Out of stock
Ultrasonic retro-reflective sensors, model UR18.RA0-GP1B.7BO, designed for precise distance measurement. With a scanning range of 0 to 1000 mm, these sensors ensure reliable performance in various applications.
The Ultrasonic retro-reflective sensors are engineered for optimal functionality, featuring a scanning range of 0 to 1000 mm and a reflector position of 200 to 1000 mm. Built to operate in temperatures ranging from -25 to +70 °C, these sensors are equipped with advanced features such as reverse polarity protection and short circuit protection. With a robust housing made of brass nickel plated material, the UR18.RA0-GP1B.7BO provides exceptional durability and performance.
| connection types | connector M12 |
| storage temperature | -40 … +85 °C |
| alignment measuring axis | < 2° |
| power on indication | LED green |
| reflector position Sde | 200 … 1000 mm |
| alignment aid | light indicator flashing |
| light indicator | LED yellow |
| response time ton | < 50 ms |
| output current | < 100 mA |
| scanning range sd | 0 … 1000 mm |
| reverse polarity protection | yes |
| voltage supply range +Vs | 12 … 30 VDC |
| short circuit protection | yes |
| residual ripple | < 10 % Vs |
| adjusting range reflector (limit range) | В± 5 % Sde |
| protection class | IP 67 |
| adjustment | qTeach |
| height / length | 64 mm |
| temperature drift | < 2 % Sde |
| current consumption typ. | 35 mA |
| sonic frequency | 220 kHz |
| width / diameter | 18 mm |
| adjusting range reflector (operating range) | В± 2,5 % Sde |
| housing material | brass nickel plated / TR90 |
| operating temperature | -25 … +70 °C |
| release time toff | < 50 ms |
| repeat accuracy | < 3 mm |
| type | cylindrical threaded |
| power-up drift | compensated after 10 min. |
| manufacter SKU | UR18.RA0-GP1B.7BO |
| output circuit | push-pull |
| voltage drop Vd | < 3,5 VDC |
Currently, the goods have no revocation.
Your feedback will be the first to
Share your thoughts, your opinion about the product.
Thank you for your feedback. In order to leave your feedback, simply fill out the form below.