Photoelectric sensor reflectors

ø80
84 mm sensor reflector

84 mm sensor reflector BRT84

Ø80mm, K=1.0, Acrylic, 65ºC, Ø84x8mm

Price 13 EUR no VAT

The BRT84 reflector for reflective optoelectronic sensors has an effective reflective surface of ø80mm and a reflection coefficient of 1,0. It is made of acrylic. The maximum operating temperature is 65ºC.

51x51
Rectangular sensor reflector

Rectangular sensor reflector BRT69x51

51x51mm, K=1.0, Acrylic, 65ºC, 69x51.5x8mm

Price 9.36 EUR no VAT

The BRT69x51 reflector for reflective optoelectronic sensors has an effective reflective surface of 51x51mm and a reflection coefficient of 1,0. It is made of acrylic. The maximum operating temperature is 65ºC.

ø22
25 mm sensor reflector

25 mm sensor reflector BRT25

Ø25mm, K=1.0, Acrylic, 65ºC, Ø25x5mm

Price 5.2 EUR no VAT

The BRT25 reflector for reflective optoelectronic sensors has an effective reflective surface of ø22mm and a reflection coefficient of 1,0. It is made of acrylic. The maximum operating temperature is 65ºC.

M31H55
55 mm sensor reflector tape

55 mm sensor reflector tape M31H55

55x100mm, K=0.7, Synthetic resin, 60ºC

Price 1.04 EUR no VAT

The M31H55 reflective tape for reflective optoelectronic sensors has an effective reflective surface of 55x100mm and a reflection coefficient of 0.7. It is made of synthetic resin. The maximum operating temperature is 60ºC. It is also called ...

M32H50
50 mm sensor reflector tape

50 mm sensor reflector tape M32H50

50x100mm, K=0.7, Textiles, 60ºC

Price 0.83 EUR no VAT

The M32H50 reflective tape for reflective optoelectronic sensors has an effective reflective surface of 50x100mm and a reflection coefficient of 0.7. It is made of textile. The maximum operating temperature is 60ºC.

Reflectors for optical and optoelectronic sensors

The reflectors are used to return the infrared rays emitted by the sensors. They are mounted at a certain distance in front of the active part of the sensors. They also serve to limit the range of sensor operation. Reflectors differ from each other in size and reflective ability.