The HIMA F2301 Digital Output Module is engineered for seamless integration into industrial control systems, offering precise control over output devices with enhanced reliability and efficiency.
The HIMA F2301 Digital Output Module is engineered for seamless integration into industrial control systems, offering precise control over output devices with enhanced reliability and efficiency.
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Operating Voltage:24V DC
Current Capacity:1A per channel
Number of Channels:8
Relay Rating:AC/DC rated up to 2A @ 250V AC, 10A @ 24V DC
Communication Interface:Modbus TCP/IP
Temperature Range:-20°C to +70°C
Enclosure Type:IP65 sealed metal housing
The HIMA F2301 Digital Output Module is a robust and versatile component designed specifically for integration into industrial control systems. It provides a reliable solution for controlling various actuators and devices across different industries.
Equipped with eight individually configurable digital output channels, this module allows for precise control over a wide range of applications, from machinery control to process automation. Each channel supports a current capacity of up to 1A, ensuring compatibility with a variety of load types.
Featuring a modular design, the F2301 is easily integrated into existing systems or new installations, offering flexibility and scalability. Its compact metal enclosure with IP65 sealing ensures durability and protection against dust and water ingress, making it suitable for harsh industrial environments.
With built-in Modbus TCP/IP communication interface, the module seamlessly connects to PLCs, DCS, and other industrial control systems, facilitating real-time data exchange and enhanced system performance. This compatibility streamlines system integration and maintenance, reducing downtime and increasing operational efficiency.
Designed with safety and reliability in mind, the HIMA F2301 Digital Output Module adheres to the latest industry standards, providing peace of mind for users. Its temperature range of -20°C to +70°C ensures stable operation across varying environmental conditions, further enhancing its applicability in diverse industrial settings.