GE IC694MDL940 Relay Output Module

GE IC694MDL940 Relay Output Module

The GE IC694MDL940 Relay Output Module is a robust and reliable output module designed for the Series 90‑70 PLC system. It provides isolated relay outputs that can drive a variety of external devices, including motors, solenoids, lights, and alarms. The module is designed for industrial environments where durability and signal isolation are essential for safe and accurate control.
Email:sales7@askplc.com
WhatsApp:+86 180 2071 6847
Send Inquiry
Description

Products Description

 

product-760-559

The GE IC694MDL940 Relay Output Module is a robust and reliable output module designed for the Series 90‑70 PLC system. It provides isolated relay outputs that can drive a variety of external devices, including motors, solenoids, lights, and alarms. The module is designed for industrial environments where durability and signal isolation are essential for safe and accurate control.

 

Contact Us

 

How To Cooperate With Us?

For inquiries, technical support, or to obtain sales information about our products, please contact our team:

Our address

32D, Hubin South Road No.388, Xiamen 361009, Fujian, China

Phone Number

product-3000-1660

 

Technical Specifications

 

Specification Details
Model Number IC694MDL940
Type Relay Output Module
Output Type Isolated Relay, Form A (SPST)
Number of Outputs 8
Rated Load 2 A at 120/240 VAC, 2 A at 30 VDC
Switching Voltage 5–240 VAC, 5–30 VDC
Switching Current 2 A maximum per channel
Input Power Provided via Series 90‑70 backplane
Operating Temperature 0°C to +60°C
Storage Temperature –40°C to +85°C
Mounting Series 90‑70 rack
Dimensions Standard 90‑70 module size
Certifications UL, CE compliant

 

Functional Features

 

Provides 8 independent relay outputs for external device control.

Supports both AC and DC loads within specified limits.

Built-in LED indicators show output status for easy monitoring.

Designed for industrial automation applications requiring isolated output switching.

Compact design allows installation in standard Series 90‑70 PLC racks.

product-593-350

 

Precautions

 

Do not exceed the maximum rated voltage or current per output.

Avoid switching highly inductive loads without proper suppression to prevent contact damage.

Ensure correct load polarity when driving DC devices.

Maintain ambient temperature within operating range to avoid thermal stress.

Inspect connections periodically to prevent loose contacts or accidental shorts.

 

Working Principle

 

The IC694MDL940 module operates by using internal relays to switch electrical loads independently. Each output is controlled by the PLC logic through the backplane interface. When the PLC commands an output to activate, the corresponding relay closes, allowing current to flow to the connected device. Optical isolation between the relay coil control circuitry and the PLC logic ensures safe operation, preventing high voltage or current from affecting the controller. LED indicators provide immediate visual feedback of each output's state, facilitating monitoring and troubleshooting.

 

Hot Recommendations

 

50XE60F0828C001

9110018E

42HS2401-01

M2UCPUS8

BEI IDEAC GHM911-1024005

WA20 DR63L4/BR

UXA95572

FCT SK550/1FCT

6EP1337-3BA00

PS3DC

A223209PKE

AEG POSITIONS MONITOR 1210

S9R40GXH-T1CE + S9KB12.5BH

4200-0010

3842547991 + 3842503059

6ES54514UA13

SETRA 267 2671050LD11G2CN

MC07B00085A3400

6AV35722FM00

6080939103711

M300

86001886P

S37DT71D4 BMG/HF/MM03

DS4600A2005

9000138252 LBBN16000910

PMC45RE15P1J1LL1

MOD115

211206

CMMS-ST-C8-7 547454

FCSA45G59

1070075337-101 A24/2

9ZA11 509991091R17

3PHASE

51NF490FV

PG020-AAJ020-1AA0 021642-V

CMMS-ST-C8-7 547454

37NE-490V

NC940829267001

PMC45RE15P1J1LL1

SLV16H

FCSA45G59

211206

EFEA88 0082859120008E

MC07A0082B1410

WEIDMULLER 0336000000

Hot Tags: ge ic694mdl940 relay output module, China ge ic694mdl940 relay output module manufacturers, suppliers, IC697CPU780, GE FANUC IC697CPU780, GE IC697CPU780, GE IC697CPU731, ge 90 70 series plc, GE FANUC IC697CPU731

Send Inquiry