Description
Leuze ODSL 96B M/C6-2000-S12 Optical Distance Sensor
The Leuze ODSL 96B M/C6-2000-S12 Optical Distance Sensor is a high-precision sensor designed to measure distances with exceptional accuracy in industrial applications. With a red laser light source, this sensor ensures precise measurements even in challenging environments. The ODSL 96B series features a range of 2000 mm and is equipped with a push-pull transistor switching element for reliable signal processing.
Operating within a supply voltage range of 18 to 30 V DC, the sensor offers a resolution of 1.0 to 3.0 mm and a light spot size of 2 mm x 6 mm at the sensor distance. Its compact metal housing and M12 threaded connection ensure easy installation and integration into a variety of industrial systems. Designed for harsh environments, the ODSL 96B M/C6-2000-S12 comes with an IP67 and IP69K degree of protection, making it resistant to dust, water, and high-pressure cleaning.
This optical distance sensor operates within an ambient temperature range of -20 to 50°C, making it ideal for industrial automation systems that require precise and reliable distance measurement in varied conditions. With a 5-pin connector and robust metal housing, this sensor is built to last and provide consistent performance over time.
Manufacturer: Leuze
Type: Optical Distance Sensor
Model: ODSL 96B M/C6-2000-S12
Part Number: 50106593
Technical Information:
- Series: 96
- Supply Voltage (UB): 18 … 30 V DC
- Switching Element: Transistor, Push-pull
- Type of Connection: Connector
- Thread Size: M12
- Material: Metal
- Number of Pins: 5-pin
- Light Source: Laser, Red
- Light Spot Size (at sensor distance): 2 mm x 6 mm
- Resolution: 1.0 … 3.0 mm
- Housing Material: Metal
- Degree of Protection: IP 67, IP 69K
- Ambient Temperature, Operation: -20 … 50 °C
- Dimensions (W x H x L): 30 mm x 90 mm x 70 mm
The Leuze ODSL 96B M/C6-2000-S12 Optical Distance Sensor provides accurate and reliable distance measurements, making it an ideal solution for industrial applications requiring precision and durability under harsh conditions.