Product Model
KT8L-N3756

Key Features
- 1Precise Laser Technology: Detects small contrast marks and objects with high accuracy.
- 2Large Detection Distance: Offers sensing range from 30 mm to 800 mm, ideal for various industrial settings.
- 3Compact Design: Small and precise light spot size (Ø 3 mm) for flexible integration.
- 4High Switching Frequency: Operates at 17 kHz, ensuring fast and reliable detection.
- 5Robust Performance: Class 2 laser for precision and reliability in harsh industrial environments.
Technical Specifications
Detailed engineering parameters based on manufacturer documentation
| Parameter | Value | Parameter | Value |
|---|---|---|---|
| Dimensions (W x H x D) | 30.4 mm x 53 mm x 80 mm | Sensing distance | ≤ 150 mm |
| Sensing distance tolerance | - 120 mm / + 650 mm | Housing design | Large |
| Light source | Laser, red | Laser class | II (EN 60825-1:2014), IEC 60825-1:2014 |
| Wave length | 655 nm | Light emission | Long side of housing |
| Light spot size | Ø 3 mm | Light spot direction | Round |
| Operating distance | 30 mm ... 600 mm | Adjustment | Teach-in button |
| Teach-in mode | Static 2-point teach-in#!#Dynamic teach-in (min/max) | Function | Automatic drift correction |
| Supply voltage | 10 V DC ... 30 V DC | Ripple | ≤ 5 V |
| Current consumption | < 80 mA | Switching frequency | 17 kHz |
| Response time | 30 µs | Jitter | < 15 µs |
| Switching output | NPN | Switching output (voltage) | NPN: HIGH = approx. U#!#/ LOW ≤ 2 V |
| Analog output | 0.3 mA ... 20 mA | Output current Imax. | 100 mA |
| Input, teach-in (ET) | NPN#!#Teach: U < 2 V#!#Run: U = 10 V ... < UV | Retention time (ET) | 25 ms, non-volatile memory |
| Time delay | 20 ms, adjustable | Connection type | Male connector M12, 5-pin |
| Protection class | II | Circuit protection | UVconnections, reverse polarity protected#!#Output Q short-circuit protected#!#Interference pulse suppression |
| Enclosure rating | IP67 | Weight | 400 g |
| Housing material | Zinc diecast | Optics material | Glass |
Specifications may be subject to change without notice
