Endurro NEO



The main parts of the sensor are a scale in the form of a cylindrical rod, along which the sensor head - the slider.

The scale includes a very precise spiral of ferromagnetic material in a non-magnetic stainless steel tube. The slider contains a winding system and an electronic unit.

If the excitation winding is supplied with alternating current, alternating voltages are induced in the sensing windings, the amplitude of which varies according to the sinusoidal resp. cosine function, depending on the position of the slider relative to the pitch (2 mm) of the excitation winding.

The excitation of the scale and the digitization of the output signals are provided by the electronic unit in the slider.

Technical data

Measured length: 0 - 1,8 m
Accuracy: +/- (0.01 + 0.01xL [m]) .... mm
Adjusting force of the rider: 10 N
Supply voltage: + 5V
Supply current: 150 mA
Resolution can be ordered from 0.001 to 0.5 mm
Max. movement speed: 1 m / sec to 7 m / sec depending on the resolution
Output: TTL or RS422
Working temperature: 0 - 40 C
Storage temperature: -10 to 50 C
IP 67 protection
Cable length between sensor and transmitter max. 20 m


During the design of the sensor, special emphasis was placed on robustness and resistance to environmental influences. The slider is completely waterproof and is equipped with rubber wipers, which protect the working gap against the ingress of liquid and dirt. The surface of the scale is made of stainless steel and the body of the slider is made of duralumin. These measures enable trouble-free operation even in humid and dusty environments.

There is no need to prepare the mounting surface for mounting the sensor, so it is possible to easily retrofit machines that were not originally equipped with measuring.

For easy installation, both fixed and adjustable bar clamps and slider angle brackets are available, eliminating the need to carefully align the slider mounting bracket.


Endurro Neo 1000/5/10

Endurro Neo .............. sensor type
1000 .......................... functional length (mm)
/ 5 .. ........................... cable length (m)
/ 5/10 ......................... position increment (um)