Industrial‑Grade Encoders for Speed & Position Measurement

Encoders play a key role in tracking movement, speed, and direction with high accuracy. Ideal for automation, robotics, and industrial machinery, they convert mechanical motion into digital signals ensuring smooth operation and reliable performance.

Why Choose Encoders from ADYAA?

Guidance

Get application-specific solutions from our technical specialists.

Support

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Easy Compliance

Simplify meeting and documenting environmental standards.

High-Resolution Encoders for Motion & Speed Control

Encoders deliver accurate speed, direction, and position data essential for robotics, automation, and industrial systems. Optimize performance with reliable motion tracking and seamless integration.

Industrial Encoders Absolute

Available with magnetic or optical sensing to match diverse application needs.
Multiple signal interfaces and shaft options ensure seamless integration.
Compact housings from 28 mm to 58 mm, suitable for space-critical designs.
Designed for quick installation and reliable performance in industrial environments.

Industrial Encoders Incremental

Compact and modular construction for flexible integration
Sizes from 24 mm to 85 mm hollow shaft diameter.
Choice of precise optical or durable. magnetic sensing.
Supports HTL, TTL, and SinCos outputs with multiple installation options.

Bearingless Encoders

Non-contact magnetic sensing for long service life and zero wear.
Ultra-slim design with minimal mounting depth, ideal for tight spaces.
Built for reliable operation in harsh and demanding environments.
Available in both incremental and absolute versions for versatile use.

Motor Feedback Encoders

Fine incremental or absolute counts for precise motion.
Fast update rates for high-speed servo loops.
Durable bearings, shafts, and IP-rated housings resist vibration.
TTL/HTL, Sin/Cos, SSI, BiSS, and fieldbus outputs for easy integration.

HeavyDuty Encoders Absolute

Extremely rugged mechanical design with advanced HeavyDuty technology.
Choice of optical or magnetic scanning for precise signal detection.
Wide interface options with additional incremental outputs for flexibility.
Maintenance-free revolution counter, energy harvesting type—no battery or gearbox required.

HeavyDuty Encoders Incremental

Exceptional durability and reliability with proven HeavyDuty engineering.
Robust double-bearing design ensures long service life in harsh environments.
Delivers accurate speed signals for stable process control and higher quality.
Designed to reduce costly downtime, backed by decades of field experience.

HeavyDuty Tacho Generators/ Resolvers

LongLife HeavyDuty design ensures maximum reliability and long service life.
Dual-bearing construction for stability in demanding industrial use.
Silver track commutator maintains consistently low contact resistance.
Special brush system delivers wear-resistant, long-lasting performance even in extreme conditions.

HeavyDuty Speed Switches/ Monitors

Robust HeavyDuty design with dual-bearing construction.
Options: mechanical switches, electronic or digital monitors.
Usable as standalone, encoder-integrated, or cabinet-mounted.
Switching speed preset at factory or adjustable via PC software.

HeavyDuty Combinations

Multiple signals from a single shaft for advanced control evaluation.
Proven HeavyDuty design with dual-bearing construction for reliability.
Optimized for drive control with high torsional stiffness.
Compact, space-saving build for easy integration.

Hall and Speed Sensors

Detect speed and rotational direction of gear wheels.
Non-contact, wear-free technology for minimal maintenance.
Available in rugged designs for harsh environments.
Accurate speed detection from low to high RPM for motors, gearboxes, and vehicle systems.

Programmable Encoders

Customizable settings: pulse count, HTL/TTL level, sequence, and zero pulse.
Designed for end users, OEMs, wholesalers, and system integrators.
Suitable for a wide range of automation and motion control applications.
Helps reduce downtime, spare part variety, and storage costs.

Functional Safety Certified Encoders

Ensure protection of people and machinery in drives, machines, and plants.
Certified to DIN 61508 and EN ISO 13849 safety standards.
Deliver reliable motion control and precise positioning with maximum safety.

Real-time Ethernet Encoders

Support PROFINET, EtherCAT, EtherNet/IP, and OPC UA on request.
Industry 4.0 & IIoT ready, ensuring future-proof integration.
Enable high-precision machine control in real time.
Flexible operating modes and data access tailored to application needs.

Key Features

Absolute encoders retain position data even after power loss, ensuring precise and reliable tracking.
Incremental encoders measure speed and direction, ideal for dynamic motion control applications.
Bearingless encoders offer a compact, wear-free design, perfect for harsh or space-constrained environments.
HeavyDuty encoders are built to withstand extreme conditions like shock, vibration, and dust.
Programmable and Ethernet encoders provide flexible configuration and fast, real-time data communication.
Safety-certified encoders meet global standards for functional safety, essential in critical operations.

Industrial Applications

Factory Automation & Robotics: Absolute and incremental encoders are widely used for position and speed control in robotic arms, conveyors, and automated assembly systems.
Motor Control Systems: Motor feedback encoders and resolvers ensure precise torque and speed regulation in servo motors, drives, and CNC machinery.
Heavy Machinery & Mining Equipment: HeavyDuty encoders and speed monitors withstand extreme conditions, providing reliable feedback in crushers, excavators, and steel mill.
Safety-Critical Operations: Functional safety certified encoders are essential in elevators, cranes, and packaging lines where human safety and compliance are mandatory.
Smart Manufacturing & IIoT: Real-time Ethernet encoders enable high-speed data exchange for synchronized motion control in smart factories and networked automation.
Compact and Mobile Systems: Bearingless encoders and Hall sensors are ideal for compact designs in automotive, medical devices, and portable industrial tools.