Autonics Encoders: Absolute & Incremental Rotary Encoder

IndMALL Automation offers a selection of Autonics Encoders, essential for achieving precision in industrial environments. These encoders are perfect for tasks that need exact measurements, like in machinery or robotics.

They come in different types to fit various tasks, making sure you get accurate results every time.

With Autonics Encoder, you can expect reliable and long-lasting performance, helping your business run smoothly and efficiently.

Whether you’re in manufacturing, automation, or any field that needs precise control, these Autonics Rotary encoders are a smart choice.

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.

IndMALL presents a comprehensive array of Autonics Encoders, suitable for a variety of industrial applications. This includes both Incremental and Absolute Rotary Encoders.

Autonics Incremental Rotary Encoders are ideal for accurately tracking positions in machinery. They’re great for jobs that need exact measurements of movement.

Autonics Absolute Rotary Encoders offer precise angle and position tracking, crucial for complex automation tasks.

Autonics Rotary Encoders from IndMALL Automation provides dependable and efficient solutions for challenging industrial requirements.

Product List:

Model No	Shaft outer diameter	Resolution	Output phase	Control output	Connection type
E50S8-2500-3-T-24-C	Ø8mm	2500P/R	A, B, Z	Totem pole	Axial cable connector type
E40S6-100-3-T-24	Ø6mm	300kHz	A, B, Z	Totem pole	Radial cable type
ENC-1-1-T-24	–	–	A, B	Totem pole	Axial cable type
E50S8-5000-3-T-24-CS	Ø8mm	5000P/R	A, B, Z	Totem pole	Radial connector type
E50S8-500-3-T-1	Ø8mm	500PPR	A, B, Z	Totem pole	Axial cable type

Our Dealing Rotary Encoder Brands

Some Frequently Asked Questions

What are the Two Main Types of Rotary Encoders?

The rotary encoder is a device used to measure angular motion and position of rotating shafts. They work by converting the rotational motion into electrical signals that can be interpreted by control systems. There are two main types of rotary encoders: absolute and incremental.

Absolute rotary encoder provides a unique digital code for each position of the shaft, so the position can be determined without having to track the shaft’s position from a known starting point. These encoders are typically used in applications where precise position control is required, such as robotics and CNC machines.

Incremental rotary encoders, on the other hand, measure changes in position relative to a known starting point. They provide a series of pulses that are counted to determine the position of the shaft. These encoders are often used in applications where the shaft needs to be monitored for movement or speed, such as motor control or machine tools.

What is a dual PID control of TZ/TZN Series?

The dual PID control of the TZ/TZN Series is a feature that allows for more precise temperature control in heating and cooling applications. It uses two sets of proportional, integral, and derivative (PID) parameters to control temperature, with one set optimized for heating and the other for cooling.

This means that the temperature controller can quickly and accurately adjust to changes in temperature, minimizing overshoot and undershoot. Dual PID control is particularly useful in applications where temperature needs to be closely controlled, such as in the food and beverage industry, semiconductor manufacturing, and environmental chambers.

What is the Frequency of Encoder?

The frequency of an encoder refers to the number of pulses generated by the encoder per unit of time, usually measured in Hertz (Hz). The frequency can vary depending on the resolution of the encoder and the speed of the rotating shaft or linear motion being measured. High-speed applications may require encoders with high frequencies, while lower frequencies are suitable for slower applications.

What are the Different Series Available in Autonics Encoders?

Autonics offers 35 Series of rotary encoders for a wide range of industrial applications like Wheel type incremental rotary encoders (ENC Series), 88 mm incremental encoders (E88H Series), 60 mm, autonics rotary encoder (E60H Series), portable manual type incremental encoders (ENHP Series), Manual handle type incremental encoders (ENH Series), Flexible shaft couplings (ERB Series), Side mount incremental rotary encoder (ENA Series), 80 mm incremental rotary encoder (E80H Series).

68mm incremental rotary encoders (E68S Series), 60mm autonics Shaft Type incremental rotary encoder (E60H sine wave Series, 58 mm incremental rotary encoders (E58SS Series), 58mm incremental rotary encoders (E58SC Series), 58 mm incremental rotary encoders (E58S sine wave Series), 58 mm incremental rotary encoders (E58HB Series), 58 mm incremental encoders (E58H Series), 50 mm incremental rotary encoders (E50S Series), 40 mm incremental rotary encoders (E40S Series).

40 mm incremental rotary encoders (E40HB Series), line driver, 40 mm incremental rotary encoder (E40H Series), 30mm incremental encoders (E30S Series), 20 mm incremental rotary encoder (E20S Series), 20 mm incremental rotary encoder (E20HB Series),18mm incremental rotary encoder (E18S Series), 15mm incremental rotary encoder (E15S Series),100mm incremental rotary encoder (E100H Series), 50mm Magnetic Multi-turn Absolute Autonics rotary encoder (MGAM50S Series), 50mm Magnetic Single turn Absolute Autonics rotary encoder (MGA50S Series).

Wire type linear scale absolute encoder (EWLS50 Series), 50 mm Multi-turn absolute rotary encoder (EMP50S Series), 58 mm Single turn absolute rotary encoder (EP58SS Series), 58 mm Single turn absolute Autonics rotary encoder (EP58SC Series), 58 mm Single turn absolute rotary encoder (EP58HB Series), 50 mm Single turn absolute rotary encoder (EP50SP Series), line driver, 50 mm Single turn absolute Autonics rotary encoder (EP50S Series), 60 mm Single turn absolute rotary encoder (ENP Series) like this wide range of rotary encoder Autonics offering.

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