Hot sale Photoelectric Beam Detector High Quality Quad Beam 4channel frequency Beam Sensor
                        
                        
                     
                    
                        Key Specifications
                        
                            
                            Hot sale Photoelectric Beam Detector High Quality Quad Beam 4channel frequency Beam Sensor
Outdoor 50M  to 250M optional for detecting range.
QUAD BEAM DETECTOR						
						
Model		ABH-50L	ABH-100L	ABH-150L	ABH-200L	ABH-250L
Outdoor Range	Outdoor	50m	100m	150m	200m	250m
	Indoor	150m	300m	450m	600m	750m
Maximum Arrival Distance		300m	600m	900m	1200m	1500m
Detection Method		Simultaneous interruption of 4 infrared beams or a group of 2 infrared beams				
Interruption Time		50msec, 100msec,300msec,700msec (corresponding to 20,21,22,23)				
Beam frequency		4 channel selectable (corresponding to 10,11,12,13)				
Power Supply		DC12~24V;  AC11~18V (12VDC recommendable)				
Current Consumption		70mA max	80mA max	90mA max	100mA max	110mA max
Alarm Period		2sec (±1)				
Alarm Output		1C. relay output  (AC/DC30V, 0.5A max)				
Tamper Switch		NC, opens when cover removed				
Operating Temperature    		-25℃ to +55℃				
Environment Humidity		95% max				
Alignment Angle		Horizontal 180°(±90°), Vertical 20°(±10°)				
Mounting		Wall or Pole				
Protection Degree		IP65				
Material		PC engineering plastic				
Dimension (L*W*H)		92*90*291mm				
Weight (Transimtter and Receiver)		2200g				
"Heaters
(additional purchase)"	Voltage	12V				
	Current	200mA max				
	Termperature	+70℃				
 
The infrared barriers, are based on the projection of infrared light beams (not visible), 
between a sender and a receiver element, so as to interrupt the link beam both elements, 
the alarm activation occurs corresponding.
 
The infrared light emission occurs through a semiconductor (LED type) of gallium arsenide 
with a wavelength of 800-1000 Nm.
 
A single control element consists of a transmitter and a receiver, including distance apart 
to be protected (depending on model) and power connections and alarm signals to the central station.
This latest installment we cover only the protected area the infrared beam, which in conventional s
ystems is often combined several transmitters and receivers in parallel to obtain a real barrier, 
and as the naked eye do not look, They are inserted into columns of dark polycarbonate, which hide 
the exact position of the transmitters within it.
 
Applications
The infrared barrier system is particularly suitable for covering parallel enclosed by walls or 
fences, which do not allow closing with another system, where besides the lack of space is an issue 
areas.
 
                        
                        