Automatic Infrared Sensor/Gate Photocell/Safety Beams Sensor 1

Basic Info.

Model NO.	IR-20
Production Process	Injection
Material	ABS
IP Rating	IP65
Certification	CE
Customized	Customized
Net Weight	160g
Size	44.9*90.63*32.5mm
Relay Contact	Max 500mA E 48VAC/DC
Model	IR-20
Application	Automatic Doors
Certificate	FCC
Detection Distance	20 Meters
Power Supply	12/24VAC/DC
Transport Package	Carton
Specification	11.4*11*3.5cm
Trademark	JUTAI
Origin	China
HS Code	8531901000
Production Capacity	10000pieces/Year

Packaging & Delivery

Package Size 12.00cm * 12.00cm * 5.00cm Package Gross Weight 0.250kg

Product Description

Wireless Photocell Beam Sensor or Photo Electric Beams are basically a point to point beam of invisible infrared light that passes from a transmitting unit to a receiving unit and if an object blocks the light of infrared photocell sensor made by JUTAI you know something's there. JUTAI manufacture security Infreared photocell Sensor are used with automatic gates on either side of a driveway as a safety device to prevent a gate closing on a vehicle. Normally used when a gate is set to close by itself after a time delay automatically (auto-close). JUTAI active infrared beams (detectors)wihth Italy Quality Standards
Fixlling Infrared Photocell Sensor IR-20M made byJUTAI and used to Barrier Gate Open and Close is best solution for our customers and used in the barrier gate ,rolling shutter,automatication gate solution.

Infrared Photocell Sensor Specification:
Power Supply:12/24VAC/DCDetecting Distance: with 20m stable detection distanceMax.Range Up:20Meters(Indoor or Outdoor)Operate Temperature:-10degree-60 degreeMax.TX working Current:25mAMax.RX working Current:35mAMax.Relay Contract:Max 500mA e 48Vac/DcIP rate: IP65Cover Material: Anti-UV MaterialCan working at outside directly;Face to sunlight, distance not reduceWaterproof: Water Proof and can working at outside directlyOEM/ODM: OEM and ODM service offeredWarranty Life:24 years warranty lifeNet Weight:160g
Installing Infrared Photocell Sensor
Infrared Photocell Sensor Facotory suggest that for point, to point photocells, you do need a low voltage cable across the driveway. With sliding gates this is usually simply a matter of installing the cable inside the gate track, if it is hollow, although care must be taken that the cable doesn't get damaged where it enters the track and that the track doesn't have any gaps between it and the driveway large enough for the cable to slip into and be crushed by the next car that drives over it. The photocells can be installed on the gate posts and if these are hollow metal posts cabling can be run inside the post.

For swing gates, low voltage cable will need to be run along each side of the driveway as well as across the driveway. One set of photocells will need stand-alone posts.
Installing Photocells
For point, to point photocells, you do need a low voltage cable across the driveway. With sliding gates this is usually simply a matter of installing the cable inside the gate track, if it is hollow, although care must be taken that the cable doesn't get damaged where it enters the track and that the track doesn't have any gaps between it and the driveway large enough for the cable to slip into and be crushed by the next car that drives over it. The photocells can be installed on the gate posts and if these are hollow metal posts cabling can be run inside the post.

For swing gate, low voltage cable will need to be run along each side of the driveway as well as across the driveway. One set of photocells will need stand-alone posts.
Infrared Photocell Sensor IR-20M Safety To Barrier Gate Open and Close is best solution for our customers and used in the barrier gate ,rolling shutter,automatication gat solution.
Installation
1. To open the IR-20, lift the front panel of the photocell.
2. Insert the cables in their housing and fix the base to the wall. If the photocell has to be mounted on a wall, drill the three 5 ø holes and fit suitable screw anchors. If the photocell has to be mounted on metal, drill the three 3 ø holes for fitting with the self_tapping screws.
3. Make the connections. Power the photocells with a voltage can be 12-24 VAC or 12-30 VDC. If positioning, alignment and connection have been carried out properly, the red LED on the receiver will be off. Each time the ray is interrupted, the red LED switches on.
4. Cover the photocell with the front panel. Insert to the stop and close it. Interrupt the ray several times checking the relay response.
5. Fix the front panels with the provided screws.
Connection

Note:For one-to-one use: using AC and need to be shorted by the jump line hat.
Installation Diagram And Application

SizeCertification

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