Perimeter Beam Detector, Infrared Light Transfer Detector OPTEX Japan

タイトルまたは説明

Model: Perimeter Beam Detector, Infrared Light Transfer Detector OPTEX
AX***0PLUS/AX***0PLUS/AX***0PLUS/AX***0PLUS

Please go to: SHENZHEN TAIAN ELECTRONICS CO., LTD   Rita
Skype : betty-taian                                
TEL: *************0                                    

Features:
Lightning and surge protection
Rain, dust and insect protection
Frost and dew protection
High grade aspherical lens
Twin synchronized pulsed beam design for greater stability
*9.5% beam blocking stability
A. G. C. Circuit
Adjustable beam interruption time
3 step LED indicator (ALPHA versions)
AX***0/**0/**0/**0PLUS standard model
AX***0PLUS *0m Indoor *0m Outdoor
AX***0PLUS **0m Indoor *0m Outdoor
AX***0PLUS **0m Indoor *0m Outdoor
AX***0PLUS **0m Indoor **0m Outdoor

Interruption period : Selectable between *0, **0, **0, **0 and **0 msec.
Power supply: *0.5 - *0V DC
Current consumption (transmitter + receiver) *0mA (max. )
Alarm period: 2 sec. (± 1) nominal
Alarm output: Form C relay *8V DC 0.2A max.
Tamper switch: N. C. Opens when cover is removed (Receiver only)
Operating temperature: **5° C to **5° C
Environmental humidity: *5% max.
Alignment angle: ± *0° Horizontal, ± *0° Vertical
Mounting: Wall and pole mounting
Weight (transmitter+receiver): ***0g
Dimensions (H x W x D): **6mm x *8mm x *3mm
Weatherproof: IP*4

The AX***0PLUS/AX***0PLUS/AX***0PLUS/AX***0PLUS Series of active infrared dual beams are designed to provide reliable detection at external distances up to **0m.
AX beams include automatic gain control (AGC) to help compensate for loss of signal caused by fog or heavy rain. This circuitry ensures that, even with *9% of signal lost, the beams will continue to function. To further ensure reliability, beams also feature an adjustable beam interruption timer that can be set to filter out alarms from small or fast moving objects. Add to this a frost resistant cover design and lighting protection and you have a beam suitable for installations in the harshest environments.