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Sick WL27-302610P01 Description
- High scanning range, high operating reserves
- Faster alignment with red light
- Reliable operation in industrial environments and when devices are mounted opposite one another
- Front screen heating, time functions
- Operating temperature: -40 C - +60 C
- UL approval
- Less downtime plus resistance to contamination due to high operating reserves
- Flexible usage due to extended functionality e.g. time functions
- Extremely vibration resistant and therefore largely independent of ambient conditions
- For use at temperatures as low as 40 C
- Highly stable housing due to offset fixing holes
Your benefits
Features | |
Dimensions (W x H x D):: | 24.6 mm x 80.6 mm x 54 mm |
Sensing range max.: | 0.1 m ... 2.5 m 1) |
Sensing range: | 0.1 m ... 2.5 m 2) |
Light source: | LED 3) |
Type of light: | Infrared light |
Wave length: | 880 nm |
Light spot diameter (distance): | 250 mm (2.5 m) |
Adjustment: | no/fix |
Sensitivity adjustment: | No/fix |
1) 2) TR27 3) Average service life 100,000 h at Ta = +25 C | |
Mechanics/electronics | |
Enclosure rating: | IP 65 |
Supply voltage: | 24 V DC ... 120 V DC 1) |
Switching output: | relay, change-over contacts 2) |
Response time: | ≤ 10 ms 3) |
Switching frequency: | 10 Hz with light/dark ratio 1:1 |
Connection type: | Connector Q6, 6-pin, AC/UC-coding |
Number of cores: | 6 |
Protection class: | II 4) |
Circuit protection: | A C 5) 6) |
Weight: | 120 g |
Housing material: | ABS |
Optics material: | PMMA |
Ambient temperature, operation: | -40 C ... 60 C |
Ambient temperature, storage: | -40 C ... 75 C |
Special device: | ![]() |
Angle of dispersion: | 6 |
Special features: | pre-assembled on bracket |
Power consumption: | ≤ 2.5 VA |
Switching current (switching voltage): | 0.2 (24) |
Usage category: | DC-21, according to EN 60947-1 |
1) +- 10 % 2) Provide suitable spark supression for inductive or capacitive loads 3) Signal transit time with resistive load 4) Reference voltage 50 V DC 5) A = VS connections reverse-polarity protected 6) C = interference suppression |