5X00106G01 industrial-grade signal isolation module

5X00106G01 is an industrial-grade signal isolation module developed by Emerson (with technical heritage from Westinghouse), primarily designed to solve issues like ground loops, electromagnetic interference (EMI), and signal distortion in industrial control systems. It realizes stable transmission of analog signals (current/voltage) between field devices and upper-level control systems (such as Emerson Ovation DCS), and is a key component to improve the reliability of signal acquisition in harsh industrial environments. Below is its detailed information:

1. Core Technical Specifications

Parameter Category	Specific Details
Signal Type & Isolation Performance	- Supported input signals: 4–20mA DC (current signal), 0–10V DC/1–5V DC (voltage signal); single-channel input and single-channel output.- Isolation type: Three-port isolation (input, output, power supply are mutually isolated), avoiding cross-interference between different circuits.- Isolation voltage: ≥2500V AC (1 minute), effectively suppressing ground loop currents and high-voltage spikes from damaging upper-level DCS modules.
Accuracy & Lineararity	- Measurement accuracy: ±0.1% of full scale (FS) at 25°C; ±0.2% FS over the operating temperature range (-20°C to 70°C).- Linearity: ≤±0.1% FS, ensuring no signal distortion during transmission (critical for precision control scenarios like chemical reactor temperature regulation).- Response time: ≤10ms, realizing real-time synchronization of field signals and upper-level system data.
Input & Output Parameters	- Current input: Input impedance ≤250Ω (compatible with two-wire/three-wire transmitters); output load ≤600Ω (supports long-distance wiring up to 100 meters).- Voltage input: Input impedance ≥100kΩ (reducing load on field sensors); output impedance ≤10Ω (ensuring stable signal output to DCS analog input modules).- Power supply: 24V DC ±10% (industrial standard power supply), power consumption ≤1.5W (low energy consumption, suitable for dense installation).