Photocell RLS1n
The ALGE photocell RLS1n is made with most advanced electronic. You can use the reflection photocell RLS1n for a distance from 1 to 25 Meter. If you need a longer distance than 25 Meters you have to use the type RLS1nd, which consist of a separate transmitter and receiver photocell.

Principal:
The transmitter of the photocell sends a modulated infrared beam. The receiver controls the infrared beam and makes an impulse for each interruption
If transmitter and receiver is built into one case we call it reflection photocell. The infrared beam is sent to a reflector. The function of the reflector is like a mirror, which reflexes the beam to the receiver.
The other type
of photocell (RLS1nd) has on one side a transmitter and on the other the
receiver. The infrared beam goes direct form the transmitter to the receiver.
Types of Photocells:
| RLS1n | Infrared reflection photocell |
| RLS1nd | Infrared photocell with separate transmitter and receiver |
| RLS3c | Three-fold-photocell for athletic |
Power
Supply for the Photocell RLS1n:
The photocell
is supplied by a 3-core cable from the timing device, or by the internal
battery. As internal battery you can use a Alkaline Baby Battery or a NiCd
Baby Rechargeable Battery. If you work with the internal battery you can
use a 2-core cable between the timing device and the photocell (e.g. ALGE
cable reel KT300 with 300 m fieldtelephoneline)
The internal battery supplies the RLS1n for:
Technical
Data of the Photocell RLS1c:
| Max. Distance: | 0.5 to 25 Meter |
| Output: | NPN transistor, open collector, active low |
| Reaction Time: | 300 µs, 2 ms adjusted |
| Impulse length: | 20 to 1400 ms adjustable |
| Measurements: | 160 x 135 x 58 mm |
| Weight: | 0,6 kg |
Standard
Photocell RLS1c Package:
Accessories: