New Low Profile Encoders from HEIDENHAIN Perfect for Small Motors

New encoders distinguish themselves not only by their short overall length but also by their modern opto-ASIC based photoelectric scanning with integrated interpolation

January 18th, 2011

SCHAUMBURG, IL – (January 2011) – For high quality speed control at competitive prices, HEIDENHAIN Corporation now introduces new low profile incremental rotary encoders with block commutation tracks, especially suitable for use in small-dimensioned servo motors. These new rotary encoders of the HEIDENHAIN 1000 and 1100 series come equipped with an industry-standard 35 mm housing diameter.

These new encoders distinguish themselves not only by their short overall length but also by their modern opto-ASIC based photoelectric scanning with integrated interpolation. Thanks to the electrical output at levels with differential signals, these encoders can be connected to almost all standard subsequent electronics for control of digitally controlled servo motors (up to edge lengths of 40 mm and 55 mm), and are useful in various applications in the Automation industry.

Currently available, the HEIDENHAIN 1023 encoder has an overall length of 35.2 mm max and an IP 64 rating, making it especially useful in hazardous environments; the HEIDENHAIN 1123 encoder has an overall length of 30.3 mm max and an IP 0 for general use.

Both encoders have mounted stator couplings and blind hollow shafts. Choice of appropriate commutation signals is available to the buyer as the amount depends upon the number of poles of the motor to be controlled.

More information about the new low profile ERN encoders is available directly via the Web at www.heidenhain.us.

HEIDENHAIN CORPORATION is the North American subsidiary of DR. JOHANNES HEIDENHAIN GmbH, a leading international manufacturer of precision measurement and control equipment. Our product line includes linear scales, rotary and angular encoders, digital readouts, digital length gages, CNC controls and machine inspection equipment.

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