Optex SL-200TNR, SL-200TNRi, SL-100TNR, SL-100TNRi Specsheet

HYBRID
PHOTOELECTRIC
BEAM SERIES

Active Infrared Protection with

Smart Line™ Series

SL-100 TNR

100ft (30m) Model

SL-200 TNR

200ft (60m) Model

Flexible Power

The SL-TNR series offers a cost-effective and
versatile solution for protecting a perimeter line
up to 200ft long, where cabling is an issue or
inconvenient.

Ideal for small perimeters, flat roofs, and open
areas, the active infrared dual beam set offers a
lot of flexibility with its hybrid power options,
where the transmitter is powered by Saft LSH-20
batteries, and the receiver can be hardwired.

The SL-TNR series utilizes high-grade aspherical
lenses and also has an anti-frost design with IP65
weather protection to improve its durability during
harsh weather conditions.

GREAT FLEXIBILITY WITH POWER OPTIONS

HYBRID ⸺ Hardwired Receiver

For site configurations where one beam is close to a main power source but
the other beam needs to be wireless. The SL-TNR oers the option to hardwire
the infrared beam receiver with the included PCU-5 power converter.

WIRELESS ⸺ With High Density Lithium Batteries

The SL-TNR series has been designed to work with D-size lithium batteries,
and OPTEX recommends the Sa LSH-20 battery. Battery life expectancy is
approximately 5 years when using LSH-20 batteries in both the transmitter
and the receiver (4 batteries in total). LSH-20 batteries could also power the
wireless transmitter when using the battery common unit BCU-5.

Battery-powered iSeries option available with

OTHER KEY FEATURES

Simplified Battery
Replacement

Batteries can be accessed easily
without touching the main unit,
eliminating the need to re-align
the beams.

IR Communication for Low Battery Signal

The SL-TNR features an infrared communication between the
transmitter and the receiver which signals the low battery status. It
means that no wireless transmitter is necessary in the transmitter
beam for this functionality. The system would only need one
wireless transmitter on the receiver beam. If the customer would
like to monitor the status of wireless transmitter’s battery
separately, a second wireless transmitter will be necessary on the
transmitting beam.