Powerful laser distance sensor for industrial applications
The optoNCDT ILR2250-100 laser distance sensor is designed for precise distance measurements in industrial environments. A reflector attached to the measuring object enables distance measurements up to 150 m. Without reflector, the sensor detects measuring ranges up to 100 m. The integrated AUTO measurement mode enables reliable measurements even on dark, partly reflecting and remote measuring objects. Therefore, the ILR2250 sensors can be used for distance measurements on numerous surfaces.
Characteristics
- Large measuring range up to 100 m (up to 150 m with reflector)
- High accuracy and signal stability
- Linearity ±1 mm
- Resolution 0.1 mm
- Repeatability < 300 µm
- Analog output and digital interfaces (RS422 / USB / PROFINET/ Ethernet/IP / IO-Link)
- Compact & lightweight design
- Ideal for industrial applications
Compact sensor design for versatile measurement tasks
The laser distance sensor impresses with high speed and is, among other things, used in logistics and automation technology, the metals industry and production monitoring. The entire aluminum die-cast housing and its low weight enable easy integration in numerous industrial environments.
The ILR2250 detects distances up to 100 m (without reflector), with reflector up to 150 m. This means the sensor is suitable for measurements tasks in logistics, factory and plant automation, as well as in drone applications for distance measurements from the air.
Now with IO-Link! The communication standard for automation technology.
The ILR2250-100-IO model has an IO-Link interface. The IO-Link communication standard makes data communication incredibly simple while greatly reducing the sensor's commissioning time.
New ILR2250-100-H with integrated heating for outdoor use
The ILR2250-100-H models has an integrated heating and cooling element which enables operation in a temperature range from -40 °C to +65° C. Therefore, the sensor is ideally suited to permanent outdoor use.
Interface and signal processing units
Application
