12 volt gate barrier/shade infrared beam detector wireless, 24 volt beam sensor YET607

12 volt gate barrier/shade infrared beam detector wireless, 24 volt beam sensor YET607     Quick Details Place of Origin: Guangdong, China (Mainland) Brand Name: YET Model Number: YETM-001 Usage: Door sensor Theory: Door sensor Output: Switching Transducer Working current: 40mA Wave length: 940nm Input: r*15ma - t*30ma Operating temperature: -20 degrees to 50degrees Relay output: 1 a max *36 v ension: 49.2 x 76 x 21.6mm range: can be reduced to 30% in bad weather conditions : for rain ,dust ,etc Size:: 49.2 x 76 x 21.6M Model Number:: YET-M001 Name: mini gate opener motor photocell sensor Packaging & Delivery

Packaging Details:	80sets/ctn ctn size:48*38*25cm
Delivery Detail:	15 days for 5000-10000pcs

Specifications  mini gate opener motor photocell sensor
1.Indoor 20m, Outdoor 10m
2.12-24 VDC
3.waterproof
4.Size : 49.2 x 76 x 21.6M

12 volt photocell sensor, 24 volt beam sensor   Specification: 1.Infrared Frequancy : 1.92khz 2.Power supply : 12 to 24 VDC /AC 3.Wave length :940nm 4.Input : r*15ma - t*30ma 5.Operating temperature : --20 degrees to 50degrees 6.Relay output : 1 a max *36 v 7.Dimension: 49.2 x 76 x 21.6mm 8.Range : range can be reduced to 30% in bad weather conditions : for rain ,dust ,etc    Features: 1.Single beam sensor/single beam detector is used for automatic slide door, coil door , garage door windows etc. 2.Consists of a transmitter and a receiver, and the integrated amplifier can produce infrared beam. Narrow infrared beam (I or II) can avoid interruption by external light. 3.Even installed at low height(20-40cm from the floor), the detecting distance can also be guaranteed(5-15meters). 4.The beam produced by MICROCELL provides a self-detecting function for the sliding doors. Once the self-detecting beam is interrupted, the door will stop closing and reverse rapidly to the utmost width. The door will open until the detecting beam is resumed. When the door completely closes, the detecting beam becomes invalid.