Balluff
BOS019LBOS 5K-PS-RH12-00.1-S75
BOS 5K-PS-RH12-00.1-S75
Photo-electric sensor / switch with diffuse triangulation sensing + background suppression + LED beam - Balluff - model BOS 5K-PS-RH12-00.1-S75 - 40-200mm (adjustable) sensing range - red LED beam light (660nm) - Pre-equipped with a 4-pin M8 male connector (45° angled connection) - 1 x digital output (PNP transistor; 100mA) (NO (Normally Open) operation) - Rectangular shape - 10-30Vdc (12Vdc / 24Vdc nom.) supply voltage - Rated for -13...+131°F / -25...+55°C ambient - IP67 - PC (polycarbonate) housing + PBT (Polybutylene Terephthalate) housing + PC (polycarbonate) sensing surface - 500Hz max. switching frequency - Surface with through-holes (M3 screw) mounting - equivalent to BOS5KPSRH1200.1S75
Please add this item to cart to request a quote or contact us at [email protected] for product availability.
Brand
SKU
BOS019L
Online Price
$221.43
Please add this item to cart to request a quote or contact us at [email protected] for product availability.
Balluff - Photo-electric (BOS - Diffuse with background suppression - 5K series) (BOS 5K)BOS019L
Description
Photo-electric sensor / switch with diffuse triangulation sensing + background suppression + LED beam - Balluff - model BOS 5K-PS-RH12-00.1-S75 - 40-200mm (adjustable) sensing range - red LED beam light (660nm) - Pre-equipped with a 4-pin M8 male connector (45° angled connection) - 1 x digital output (PNP transistor; 100mA) (NO (Normally Open) operation) - Rectangular shape - 10-30Vdc (12Vdc / 24Vdc nom.) supply voltage - Rated for -13...+131°F / -25...+55°C ambient - IP67 - PC (polycarbonate) housing + PBT (Polybutylene Terephthalate) housing + PC (polycarbonate) sensing surface - 500Hz max. switching frequency - Surface with through-holes (M3 screw) mounting - equivalent to BOS5KPSRH1200.1S75
Specifications
Primary brand
Balluff
Main function
Sensor (Photo-electric)
Product series / family name
Industrial sensors > Photo-electric
Sub-range name
BOS 5K series
Functions
Photo-electric sensor / switch
Design
diffuse triangulation sensing
background suppression
LED beam
background suppression
LED beam
Supply voltage (DC)
10-30Vdc (12Vdc / 24Vdc nom.)
Sensing distance
40-200mm (adjustable)
Frequency
500Hz max. switching frequency
Light Color
red LED beam
Wavelength
660 nm
Shape
Rectangular shape
Connection type
Pre-equipped with a 4-pin M8 male connector (45° angled connection)
Length
10cm cable
Mounting mode
Surface with through-holes (M3 screw) mounting
Operating mode
NO (Normally Open)
Digital outputs
1 x digital output (PNP transistor; 100mA)
Degree of protection
IP67
Dimensions
H33mm x W11mm x D20mm
Material
PC (polycarbonate) housing
PBT (Polybutylene Terephthalate) housing
PC (polycarbonate) sensing surface
PBT (Polybutylene Terephthalate) housing
PC (polycarbonate) sensing surface
Ambient air temperature for operation
-13...+131°F / -25...+55 °C
Order code / Manufacturer SKU
BOS019L
Manufacturer product status
Commercialized
Equivalent to
BOS5KPSRH1200.1S75
Benefits
Photo-electric diffuse sensors with background suppression benefits
- Reliable object detection with various operating ranges as well as independent of surface / color and material
- Detects objects against very similar backgrounds even if they are very dark against a bright background
- Almost constant scanning range even with different reflectance
- Only one electrical device without reflectors or separate receivers
- With red light or the laser red light that is ideally suited for detecting small parts
- Reliable object detection with various operating ranges as well as independent of surface / color and material
- Detects objects against very similar backgrounds even if they are very dark against a bright background
- Almost constant scanning range even with different reflectance
- Only one electrical device without reflectors or separate receivers
- With red light or the laser red light that is ideally suited for detecting small parts
Related Documents
| Name | Last Update | Language |
|---|---|---|
| Balluff - Sensors - BOS 5K - manual.pdf | 23 Dec 2022 | English (US) |