Sensors

Welding field resistant inductive sensors with correction factor 1 offer a unique combination of technical performance features: increased switching distances for reliable object detection, high switching frequencies for applications with high process speeds and an extended temperature range for use under various ambient conditions. A switching status LED for diagnosis functions reduces system downtime. In…

The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link interface as well for ideal integration into networks. As a result, a total of three switching distances and two switching frequencies can be selected, and PNP/NPN as well as NO/NC/antivalent options can be set as desired. This reduces the number…

Inductive Sensors with increased switching distances are distinguished by rugged design, easy installation and reliable measured values. The large range makes additional types of sensor superfluous because they can also be used to implement special applications. In addition to error-free operation of several sensors in a very small space, the new generation also provides the…

Inductive sensors with full-metal stainless steel V4A (1.4404/316L) housing are highly impact resistant, resistant to chemicals (e.g. detergents) and, thanks to their degree of protection IP68/IP69K, are even waterproof during high pressure cleaning.

Inductive Sensors with standard switching distances are distinguished by rugged design, easy installation and reliable measured values. In addition to error-free operation of several sensors in a very small space, the new generation also provides the possibility of detecting system errors before it’s too late thanks to ASIC und wenglor weproTec.

Inductive Sensors with standard switching distances are distinguished by rugged design, easy installation and reliable measured values. In addition to error-free operation of several sensors in a very small space, the new generation also provides the possibility of detecting system errors before it’s too late thanks to ASIC und wenglor weproTec.

The sensors consist of a sensor head and an analysis module, and are laid out for use in very hot work environments. Together with unparalleled service life in hot surroundings, large switching distances assure maximum system availability. Easily interchangeable sensor heads with numerous standard cable lengths are additionally available as separate replacement parts.Switching distance can…

Inductive ring sensors enable precise and reliable detection of small metal parts from a minimum size of 2 mm in feed hoses. The sensors can be quickly and flexibly mounted and removed from the hose thanks to the separable housing. – Inside diameter 10,2mm – Smallest object 2mm

Inductive ring sensors enable precise and reliable detection of small metal parts from a minimum size of 2 mm in feed hoses. The sensors can be quickly and flexibly mounted and removed from the hose thanks to the separable housing. – Inside diameter 10,2mm – Smallest object 2,5 mm

The inductive sensors with selective performance can differ ferrous-magnetic metals (e.g. iron, steel) from non-ferrous-magnetic metals (aluminium, brass, copper and stainless steel).

Inductive sensors with analog output detect metal objects within their working range and output the distance as a proportional voltage signal from 0 to 10V. They even work reliably in heavily contaminated environments. The switching distance is the same as that used for the recognition of different metals, hence the correction factor is 1.

Inductive Sensors with standard switching distances are distinguished by rugged design, easy installation and reliable measured values. In addition to error-free operation of several sensors in a very small space, the new generation also provides the possibility of detecting system errors before it’s too late thanks to ASIC und wenglor weproTec.

Inductive sensors with analog output detect metal objects within their working range and output the distance as a proportional voltage signal from 0 to 10V. They even work reliably in heavily contaminated environments. The switching distance is the same as that used for the recognition of different metals, hence the correction factor is 1.