HEDL-64 HP [Agilent(Hewlett-Packard)], HEDL-64 Datasheet

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HEDL-64

Manufacturer Part Number
HEDL-64
Description
Optical Incremental Housed Encoders
Manufacturer
HP [Agilent(Hewlett-Packard)]
Datasheet
Description
The HEDL- 64XX series are high
performance, cost effective, two-
channel optical incremental
housed encoders with optional
index pulse. These encoders
emphasize high reliability, high
resolution and easy assembly. The
HEDL- 64XX housed encoders use
transmissive technology to sense
rotary position. This sensor
consists of an LED light source, a
photodetector IC and line driver.
The outputs of the HEDL- 64XX
encoders are 2 square waves in
quadrature and and an optional
gated index pulse. These encoders
may be quickly and easily
mounted to a motor.
HEDL- 64XX Series Optical
Incremental Housed Encoders
Data Sheet
Available Styles
Threaded Hole Version
Coupling Plate Version
Features
• Two channel quadrature output
• Quick and easy assembly
• Cost-effective
• Small form factor
• IP50
• Resolutions up to 512 Counts Per
• -25°C to 90° operating temperature
• Built-in RS 422 differential line
• Hub available in 2,3 and 4 mm shaft
• Coupling plate or threaded mount
with optional index pulse
Revolution
driver
sizes.
mounting options available

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HEDL-64 Summary of contents

Page 1

... Description The HEDL- 64XX series are high performance, cost effective, two- channel optical incremental housed encoders with optional index pulse. These encoders emphasize high reliability, high resolution and easy assembly. The HEDL- 64XX housed encoders use transmissive technology to sense rotary position. This sensor consists of an LED light source, a photodetector IC and line driver ...

Page 2

Package Dimensions Threaded Mount Version Coupling Plate Version 2 ...

Page 3

... Theory of Operation The HEDL- 64XX translates rotary motion of a shaft into a two or three channel digital output. The HEDL- 64XX series has four key parts: a single light emitting diode (LED) light source, a photodetector IC with a set of uniquely configured photodiodes , a line drive IC and a pair of lenses. The lens over the LED focuses light onto the codewheel ...

Page 4

Output Waveforms Amplitude Direction of Motor Rotation When the codewheel rotates in the clockwise direction (top view), channel A will lead channel B. If the codewheel rotates in the counterclockwise direction, channel B will lead channel A. Pin Assignment Pin ...

Page 5

Electrical Characteristics (over recommended operating conditions Typically at 25 Parameter Symbol Supply Current I CC High level Output Voltage V OH Low level Output Voltage V OL Notes This device meets the ESD ratings below: Class C per EIA/JESD22-A115-A (MM) ...

Page 6

Electrical Interface This encoder is recommended to be used with line receiver DS26C32. Please refer to the diagram below. Connectors The header to be used with the encoder is AMP Part Number 176264 equivalent. Mounting Considerations The mounting ...

Page 7

APPLICATION NOTES Mares Mounting Recommendation Motor It is recommended that anaerobic glue (thread lock glue such as Hernon 823 or equivalent) be applied to the mounting screws as the encoder is tightened to the motor base if the encoder will ...

Page 8

Ordering Information Channels channel channel Ribbon cable connection 2 - Pigtail 3 - Connector Resolution A - 500 CPR I - 512 CPR Mounting P - ...

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