BRQP3M-PDTB-P
₹2359
In Stock
SKU | BRQP3M-PDTB-P |
---|---|
Brand | Autonics |
Product Description
The BRQ series Ø18 mm cylindrical photoelectric sensors are available in various sensing sides (front, side), housing material (SUS316L stainless steel, nickel-plated brass metal, plastic), and body sizes (standard, short-body) for flexible application in diverse environments.
The sensors feature long detection distance up to 30 m and accurate sensing performance with excellent noise immunity and minimal influence from ambient light.
Mutual interference prevention function also allows the sensors to be installed close together. With IP67 protection rating, the sensors offer stable and error-free operation even in wet or dusty environments.
The IP67K models are also available for application in high pressure and high temperature water and dust environments.
Sensing type | Retroreflective type(built-in polarizing filter) |
---|---|
Sensing distance | 3m |
Sensing target | Opaque material of min. Ø75mm |
Light source | Red LED(660nm) |
Response time | Max. 1ms |
Power supply | 10-30VDC ±10%(ripple P-P: max. 10%) |
Current consumption | Max. 30mA |
Sensitivity adjustment | Sensitivity adjuster |
Operation mode | Selectable Light ON or Dark ON by control wire (white) |
Control output | PNP open collector |
Connection type | Ø4mm, 4-wire, 2m (emitter of through-beam type: Ø4mm, 2-wire, 2m) (AWG26, core diameter: 0.52mm, number of cores: 20, insulator out diameter: Ø1mm) |
Environment_Ambient illumination | Sunlight: Max. 11,000lx, Incandescent lamp: Max. 3,000lx (received illumination) |
Environment_Ambient temperature | -25 to 60℃, storage: -30 to 70℃ |
Protection structure | IP67(IEC standard) |
Approval | |
Environment_Ambient humidity | 35 to 85% RH, storage: 35 to 85% RH |
Material | Case: Polycarbonate Lens, Lens cover: Polymethyl Methacrylate Acrylic |
Accessories_Individual | Reflector(MS-2A) |
Accessories_Common | M18 fixing nut: 2, adjustment screwdriver |
Weight | Approx. 120g (approx. 50g) |
Have Any Question ?