Model
aSENSE® m III - 57391 aSENSE
™
m III
Integrated CO / CO
2
sensor & ventilation controller
PRODUCT DESRIPTION
aSENSE carbon dioxide ™ m III and is a controller with built-in sensors to monitor at the same time carbon monoxide. With these parameters, the program-mable unit can
control, for example, ventilation rates, and generate alarm signals for personal safety devices. aSENSE™ m III is designed for both stand-alone operation, as well as being connected to larger building automation systems.
FEATURES APPLICATIONS
State-of-the-art infrared (NDIR) technology to measure carbon dioxide gas The aSENSE ™ m III is applicable in most large spaces where combustion is the source of the potential toxic danger, such as in public garages, truck terminals, tunnels and mines State-of-the-art hybrid thick film sensor (MMOS) technology to measure carbon monoxide gas. . It offers the possibility to combine CO and CO
2 measurements which not just guarantees public safety, but also saves energy when applied to Demand Controlled Ventilation. The Flexible
control outputs for connection to DDC, or direct
control of dampers and speed regulated fans aSENSE ™ m III offers the possibility to regulate ventilation systems stand-alone, as well as being just a sensor in a larger system. To cover larger spaces, several sensors could be joint in a simple relay loop and together
control an intermittent two-
speed exhaust fan, for example. The sensors can also be con-nected together in a Contributes to lower energy costs when applied in Demand Controlled Ventilation MODBUS RS485 network (optional) for serial communication to a global
control system or to a simple webb Gateway Internal data recorder for environmental trend logging for data presentation on the internet Serial com port for connection to PC, GSM-module or local network Maintenance free more than 5 years .
.
All engines generate CO and we need protection against this toxic gas. What we do not seem to realize is that a warm, modern engine with catalytic exhaust system typically generates 140 times more CO 2 than CO, in which case the CO 2 constitutes the potential threat. This fact forces us to measure both gases to be able to guarantee personal safety.
