16-Channel IC697MDL740 GE Fanuc Positive Logic Module
16-Channel IC697MDL740 GE Fanuc Positive Logic Module
16-Channel IC697MDL740 GE Fanuc Positive Logic Module
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16-Channel IC697MDL740 GE Fanuc Positive Logic Module

  • Manufacturer: GE Fanuc

  • Part Number: IC697MDL740

  • Condition:New with Original Package

  • Product Type: 24VDC Digital Outputs

  • Country of Origin: USA

  • Payment:T/T, Western Union

  • Shipping port: Xiamen

  • Warranty: 12 months

Product Overview

The GE Fanuc IC697MDL740 serves as a high-capacity power interface within the Series 90-70 PLC ecosystem. This 100% Brand New original discrete output module provides 16 independent points designed to drive high-current loads directly from the controller. Operating on a 24 to 48 VDC range, it delivers up to 2 Amps per point, making it an essential component for controlling solenoids, motor starters, and large indicators. By utilizing positive logic (sourcing) architecture, the IC697MDL740 simplifies field wiring while ensuring robust switching performance in heavy industrial environments.

Technical Specifications

Parameter Specification Details
Model IC697MDL740
Manufacturer GE Fanuc / Emerson
Series Series 90-70
Output Type Discrete Output (Positive Logic/Sourcing)
Number of Outputs 16 Points
Rated Voltage 24 to 48 VDC
Output Voltage Range 20 to 60 VDC
Output Current 2 Amps per point / 4 Amps per group
Maximum Inrush 20 Amps for 20 milliseconds
Isolation Voltage 1500 Volts (Logic to Field)
Response Time 2 ms (On/Off maximum)
Internal Power Use 0.15 Amps (Required current)
Weight 1.11 kg (2.44 lbs)

Engineering Advantages

  • High-Current Drive Capability: Unlike standard 0.5A modules, the IC697MDL740 handles up to 2 Amps per point. This high-current rating allows the PLC to drive heavy-duty solenoids and contactor coils directly, often eliminating the need for intermediate interposing relays and reducing cabinet complexity.

  • Exceptional Inrush Resilience: Each output point tolerates an inrush current of up to 20 Amps for 20 milliseconds. This characteristic prevents module failure when switching inductive loads or cold incandescent lamps, which typically exhibit high initial current spikes.

  • Deterministic Switching Speed: The module achieves consistent response times of 2 milliseconds for both "On" and "Off" states. This deterministic performance ensures high-speed synchronization in packaging lines and material handling systems where precise timing is critical.

  • Robust Galvanic Protection: 1500 Volts of isolation separate the field-side power from the backplane logic ground. This optical barrier prevents field-induced surges from migrating into the CPU, protecting the expensive core components of the Series 90-70 system.

  • Optimized Thermal Management: Low voltage drop (maximum 0.8 Volts) reduces heat dissipation within the module during high-current operation. This efficient energy transfer extends the lifespan of the solid-state switching components, even when the module operates at its full rated capacity.

FAQs

  • Q: Does the IC697MDL740 require an external power supply?

    • A: Yes. While the module draws its logic power from the PLC backplane, you must provide a 24 to 48 VDC external supply to the field side to power the connected loads.

  • Q: Can I use this module to drive AC loads?

    • A: No. The IC697MDL740 is strictly a DC output module. Attempting to switch AC current will damage the solid-state output transistors. For AC applications, please select a Triac or Relay output module.

  • Q: What is "Positive Logic" in the context of this module?

    • A: "Positive Logic" or "Sourcing" means the module connects the load to the positive side of the DC power supply when the output is active. The load must be connected between the module terminal and the negative common.

  • Q: Is this module compatible with the PACSystems RX7i?

    • A: Yes, the IC697MDL740 is generally compatible with the RX7i platform, which supports Series 90-70 I/O. However, always confirm your hardware configuration in the programming software to ensure proper addressing and power budget.

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