IC693MDL940M 16-Channel Normally Open Relay Output

Availability: 10 left in stock

Product Overview The GE Fanuc IC693MDL940M serves as a ruggedized discrete output interface for the Series 90-30 PLC platform. This module features...

SKU: IC693MDL940M

Manufacturer: GE Fanuc
Product No.: IC693MDL940M
Product Type: Relay Output Modules
Product Origin: USA
Payment:T/T, Western Union
Weight: 800g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

Product Overview

The GE Fanuc IC693MDL940M serves as a ruggedized discrete output interface for the Series 90-30 PLC platform. This module features 16 independent relay channels (Form A, Normally Open), providing the physical link between low-level PLC logic and high-power field devices. It handles diverse loads including pumps, valves, and actuators across both AC and DC voltage ranges. We supply this unit as 100% Brand New and Original in Box, offering a reliable solution for industrial automation and utility networks that demand robust electrical isolation and high-current switching capabilities.

Technical Specifications

Parameter	Details
Product Type	Discrete Relay Output Module
System Compatibility	GE Fanuc Series 90-30 PLC
Model Number	IC693MDL940M
Output Type	Relay (Form A, Normally Open)
Number of Channels	16 Isolated Points
Output Voltage Range	5–240 VAC / 5–220 VDC
Output Current	2 A maximum per point
Isolation	1500 V between Field Side and Logic
Response Time	10ms (Operate / Release)
Operating Temp	0 °C to +60 °C
Mechanical Form	Standard 90-30 Single Slot Module
Certifications	UL, CE, CSA

Engineering Advantages

High-Capacity Load Switching: Unlike transistor modules, the IC693MDL940M utilizes mechanical relay contacts rated for 2 Amps per point. This allows the module to drive heavy-duty solenoids and motor starters directly without the need for interposing relays, reducing cabinet complexity.
Voltage Versatility: The module operates across an expansive range from 5V to 240VAC or 220VDC. This universal compatibility enables the control of diverse equipment on the same rack, from sensitive instrumentation to industrial-grade power distribution hardware.
Enhanced Fault Isolation: 1500V galvanic isolation creates a secure barrier between the field wiring and the PLC backplane. This protects the CPU and other sensitive logic modules from high-voltage transients and ground loops common in industrial environments.
Advanced Diagnostics & Maintenance: A dedicated status LED for each of the 16 points provides immediate visual confirmation of logic-side activation. Furthermore, the hot-swappable design allows for module replacement without powering down the entire Series 90-30 rack, minimizing process downtime.
Fail-Safe Architecture: The Form A (Normally Open) configuration ensures that outputs remain in a safe, open state during a loss of logic power, preventing unintended machine startups or hazardous actuator movements.

FAQs

1. Is the IC693MDL940M recommended for high-speed pulse width modulation (PWM)?

No. Due to the mechanical nature of the relay contacts and the ~10 ms response time, this module is designed for low-frequency switching applications. For high-speed pulse applications or rapid cycling, utilize a transistor output module such as the IC693MDL740.

2. Can I mix AC and DC voltages on the same IC693MDL940M module?

Yes, provided you adhere to the isolation boundaries and common groupings defined in the hardware manual. Each relay is an isolated contact, but users must ensure that external wiring maintains proper separation between different voltage levels for safety and EMI compliance.

3. Does this "M" version differ from the standard IC693MDL940?

The "M" suffix generally denotes a specific hardware revision or manufacturing batch that maintains 100% functional parity with the base model. It remains a direct, drop-in replacement for any existing IC693MDL940 installation in a Series 90-30 system.

4. What is the expected mechanical life of the relay contacts?

Mechanical life depends heavily on the load type (inductive vs. resistive). While the contacts are rated for millions of cycles, driving high-inductance loads like large solenoids without external surge suppression will reduce contact longevity. Always use snubber circuits or diodes for inductive loads to maximize module life.

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