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  • GE IC694ACC310 Fanuc Blank Slot Filler Module Advanced Control for Industrial Automation
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  • GE IC694ACC310 Fanuc Blank Slot Filler Module Advanced Control for Industrial Automation

    110V-380V
    5W-130W
    1A-30A
    1 year
    30
    United States, France, Japan, Viet Nam, Australia, Russia, Germany, Italy, Arabia
    The GE IC694ACC310 Fanuc Blank Slot Filler Module is a versatile component designed to enhance the operational efficiency of industrial control systems. This modular solution offers seamless integration, optimizing performance across various manufacturing processes.
    • ¥5022.00
      ¥28515.00
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    Weight:2.000KG
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Description
The GE IC694ACC310 Fanuc Blank Slot Filler Module is a versatile component designed to enhance the operational efficiency of industrial control systems. This modular solution offers seamless integration, optimizing performance across various manufacturing processes.

GE IC694ACC310 Fanuc Blank Slot Filler Module Advanced Control for Industrial Automation

Brand:GE Model:IC694ACC310 Sub-Type:Fanuc Blank Slot Filler Module Module Type:Control Module Slot Compatibility:Compatible with Mark VI series Number of Inputs/Outputs:Variable depending on configuration Operating Temperature Range:-10"C to +55"C Power Consumption:Less than 5W Communication Protocol:Supports MODBUS RTU Dimensions (mm):142 x 104 x 95 Weight (g):Approximately 350 Integrating the GE IC694ACC310 into your existing control system provides an immediate boost in operational efficiency.

This module is specifically engineered to fill any vacant slots in your control panel, ensuring optimal utilization of space and resources. Featuring compatibility with the Mark VI series from Fanuc, this module seamlessly integrates with a wide range of industrial equipment, enhancing system performance without the need for extensive hardware modifications. 

With customizable input/output configurations, the IC694ACC310 allows for flexible setup tailored to your specific application requirements, providing the adaptability needed in diverse manufacturing environments. Designed for reliability, the module operates within a temperature range suitable for most industrial settings, ensuring consistent performance under varying environmental conditions. 

Efficient power consumption and support for MODBUS RTU communication protocol make it an energy-efficient and network-friendly addition to your control system, facilitating easy data exchange and monitoring. Manufactured using high-quality materials, the GE IC694ACC310 ensures durability and longevity, backed by industry-leading support services for peace of mind during operation. 

The GE IC694ACC310 Fanuc Blank Slot Filler Module is a versatile component designed to enhance the operational efficiency of industrial control systems. This modular solution offers seamless integration, optimizing performance across various manufacturing processes. 

Unique Functional Features

(Slot Adaptation and Protection

The GE IC694ACC310 is designed to fit into the blank slots of Fanuc systems, precisely matching the slot specifications of all types of Fanuc controllers. Its shape has been carefully designed, easy to install, can quickly fill the slot. The module adopts a special material shell with excellent dustproof and waterproof performance, which can effectively prevent dust, moisture and other impurities from intruding into the internal equipment, protect the circuit and extend the service life of the equipment. 

(ii) Signal stabilisation and interference suppression

Module built-in signal stabilisation circuitry, although not processing data or control equipment, but can optimise the electrical environment around the slot to ensure stable signal transmission between other modules and the controller. In complex industrial automation systems, electromagnetic interference occurs frequently, the module through a special circuit layout and shielding design, effectively inhibit interference, to protect the stable operation of the system. For example, in large-scale automation factories, it can help Fanuc system to maintain signal stability and ensure that control commands are accurately issued and feedback signals are transmitted back in time.


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