Power Supply Voltage:DC 24V

Input Type:AI (Analog Input)

Channels:16

Resolution:12 bits

Communication Protocol:Modbus RTU

Operating Temperature Range:-20°C to +70°C

Enclosure Type:IP65

Mounting Style:Panel

Dimensions:120mm x 90mm x 35mm

Weight:0.5kg

    Experience unparalleled accuracy and reliability with the Honeywell MC-TAIH54 AI Digital Input Module. This state-of-the-art component is specifically engineered to enhance the operational efficiency of industrial automation systems. Its robust design allows seamless integration into a wide array of manufacturing processes, ensuring precise monitoring and control of critical operations.

    Equipped with a versatile input signal type selection, including 4-20mA, 0-20mA, or 0-10V, this module accommodates a broad spectrum of industrial applications, making it a versatile choice for diverse environments. The high precision of its 20mA @ 12V DC input current range ensures that even the slightest changes in process conditions are accurately detected and responded to.

    Featuring an impressive operating voltage range of 12-48V DC, the Honeywell MC-TAIH54 is adaptable to various power supply scenarios, providing unmatched flexibility across different industrial settings. Its Modbus RTU communication interface facilitates smooth data exchange with other devices in the network, streamlining the overall automation process.

    Withstanding harsh environmental conditions from -25°C to +85°C, this module is designed for durability and reliability in challenging industrial climates. The IP65 enclosure rating ensures protection against dust and water ingress, guaranteeing continuous performance in diverse operational environments.

    Ease of installation and use are paramount with the Honeywell MC-TAIH54. The panel mount style simplifies the integration process, allowing for efficient space utilization on the production line. Its compact dimensions and lightweight construction make it suitable for both new installations and retrofits, enhancing operational efficiency without compromising on functionality.