Signal Conditioners are essential interface devices that convert, isolate and standardise signals between sensors, controllers and PLCs. Charter Controls offers a comprehensive selection from EYC (Taiwan), GIC and HIQUEL, covering a wide range of analogue signal conversions for process and automation control. These compact DIN-rail modules ensure accurate transmission, reliable isolation and noise immunity in demanding industrial environments.
🔧 Technical Highlights:
- Manufacturers: EYC, GIC, HIQUEL
- Functions: signal conversion, isolation, amplification and splitting
- Input signals: current (4–20 mA, 0–20 mA), voltage (0–5 V, 0–10 V, ±10 V), thermocouple, RTD and frequency inputs (model dependent)
- Output signals: standard analogue outputs including 4–20 mA, 0–10 V and 1–5 V
- Isolation: 3-way isolation between input, output and power for enhanced EMC protection
- Mounting: slim DIN-rail housing for easy integration into control panels
- Models featured: GIC 2SC3D11CC universal signal converter and HIQUEL TUNV signal isolator/converter
- Power supply: 24 V DC standard; wider ranges available on select models
- Approvals: CE and RoHS compliant; designed for industrial-grade accuracy
✅ Benefits:
- Converts incompatible sensor and control signals for seamless system integration
- Electrical isolation protects PLC and instrumentation from surges and noise
- Improves signal accuracy and stability over long transmission distances
- Compact, easy-to-wire modules for control panel installation
- Compatible with a wide range of analogue and process signals
🚀 Applications:
- PLC and SCADA interfacing in process control systems
- Sensor signal conditioning and scaling
- Industrial automation and instrumentation panels
- Power, HVAC, water and manufacturing process monitoring
- Retrofit and OEM control equipment requiring signal conversion
EYC, GIC and HIQUEL signal conditioners ensure accurate, interference-free signal conversion and isolation — providing engineers with dependable performance across control, monitoring and automation systems.