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Sick VS180-D132S01 Overview
VS180-D132S01 Photoelectric Sensor through beam sender with extended scanning range and pigtail type Molex
Sick VS180-D132S01 Description
- Through-beam photoelectric sensor with 15 m scanning distance
- Compact length in M18 metal housing
- Sending and receiving indicator for quick commissioning and adjustment
- Standardized connection with cable or M12 device connector
- 90 deflector head as accessory
- Light/dark switching via control cable
- The VS/VE180's combination of sender and receiver enables precise switching and positioning
- Simple and convenient alignment due to sender and receiver display
- Trouble-free operation due to insensitivity to ambient light
- Compatible and economical due to standardized M18 housing and connection system
Your benefits
Features | |
Sensing range max.: | 0 m ... 25 m |
Sensing range: | 0 m ... 20 m |
Housing desig (light emission): | straight |
Light source: | LED 1) |
Type of light: | Infrared light |
Wave length: | 870 nm |
Housing length: | 70 mm |
Thread diameter (housing): | M18 x 1 |
Sensor/detection principle: | Through-beam photoelectric sensor |
Light spot (distance): | 330 mm (20 m) |
Optical axis: | axial |
1) Average service life 100,000 h at Ta = +25 C | |
Mechanics/electronics | |
Enclosure rating: | IP 66 |
Supply voltage: | 10 V DC ... 30 V DC 1) |
Residual ripple: | 5 Vpp 2) |
Power consumption: | 25 3) |
Switching frequency: | 333 Hz with light/dark ratio 1:1 |
Connection type: | Cable with plug MOLEX MINI-FIT, 2-pin 0.34 m |
Cable material: | PVC |
Conductor cross-section: | 0.2 mm2 |
Cable diameter: | 3.8 mm |
Protection class: | III |
Circuit protection: | A C D 4) 5) 6) |
Weight: | 120 g |
Housing material: | Nickel-plated brass, PBT/PC |
Optics material: | PMMA |
Ambient temperature, operation: | -25 C ... 55 C |
Ambient temperature, storage: | -40 C ... 70 C |
Items supplied: | fastening nuts (2 x) |
Special device: | ![]() |
1) Limit values 2) May not exceed or fall short of VS 3) Without load 4) A = VS connections reverse-polarity protected 5) C = interference suppression 6) D = outputs overcurrent and short-circuit protected |