The Honeywell Sensepoint XCD Methane Fixed Gas Detector is a robust and reliable gas detection solution designed for the accurate monitoring of methane (CH₄) along with flammable, toxic, and oxygen gas hazards in potentially explosive environments. Built for use in both indoor and outdoor industrial applications, this detector ensures continuous safety and protection in critical work zones such as oil and gas facilities, chemical processing units, and confined spaces.
With its non-intrusive design and easy-to-use interface, the detector allows single-person configuration and maintenance via an LCD display and magnetic switches—eliminating the need to open the unit. Its rugged construction, advanced sensor technology, and versatile installation options make it ideal for high-risk hazardous areas that demand consistent and precise gas monitoring.
Key Features:
- Accurate Methane Gas Detection: Provides continuous and precise monitoring of methane gas in hazardous and explosive environments.
- Multi-Gas Monitoring Capability: Compatible with a wide range of flammable, toxic, and oxygen gas sensors.
- Non-Intrusive One-Man Operation: Configuration and maintenance can be performed via magnetic switches and LCD display without opening the device.
- Intuitive LCD Interface: Tri-color backlit display with clear visual indicators, bar graphs, and gas concentration readings.
- Explosion-Proof Design: Durable housing options available in stainless steel or aluminum for use in hazardous zones.
- IP66-Rated Enclosure: Dust-tight and water-resistant for reliable performance in harsh industrial settings.
- Surecell™ Sensor Technology: High-performance, long-life sensors designed for stability and accuracy.
- Remote Sensor Mounting Available: Enables flexible installation in hard-to-access or confined areas.
- MODBUS Communication Support: Allows remote configuration and diagnostics integration with control systems.
- Low Maintenance Requirements: Easy sensor replacement and calibration to minimize downtime and maintenance costs.
