GE IC693MDL742 High-Capacity Digital Input Module for Series 90-30 PLC Systems
GE IC693MDL742 High-Capacity Digital Input Module for Series 90-30 PLC Systems
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Brand:GE Fanuc PLC Item No.:GE IC693MDL742 Product Origin:USA Product Dimensions:140 × 64 × 102 mm Product Weight:0.66 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The GE IC693MDL742 is a high-capacity digital input module engineered for GE Fanuc Series 90-30 PLC platforms that require broad discrete input coverage with stable and predictable performance. Designed to consolidate a large number of 24 V DC signals into a single module, the IC693MDL742 simplifies field wiring and I/O rack layout while maintaining high integrity for control logic. Its rugged industrial design and reliable signal conditioning make it a strong choice for automation systems with demanding input requirements.
Technical Specifications
Specification
Description
Module Type
High-Capacity Digital Input Module
Discrete Input Points
32
Rated Input Voltage
24 V DC
Input Configuration
Sinking
Electrical Isolation
Group isolated
Compatible PLC
GE Fanuc Series 90-30
Mounting Method
Rack / baseplate mounted
Operating Environment
Industrial control cabinets
Dimensions (L×W×H):140 × 64 × 102 mm Weight:0.66 kg
Recommended Related Models
GE IC693MDL730 – Standard 32-point digital input module
GE IC693MDL731 – High-density discrete input solution
GE IC693MDL660 – Standard 16-point digital input module
GE IC693DSM314 – High-density discrete output module
Popular GE Series 90-30 Models
GE IC693CPU372 – Advanced CPU for high-demand control tasks
GE IC693CPU374 – High-performance PLC CPU module
GE IC693DNM200 – DeviceNet master communication module
GE IC693DNS201 – DeviceNet slave communication module
Applications
The IC693MDL742 is well suited for industrial automation environments that require extensive discrete input monitoring, including:
Large-scale manufacturing and assembly systems
Extensive sensor networks in material handling
Multi-zone safety interlock and monitoring systems
Packaging and conveyor automation
PLC retrofit and I/O expansion projects
Its consolidated input handling reduces the need for multiple modules and improves panel space utilization.
Advantages
High-density input capability reduces the number of required discrete modules
Reliable digital signal acquisition improves logic accuracy and control precision
Industrial-grade construction supports 24/7 operation in demanding environments
Compact form factor maximizes rack and panel space efficiency
Seamless integration with Series 90-30 PLC architecture
The IC693MDL742 offers a cost-effective and scalable discrete input solution for systems with heavy I/O requirements.
Technical FAQs
How many discrete inputs does the IC693MDL742 support?
It supports 32 discrete 24 V DC input points.
Is this module compatible with Series 90-30 PLC CPUs?
Yes, it integrates with standard GE Series 90-30 CPU modules.
Can it replace multiple lower-density input modules?
Yes — its high channel count allows consolidation of several smaller modules.
What types of field devices can be connected?
Proximity switches, limit switches, push buttons, and other 24 V DC discrete devices.
Is the module suitable for continuous industrial operation?
Yes, it is designed for reliable 24/7 use in industrial environments.
Does the IC693MDL742 support hot swapping?
No — the PLC should be powered down before installation or removal.
Is special configuration software required?
Standard GE Series 90-30 programming tools are sufficient.
Does the module need external protection devices?
Yes — external fusing or circuit protection is recommended based on field wiring practices.
Is this module effective in noisy electrical environments?
Yes — industrial-grade input conditioning supports stable signal acquisition even in electrically challenging environments.
Is the IC693MDL742 commonly used in expansion projects?
Yes — it is frequently selected to increase discrete input capacity in existing PLC systems.
