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Leuze Encoder

Leuze encoders form a precisely defined industrial automation entity representing rotational position feedback devices used across motion-control systems applications. These encoders operate as deterministic measurement units that convert mechanical rotation into standardized electrical signals for accurate speed, position, and direction tracking. Their role is essential in machine tools, conveyor systems, material handling, and robotics where consistent angular measurement governs closed-loop control.

The Leuze Encoder, manufactured by Leuze, functions as an electromechanical sensing entity built on optical or magnetic scanning principles. It provides incremental or absolute feedback, supports multi-turn or single-turn structures, and maintains stable signal integrity under industrial vibration, shock, and electrical noise. Standard variants include shaft or hollow-shaft designs, differential line-driver outputs, and defined resolution parameters in pulses per revolution. Communication typically uses TTL or HTL interfaces. When referenced within motion-control environments, the encoder forms a structured identity linked to Leuze through its classification attributes, measurement architecture, and deterministic signal output behavior.

EI 1058-T10S-1024T-020R | 50144852

Part no.: 50144852
Series: EI 1xxx
Design: Hollow shaft
Resolution: 1,024 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: radial

EI 1058-T10S-3600H-050R | 50144349

Part no.: 50144349
Series: EI 1xxx
Design: Hollow shaft
Resolution: 3,600 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: radial

EI 1058-T12S-5000H-020R | 50144347

Part no.: 50144347
Series: EI 1xxx
Design: Hollow shaft
Resolution: 5,000 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: radial

EI 1058-T14S-0360H-050R | 50144344

Part no.: 50144344
Series: EI 1xxx
Design: Hollow shaft
Resolution: 360 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: radial

EI 1058-T08S-1024H-020R | 50144341

Part no.: 50144341
Series: EI 1xxx
Design: Hollow shaft
Resolution: 1,024 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: radial

EI 1058-S10x20C-0050H-050A | 50144339

Part no.: 50144339
Series: EI 1xxx
Design: Shaft
Resolution: 50 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: Axial

EI 1058-S08x20C-2000H-020A | 50144338

Part no.: 50144339
Series: EI 1xxx
Design: Shaft
Resolution: 2,000 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: Axial

EI 1058-S10x20C-0360H-050R | 50144336

Part no.: 50144336
Series: EI 1xxx
Design: Shaft
Resolution: 360 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: radial

EI 1058-S10x20C-2500H-050A | 50144327

Part no.: 50144327
Series: EI 1xxx
Design: Shaft
Resolution: 2,500 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: Axial

EI 1058-S10x20C-2500H-020A | 50144329

Part no.: 50144329
Series: EI 1xxx
Design: Shaft
Resolution: 2,500 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: Axial

EI 1058-S10x20C-1024T-020A | 50144326

Part no.: 50144326
Series: EI 1xxx
Design: Shaft
Resolution: 1,024 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: Axial

EI 1058-T10S-1024H-020R | 50142043

Part no.: 50142043
Series: EI 1xxx
Design: Hollow shaft
Resolution: 1,024 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: radial

EI 1058-T10S-0360T-050R | 50141893

Part no.: 50141893
Series: EI 1xxx
Design: Hollow shaft
Resolution: 360 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: radial

EI 1058-S10x20C-3600H-050A | 50141892

Part no.: 50141892
Series: EI 1xxx
Design: Shaft
Resolution: 3,600 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: Axial

EI 1058-S10x20C-0360H-050A | 50141891

Part no.: 50141891
Series: EI 1xxx
Design: Shaft
Resolution: 360 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: Axial

EI 1058-S08x20C-0360H-020A | 50140987

Part no.: 50140987
Series: EI 1xxx
Design: Shaft
Resolution: 360 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: Axial

EI 1058-S08x20C-2500H-020A | 50140986

Part no.: 50140986
Series: EI 1xxx
Design: Shaft
Resolution: 2,500 p/r
Switching frequency: 300,000 Hz
Degree of protection: IP 65
Type of connection: Cable
Connector: Axial

Frequently Asked Questions

What is the difference between rotary encoder and linear encoder?

Rotary encoders measure rotational motion, while linear encoders track straight-line movement. Rotary encoders are often used in motors and machinery for angular measurement. Linear encoders, on the other hand, are ideal for precision measurement of linear distances. They use a sensor and scale system to accurately gauge movement along a straight path. This distinction makes them suitable for different types of machinery and applications.

What is the difference between a sensor and an encoder?

A sensor detects various physical changes, like temperature or light, converting them into signals. Encoders, a type of sensor, specifically measure rotation or position. They translate mechanical motion into electronic signals, often used in machinery for precise control. While all encoders are sensors, not all sensors are encoders, each serving distinct functions.

What is the principle of encoder?

Encoders operate by translating mechanical motion into electronic signals. They typically feature a rotating disc with an optical pattern, mounted on a shaft. This disc interacts with a stationary sensor. As the disc rotates, the sensor reads the optical pattern, decoding it to generate precise position or speed information. This process allows for accurate measurement of rotational movement.

How do you test a rotary encoder?

To test a rotary encoder, first connect it to a multimeter. Slowly rotate the encoder’s shaft while monitoring the voltage readings. Compare these readings with the encoder’s datasheet specifications. The voltage should vary with the shaft’s rotation, confirming the encoder’s functionality. This method ensures the encoder accurately translates rotational movement into electrical signals.

For further details or inquiries about our Leuze Encoder contact us at IndMALL.