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  • GE Fanuc IS200DDTBG2A Industrial PLC Termination Card
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  • GE Fanuc IS200DDTBG2A Industrial PLC Termination Card

    110V-380V
    5W-130W
    1A-30A
    1 year
    30
    United States, France, Japan, Viet Nam, Australia, Russia, Germany, Italy, Arabia
    The GE-FANUC IS200DDTBG2A Termination Card is a specialized component designed for efficient signal termination in industrial control systems, ensuring optimal performance and reliability in complex automation environments.
    • ¥4666.00
      ¥29643.00
      ¥4666.00
      ¥4666.00
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    Weight:4.000KG
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Description
The GE-FANUC IS200DDTBG2A Termination Card is a specialized component designed for efficient signal termination in industrial control systems, ensuring optimal performance and reliability in complex automation environments.

GE Fanuc IS200DDTBG2A Industrial PLC Termination Card

Model Number:IS200DDTBG2A 

Type:Termination Card 

Series:Mark VII Category:Process Control System 

Dimensions (WxDxH):7.5 cm x 10 cm x 2.5 cm 

Weight:0.15 kg 

Power Consumption:Max 2 W 

Operating Temperature Range:-20"C to 55"C Storage Temperature 

Range:-40"C to 85"C 

Engineered with precision for GE Fanuc  advanced Mark VI PLC series, the IS200DDTBG2A Termination Card is a vital element in complex industrial automation setups. 

Its robust design ensures compatibility and seamless integration with existing systems, significantly enhancing system reliability and efficiency. Featuring 8 input and 4 output channels, this card provides versatile connectivity options, making it suitable for a wide range of applications within manufacturing, process control, and other industrial environments. 

Constructed with high-quality materials, the IS200DDTBG2A is designed to withstand challenging industrial conditions, offering extended durability and maintenance-free operation over its lifecycle. 

The card operates efficiently within a temperature range of -10"C to 55"C, ensuring reliable performance across various environments, whether in cold storage facilities or hot manufacturing plants. Equipped with an efficient power consumption of less than 15 watts, the IS200DDTBG2A not only supports energy-saving initiatives but also reduces overall system costs by minimizing power usage. The GE-FANUC IS200DDTBG2A Termination Card is a specialized component designed for efficient signal termination in industrial control systems, ensuring optimal performance and reliability in complex automation environments.  

Electrical Characteristics

Voltage Compatibility: This terminal card is designed to work with common industrial voltage levels. Typically, it can handle input voltages ranging from [Minimum Input Voltage] to [Maximum Input Voltage] volts DC or AC, depending on the specific model and application requirements. This voltage compatibility makes it suitable for use in a variety of industrial environments, whether it is a low-voltage DC system used for control circuits or a high-voltage AC system driving large industrial equipment. 

Current Ratings: It has specific current ratings for both input and output channels. The input channels are capable of handling a certain amount of current (e.g., [input current rating] milliamps) from the connected sensors, while the output channels are capable of driving loads with a maximum current of [output current rating] amps. This current rating ensures that the terminal card can be effectively connected to all types of sensors and actuators without overloading or underloading. 

Signal Isolation

Optical Isolation: To protect the PLC system from electrical noise and interference, the IS200DDTBG2A uses optical isolation. Optical isolation isolates the input and output signals from the internal circuitry of the PLC, preventing electrical noise generated by external devices from affecting the performance of the PLC. In industrial environments, where motors, generators and other electrical equipment often generate high levels of electromagnetic interference, optical isolation is critical to maintaining signal integrity and ensuring reliable operation of the PLC system.


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