Eaton ELCM TC Series Bedienungsanleitung

Eaton Logic Controller

ELCM TC Temperature Modules

INSTRUCTION SHEET

[Applicable Temperature modules]

ELCM-TC04ANNN

IL05004006E

002-1300620-02

2010-12-10

5011699301-MTN1

- 1 -

The ELCM-TC04ANNN temperature measurement module supports 4

channels of thermocouple temperature sensors (J-type, K-type, R-type,

S-type, T-type, E-type, N-type, ±80mV) and converts these signals into

16-bit digital data. You can select temperatures in Celsius (resolution: 0.1°C)

or Fahrenheit (resolution: 0.1°F). The data in the module may be accesses

using the FROM/TO instructions, or you may read the average value of

channels directly by using the MOV instruction (Please refer to allocation of

special registers D9900 ~ D9999).

This instruction sheet provides only information on the electrical

specification, general functions, installation and wiring. It should be read

and understood before attempting to install or use the module.

Further information can be found in the “ELC Programming Manual” and

“ELC Special Modules Operation Manual”.

This module is a part of an OPEN TYPE control system. The ELCM

should be kept in an enclosure away from airborne dust, humidity,

electric shock risk and vibration. Your application may require that the

enclosure be locked to prevent non-maintenance staff from operating the

controller (e.g. key or specific tools that are required for opening the

enclosure) in cases where danger and damage to equipment or

personnel may occur. Do NOT touch the terminals while power is

applied.

DO NOT connect AC input power to any of the input terminals; otherwise

serious damage may occur. Check all the wiring before switching on the

power.

Ensure that the ground terminal is properly grounded in order to

prevent electromagnetic interference

This manual is subject to change without notice.

Product Profile & Dimension

Removable I/O terminal

Panel mounting hole

DIN rail

mounting slot

(35mm)

Power / A->D / Error indicators

I/O module

connection port

I/O terminal No.

Module Name

I/O module clip

I/O module connection port

ELCM-TC04 ANNN

4AI- TC

- 2 -

106

61.5

110

Unit: mm

External Wiring

CH1

CH4

DC/ DC 5V

24V

I1 -

I1+

-MUX

I4 -

I4+

Thermocouple

-80mV~80mV

Shielded

cable *1

Shielded

cable *1

Cold-Junction

Compensation

Converter

System

grounding

Terminal of

power module

Grounding (100 or less)Ω

Voltage input

Note 1: Use cables specifically designed for use with thermocouple temperature sensor J-type,

K-type, R-type, S-type, T-type, E-type and N-type, or use double shielded cables to

minimize the effects of noise. Temperature inputs should be separated from power cable

or other wiring that may cause interference.

Note 2: Connect the terminal on both power supply and the ELCM-TC04ANNN to a

proper system ground.

I/O Terminal Layout

FEFE

24V

ELCM-TC04ANNN (4AI) FE

I2-I2+

I1-

I1+ FEI4-I4+FE

I3-I3+

Note: Use 12-28 AWG single-core bare wire or multi-core (stranded) wire for the I/O wiring.

The ELCM terminal screws should be tightened to 4.75 kg-cm (4.12 in-lbs) and please

use 60/75°C copper conductor only.

Electrical Specifications

ELCM-TC04ANNN

Power supply

voltage

24VDC (20.4VDC ~ 28.8VDC) (-15% ~ +20%)

- 3 -

ELCM-TC04ANNN

Max. rated power

consumption

1.2W, supplied by external power source

Connector

IEC standard removable terminal block (Pin pitch: 5mm)

Operation/storage

Operation: 0°C~55°C (temp.), 50~95% (humidity), Pollution

degree2

Storage: -25°C~70°C (temp.), 5~95% (humidity)

Vibration/shock

immunity

IEC61131-2, IEC 68-2-6 (TEST Fc)/ IEC61131-2 & IEC 68-2-27

(TEST Ea)

Series connection

to ELCM

The modules are numbered from 0 to 7 automatically by their

distance from the ELCM. No.0 is the closest to ELCM and No.7 is

the furthest. A maximum of 8 modules are allowed to connect to

ELCM.

Weight

203g

Functions Specifications

ELCM-

TC04ANNN

Celsius (°C)

Fahrenheit (°F)

Voltage

input

Analog input

channel

4 channels

Digital data

format

2’s complement of 16 bits

Response time

200ms / each channel

Overall accuracy

±0.3% when in full scale (25°C, 77°F)

±0.6% when in full scale within the range of 0 ~ 55°C, 32 ~ 131°F

Applicable

sensor type

J-type, K-type, R-type, S-type, T-type, E-type, N-type

thermocouple; ±80mV voltage input

Range of input

J-type: -100°C ~1,150°C

K-type: -100°C ~ 1,350°C

R-type: 0°C ~ 1,750°C

S-type: 0°C ~ 1,750°C

T-type: -150°C ~ 390°C

E-type: -150°C ~ 980°C

N-type: -150°C ~ 1,280°C

J-type: -148°F ~ 2,102°F

K-type: -148°F ~ 2,462°F

R-type: 32°F ~ 3,182°F

S-type: 32°F ~ 3,182°F

T-type: -238°F ~734°F

E-type: -238°F ~ 1,796°F

N-type: -238°F ~2,336°F

±80mV

Range of digital

conversion

J-type: K-1,000 ~ K11,500

K- type: K-1,000 ~K13,500

R-type: K-0 ~ K17,500

S-type: K0 ~ K17,500

T-type: K-1,500 ~ K3,900

E-type: K-1,500 ~ K9,800

N-type: K-1,500 ~ K12,800

J-type: K-1,480 ~ K21,020

K-type: K-1,480 ~ K24,620

R-type: K320 ~ K31,820

S-type: K320 ~ K31,820

T-type: K-2,380 ~ K7,340

E-type: K-2,380 ~ K17,960

N-type: K-2,380 ~ K23,360

±8,000

Resolution

16 bits (0.1°C)

16bits (0.1°F)

16 bits

(0.01mV)

Average function

Supported. Available for setting up average times in CR#8 ~

CR#11. Range: K1 ~ K100.

Self-diagnosis

Upper and lower bound detection in all channels

Isolation

Optical coupler isolation between digital circuits and analog

circuits. Isolation between analog channels.

- 4 -

ELCM-

TC04ANNN

Celsius (°C)

Fahrenheit (°F)

Voltage

input

Isolation

500VDC between digital circuits and Ground

500VDC between analog circuits and Ground

500VDC between analog circuits and digital circuits

500VDC between 24VDC and Ground

120VAC between analog channels

Control Register

CR#

Attrib.

Description

Module name

Set up by the system:

ELCM-TC04ANNN module code = H’0083

Firmware version

Display the current firmware version in hex.

R/W

CH1 Input mode setting

Input mode: Default = H’0000.

Take CH1 for example:

Mode 0 (H’0000): J-type (-100°C ~1,150°C)

Mode 1 (H’0001): K-type (-100°C ~ 1,350°C)

Mode 2 (H’0002): R-type (0°C ~ 1,750°C)

Mode 3 (H’0003): S-type (0°C ~ 1,750°C)

Mode 4 (H’0004): T-type (-150°C ~ 390°C)

Mode 5 (H’0005): E-type (-150°C ~ 980°C)

Mode 6 (H’0006): N-type (-150°C ~ 1,280°C)

Mode 7 (H’0007): -80mV~+80mV

Mode -1(H’FFFF): Close

R/W

CH2 Input mode setting

R/W

CH3 Input mode setting

R/W

CH4 Input mode setting

R/W

Temperature unit setting

Select the temperature unit (Celsius °C /

Fahrenheit °F). Default = H0(°C)

R/W

CH1 average times

Set average times at CH1 ~ CH4

Range = K1 ~ K100

Default = K10

R/W

CH2 average times

#10

R/W

CH3 average times

#11

R/W

CH4 average times

#12

Average temperature

measured at CH1

Average temperature measured at CH1 ~

CH4

Temperature unit: set in CR#7

#13

Average temperature

measured at CH2

#14

Average temperature

measured at CH3

#15

Average temperature

measured at CH4

#20

Present temperature

measured at CH1

Present temperature measured at CH1 ~

CH4

Temperature unit: set in CR#7

#21

Present temperature

measured at CH2

#22

Present temperature

measured at CH3

#23

Present temperature

measured at CH4

- 5 -

CR#

Attrib.

Description

#28

R/W

Adjusted Offset value of

CH1

Set the adjusted Offset value of Ch1 ~ Ch4.

Default = K0

Range: K-400 ~ K400

Temperature unit: set in CR#7

Definition of Offset:

Deviation digital value from the target value.

#29

R/W

Adjusted Offset value of

CH2

#30

R/W

Adjusted Offset value of

CH3

#31

R/W

Adjusted Offset value of

CH4

#40

R/W

Function: Set value

changing prohibited

Prohibit set value changing in CH1 ~ CH4

#41

R/W

Function: Save all the

set values

Save all the set values, Default =H’0000

#42

R/W

Function: Return to

default setting

Set all values to default setting, Default =

H’0000

#43

Error status

table of error status for more information.

#100

R/W

Function: Enable /

Disable limit detection

Enable / Disable the upper and lower bound

detection function. Default= H’0000.

#101

R/W

Upper and lower bound

status

Display the upper and lower bound value,

Default =H’0000

#102

R/W

Set value of CH1 upper

bound

Set value of CH1~CH4 upper bound. Default

= K32000.

#103

R/W

Set value of CH2 upper

bound

#104

R/W

Set value of CH3 upper

bound

#105

R/W

Set value of CH4 upper

bound

#108

R/W

Set value of CH1 lower

bound

Set value of CH1~CH4 lower bound. Default =

K-32000.

#109

R/W

Set value of CH2 lower

bound

#110

R/W

Set value of CH3 lower

bound

#111

R/W

Set value of CH4 lower

bound

※CR#43: Error status value. See the table below:

Description

bit0

K1 (H’1)

Power supply error

bit6

K64 (H’40)

CH4 Conversion

error

bit1

K2 (H’2)

Hardware error

bit9

K512(H’0200)

Mode setting error

bit2

K4 (H’4)

Upper / lower bound

error

bit10

K1024(H’0400)

Sampling range

error

bit3

K8 (H’8)

CH1 Conversion

error

bit11

K2048(H’0800)

Upper / lower bound

setting error

- 6 -

Description

bit4

K16 (H’10)

CH2 Conversion

error

bit12

K4096(H’1000)

Set value changing

prohibited

bit5

K32 (H’20)

CH3 Conversion

error

bit13

K8192(H’2000)

Communication

breakdown on next

module



Note: Each error status is determined by the corresponding bit (b0 ~ b13) and there may

be more than 2 errors occurring at the same time. 0 = normal; 1 = error

PID Control Registers

CR#

Save

Description

CH1

CH2

CH3

CH4

#120

#140

#160

#180

R/W

Set temperature

value

Please set the temperature value

according to proper range of

each sensor type. Default = K0

#121

#141

#161

#181

R/W

Sampling time (s)

Range: K1 ~ K30. Default = K2

#122

#142

#162

#182

R/W

Proportional control constant.

Default = K121

#123

#143

#163

#183

R/W

Integral constant. Default =

K2,098

#124

#144

#164

#184

R/W

Derivative constant. Default =

K-29

#125

#145

#165

#185

R/W

Upper limit of I

value

Upper limit of I value. Default =

#126

#146

#166

#186

R/W

Lower limit of I

value

Lower limit of I value. Default =

#127

#147

#167

#187

I value

Current accumulated offset value

#128

#148

#168

#188

R/W

Heating/cooling

0: Heater, 1: Cooler. Default = K0

#129

#149

#169

#189

R/W

Upper limit of

output

Upper limit of output. Default =

K32,000

#130

#150

#170

#190

R/W

Lower limit of

output

Lower limit of output. Default =

#131

#151

#171

#191

Output

percentage

Output percentage (Unit: 0.1%)

#132

#152

#172

#192

Output width

Width of control output. Unit: ms

#133

#153

#173

#193

Output cycle

Cycle of control output. Unit: ms

#134

#154

#174

#194

Output volume

#135

#155

#175

#195

R/W

PID_RUN/STOP

0: STOP, 1: RUN. Default = K0

#136

#156

#176

#196

R/W

Auto-tuning

0: Disabled, 1: Auto-tuning.

Default = K0

Symbols: O: When CR#41 is set to H’5678, the set value of CR will be saved.

X: set value will not be saved.

R: able to read data by using FROM instruction.

W: able to write data by using TO instruction.

Explanation on Special Registers D9900~D9999

When ELCM-PH/ELCM-PA controllers use expansion I/O modules,

registers D9900~D9999 will be reserved for storing values from these

modules. You can apply the MOV instruction to access values in

D9900~D9999.

- 7 -

When ELCM-PH/ELCM-PA controllers use the ELCM-TC04ANNN, special

registers are configured as shown below:

Module

Description

D1320

D1321

D1322

D1323

D1324

D1325

D1326

D1327

Module

Code

D9900

D9910

D9920

D9930

D9940

D9950

D9960

D9970

CH1 average

temperature

D9901

D9911

D9921

D9931

D9941

D9951

D9961

D9971

CH2 average

temperature

D9902

D9912

D9922

D9932

D9942

D9952

D9962

D9972

CH3 average

temperature

D9903

D9913

D9923

D9933

D9943

D9953

D9963

D9973

CH4 average

temperature

Note 1: D9900 ~ D9999 are average input values of CH1 ~ CH4 and the average times is K1 ~

K100. When the average times is set to K1, the values displayed in D9900~D9999 are

current values. You can use: 1. ELCM_AIO Configuration Function of ELCSoft or 2.

FROM/TO instructions (CR#8 ~ CR#11) to set the average times as K1.

Adjust TC Conversion Curve

You can adjust the conversion curves according to your actual needs by

changing the Offset value (CR#28 ~ CR#31).

Offset in ELCM-TC04ANNN: Deviation digital value from the target value.

Equation for temperature measured Mode0 ~ Mode6: 0.1°















Offset

Y)(. )(

Y=Digital output, X=Measured input

Equation for voltage input Mode7: 0.01mV = 80mV/8000











 Offset

Y)m(. )m(

010

Y=Digital output, X=Voltage input

Mode 0: J-type thermocouple

Mode 1: K-type thermocouple

+11,500

(+21,020)

-1,000(-1,480)

+1,150

-100

(+2,102 F)

(-148 F)

Digital output

Measured

temperature

input

+13,500

(+24,620)

-1,000(-1,480)

+1,350

-100

(+2,462 F)

(-148 F)

Digital output

Measured

temperature

input

- 8 -

Mode 2: R-type thermocouple

Mode 3: S-type thermocouple

Mode 4: T-type thermocouple

+17,500

(+31,820)

0(-320) +1,750

(+3,182 F)

(-32 F)

Digital output

Measured

temperature

input

+3,900

(+7,340)

-1,500(-2,380)

+390

-150

(+734 F)

(-238 F)

Digital output

Measured

temperature

input

Mode 5: E-type thermocouple

Mode 6: N-type thermocouple

+9,800

(+17,960)

-1,500(-2,380)

+980

-150

(+1,796 F)

(-238 F)

Digital output

Measured

temperature

input

+12,800

(+23,360)

-1,500(-2,380)

+1,280

-150

(+2,336 F)

(-238 F)

Digital output

Measured

input

impedance

Mode 0 of CR#2~ CR#5

-100°C ~ 1150°C (-1000~11500)

-148°F ~ 2102°F (-1480~21020)

Mode 1 of CR#2~ CR#5

-100°C ~ 1350°C (-1000~13500)

-148°F ~ 2462°F (-1480~24620)

Mode 2, 3 of CR#2~ CR#5

0°C ~ 1750°C (0~17500)

32°F ~ 3182°F (320~31820)

Mode 4 of CR#2~ CR#5

-150°C ~ 390°C (-1500~3900)

-238°F ~ 734°F (-2380~7340)

Mode 5 of CR#2~ CR#5

-150°C ~ 980°C (-1500~9800)

-238°F ~ 1796°F (-2380~17960)

Mode 6 of CR#2~ CR#5

-150°C ~ 1280°C (-1500~12800)

-238°F ~ 2336°F (-2380~23360)

Offset (CR#34 ~ CR#37)

Deviation digital value corresponds to 0°C/ °F

- 9 -

Mode 7:

Voltage input

+8,000

+80mV

-8,000

-80mV 0

Digital

output

Mode 7 of CR#2~ CR#5

-80mV ~ +80mV (-8000~8000)

Offset (CR#34 ~ CR#37)

Deviation digital value corresponds to 0mv

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