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The 8C-TAIMA1 (Part Number 51307171-175) is a high-density Analog Input (AI) module developed for the Honeywell Experion PKS Series 8 I/O family. It is designed to accurately monitor continuous field variables by converting 4–20 mA signals from sensors into digital data for the C300 controller. The module delivers high-resolution analog-to-digital conversion and incorporates robust galvanic isolation to maintain signal accuracy in electrically noisy industrial environments.
Featuring the Series 8 vertical form factor, the 8C-TAIMA1 optimizes cabinet space while enhancing natural convection cooling. It supports 16 input channels, each equipped with advanced diagnostics to detect sensor faults, open-loop conditions, and out-of-range signals. These capabilities are essential for maintaining process stability and safety in mission-critical Distributed Control System (DCS) applications.
| Parameter | Specification |
|---|---|
| Model Identification | 8C-TAIMA1 |
| Ordering Number | 51307171-175 |
| Module Type | Analog Input (AI) |
| System Platform | Experion PKS Series 8 |
| Input Signal | 4–20 mA Current Loop |
| Channel Configuration | 16-Channel High Density |
| Resolution | 16-bit A/D Conversion |
| Operating Voltage | 24V DC (Nominal) |
| Module Width | 5.1 cm |
| Module Height | 26.7 cm |
| Module Depth | 17.8 cm |
| Net Weight | 0.5 kg |
The 8C-TAIMA1 module is widely used in process industries where precise monitoring of analog signals is critical, including:
Chemical processing plants
Power generation facilities
Oil & gas operations
Typical applications include:
Monitoring pressure transmitters
Reading temperature probes
Tracking flow meter outputs
It provides reliable, real-time process data for control, alarming, and safety interlocking within Distributed Control Systems (DCS).
Q: How does the 8C-TAIMA1 (51307171-175) handle electromagnetic interference?
A: The module incorporates industrial-grade shielding and built-in hardware filtering to reject common-mode noise, ensuring reliable and accurate transmission of 4–20 mA signals even in high-EMI environments.