The GE IS220PAOCH1B is a robust 6-channel analog output module designed for industrial control systems, offering precise voltage control in various applications requiring high accuracy and reliability.
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The GE IS220PAOCH1B is a robust 6-channel analog output module designed for industrial control systems, offering precise voltage control in various applications requiring high accuracy and reliability.
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Number of Channels:6
Output Type:Analog
Rated Current:1A per channel
Operating Voltage:DC 0-30V
Communication Protocol:Modbus RTU
Operating Temperature:-20°C to +60°C
Storage Temperature:-40°C to +85°C
Dimensions (mm):100x50x30
Weight (kg):0.1
The GE IS220PAOCH1B is a robust and versatile 6-channel analog output module that seamlessly integrates into complex industrial control systems. It is meticulously designed to provide precise voltage or current outputs, essential for controlling actuators, motors, and other equipment with exceptional accuracy.
Featuring a 12-bit resolution, this module ensures minimal error margins, delivering reliable performance under various operational conditions. Its wide operating temperature range (-40°C to +70°C) makes it suitable for extreme environments, ensuring continuous operation without compromise.
With its efficient power consumption (less than 200mW), the IS220PAOCH1B is energy-efficient, reducing overall system costs without sacrificing functionality. The RS-485 communication interface enables seamless integration with existing control networks, facilitating easy setup and maintenance.
The terminal block connection type allows for quick and secure wiring, enhancing the module’s flexibility and compatibility with diverse industrial setups. Additionally, the IP20 enclosure rating ensures protection against dust and minor splashes, safeguarding the module from environmental hazards.
Manufactured using industrial-grade plastic, the GE IS220PAOCH1B is built to withstand the rigors of industrial use, offering durability and longevity. Its compatibility with various industrial protocols further enhances its adaptability, making it an indispensable component for advanced control systems.
