The Baumer OHDM 16N5001/S14 10241873 is a high-precision background suppression sensor with a sensing distance ranging from 25 to 300 mm. It features a pulsed red laser diode light source, laser class 2, and a wavelength of 650 nm, ensuring accurate detection with a repeat accuracy of less than 0.1 mm at laser focus. The sensor is equipped with a mechanical, 8-turn sensing distance adjustment and offers both light and dark operating modes. It includes an LED yellow output indicator and operates efficiently with a response time of less than 0.6 ms. The sensor supports a voltage supply range of 10 to 30 VDC and has a maximum current consumption of 35 mA. Safety features include short circuit and reverse polarity protection. The robust die-cast zinc housing, glass optics front, and IP67 protection class make it suitable for challenging industrial environments. It connects via an M12 4-pin connector and operates within a temperature range of -10 to +50 °C.
- Type:
- Background suppression
- Sensing distance Tw:
- 25 300 mm
- Sensing range Tb (at Tw max.):
- 40 300 mm
- Sensing range Tb (at Tw min.):
- 5 25 mm
- Repeat accuracy:
- < 0.1 mm at laser focus
- Output indicator:
- LED yellow
- Sensing distance adjustment:
- Mechanical, 8 turn
- Distance to focus:
- 80 mm
- Suppression of reciprocal influence:
- YesLight source=Pulsed red laser diode
- Laser class:
- 2
- Wave length:
- 650 nm
- Response time / release time:
- < 0.6 ms
- Voltage supply range +Vs:
- 10 30 VDC
- Current consumption max. (no load):
- 35 mA
- Current consumption typ.:
- 25 mA
- Voltage drop Vd:
- <2 VDC
- Output function:
- Light / dark operate
- Output circuit:
- NPN
- Output current:
- 200 mA
- Short circuit protection:
- Yes
- Reverse polarity protection:
- Yes
- Width / diameter:
- 15.4 mm
- Height / length:
- 50 mm
- Depth:
- 50 mm
- Design:
- Rectangular
- Housing material:
- Die-cast zinc
- Front (optics):
- Glass
- Connection types:
- Connector M12 4 pin
- Protection class:
- IP 67
- Operating temperature:
- -10 +50 °C
- Datasheet:
- View
