RGB LED Proximity Sensor IP67 Rated 50 kHz Switching Frequency Variant-6 (10 µs Response Time) SICK
The RGB LED Proximity Sensor is designed for industrial automation, featuring a robust IP67 enclosure and a fast 10 µs response time.
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- Supply voltage: 10.8 V DC to 28.8 V DC
- Current consumption: < 100 mA
- Switching frequency: 50 kHz
- Response time: 10 µs
- Output type: PNP with max output current 100 mA
- Light source: LED RGB (470 nm, 525 nm, 625 nm)
- Light spot size: 3.8 mm x 0.9 mm
- Connection type: M12, 5-pin plug
- Protection: Reverse polarity, short-circuit, interference pulse suppression
- Operating temperature: -20 °C to +60 °C
- Storage temperature: -25 °C to +75 °C
- Enclosure rating: IP67
- Shock resistance: 30 g/11 ms
- Dimensions (H x L x W): 53mm x 79mm x 30mm
- Weight: 0.1 kg
- Standard device type with large housing design
- RGB LED light source with wavelengths 470 nm, 525 nm, 625 nm
- Sensing distance up to 13 mm with ±5 mm tolerance
- 1-point and 2-point teach-in modes, dynamic teach-in, and auto mode
- Light/dark switching output function with adjustable delay time
- Protection class III with reverse polarity and short-circuit protection
- IP67 rated enclosure for dust and water resistance
- Shock load resistance according to IEC 60068-2-27 (30 g/11 ms)
- Installation by qualified personnel is recommended to ensure proper electrical connections and compliance with safety standards.
- Industrial automation for object detection
- Standard sensing applications requiring RGB LED indication
- Environments requiring IP67 rated sensors
- Complies with AS/NZS 60950 – Safety of IT and Communication Equipment
- Low power consumption with less than 100 mA current draw
- Durable IP67 housing reduces environmental damage and extends product life
Standard manufacturer warranty applies. Please refer to SICK's official warranty policy for details.
The SICK KTX-WP92142252ZZZZ sensor is available for immediate purchase, ideal for industrial automation and sensing applications requiring robust and reliable detection.
