Tri-Tronics Company, Inc. HRS-P Hollow Shaft Encoder

Description
Product Description The model HRS-P is an incremental shaft encoder with up to a 1.000" (25mm) blind shaft bore in a standard 2.250” cube shaped housing that is electrically interchangeable with most cube style encoders on the market. It is designed to mount directly on an existing shaft. A flexible mounting bracket allows the encoder to float on the shaft without rotating. The HRS generates up to 3 square wave outputs that are either fixed at manufacture time, or based on a factory installed program and on DIP switch values set at installation time. The types of outputs are based on shaft rotation as follows: Pulse Output: A Single output (A) with a specific number of counts per revolution (cpr) of the shaft; Dual outputs (A and B) with two independent outputs and the cpr on A can be different than the cpr on B; or Triple outputs (A, B, and C) with three independent outputs. Quadrature: Two pulse outputs, A and B, have the same cpr and are in quadrature relation to each other (A leads B by 90° for clockwise rotation as viewed from shaft end). Indicates distance and direction of shaft rotation to any control device that accepts quadrature inputs. Zero Marker Output: Provides a zero reference or index pulse on output Z occurring once per revolution, having a pulse width approximately equal to a pulse on output A. Direction Output: Indicates the direction of shaft rotation, clockwise or counter-clockwise Minimum Speed Output: Indicates when the shaft exceeds a predetermined revolutions per minute (rpm). Anti-Jitter feature: is designed for conveyor and web systems requiring continuous and accurate measurement of the web’s movement even if the system must be stopped and restarted without reset. When the web stops, and if there is sufficient vibration or back-and-forth movement, then the encoder output could oscillate, appearing as if the web were actually moving. Anti-jitter eliminates this condition by significantly increasing the pulse hysteresis. Call or visit our website for details about currently available programs, and to inquire about new features to meet your specific application needs. Industry Use Conveyor Manufacturers Medical Printing and Labeling Custom Machine Builders Packaging Robotics Material Handling Aerospace Automated Scales Product Documentation Additional Information Drawings Hollow Shaft Options Supply Voltage Options Output Circuits Currently Available Programs Program Description .125AJ Output Type: single with Anti-Jitter option Output Circuits: push/pull, or open collector (pre-configured at the factory) Selectable Counts per Revolution: .125 through 8 64AJ Output Type: single with Anti-Jitter option Output Circuits: push/pull, or open collector (pre-configured at the factory) Selectable Counts per Revolution: 1 through 64 256 Output Type: single Output Circuits: push/pull, or open collector (pre-configured at the factory) Selectable Counts per Revolution: 4 through 256 (every 4th value) For our non-programmable Hollow Shaft model, please see our HRS Hollow Shaft Encoder.

Suppliers

Company
Product
Description
Supplier Links
HRS-P Hollow Shaft Encoder -  - Tri-Tronics Company, Inc.
Tampa, FL, United States
HRS-P Hollow Shaft Encoder
HRS-P Hollow Shaft Encoder
Product Description The model HRS-P is an incremental shaft encoder with up to a 1.000" (25mm) blind shaft bore in a standard 2.250” cube shaped housing that is electrically interchangeable with most cube style encoders on the market. It is designed to mount directly on an existing shaft. A flexible mounting bracket allows the encoder to float on the shaft without rotating. The HRS generates up to 3 square wave outputs that are either fixed at manufacture time, or based on a factory installed program and on DIP switch values set at installation time. The types of outputs are based on shaft rotation as follows: Pulse Output: A Single output (A) with a specific number of counts per revolution (cpr) of the shaft; Dual outputs (A and B) with two independent outputs and the cpr on A can be different than the cpr on B; or Triple outputs (A, B, and C) with three independent outputs. Quadrature: Two pulse outputs, A and B, have the same cpr and are in quadrature relation to each other (A leads B by 90° for clockwise rotation as viewed from shaft end). Indicates distance and direction of shaft rotation to any control device that accepts quadrature inputs. Zero Marker Output: Provides a zero reference or index pulse on output Z occurring once per revolution, having a pulse width approximately equal to a pulse on output A. Direction Output: Indicates the direction of shaft rotation, clockwise or counter-clockwise Minimum Speed Output: Indicates when the shaft exceeds a predetermined revolutions per minute (rpm). Anti-Jitter feature: is designed for conveyor and web systems requiring continuous and accurate measurement of the web’s movement even if the system must be stopped and restarted without reset. When the web stops, and if there is sufficient vibration or back-and-forth movement, then the encoder output could oscillate, appearing as if the web were actually moving. Anti-jitter eliminates this condition by significantly increasing the pulse hysteresis. Call or visit our website for details about currently available programs, and to inquire about new features to meet your specific application needs. Industry Use Conveyor Manufacturers Medical Printing and Labeling Custom Machine Builders Packaging Robotics Material Handling Aerospace Automated Scales Product Documentation Additional Information Drawings Hollow Shaft Options Supply Voltage Options Output Circuits Currently Available Programs Program Description .125AJ Output Type: single with Anti-Jitter option Output Circuits: push/pull, or open collector (pre-configured at the factory) Selectable Counts per Revolution: .125 through 8 64AJ Output Type: single with Anti-Jitter option Output Circuits: push/pull, or open collector (pre-configured at the factory) Selectable Counts per Revolution: 1 through 64 256 Output Type: single Output Circuits: push/pull, or open collector (pre-configured at the factory) Selectable Counts per Revolution: 4 through 256 (every 4th value) For our non-programmable Hollow Shaft model, please see our HRS Hollow Shaft Encoder.

Product Description

The model HRS-P is an incremental shaft encoder with up to a 1.000" (25mm) blind shaft bore in a standard 2.250” cube shaped housing that is electrically interchangeable with most cube style encoders on the market. It is designed to mount directly on an existing shaft. A flexible mounting bracket allows the encoder to float on the shaft without rotating. The HRS generates up to 3 square wave outputs that are either fixed at manufacture time, or based on a factory installed program and on DIP switch values set at installation time. The types of outputs are based on shaft rotation as follows:

Pulse Output: A Single output (A) with a specific number of counts per revolution (cpr) of the shaft; Dual outputs (A and B) with two independent outputs and the cpr on A can be different than the cpr on B; or Triple outputs (A, B, and C) with three independent outputs.

Quadrature: Two pulse outputs, A and B, have the same cpr and are in quadrature relation to each other (A leads B by 90° for clockwise rotation as viewed from shaft end). Indicates distance and direction of shaft rotation to any control device that accepts quadrature inputs.

Zero Marker Output: Provides a zero reference or index pulse on output Z occurring once per revolution, having a pulse width approximately equal to a pulse on output A.

Direction Output: Indicates the direction of shaft rotation, clockwise or counter-clockwise

Minimum Speed Output: Indicates when the shaft exceeds a predetermined revolutions per minute (rpm).

Anti-Jitter feature: is designed for conveyor and web systems requiring continuous and accurate measurement of the web’s movement even if the system must be stopped and restarted without reset. When the web stops, and if there is sufficient vibration or back-and-forth movement, then the encoder output could oscillate, appearing as if the web were actually moving. Anti-jitter eliminates this condition by significantly increasing the pulse hysteresis.

Call or visit our website for details about currently available programs, and to inquire about new features to meet your specific application needs.

Industry Use

Conveyor Manufacturers Medical Printing and Labeling Custom Machine Builders
Packaging Robotics Material Handling Aerospace
Automated Scales

Product Documentation

Additional Information

Drawings

Hollow Shaft Options
Supply Voltage Options
Output Circuits

Currently Available Programs

Program Description
.125AJ

  • Output Type: single with Anti-Jitter option
  • Output Circuits: push/pull, or open collector (pre-configured at the factory)
  • Selectable Counts per Revolution: .125 through 8

64AJ

  • Output Type: single with Anti-Jitter option
  • Output Circuits: push/pull, or open collector (pre-configured at the factory)
  • Selectable Counts per Revolution: 1 through 64

256

  • Output Type: single
  • Output Circuits: push/pull, or open collector (pre-configured at the factory)
  • Selectable Counts per Revolution: 4 through 256 (every 4th value)

For our non-programmable Hollow Shaft model, please see our HRS Hollow Shaft Encoder.

Supplier's Site

Technical Specifications

  Tri-Tronics Company, Inc.
Product Category Rotary Encoders
Product Name HRS-P Hollow Shaft Encoder
Encoder Type Incremental
Unlock Full Specs
to access all available technical data

Similar Products

RC Base Mount Rotary Encoder -  - Tri-Tronics Company, Inc.
Tri-Tronics Company, Inc.
Specs
Encoder Technology Optical
View Details
RG Shaft Encoder -  - Tri-Tronics Company, Inc.
Tri-Tronics Company, Inc.
Specs
Encoder Technology Optical
View Details
R20 Shaft Encoder -  - Tri-Tronics Company, Inc.
Tri-Tronics Company, Inc.
Specs
Encoder Technology Optical
View Details
RBL Shaft Encoder -  - Tri-Tronics Company, Inc.
Tri-Tronics Company, Inc.
Specs
Encoder Technology Optical
Encoder Type Incremental
View Details