Autonics Encoders

Autonics Encoders are used to measure position, speed, and rotation in industrial automation systems. These devices convert mechanical movement into electrical signals for accurate monitoring and control in applications like conveyors, packaging machines, and material handling. Learn more about different types of Encoders used in industry.

Autonics encoders are known for stable performance and consistent output in demanding industrial environments. They are widely used across automation systems where precise motion control and reliable feedback are required for smooth machine operation.

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Autonics Encoders Series

Autonics Encoders – E40S Series

Resolution: 1 to 5,000 PPR.
Control Output: Totem pole, NPN open collector, Voltage, Line driver.
Output Phase: A, B, Z (varies by model).
Response Speed: ≤ 1 ㎲.
Max. Response Frequency: 300 kHz.
Max. Allowable Revolution: 5,000 rpm.

Autonics Rotary Encoder – E50S Series

Resolution: 1 to 8,000 PPR.
Control Output: Totem pole, NPN open collector, Voltage, Line driver.
Output Phase: A, B, Z; A, A, B, B, Z, Z (varies by model).
Response Speed: ≤ 1 ㎲.
Max. Response Frequency: 300 kHz.
Max. Allowable Revolution: 5,000 rpm.
Cable Specifications: Ø 5 mm, 5-wire (8-wire for Line driver), 2 m length.

Rotary Encoder Autonics – E58SC Series

Control Output: A totem pole, NPN open collector, Voltage.
Output Phase: A, B, Z; A, A, B, B, Z, Z (varies by model).
Response Speed: ≤ 1 ㎲.
Max. Response Frequency: 300 kHz.
Max. Allowable Revolution: 5,000 rpm.
Protection Rating: IP50.
Cable Specifications: Ø 5 mm, 5-wire (8-wire for Line driver), 2 m length.

Encoder Autonics – ENC Series

Control Output: A totem pole, NPN open collector, Voltage.
Output Phase: A, B.
Response Speed: ≤ 1 ㎲.
Max. Response Frequency: 180 kHz.
Max. Allowable Revolution: 5,000 rpm.
Protection Rating: IP50.
Cable Specifications: Ø 5 mm, 4-wire, 2 m length.

Autonics Absolute Encoder – EP50S Series

Resolution: ≤ 1024 divisions.
Control Output: NPN open collector, PNP open collector.
Max. Response Frequency: 35 kHz.
Max. Allowable Revolution: 3,000 rpm.
Protection Rating: IP64.
Connection: Axial cable type (cable gland).
Cable Specifications: Ø 7 mm, 15-wire, 2m length.

Autonics Rotary Encoders – E20S Series

Control Output: NPN open collector, Voltage, Line driver.
Output Phase: A, B, Z; A, A, B, B, Z, Z (varies by model).
Response Speed: ≤ 1 ㎲.
Max. Response Frequency: 100 kHz.
Max. Allowable Revolution: 6,000 rpm.
Connection: Axial/Radial cable type.
Cable Specifications: Ø 3 mm, 5-wire (8-wire for Line driver), 1 m length.

Autonics Encoders Suppliers

Top Autonics Encoders Models

ENC-1-1-T-24

Type: Incremental Encoder
Resolution: 1 PPR
Output: Totem Pole
Power: 12–24V DC
Connection: Cable Type

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E50S8-1000-3-T-24

Type: Incremental Encoder
Resolution: 1000 PPR
Shaft: 8 mm
Output: Totem Pole
Power: 12–24V DC

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ENC-1-2-T-24

Type: Incremental Encoder
Resolution: 2 PPR
Output: Totem Pole
Power: 12–24V DC
Connection: Cable Type

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E50S8-1000-3-T-1

Type: Incremental Encoder
Resolution: 1000 PPR
Shaft: 8 mm
Output: Totem Pole
Power: 5V DC

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E50S8-360-3-T-24

Type: Incremental Encoder
Resolution: 360 PPR
Shaft: 8 mm
Output: Totem Pole
Power: 12–24V DC

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E50S8-1024-3-T-1

Type: Incremental Encoder
Resolution: 1024 PPR
Shaft: 8 mm
Output: Totem Pole
Power: 5V DC

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Types of Autonics Encoders

Autonics encoders are available in different types based on output signal, mounting style, and application requirements. These encoders are widely used in industrial automation systems for position, speed, and motion control.

Autonics Incremental Encoders

Autonics incremental encoders generate pulse signals based on shaft rotation. These encoders are commonly used for speed measurement, position tracking, and motion control in machines.

Autonics Absolute Encoders

Autonics absolute encoders provide exact position data even after power loss. These encoders are used in applications where accurate positioning and system restart reliability are important.

Autonics Hollow Shaft Encoders

Autonics hollow shaft encoders are designed to mount directly on rotating shafts without coupling. These encoders are widely used in motors and conveyor systems for easy installation.

Autonics Shaft Type Encoders

Autonics shaft type encoders have a solid shaft that connects using couplings. These are standard encoders used in general automation applications for precise motion feedback.

Autonics Wire Type Encoders

Autonics wire type encoders are used for measuring linear movement and distance. These encoders are commonly used in lifting systems, material handling, and positioning applications.

Applications of Autonics Encoders

Autonics Encoders are commonly used in:

Packaging machines
CNC machines
Conveyor systems
Robotics
Elevator systems

Autonics Encoders FAQs

What are Autonics Encoders?

Autonics encoders are industrial motion sensors used to measure shaft rotation, speed, and position in automated machines. These devices convert mechanical movement into electrical signals that can be interpreted by control systems such as PLCs or servo drives.

Most Autonics encoders operate as rotary encoders, generating digital pulse signals through quadrature A/B phase output channels. These signals provide real-time position feedback and speed feedback for industrial machines.

Autonics manufactures various encoder types including incremental encoders, absolute encoders, solid shaft encoders, and hollow shaft encoders, allowing engineers to select suitable motion feedback devices for different industrial automation applications.

How do Autonics rotary encoders work?

Autonics rotary encoders detect rotational movement and convert it into digital output signals used by machine control systems. Inside the encoder, a rotating disk passes through an optical sensor assembly.

As the shaft rotates, the sensor produces pulse signals corresponding to angular movement. These signals are typically delivered as quadrature A/B phase signals, allowing control systems to determine both rotation direction and speed.

Many encoders also provide a Z phase index pulse, which indicates a reference position once per revolution. Motion controllers count these pulses to calculate rotational speed, shaft position, and direction of movement.

What is the difference between incremental and absolute encoders?

An incremental encoder generates a series of pulses as the shaft rotates. The control system counts these pulses to determine position relative to a reference point.

An absolute encoder, however, outputs a unique digital code representing the shaft’s exact position at all times. This allows the system to determine position immediately after power-up without requiring a homing process.

Incremental encoders are commonly used in speed monitoring and motion control applications, while absolute encoders are used where continuous position tracking is required.

What is PPR in rotary encoders?

PPR (pulses per revolution) refers to the number of output pulses generated by an encoder during one complete shaft rotation.

A higher PPR value allows more precise position detection and motion tracking, because the control system receives more detailed feedback about shaft movement.

Industrial machines requiring high precision—such as CNC machines and robotic systems—often use high-resolution encoders to maintain accurate positioning.

If you need more info about our Autonics Encoders, just call us at +91 79955 44066.

Autonics Encoders

Autonics Encoders Series

Autonics Encoders – E40S Series

Autonics Rotary Encoder – E50S Series

Rotary Encoder Autonics – E58SC Series

Encoder Autonics – ENC Series

Autonics Absolute Encoder – EP50S Series

Autonics Rotary Encoders – E20S Series

Autonics Encoders Suppliers