SI-100C
Explosion-proof Fixed Gas Detector
DESCRIPTION
The SI-100C is a fixed gas detector designed for continuous monitoring of oxygen, toxic gases, and combustible gases in areas where potential gas hazards may occur. Featuring a compact, LCD-less design, the SI-100C focuses on stable signal transmission and reliable performance, making it ideal for integration with centralized gas detection systems. Equipped with a standard 4–20 mA analog output, it can be easily connected to controllers or monitoring panels for real-time gas concentration monitoring. Its explosion-proof and water-/dust-proof construction ensures dependable operation in harsh industrial environments, including chemical plants, refineries, and various industrial facilities. The detector supports diffusion-type sensing and a wide range of sensor technologies, including catalytic, infrared (IR), electrochemical, and galvanic sensors, allowing flexible configuration for different gases and applications. A built-in calibration mode and optional console support simplify maintenance and calibration, helping maintain long-term measurement accuracy and overall system reliability.
KEY FEATURES
- Explosion-proof Design: Certified explosion-proof structure suitable for hazardous industrial environments.
- Robust IP Protection: Water- and dust-resistant housing ensures stable operation in harsh conditions.
- 4–20 mA Analog Output: Standard analog output enables seamless integration with controllers and monitoring systems.
- Flexible Sensor Technologies: Supports Catalytic, Infrared (IR), Electrochemical, and Galvanic sensors for combustible, toxic, and oxygen gases.
- Diffusion-Type Detection: Provides stable and reliable gas monitoring without the need for an internal pump.
- Built-in Calibration Mode: Allows easy zero and span calibration via control switch for simplified maintenance.
- Two-Wire / Three-Wire Configuration: 3-wire connection for combustible gases and 2-wire configuration for toxic and oxygen gases.
- Wide Operating Range: Operates reliably from -20°C to +55°C in demanding industrial environments.

