The Honeywell MC-TAIH22 serves as a high-density interface for modern Distributed Control Systems (DCS). This module specializes in high-level analog input processing for critical plant data. It provides 16 independent channels to monitor various field transmitters and sensors. Consequently, the hardware ensures precise data conversion for real-time process monitoring. The unit belongs to the reliable MU-T series, supporting seamless integration with Experion automation platforms. It bridge the gap between field instrumentation and central control logic effectively.
Robust Engineering for Industrial Reliability
Honeywell constructs this module to withstand the most demanding operational environments. The MC-TAIH22 51204170-250 maintains stable performance across a wide temperature range of -40°C to +85°C. Furthermore, its rugged design handles humidity levels up to 95% without signal degradation. The IP20-rated enclosure protects internal circuitry from dust and light moisture. These features make it ideal for oil and gas or chemical processing facilities. Operators can trust this module for long-term service in remote or harsh locations.
Key Technical Specifications
The following technical data outlines the physical and electrical parameters of the MC-TAIH22 module.
- Model Reference: MC-TAIH22
- Order Number: 51204170-250
- Module Type: High Level Analog Input (HLAI)
- Channel Count: 16 Inputs
- Input Voltage Range: 15 to 30 VDC
- Communication Port: Modbus Interface
- Net Weight: 0.78 kg
- Dimensions: 30.6 cm x 12 cm x 7.5 cm
- Manufacturing Origin: USA
Advanced Integration and Communication
The inclusion of a Modbus interface simplifies networking with diverse third-party control systems. This capability enhances system scalability for growing industrial facilities. Moreover, the 15-30 VDC operating range accommodates standard industrial power supplies. The module facilitates easy mounting in high-density control cabinets. Technicians value the MC-TAIH22 for its straightforward installation and maintenance procedures. It reduces the complexity of wiring while maintaining superior signal accuracy.
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