
Delta ROE‑ES/EH/ET Series Optical Rotary Encoder
PRODUCT PARAMETERS
- High-precision optical rotary encoder for positioning and speed detection
- Supports solid shaft (ES), hollow shaft (EH), and through shaft (ET) configurations
- Compatible with servo motors, DC brushless motors, and induction servo motors
- Reliable and compact design for industrial applications including CNC, robotics, and conveyors
Description
PRODUCT FEATURES
The Delta ROE Series optical rotary encoders offer precise positioning and velocity sensing capabilities.
They are widely used in industrial machinery such as robotic arms, CNC machine tools, elevators, conveyor belts, textile machinery, and warehousing equipment.
These encoders are also compatible with various servo motors, DC brushless motors, and induction servo motors, enabling accurate commutation, speed, and position detection.
The series includes ES (solid shaft), EH (hollow shaft), and ET (through shaft) types, offering compact size, high precision, and reliable operation for detecting speed, rotation direction, and angular movement.
FAQs
As a trade-and-manufacturing integrated company, we offer a full range of Delta power supplies, including switching power supplies, industrial power modules, and DC regulated power supplies, suitable for industrial automation and various electronic equipment.
Yes. We provide customized solutions based on customer requirements, including voltage, power, and functional extensions, with professional technical support to ensure feasibility.
We ship via reliable logistics and courier services, offering full tracking to ensure the products reach customers safely and on time.
The process is simple: select the model → submit requirements → confirm the solution → arrange payment → delivery and technical guidance. We provide full support to ensure each step is completed smoothly.
We provide original manufacturer warranty, spare parts supply, operation guidance, maintenance, and troubleshooting services to ensure Delta power supplies operate stably and reliably.

