GNA2044-SD-1104V2 2-CHANNEL SMOKE DETECTOR WITH 4-20MA OUTPUT & DISPLAY
GNA2044 is a microprocessor internal 2-channel smoke detector.
GNA2044 is an environment-adaptive smoke detector which displays the concentration on the back light LCD by receiving the serial signals from two sensors and by processing them in the digital mode, and performs the variety of local functions in digital process mode.
Also, it can ensure the effective remote control by stably outputting the analog serial signals to external control unit such as PLC/DDC.
As one of big advantages of GNA2044, it can be suitably applicable for various purposes by processing the sensible signals detected by ionization sensor by microprocessor stably and accurately.
Because the existing smoke detectors have been mostly applied only for a fire alarm, it is general that they don’t ensure an accuracy and safety for a utility of industrial field.
GNA2044 is designed to ensure a sensibility and safety simultaneously by controlling the sensible ionization sensor with an industrial detector technology.
|[ Features ]|
|Low Concentrated Smoke Detection|
|It is suitable to a small quantity smoke detection because it is designed for a purpose of supporting the safety function of industrial automation equipment.|
|Ionization sensor : Ionization sensor using the current change when the smoke is combined in the ion created by radial rays can detect very low concentrated smoke.|
|LCD Display with Back-Light|
|It can set the alarm concentration by microprocessor. When the detection concentration is larger than the alarm concentration, over 80㏈ alarm sound is generated. It informs whether the smoke occurs.|
|User Selection Menu|
|It is organized suitably for the purpose of use because various artificial intellectuals are provided by microprocessor. It maximizes the effect of detection function because various functions such as alarm concentration setting, detection range setting, and alarm reset setting are properly used.|
|It can monitor the maximum 2 ionization sensor at the same time and can extend the detection space.|
|[ Specification ]|