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Local incremental encoder expertise

Incremental Encoders Australia.

Pulse-based incremental rotary encoders for speed, direction and counting feedback across Australian industry. Sensor Measurement is the official TR Electronic Australia representative, offering local sales and technical support from our Perth base, with service across Australia and New Zealand. We help you select the right incremental encoder for your drive, controller and operating conditions.

Incremental encoder formats

Four incremental encoder families. One local partner.

Each family is supported through TR Electronic. Explore the TR Electronic range for full product details.

TR ElectronicIncremental
TR Electronic incremental rotary encoder in a robust housing, with shaft and flange

Robust incremental encoders

TR Electronic incremental encoders are built to be extremely robust, with programmable and explosion-proof variants available to match demanding industrial and hazardous-area duties.

01TR Electronic

Standard incremental encoders

Pulse-based incremental encoders generate a square-wave signal proportional to shaft rotation, giving reliable speed and counting feedback for motors, conveyors and processing lines where a reference position is re-established on startup.

02TR Electronic

Programmable incremental encoders

Programmable incremental encoders allow pulse count and output signal to be set to suit the connected drive or controller, reducing spares variety and letting one encoder family serve several machines with different resolution needs.

03TR Electronic

Heavy-duty incremental encoders

Heavy-duty incremental encoders are built to tolerate vibration, shock and contamination, maintaining dependable pulse feedback on mobile plant, outdoor machinery and harsh industrial floors where standard housings would not last.

04TR Electronic

Explosion-proof incremental encoders

Explosion-proof incremental encoders suit hazardous-area duties where combustible atmospheres are present, delivering speed and counting feedback without compromising zone classification or equipment integrity.

Selection guidance

Choosing an incremental encoder.

Incremental encoders report speed and count rather than true position, so selection centres on the signal your controller needs and the conditions at the mounting point. Consider these four areas as a starting point, and talk to our team for application-specific advice.

Pulse resolution

  • Match pulse-per-revolution count to the slowest speed you must detect and the controller input frequency.
  • Higher resolution improves low-speed control but increases output frequency at high speed.
  • Confirm the drive or counter can accept the maximum pulse rate at top shaft speed.

Shaft & mounting

  • Choose a solid or hollow shaft to suit the motor or driven component.
  • Verify shaft diameter, coupling type and flange fit to the installation.
  • Consider a hollow-shaft design for direct motor mounting to save space and alignment effort.

Output & interface

  • Select the output type — push-pull, line driver or open collector — to match your controller input.
  • Confirm cable length against the chosen output; line driver signals tolerate longer runs with less noise.
  • Check voltage supply and whether a complementary signal is required for noise immunity.

Operating environment

  • Confirm IP rating against dust, washdown or splash exposure at the mounting point.
  • Consider temperature range, vibration and shock for mobile or outdoor machinery.
  • Where combustible atmospheres exist, select an explosion-proof variant rated for the zone.

Applications

Where incremental encoders work.

Incremental encoders are used wherever rotary speed or count must be measured for control and monitoring. These common applications show where pulse feedback delivers dependable results.

Conveyor speed monitoring

Incremental encoders mount to conveyor shafts or idlers to measure belt speed, supporting rate control, slip detection and throughput counting on materials handling lines.

Motor feedback

Pulse feedback from an incremental encoder closes the speed loop on servo and AC drives, giving stable motor control for positioning and rate-regulated processes.

Packaging machinery

Incremental encoders synchronise cut, seal and fill operations to machine rotation, keeping registration accurate as packaging speed changes through a run.

Material handling

On cranes, hoists and automated storage, incremental encoders provide travel and speed feedback that helps control movement and monitor motion safety.

Local support

Backed locally,
across the region.

Our team offers local sales and technical support for incremental encoder and positioning solutions throughout Australia and New Zealand. From pulse-resolution selection through to output matching and ongoing support, we help ensure the incremental encoder you choose is right for your drive, controller and conditions. We also supply the broader rotary encoder range and can advise on the wider encoder options available to Australian industry.

  • Application guidance to match the right incremental encoder to your task.
  • Local technical support from our Perth-based engineering team.
  • Service across Australia and New Zealand.

Ready to talk?

Contact the team
about incremental encoders.

Tell us about your application and our team will help you identify the right incremental encoder or positioning solution for your conditions.

Contact the team
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