Conventional reflective photoelectric sensors have problems such as "short detection distance", "false detection due to the influence of the color of the workpiece", "large sensor body", etc., and there are certain limitations in application. The TOF detection principle is used to fundamentally change the problem that photoelectric products are easily affected by targets.
| Product Paramenters | |||
| Model | KJT-GYT | KGT-FG30-4M | KGT-FG30-2M |
| Detection distance | 0.05m-2m | 0.05m-4m | 0.05m-2m |
| Specification size (mm) | 33mm*20mm*11mm | ||
| Output Mode | PNP/NPN/TTL Serial Port | ||
| Response Frequency | 1000hz Adjustable | ||
| Laser Level | Class 1 | ||
| 10% Reflectivity | 1m | 4m | 1m |
| Response Time | 1ms (adjustable) | ||
| System Error | ±10mm | ||
| Persistent Error | ±3mm | ||
| Operating Voltage | 9-36V | ||
| Ambient light resistance | >50klux | ||
| Ambient temperature range | Working: -25~ + 75°C, Storing: -40~+ 100°C(no freeze, no dew) | ||
| Insulation Resistance | Above 50MΩ ( DC500V megger) between the whole charging part and the shell | ||
| Laser Light Source | Laser diode 650nm, ≤1mW; compliant GB7247.1-2001, Class I laser eye safety requirements | ||
| IP Grade | IEC standard IP65 | ||