![GEL 2701](https://motec.co.uk/wp-content/uploads/2020/11/csm_2701-2710_3a4f039deb1-e1605376411796-300x197.jpg)
GEL 2701, 2710 and 2712multi-channel rotary encoder
The GEL 2701, 2710 and 2712 multichannel rotary encoders were specially designed for the requirements of the rail vehicle industry. The rotary encoder was designed
![GEL 2010](https://motec.co.uk/wp-content/uploads/2020/11/csm_2010_5364d63e231-1-e1605376349739-300x157.jpg)
GEL 2010 magnetic incremental encoder
The GEL 2010 encoders contain a contact-less magnetic sensor system and a precision toothed wheel. They have proven themselves in the widest variety of applications
![GEL 295x](https://motec.co.uk/wp-content/uploads/2020/11/csm_295_6ed8c4ba4b1-1-e1605370217251-300x198.jpg)
GEL 295x customisedhollow-shaft precision encoder
The precision encoders GEL 295x are designed as a modular, application-specific encoder system and consist of a housing component and modular sensor systems. All rotary
![GEL 293](https://motec.co.uk/wp-content/uploads/2020/11/csm_293_26a0a873271-1-e1605368567173-300x193.jpg)
GEL 293 hollow-shaftmagnetic incremental encoder
The magnetic incremental rotary encoders GEL 293 are based on contactless magnetic scanning of an integrated ferromagnetic precision target wheel. The resilient housing with a
![](https://motec.co.uk/wp-content/uploads/2020/11/csm_260_radial_d77fc7f5fa1-1-e1605376461746-300x165.jpg)
GEL 260 magnetic incremental encoder with current output
The encoders contain a contact-less magnetic sensor system and a precision toothed wheel. The sensor’s magnetic field is modulated by the passing of the teeth
![](https://motec.co.uk/wp-content/uploads/2020/11/csm_207-209_cd39a9cf7f1-e1605376287788-300x129.jpg)
GEL 207, 208, 209 and 219 magnetic incremental encoders
The encoders contain a contact-less magnetic sensor system and a precision toothed wheel. The sensor’s magnetic field is modulated by the passing of the teeth