The Smallest, Most Powerful, Lowest Cost Laser Sensors in the Market.
Introducing the TruSense S-Series laser sensors. These next generation laser sensors offers longer range, a more simplistic user interface and a smaller, compact design – all at a lower price point.
LTI TruSense S100 Laser Sensor
The TruSense S100 & TruSense S200 laser sensors are user configurable, which means you can easily optimize its performance for your specific application. For example, you can set the measurement mode to Closest, Farthest or Strongest and quickly change the behavior of the laser sensor to best work in your particular environment.
You can also increase the averaging samples to capture a higher accuracy level of all your measurements. If you need to isolate the measurement within a particular range, you can set a short and long gate and program the laser to only compute values within that predetermined range.
Apply an offset from the laser sensor and have unlimited flexibility with where you install your laser sensor. All these benefits will help produce the desired results you need within your specific environment. Where other measurement alternatives fall short, LTI’s non-contact, pulse-laser technology rises to the challenge. The superior engineering put into this laser sensor equates to a smaller, lighter, better performance laser sensor now at a very competitive price.
The TruSense S100 laser sensor & TruSense S200 laser sensor also come in an OEM version, without an external case, which is ideal for system integrators. So whether you are a systems integrator or someone who can utilize this laser sensor stand alone, the all new TruSense S-Series laser sensors will provide an ideal solution for your measurement needs.
How the TruSense Laser Sensor Measures Up:
- Easily identifies difficult targets such as liquids, non-reflective material and fast moving objects.
- Makes non-contact and non-instrusive measurements without the need for frequent calibration.
- Recognizes small targets at long distances, within narrow openings and from sharp angles.
- Performs under temperature variations, background noise, vapor pressure and low dielectric or acoustically absorbing materials.