Farmers, mining engineers, highway transportation management personnel, operators of underground metro railway systems, waste management firms and utility substation operators can now use the digital economy and Industrial Internet of Things (IIoT) to drive profitability and efficiency gains.
The new and improved XX Ultrasonic sensors from Telemecanique Sensors make reliable detection “Simply easy!”
Highly immune to electromagnetic interference
The new XX ultrasonic sensors are E2-certified for mobile equipment. This entails a higher immunity to electromagnetic interference even in the most demanding environments.
Protecting employees from dangerous industrial areas just got easier
The new, contactless RFiD safety sensor from Telemecanique Sensors provides a high level of protection in a compact, highly tamper-proof, and easy-to-install device.
High safety level
OsiSense TM XS non-flush inductive sensors deliver the first E2-certified general purpose range on the market. The result?
Superior electromagnetic field immunity in a smaller package.
Greater sensing distance and detection capacity, OsiSense XS provides flexible setup and reliable performance — even in the harshest environments.
Take machine safety further than ever
Long conveyor applications require enhanced safety from end to end. Safety solutions allow your personnel to react quickly, at any point along the conveyor, to protect themselves as well as the equipment they work with.
OsiSense ZMLP is a pressure display that can be mounted directly on a pressure transmitter with an M12 electrical connection or remotely by using a cable.
It is ideal for installations with piping out of reach or with difficult access. It provides easy parameter configuration (display range, set point, reset point) by adjusting two screws at the front with a standard screwdriver.
Our picking sensors OsiSense XUPK improve the productivity on your assembly lines and are quick to install and easy to use, with little programming needed.
The picking sensors work as a standalone system or with a communication box which can be connected to any PLC or PC-based control system, making it a complete automated solution.
The XUK9T operates with a time-of-flight measurement principle that provides accurate detection all along the 70m sensing range.
It features a visible red laser spot which simplifies alignment with the reflector.
It is specially suited to detect proximity between cranes and it can be used in tandem mode to synchronize parallel cranes moving heavy or large loads.
In addition to OsiSenseTM XS Cubic launched this year, new factor 1 can detect both ferrous and non ferrous material at the same range and with the same degree of accuracy. The new sensors are resistant to high levels of magnetic interference from sources such as transformers, motors, drives, or welders.
The new OsiSense inductive sensors rectangular XS7C/XS8C offer is fully launch from now. They can replace the legacy range XS7C40/XS8C40 rectangular shape with similar characteristics.
Telemecanique Sensors is proposing a first cross-reference list to help conversion from existing XS7C40/XS8C40 rectangular sensor to the new offer XS7C4/XS8C4 in the same form factor.
If you have to detect on a conveyor all type of objects regardless of their colours, transparency, surface finish, shape, absorbing ultrasonic wave (such a sponge) the OsiSense XX reflex is the solution.
Built specifically for demanding environments, they maintain high level of performance without additional protection from dust or light.
The new XGST compact size (120 x 250 x 62mm) hand-held terminal combines an ergonomic design and remarkable features to provide elevated performance on 13.56MHz RFiD tag diagnostic, maintenance and read/write operations.
The new OsiSense XS9 is extremely resistant to mechanical shocks and corrosion thanks to its robust front face and housing in one piece. It reduces costs by drastically cutting machine down time. This sensor provides precise detection for both ferrous and non-ferrous metals from the same distance sensor to target thanks to Factor 1 technology.