Autonics E80H30-1024-3-T-24 80 mm Incremental Rotary Encoder

Autonics E80H30-1024-3-T-24 80 mm Incremental Rotary Encoder

The Autonics E80H30-1024-3-T-24 is a high-resolution, hollow-shaft Incremental Rotary Encoder used for precise measurement of angle, position, revolution, speed, and distance in industrial automation.1

 

The model number breaks down its key specifications:

Code Segment Meaning Value for E80H30-1024-3-T-24
E80H Series/Housing Ø80 mm body, Hollow Shaft type
30 Shaft Diameter Ø30 mm inner diameter
1024 Resolution 1,024 Pulses Per Revolution (PPR)
3 Output Phase A, B, Z phases (standard incremental output)
T Control Output Totem Pole output type
24 Power Supply 12-24 V DC ($\pm 5\%$)

 

Key Features and Specifications

 

  • Type: Incremental Rotary Encoder2

     

  • Design: Hollow Shaft (allows for direct installation onto a motor or machine shaft without a separate coupling)3

     

  • Resolution: 1,024 Pulses/Revolution (PPR) for high measurement accuracy.4

     

  • Output Phases: A, B, Z (A and B provide direction and speed via quadrature, Z provides a once-per-revolution reference signal).5

     

  • Control Output: Totem Pole (a flexible output suitable for connection to various controllers, including PLCs).6

     

  • Power Supply: Wide range, 12-24 V DC.7

     

  • Maximum Response Frequency: 200 kHz (ensures accuracy even during high-speed rotation).8

     

  • Maximum Allowable Revolution: 3,600 rpm.9

     

  • Connection: Radial cable type.10

     

  • Protection Structure: IP50 (Protected against dust ingress, suitable for normal industrial environments).11

     

  • Operating Temperature: 12$-10$ to 13$70 \text{ °C}$.14

     

This encoder is commonly used in machinery such as CNC machines, packaging equipment, conveyor systems, and printing presses where reliable and accurate rotational feedback is essential.15

Add to Wishlist
Add to Wishlist
Category:

Reviews

There are no reviews yet.

Be the first to review “Autonics E80H30-1024-3-T-24 80 mm Incremental Rotary Encoder”

Your email address will not be published. Required fields are marked *

× Hello Dear How can I help you? 👦