HVAC, Car parking & Building Products

WS AirSense P:

Air Sense P gas detectors for CO, 0-300 ppm (with Electrochemical cell); NO2,0-20 ppm (with Electrochemical cell); VP, 0-300 ppm; CO2, 0-5000 ppm, CH4,
100%LEL; LPG, propane 100%LEL and H2, 100%LEL and many other gases. Applications example: car parking, boiler rooms, manufacturing or warehouse shops heated with gas-fired IR radiators.
Typical gases present in underground car parks are: CO, NO2, CH4, LPG, H2 and petrol vapors. CO/NO2 measurement and control systems are therefore
standard equipment in underground car parks and bus parking garages to regulate air quality and protect personnel. Energy efficient control of ventilation
systems, safety and air quality are critical requirements in the provision of a gas monitoring system for underground car parks and garages. The new generation of versatile WS gas monitor control unit are a cost effective solution for a small and large installations. Precise and selective measurement is a prerequisite for the best results. Innovative and tailored design of the Air Sense P gas monitor system enables versatile, convenient control of the ventilation system.

WS AirSense P:

WS AirSense P:

WS AirSense CPU MOd 1:

Watson Systems Air Sense CPU is a versatile and easy to use controller for monitoring toxic and combustible gases, and oxygen deficiency. This control unit provides protection from potentially hazardous conditions in a variety of industrial, chemical, municipal, and waste water applications. It is available, on request, in a compact, durable, wall-mounted housing constructed of fire-retardant ABS plastic.
Air Sense CPU efficiently, simply and economically satisfies your need.
Air Sense CPU is an advanced Control Unit for use with small size gas detection systems. It controls all the devices connected and integrates them to create a single iGas system. Unit reads the status of detectors connected to the system. This information is presented on the display and the built-in Visual System Indicator. Based on gas concentration measured and other special statuses (e.g. failures), it controls outputs for visual and acoustic indicators as well as for dual outputs. Control Unit reads the status of dual input and depending on its status, controls system operation (enables or disables outputs). During operation, the unit runs cyclic self-diagnostic procedures used to detect any damage to Air Sense CPU L Unit and detectors.