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Motor Technology - GEL207, 208, 209, 219
request details magnetic incremental encoders up to 5000ppr
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The incremental encoders are used to convert rotary motion into electrical impulses.

 

The encoders from Lenord + Bauer combine a magnetic sensing system with a robust mechanical design and have proven themselves worldwide in a broad spectrum of applications in which reliability is essential in harsh industrial environments.

 

Long service life and negligible maintenance costs are synonymous with these encoders.

 

 

 

Typical applications

 

Measuring principle

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 of the measuring wheel.

The resulting sinusoidal and co-sinusoidal voltage is evaluated by the integrated electronic and converted to an incremental output and optionally to an additional analogue current output.

 

Advantages of the magnetic system

 

 

overview

 

  GEL 207 / GEL 208 GEL 209 / GEL 219
 

Description / technical features

Heavy duty encoders with industry standard clamp- or synchro flanges.

Extreme duty encoders with  robust flange or bearing block for high shaft loads up to 500 N.

Pulse number/revolution

10 ... 5000

10 ... 5000

Housing diameter

58 mm

58 mm

Shaft diameter

6, 8, 10, 12 mm

16 mm

Axial shaft load

100 N

400 N

Radial shaft load

100 N

500 N

Max. revolutions

10.000 min -1

8.000 min -1

Temperature range

- 20 ... + 85 °C

- 20 ... + 85 °C

Protection class

IP 65

IP 65

Supply voltage

5 V, 10 ... 30 V DC

5 V, 10 ... 30 V DC

Output signals

Square wave 5 V, 10 ...30 V

Square wave 5 V, 10 ...30 V