.0°C -199.9 to 539.1°C -199 to 500°C -199 to 539°C

Display range with a

decimal point

Set range without a

decimal point

Display range without

a decimal point

7.2 Display range and set range of current detector input

7.2.1 Display range and set range: 0.0 to 50.0A AC

7.3 Voltage input

7.3.1 Voltage input: Entering a voltage (12 to 24V DC) from outside enables the selection of

functions from "7.3.2. Voltage input functions."

7.3.2 Voltage input functions

Function type When voltage is applied None SV/SV2 function SV2 RUN/READY function READY Auto/manual function Manual Forward/reverse operation function Forward operation Auto-tuning function AT start Forward operation (SV2)/reverse operation (SV) function Forward operation (SV2)

7.4 Control output

Control output is ensured by open collector output. Control operations can be selected from heating control or heating/cooling control (types A and B). Setting the output 2 control type to "ON/OFF control" or "PID control" activates heating/cooling control.

Note that heating/cooling control is fixed at control output on the side of heating output, and at temperature alarm output on the side of cooling output. See the table below for the allocation of control outputs and temperature alarm outputs for heating control and heating/cooling control.

Input

Control output

1CH 2CH 3CH 4CH 5CH 6CH 7CH 8CH

Heating control Heating/cooling control

Temperature alarm

output

1 2 3 4 5 6 7 8

Control output

1 2 3 4 5 6 7 8

Cooling output (temperature alarm output

is used as cooling output)

1 2 3 4 5 6 7 8

7.5 Temperature alarm output

7.5.1 Temperature alarm output: Compare the measurements with the setting value of the temperature alarm output and turn on and off the temperature alarm output.

• Operation table of temperature alarm outputs

1. Deviation top/bottom limit 5. Absolute value top/bottom limit

E*C

E*C E*C

E*L E*H

△

0C (°F)

０℃（v）

E*L

E*H

2. Deviation top limit 6. Absolute value top limit

E*C

０℃（v）

0C (°F)

△

E*H

3. Deviation bottom/limit 7. Absolute value bottom limit

E*C

E*L

△

０℃（v）

0C (°F)

E*L

E*C

4. Deviation top/bottom limit range 8. Absolute value top/bottom limit range

E*L

E*C

E*H

E*C

E*L E*H

△

E*C

0C (°F)

０℃（v）

Operation range of temperature alarm output: E*L, bottom limit setting of temperature alarm output; E*H, top limit setting of temperature alarm output; E*C, temperature alarm sensitivity

7.5.2 Additional functions

• Standby sequence This function inhibits temperature alarm output even if the conditions are met for temperature

alarm output when this product is turned on. Temperature alarm output is generated only when this product deviates from the conditions for temperature alarm output and satisfies those conditions again. This function is used for bottom temperature alarm output when this product is turned on. This function is enabled when this product is turned on in the shaded portion in

the operation table of temperature alarm outputs. [How to cancel this function] This function is canceled when this product is activated or when either of the following setting is

changed: target, temperature alarm, PV correction, and temperature alarm setting.

• Temperature alarm output holding When a temperature alarm output is generated, this function retains that state. Even if this

product deviates from the conditions for temperature alarm output, the temperature alarm output

will remain on. [How to cancel this function] To cancel this function, turn this product off and back on or disable the additional function for

temperature alarm output setting.

E*C

E*H

E*C

7.6 Heater wire break alarm output

The output will be turned on if a heater wire break (no output even if the output is turned on) remains for at least 190mS.

7.7 SSR breakdown alarm output

The output will be turned on if an SSR breakdown (there is output even if the output is off) remains for at least 190mS.

7.8 Error alarm output

The output will be turned on in the case of a memory error, A/D error, or sensor error.

7.9 Communication

7.9.1 What can be done by communication

Communication allows you to read and write data in "Changing settings" and "Reading information" and other items specified in "6. Table of identifiers."

However, reading and writing with ordinary commands are conducted on the RAM inside this product. Turning this product off and back on will restore the written data back to what it was before the writing (the values saved on the EEPROM).

To save written data on the EEPROM of this product, execute the data storage request message (STR).

(See "7.9.10 Communication precautions.")

7.9.2 Pre-communication settings:

Before communication, this product must be set to initial settings for "setting a communication speed" and "setting a unit number."

1) "Setting a communication speed": Set this value with DIP switches.

Use DIP switches 1 and 2. Always turn the 3 and 4 to OFF. Following are the possible combinations.

DIP switch

1 2 3 4

OFF

Initial setting: 1: ON, 2 to 4: OFF (9600 bps)

OFF OFF

ON ON

Reserved Reserved

2) "Setting a unit number": Set this value with the rotary switch.

Set a unit number in a hexadecimal number (0 to F). Initial setting: 0 (unit No. 00)

3) "Setting a response delay": Set a time to be taken from the time when a high-level computer

finishes transmitting a "request message" to the time when the line is delivered and this product enters an input state.

• Set range: 0 to 250mS

• Initial value: 0mS

* Notes: An insufficient response delay may result in abnormal communication. Note also

that, in real operations, the processing time of this product will be added to the response delay.

* Caution: Before "setting a communication speed" and "setting a unit number," always

turn off this product.

Communication

speed

4800 bps

9600 bps 192000 bps 384000 bps

7.9.3 Communications procedure

This product returns a "response message" in response to a "request message" from a high-level computer. It therefore does not initiate a transmission.

上位コンピュータが

上位コンピュータ本器要求メッセージ

応答遅延時間

０〜２５０ｍｓ１ｍｓ以上

「2.8応答遅延時間の設定」参照

「3.7.1送受信タイミング」参照

7.9.4 Message types

n Messages are roughly divided into the following types:

Request message (transmitted

from a high-level computer)

"7.9.5 1)", "3.5.1"

Read request message

送信

本器が

送信

要求メッセージ

上位コンピュータが

送信

要求メッセージ

「3.7.2要求間隔」参照

Response message (transmitted

from this product)

"7.9.6 1)"

Receipt acknowledgement and data

response

本器が

送信

要求メッセージ

"7.9.6 2)"

"7.9.5 2)", "3.5.2"

Write request message

"7.9.5 3)"

Store request message

"7.9.6 3)"

"7.9.6 2)"

: Response when a normal "request message" is received : When a received "request message" contains an error

Write complete response

Reception error and error description

response

Store complete response

n All codes (except for BCC) from STX and data to ETX are expressed in ASCII codes. n In assembling a program for a high-level computer, see "6. Table of identifiers" and "7.9.13.

Table of ASCII codes" at the end of the book.

7.9.5 Composition of a request message (transmitted from a high-level computer to

T X □ □ R □ □ □ E T X B C C

Contents of the

request: read

T X □ □ W □ □ □ □ □ □ □ □ E T X B C C

Contents of the

request: write

T X □ □ W S T R E T X B C C

Contents of the

request: write

this product)

n For codes ① to ⑧, see "7.9.9 Code description." n For specific examples of request messages, see "7.9.11 Examples of communications to be

read" and "7.9.12 Examples of communications to be written."

1) Composition of a read request message

① ② ③ ④ ―⑤― ⑦ ⑧

Start code

Unit number

Channel

Identifier

End code

BCC data

2) Composition of a write request message

① ② ③ ④ ―⑤― ―――⑥――― ⑦ ⑧

Start code

Unit number

Channel

Identifier

Numerical data

End code

BCC data

3) Composition of a store request message

① ② ③ ④ ―⑤― ⑦ ⑧

Start code

Unit number

Channel

Identifier

End code

BCC data

7.9.6 Composition of a response message (transmitted from this product to a

T X □ □ A C K □ □ □ □ □ □ □ □ E T X B C C

T X □ □ A C K E T X B C C

T X □ □ N A K □ E T X B C C

high-level computer)

n For codes ① to ⑪, see "7.9.9 Code description." n For specific examples of request messages, see "7.9.11 Examples of communications to b e

read" and "7.9.12 Examples of communications to be written."

1) Response message in response to a read request message

① ② ③ ⑨ ―⑤― ―――⑥――― ⑦ ⑧

Start code

Unit number

Channel

Acknowledge code

Identifier

Numerical data

End code

BCC data

2) Response message in response to a write/store request message

① ② ③ ⑨ ⑦ ⑧

Start code

Unit number

Channel

Acknowledge code

End code

BCC data

3) Response message in the case of an error

① ② ③ ⑩ ⑪ ⑦ ⑧

Start code

Unit number

Channel

Error code

ERR type

End code

BCC data

7.9.7 Composition of a memory bank function message

T X □ □ r □ □ □ □ E T X B C C

Contents of the

request: read

T X □ □ w □ □ □ □ □ □ □ □ □ E T X B C C

Contents of the

request: write

n For codes ① to ⑫, see "7.9.9 Code description." n For specific examples of request messages, see "7.9.11 Examples of communications to be

read" and "7.9.12 Examples of communications to be written." Note that the request is in lowercase characters.

1) Composition of a read request message

① ② ③ ④ ⑫ ―⑤― ⑦ ⑧

Start code

Unit number

Channel

Memory bank No.

Identifier

End code

BCC data

2) Composition of a write request message

① ② ③ ④ ⑫ ―⑤― ―――⑥――― ⑦ ⑧

Start code

Unit number

Channel

Memory bank No.

Identifier

Numerical data

End code

BCC data

7.9.8 Setting and reading data collectively

T X □ A R □ □ □ E T X B C C

Contents of the

request: read

T X □ A W □ □ □ □ □ □ □ □ E T X B C C

ntents of the

request: write

T X □ A W S T R E T X B C C

Contents of the

request: write

1) Composition of a read request message a) All channels

① ② ③ ④ ―⑤― ⑦ ⑧

Start code

Unit number

Channel

Identifier

2) Composition of a write request message a) All channels

① ② ③ ④ ―⑤― ―――⑥――― ⑦ ⑧

Start code

Unit number

Channel

Identifier

End code

BCC data

Numerical data

End code

BCC data

3) Composition of a store request message a) All channels

① ② ③ ④ ―⑤― ⑦ ⑧

Start code

Unit number

Channel

Identifier

End code

BCC data

7.9.9 Code description

n Codes from ① STX to ⑫ memory bank function are expressed in ASCII codes. n For the ASCII codes, see "7.9.13. Table of ASCII codes." n For the procedure for conversion to ASCII codes, see communication examples 7.9.11 and

7.9.12.

① STX This code is necessary for the receiver to detect the top of a message. This is affixed to the

top of the character string to be transmitted.

② Unit number This code is for a higher-level computer to identify the communication partner (this product).

Unit numbers are changed by using the rotary switch.

Set range: 0 to F (to be set in a hexadecimal number) *Before changing a setting, always turn off this product.

③ Setting channels

This function is for setting channels for reading and writing data in this product. Set range: 1 to 8 (each channel), A (all channels 1 to 8) *Before changing a setting, always turn off this product.

④ Contents of requests

Enter either of the following codes: R, W, r, or w. R (uppercase, 52H): For reading data from this product W (uppercase, 57H): For writing data in this product or for saving data in this product r (lowercase, 72H): For reading data from the memory bank of this product w (lowercase, 77H): For writing data in the memory bank of this product or for saving data

⑤ Identifier An identifier is a classification code (identifier) for data to be read or written and expressed in

a three-digit alphanumerical ASCII code. See "6. Table of identifiers."

⑥ Numerical data These are data to be read or written, and are all expressed in five digits regardless of the type.

Negative data: The "-" (minus) sign is in a single digit at the largest digit. Position of the decimal point: 5-digit data does not include a decimal point.

Example: The table below indicates the significances of 5-digit numerical data 00010.

Proportional band (P) →1.0% Data (PV), etc, whose decimal point can be shifted When the decimal point setting (DP) is 0 →10 When the decimal point setting (DP) is 0.1 →1.0

⑦ ETX This code is needed for the receiver to detect the end of a message. It is affixed to the end of a

character string to be sent (except for BCC).

in this product

Example Significance of the value

⑧ BCC This is a check code for error detection and is the exclusive OR (EX-OR) of all characters from

STX to ETX.

⑨ ACK It is an acknowledge code. If a message received by this product is error-free, this code will be

incorporated in the "response message" from this product and returned.

⑩ NAK It is a negative acknowledge code. If a "request message" received by this product is

error-ridden, this code will be incorporated in the "response message" from this product and returned.

If the "request message" received is error-ridden, the error contents (⑪ ERR type) will be

incorporated in the "response message" from this product, following NAK.

⑪ ERR type If a "request message" received from this product is error-ridden, the error contents (either of

the numbers in the table below) will be incorporated in the "response message" from this product, following "⑩ NAK."

The error number 0 is an instrument error (memory error or A/D conversion error). It will be

incorporated in the "response message" regardless of whether there is an error in the "request message."

The error number 9 is an AT error. It will therefore be incorporated in the "response message"

regardless of whether there is an error in the "request message." Remove the cause of the error immediately and start the AT again.

If there are two or more errors occurring at the same time, the largest error number will be

incorporated.

The table below indicates the error contents and classifications.

Error No.

0 Instrument error (memory error or A/D conversion error) 1 The num erical data deviated from the "range of settings designated specifically with setting

items." 2 The change of requested items is disabled or there are no items to be read. 3 An ASCII code other than numerical data was specified in the field of numerical data. An

ASCII code other than a numerical value or "-" was specified in the field of the highest digit. 4 Format error 5 BCC error 6 Overrun error 7 Framing error 8 Parity error 9 A PV error occurred during AT. Or AT will not end 3 hours later.

Error contents in the "request message" received by this product

⑫ Memory bank number Up to eight sets per parameter that can be written in the memory bank can be stored in the

memory bank. This function is to specify which memory bank 1 to 8 is to be used for reading or writing.

• Number of settings: Up to 8 sets

• Set range: 1 to 8

④ Reading and writing can be done in the memory bank only if the request is "r (lowercase,

72H)" or "w (lowercase, 77H)."

7.9.10 Communications precautions

1) Communications timing Set a sufficient response delay to make sure that this product is switched over from

transmission to reception with regard to a high-level computer in using communications.

See "7.9.3 Communications procedure" and "7.9.2 3) Setting a response delay."

2) Interval between requests In transmitting a series of "request messages" from a high-level computer, allow for an interval

of 1msec or more from the reception of a "response message" from this product to a next transmission.

3) Response conditions This product will not return a "response message" unless it receives a "request message"

containing an STX and ETX (BCC).

If, therefore, the "request message" is error-ridden, this product will not return a "response

message" (error reply) containing a NAK and ERR unless the conditions mentioned above are met.

Therefore, the high-level computer transmits the necessary "request message" again if a

"request message" is sent to this product but the latter does not return a "response message" at the end of an appropriate period.

The moment this product receives an STX, it clears all codes received before that.

4) Errors in unit number specification This product will not respond to any "request message" that specifies a unit number other than

that specified for itself. If, therefore, the a unit number portion of a "request message" is error-ridden, none of the mobile units will return a "response message."

Therefore, the high-level computer transmits the necessary "request message" again if a

"request message" is sent to this product but the latter does not return a "response message" at the end of an appropriate period.

The moment this product receives an STX, it clears all codes received before that.

5) Number of digits in data and the decimal position See "7.9.9 Code description, ⑥ Numerical data."

6) Operation after receiving a store request message This product starts to store data after correctly receiving a store request message from a

high-level computer.

This product only stores data different from the contents of the EEPROM (data that is

changed). The time (TW) required for storing data is within 2 seconds. This product transmits a storage-complete reply (ACK) when the data is stored. This product will not guarantee that the data is stored if this product is turned off during a

storage operation. Do not turn off this product for 2 seconds after transmitting a store request

message.

7) Operation after turning on the power This product will not perform communications (no response) for about 3 to 5 seconds after it is

turned on. Allow for a delay until communications is started after this product is turned on.

8) Storing data other than a store request message

T X A 4 R R V 1 E T X B C C

T X A 4 A C K P V 1 0 0 7 7 7 E T X B C C

Store all parameters in the EEPROM in either of the three cases described below, even if no

store request message is received. If auto-tuning is started and ends normally. (Provided that only PID constants are saved.)

9) Changing the settings (SV or SV2) by communications during auto-tuning Even if the settings (SV or SV2) used in control for auto-tuning are changed by

communications, the settings (SV or SV2) will not be changed until the auto-tuning ends. Note also that memory banks cannot be changed either, during auto-tuning.

7.9.11 Examples of communications to be read

Example: Request message: Requests the reading of a PV value set in channel 4 of unit number 10. (High-level computer)

In response to that,

Response message: This returns PV data (00777). (This product)

Read request message (transmitted from the high-level computer)

① ② ③ ⑨ ―⑤― ⑦ ⑧

Response message (returned from this product)

① ② ③ ⑨ ―⑤― ―――⑥――― ⑦ ⑧

Code Code, data ASCII code, note 2)

① Start code STX 02H ② Unit number A (10) 41H ③ Channel setting 4 34H ④ Request contents R (Read) 52H ⑤ Identifier, note 1) PV1 50H 56H 31H ⑥ Numerical data 00777 30H 30H 37H 37H 37H ⑦ End code ETX 03H ⑧ BCC data request 11H

response 72H ⑨ Acknowledge code ACK 06H

Note 1): See "6. Table of identifiers." Note 2): For the ASCII codes, see "7.9.13. Table of ASCII codes."

7.9.12 Examples of communications to be written

T X 3 1 W E 1 F 0 0 0 1 1 E T X B C C

T X 3 1 A C K E T X B C C

Example: Request message: Requests that the temperature alarm output setting of EIF in channel 1 (High-level computer) of unit number 3 be changed to deviation top/bottom alarm + holding.

In response to that,

Response message: This returns a notice that the request message has been received. (This product) *Check that it has been correctly written by reading the data separately.

Write request message (transmitted from a high-level computer)

① ② ③ ④ ―⑤― ―――⑥――― ⑦ ⑧

Response message (returned from this product)

① ② ③ ⑨ ⑦ ⑧

Code Code, data ASCII code, note 2)

① Start code STX 02H ② Unit number 3 33H ③ Channel number 1 31H ④ Request contents W (Write) 57H ⑤ Identifier, note 1) E1F 41H 34H 46H ⑥ Numerical data 00011 30H 30H 30H 31H 31H ⑦ End code ETX 03H ⑧ BCC data request 56H

response 05H ⑨ Acknowledge code ACK 06H

Note 1): See "6. Table of identifiers (codes)." Note 2): For the ASCII codes, see "7.9.13. Table of ASCII codes."

7.9.13 Table of ASCII codes

ASCII code 02H 03H 06H 15H

Code used STX ETX ACK NAK

ASCII code 30H 31H 32H 33H 34H 35H 36H 37H 38H 39H

Number used 0 1 2 3 4 5 6 7 8 9

2DH 20H

ASCII code 41H 42H 43H 44H 45H 46H 47H 48H 49H 4AH

Code used A B C D E F G H I J

ASCII code 4BH 4CH 4DH 4EH 4FH 50H 51H 52H 53H 54H Alphabetical

character used

55H 56H 57H 58H 59H 5AH 20H 72H 77H

Y V W X Y Z

−

Minus

K L M N O P Q R S T

Space

Lower case

7.9.14 Communications specifications

1) Communications standard category: Compliant with EIA standard RS-232C or RS-485

2) Communications systems

: Network.................................. For RS-485: up to 1 pair, 16 stations

For RS-232C: 1 pair, 1 station

: Direction of information......... Half duplex

: Synchronization system..........Asynchronous

: Transmission code.................. ASCII code

3) Interface system

: Signal line............................... For RS-485: Two-wire type (two transmission and

reception lines) For RS-232C: Three-wire type (two transmission and reception lines, one SG line)

: Communications speed .......... 4,800, 9600, 19,200 and 38,400 bps

Set this with DIP switches.

: Communications distance ......For RS-485: 500 mm maximum

For RS-232C: 15 m maximum

Provided that it varies somewhat depending on the cable and other ambient conditions.

4) Character

: Start bit length........................ Fixed at 1 bit

: Stop bit length........................Fixed at 2 bit

: Data length............................. Fixed at 8 bit

: Parity...................................... Fixed at no

: BCC check ............................. Fixed at yes

: Unit number ...........................0 to F (hexadecimal number)

Set this with the rotary switch.

5) Other functions: Memory bank function: This allows each parameter that can be written in the

memory bank to be saved in eight sets.

7.9.15 Communication wiring

1) Connecting the RS-485 line

上位コンピュータ（親局）本器（子局）

High-level computer (parent stations)

This product (mobile unit)

Ｔ／Ｒ（Ａ）Ｔ／Ｒ（Ｂ）

本器（子局）

This product (mobile unit)

Ｔ／Ｒ（Ａ）Ｔ／Ｒ（Ｂ）

本器（子局）

This product (mobile unit)

Ｔ／Ｒ（Ａ）Ｔ／Ｒ（Ｂ）

Install an end of line resistor at both of the farthest devices in the parent station and the mobile unit. For a resistance value, use one that matches the characteristic impedance of the cable. Provided that the synthesis is set to at least 75Ω.

2) Connecting the RS-232C

High-level computer (parent stations)

Ｒ

Ｔ

This product (mobile unit)

Ｒ

Ｔ

ＳＧＳＧ

In practice, it is necessary to connect the CS (transmission enable) and the ER (data terminal ready), and connect the RS (transmission request) and DR (data set ready) and CD (reception carrier detection) inside the connectors of the parent station.

8. Specifications and ratings

8.1 General specifications

Power voltage 24V DC + 10% - 15% Power consumption 8W or less Insulation resistance Between inputs and outputs, 500V DC, 20MΩ or more Withstand voltage Between inputs and outputs, 500V AC, 1 minute Standard

environment

Transportation/ storage environment

Machine specifications

Temperature/ humidity range

Power voltage 24V DC + 10% - 15% Vibration condition 0G Temperature/

humidity range Power voltage 24V DC + 10% - 15% Temperature/humidity

range Vibration condition 0.5G (10 to 55Hz, 2 hours in each of the directions X, Y, and Z as installed on a

Impact condition 0 to 50G (directions X, Y, and Z as installed on a vertical panel, with no continuous

Package drop Drop height, 60cm (once each of the six sides, free fall without a rotary motion) Weight Approx. 450g

8.2 Ratings and performance

23±10C° / 45 to 75%RH (non-condensing)

-10 to 55°C / 35 to 85%RH (non-condensing) Operating

-20 to 65°C / 20 to 90%RH (non-condensing, non-freezing)

vertical panel)

impact)

Temperature input

Sampling period 200mS (at channel 8) LED display LED type

Control output/ temperature alarm output

Voltage input

CT input ±5% of the full span

Input type

Output in a special state All outputs remain off for about 10 seconds after this product is turned on.

Open collector output Output rating: 24V DC, 100mA (maximum) per point Input voltage range 12 to 24V DC ± 10%

ON-state voltage 10.8V (min) ON-state current 4mA (min) OFF-state voltage 4V (max) Minimum input time 500mS or more

Thermocouple input K and J switchover (JIS C 1602-1995)

Resistance bulb input Pt100/JPt100 switchover (JIS C 1604-1997)

Power supply LED3 Goes on when this product is on (green) Control output LED15 to 22 Goes on when the control output is turned on (red) Temperature alarm

output Heater wire break

alarm output SSR breakdown alarm

output Error alarm output LED14 Goes on (red) when there is a memory error, A/D error, or

Communication LED1

Input resistance: 1MΩ or more Effect of external resistance: 0.4µV/Ω (0.01°C/Ω) Burnout: Overdisplay Measurement precision: Measurement ±(0.3% + 1 digit) or ±2°C, whichever the larger (to be specified under the standard environmental conditions, including the cold contact compensation program)

External resistance: 0.2°C/Ω or less (per wire) Burnout: Overdisplay Bias current: approx. 2mA (flowing out of terminal A) Measurement precision: Measurement ±(0.3% + 1 digit) or ±0.9°C, whichever the larger (to be specified under the standard environmental conditions)

LED4 to 11 Goes on when the temperature alarm output is turned on

LED12 Goes on (red) when there is a heater wire break (there is no

LED13 Goes on (red) when there is an SSR breakdown (there is

LED2

The control output is turned off when there is a measurement error.

(red)

output even if the output is turned on)

output even if the output is turned off)

sensor error Blinks while receiving data (green)

Blinks while transmitting data (green)

9. Maintenance and inspection

Symptom Check item

Inaccurate measurement Is the sensor normal? (Connect a different sensor to the line. Does it show a

similar symptom?) Is the sensor correctly connected? Is the correct sensor type set? (Is the sensor the same as the type setting entered in the product?) Are all the PV correction values set to the correct levels?

The setting does not match the measurement.

Poor control Is the PID value correct? Perform auto-tuning again. Abnormal output

(control/event output) No communication occurs Are the switches SW1 and SW2 set to the correct unit number and

Does the heater have a sufficient capacity? Is the integral time (I) set to the correct setting?

Is the output terminal correctly connected? Is the control type set to the correct setting?

communication speed?

If you find any other question or doubt, contact our Sales Department.

TOHO ELECTRONICS INC.

Head office: 1-13-21, Tanashioda, Sagamihara Kanagawa 229-1125 Japan.

Phone: +81-42-777-3311 Fax: +81-42-777-3751

47-9926

TOHO ELECTRONICS TTM-00BT User Manual

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Frequently Asked Questions

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