600128CN1 Honeywell

Optical Encoders 600 Series Datasheet600 Series Optical Encoders The 600 Series Optical Encoders use non-contact technology to convert mechanical rotary motion into a digital electrical output. This output, compatible with transistor-transistor logic (TTL), may eliminate the need for analog to digital converters. These encoders are rotary devices which contain a rotor and stator pair that create a variable aperture to allow light from a light emitting diode (LED) to pass through to a photosensitive diode. The rotor represents the number of lines (pulses) of the encoder and the stator creates the positioning of the individual outputs, or phasing. The varying amount of light allowed through the aperture creates a sine wave output. Internal electronics then amplify and convert this sine wave output into a square wave. Two square waves, Channel A and Channel B, provide a quadrature output. Channel A leads Channel B by 90 electrically in a counterclockwise direction at a rate of 128 pulses per channel per revolution. Quadrature output allows the user to potentially determine incremental position, direction and speed. The 600 Series is available with PC terminals, cable, or cable with connector. Key Features and Benefits Potential Applications Non-contact technology, with a minimum of 10 million INDuSTrIaL shaft rotations: Promotes long life in the application Motor control Digital voltage output: May eliminate the need for analog Flow control to digital converters, contributes to a more cost-effective Robotics solution Computer peripherals TTL-compatible output: Prevents triggering of false highs/ Welding equipment lows due to ambient noise Wide operating temperature range of -40 C to 65 C MEDICaL -40 F to 149 F : Promotes flexibility in the applications Portable diagnostic equipment (i.e., EKG, ultrasound) Choice of mounting terminations: Designed to provide Home healthcare respiratory equipment mounting flexibility Surgical equipment Precision joysticks Longevity cost-effective fLexibiLity sensing.honeywell.com 2