VEGA 2785502 Resolver to Encoder with Hall Effect Converter Boards
Get the Ruggedness of a Resolver and the Digital Simplicity of an Encoder
Resolver to Incremental Encoder Output with Index and Complements with Hall Effect Simulation for 2,4,6,8,10, 12, 16, and 20 Pole Motors
For New Applications Use the ROHS Compliant VEGA 2790502 Converter
VEGA 2785502 Resolver to Digital Converter with Hall Effect

 Vega 2785502 Resolver to Digital Converter with Hall Effect Data Sheet and User Manual

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APPLICATIONS
  • Ideal for Motor Commutation
  • CNC and Machine Tool Applications
  • PLC Positioning Control
  • Index/Rotary Tables
  • Tracking/Telescope/Telemetry Systems
  • Transfer Lines
  • Factory Automation
  • Robotic Applications
  • Nuclear Applications
SIMULATED HALL EFFECT

 The VEGA 2790502 Resolver to Digital Converter uses the resolver signals to produce three Hall type signals at TTL levels to duplicate the signals required by drives using Hall effect sensors to determine the shaft position for commutation purposes.

This makes the 2790502 ideal for retrofitting drives that require indication of the shaft position in order to commutate the winding power of AC servomotors with resolvers

SPECIFICATIONS

Excitation:

2.5, 5.0, or 10.0 kHz

Resolver Input:

0.8 to 18.0 vPP

Power:

+4.8 to +5.4 vDC @ 250 mA

Drive Capacity:

200 mA Peak

Mechanical:

4.750 x 2.825 x 1.00 in.
4.900 x 3.500 x 1.850 w/DIN

Weight:

80 grams (148 grams w/DIN)

Accuracy:

+/- 3 arc minutes typical

ADVANCED FEATURES
  • Non-Phase Locked Loop Design for Faster Loop Closure
  • Fast Response for Motor Commutation (Less than 50 uSec)
  • Hall Signals for Indication of shaft position
  • High Resolution and Highly Accurate
  • Incremental Encoder Output (Absolute within 1 Resolver Cycle)
  • Tuned Filter For Noise Immunity
  • Single +5 vDC Supply Operation
  • Loss of Signal Detection
  • Fault Signal Outputs: Tri-State A-Quad-B, and Active Pull-Up
  • Status LED's for A, B, Z, Signal HI, Signal MID, Fault, and Hall
  • Configurable Fault conditioning for Fail-Safe operations
  • Compact Design and Easy to Install
  • Panel Mount or DIN Rail mounting option
RESOLVER / ENCODER SPECIFICATIONS
  • Works with Harowe/Danaher, Tamagawa, Kerfott, Singer, AMCI, or most any synchro/resolver.
  • Works with R11, R25 and Hollow Shaft Resolvers
  • Two Pole and Multi-Pole (Multi-Speed) Resolvers
  • Transformation ratios from 0.25 to 2.0
  • Jumper selectable excitation frequency 2.5, 5 and 10 kHz
  • Incremental encoder A-Quad-B with Index and complements
  • TTL / Line Driver Outputs for A-Quad-B and Index
  • Jumper selectable quadrature count, 1000, 1024, 2000, 2048, 4000, 4096, 8000, and 8192
  • Index pulse (Z Channel) occurs once per resolver cycle
HIGH SPEED TRACKING

  The tracking rate is a function of the excitation frequency and quadrature counts. With a 2.5 kHz excitation and 4000 quadrature counts the tracking rate would be 9,600 rpm. With a 10.0 kHz excitation and 4000 quadrature counts the tracking rate would be 38,400 rpm. Reducing the counts will increase the tracking rate proportionately.

PRICING

Model

Description

Price

2785502

Resolver to Encoder Converter w/Hall

$ 700.00

2785DIN

DIN Rail Mounting Option

$ 24.00

2785CK1

Solder Type Connector Kit

$ 17.00

2785CK2

Crimp Type Connector Kit

$ 27.00

VEGA  1270 Souter Blvd.   Troy, MI 48083  USA  (248) 585-3600