OPTEX HYBRID WIRELESS OUTDOOR IR DUAL BEAM - 60M

The SL-200TNR is a versatile outdoor beam, perfect for securing driveways, open areas, and perimeters up to 60m. It offers a range of power options, including universal CR123 batteries and a hybrid configuration with both wired and wireless capabilities.

Featuring infrared beam interruption detection with adjustable interruption periods of 50, 100, 250, and 500msec, triple tamper functions, and a 99% beam blocking stability, this device is equipped for any situation.

Additionally, it boasts a high-grade aspherical lens, a battery-saving timer, and a D.Q. circuit for environmental disqualification. With long-lasting battery life using 4 SAFT LSH20 batteries, you can trust in the reliable performance of this product..

Battery options

The SL-TNR series can function with D size lithium batteries or universal CR123 batteries when paired with optional battery-holders (CRH-5). With the use of universal batteries, you will need a total of two CRH-5 and 16 CR123 batteries, providing a one-year operational lifespan.

Located at the front of the beam, the batteries are easily accessible for quick replacement. Battery purchase is required as they are not included with the beams.

Hybrid option

Imagine never having to worry about inconvenient wiring locations for your security system - with the OPTEX HYBRID WIRELESS OUTDOOR IR DUAL BEAM, the receiver can be placed near the power source while the transmitter stays in a convenient and secure location!

The flexibility of wireless

The SL-TNR infrared beams feature a back box that can accommodate most wireless transmitters available on the market making it easy to extend a wireless alarm system to the boundary of the premises.

Applications

• Perimeter
• Roof / Ceiling
• Garden
• Driveway

Key Features

• 60m Twin beams with high grade aspherical lenses
• Option to use CR123 batteries or to be partly hardwired with accessories
• Quick and easy battery replacement
• IP65 weather protection and anti-frost design

 - SPECIFICATIONS CAN BE FOUND ATTACHED BELOW>