New Versatile Display/Communicator for Gas Detectors

FlexVu™ UD10 Universal Display reduces spares inventory and simplifies operation.

Detector Electronics Corporation (Det-Tronics) USA have recently announced the release of its FlexVu™ Model UD10 Universal Display, a life-safety display unit that provides non-intrusive calibration, local event logging, and third-party performance certifications. This display/communicator reduces spare-parts inventory by working with a wide spectrum of toxic and combustible gas sensors and by operating with industrial communication protocols such as HART® and Modbus. Det-Tronics is part of UTC Fire & Security, a unit of United Technologies Corp. (NYSE:UTX).

Because the FlexVu Universal Display provides non-intrusive magnetic calibration and configuration, a single person working alone can calibrate gas detectors without declassifying a hazardous area. In addition, the FlexVu display has been third-party performance tested and certified to FM, CSA, and ATEX/IEC. Its reliable construction has an explosion-proof rating and is approved for use in Class I, Division 1, Groups A, B, C, and D classified hazardous areas for all gas types.

"The FlexVu intuitive menu structure simplifies operation by enabling quick device set up and easy access to sensor status information including local alarm and event logs," said Mike Bragg, Product Marketing Manager at Det-Tronics. “Plus users will like the backlit, heated LCD that clearly displays gas concentration, and alarm and fault status."

Taking advantage of its flexible installation options, users can couple the FlexVu display directly to a single sensor or place it remotely using a sensor termination box. Outputs include analogue 4-20 mA with HART, three alarm relays, one fault relay, and RS-485 Modbus. In its current release, the FlexVu UD10 display operates with the following Det-Tronics gas detectors/sensors (additional gas and flame detectors will soon be added): Combustible gases: PointWatch IR (PIR9400), PointWatch Eclipse® IR (PIRECL), Open Path Eclipse IR (OPECL), Catalytic Combustible Sensor (CGS) via the 505 transmitter. Toxic gases: Nanotechnology Metal Oxide Semiconductor (NTMOS) hydrogen sulphide sensor, Electrochemical sensors (C706x Series and GT3000).