Shopping Basket

0 item - £0.00

You have no items in your shopping cart.

Optical rotary encoder 360 PPR
flylead connections Optical rotary encoder 360 PPR rotary encoder mounting plates Semi hollow shaft rotary encoder

360 PPR Optical Incremental Rotary Encoder - 10mm Diameter Semi-hollow Shaft and Synchro Flange Mount

Part No:DRO-AT-O58-B10-360-T33AZ
£125.18 ( £104.32 Ex. VAT)

Availability: In stock

Quick overview

A 360 Pulses Per Revolution (PPR) incremental rotary encoder, optical sensing type. With 10mm diameter semi-hollow shaft. The encoder can be mounted by the M4 threaded holes in the front face. 58mm diameter housing with rear cable exit. Industrial standard quadrature TTL output. Also known as a shaft encoder.
  • Request Callback




    Secure payment

    Key Features
  • 360 Pulses Per Revolution (PPR) rotary encoder with TTL quadrature output
  • High accuracy optical technology incremental rotary encoder, ideal for commercial and light-duty industrial applications
  • Sturdy industrial aluminium housing with synchro flange and six M4 threaded holes for face mounting
  • Precision bearings fitted within the aluminium body provide smooth and long life operation
  • 3m cable with flying leads (contact us for connector options)
  • Equivalent to 0.25 degree angle resolution with x4 encoding
  • Sensor type - Optical
  • Shaft diameter - 10mm Semi hollow
  • Body diameter - 58mm

Application include: Angular position readout on rotary tables, dividing heads, linear motion when used on lead screws or encoder measuring wheels. Ideal for Pipe bending machines, factory automation, robotics, material handling, process control and machine tools.

Product Tags

Use spaces to separate tags. Use single quotes (') for phrases.

How do you rate this product?

  1 star 2 stars 3 stars 4 stars 5 stars

Write your own review

Despatch Time Preorder
Condition new
SKU 5056202937991
Part Number DRO-AT-O58-B10-360-T33AZ
Weight (Grams) 443
Brand M-DRO
MPN DRO-AT-O58-B10-360-T33AZ
DRO Type Rotary Encoder
Encoder Type Optical
Output Signal Quadrature
Please wait...