Product Features
Strip spot photoelectric sensor
Suppress background stability, detect sensing distance stability Compared to traditional reflective sensors, there is a significant deviation in the distance between sensing light colored objects and sensing black objects. The advantage of our background suppression sensor is that it can detect any color object at almost the same distance, whether it is on a single color product production line or on a multi color product production line, and can stably detect it.
Ultimate blind spot distance advantage
Multiple protections make it more resistant to interference
Technical Parameter
| Diffuse reflectance strip light sensor | |||
| type | NPN signal output | KN-D461 | KN-D561 |
| PNP signal output | KN-D461P | KN-D561P | |
| detection distance | 5mm-200mm，光斑4mm | 5mm~100mm，光斑1mm | |
| light source | 640nm red light | 640nm laser | |
| Minimum detectable object | 2mm copper wire (set distance 100mm), capable of filtering a maximum gap or perforation of 5mm | ||
| repeatability | Below 1mm | ||
| supply voltage | 12-24V DC±10% | ||
| pulse | P-P10% or less | ||
| output | Default NPN signal, maximum incoming current: 50mA | ||
| External voltage: below 30V DC (between output and 0V) | |||
| Remaining voltage: below 2V (incoming current 50mA) | |||
| Short circuit protection | equip | ||
| reaction time | Below 0.5ms | ||
| Work status indicator light | Power on green LED, induction orange LED (lights up when output is ON) | ||
| Protect the structure | IP67(IEC) | ||
| Environmental temperature for use | -25-+55 ℃ (note not to condense or freeze), when stored: -30-+70 ℃ | ||
| Environmental humidity for use | 35-85%RH、 When saving: 35-85% RH | ||
| Use environmental illumination | Incandescent lamp: Light receiving surface illumination below 3000R | ||
| Projection element | 640nm red LED | ||
| material | Shell: PC | ||
| cable | Rubber cable with an outer diameter of 2.8mm and a length of 2m, customizable for extension | ||
| weight | Body weight: approximately 50g | ||
Application scenarios
