Omron Rotary Encoders: Absolute & Incremental Encoder

IndMALL Automation supplies Omron Rotary Encoders. The encoders use to measure the position and speed of rotating shafts in industrial settings. Omron has Incremental and Absolute rotary encoders available in different sizes, resolutions, and output options to meet your requirements.

IndMALL offers competitive pricing on all Rotary encoders. This includes both Incremental and Absolute variants. If you need high-quality rotary encoders. Contact IndMALL today to know more about Omron Rotary Encoders range of products in Chennai.

Omron Rotary Encoders: E6C3-A

Resolution per Rotation: Options include 1024, 360, 720, and 256 pulses per rotation, depending on the model.
Output Type: Available in both PNP and NPN types.
Connection Method: Options include cable and system connector.
Shaft Diameter: Standardized for compatibility.
Housing: Slim design with a diameter of 50 mm, ensuring compact installation.

Omron Incremental Rotary Encoders: E6B2-C

E6B2-C series of incremental rotary encoders from Omron:

Pulses per Rotation: Options range from 100 to 2000 pulses per rotation.
Power Supply Voltage: Available in two variants – 4.8-5.2 V for line driver models and 12-24 V for PNP models.
Output Type: Includes line driver (RS-422) and PNP types.
Cable Length: Options include 0.5M and 2M lengths.
Construction Size: Compact with a diameter of 40mm.

Omron Rotary Encoder: E6C2-C and E6C3-C Series

Pulses per Rotation: Options range from 10 to 3600 pulses per rotation, depending on the model.
Shaft Diameter: Available in 6 mm and 8 mm options.
Power Supply Voltage: Varies across models, including 4.8-5.2 V, 5-24 V, and 12-24 V.
Output Type: Includes different types such as open collector and line driver outputs.
Cable Length: Available in 2M and 5M lengths for different models.

Omron Incremental Encoders: E6A2-C Series

Pulses per Rotation: Available in various options, including 100, 200, 360, 500, and more pulses per rotation.
Signal Outputs: Options include A, A/B, and A/B/Z signal outputs.
Power Supply Voltage: Available in two ranges – 5-12 V for certain models and 12-24 V for others.
Cable Length: Options include 0.5M and 2M lengths.
Compact Size: The encoders feature a small diameter of 25mm, making them suitable for tight spaces.

Omron Encoders: E6F-C Series

The E6F-C series of rotary encoders from Omron offers the following specifications:

Pulses per Rotation: Options include 100, 200, 360, 500, and 600 pulses per rotation.
Housing: Features a rugged housing design.
Shaft Strength: Strong shaft capable of withstanding up to 120 N in the radial direction and 50 N in the thrust direction.
Environmental Protection: Water- and oil-proof structure with an IP65f rating.

Omron Hollow Shaft Encoders: E6H-C Series

E6H-C series of hollow shaft rotary encoders from Omron:

Size: Diameter of 40 mm.
Power Supply Voltage: Options include 5 to 24 VDC for open collector output models and 5 to 12 VDC for voltage and line drive output models.
Output Form: Available in open collector, voltage output, and line drive output.
Resolution (Pulses per Rotation): Ranges from 300 to 3,600 pulses per rotation, depending on the model.

Omron Absolute Rotary Encoder: E6F-A Series

Resolution per Rotation: Options include high-resolution models with up to 1024 pulses per revolution.
Power Supply Voltage: Ranges from 5-12 V for BCD output models and 12-24 V for Gray code output models.
Output Type: Includes options for both BCD and Gray code outputs.
Connection Method: Features a 2M cable length for connectivity.
Housing: The encoders come with a rugged housing design, ensuring durability.
Shaft Strength: They are designed to withstand up to 120 N in the radial direction and 50 N in the thrust direction.

Omron Absolute Encoder: E6CP-A Series

E6CP-A series of absolute encoders from Omron offers the following main specifications:

Resolution: 256 (8-bit).
External Diameter: 50 mm.
Construction: Lightweight with a plastic body.
Power Supply Voltage: Available in two options – 5-12 V and 12-24 V.
Connection Method: Options include cable and system connector.
Cable Length: Available in 2 m and 5 m lengths.

The Omron rotary encoder is a device that converts the angular position of a shaft into an analog or digital code, making it an essential tool in motion control, positioning, and speed monitoring applications.

Omron offers two main types of rotary encoders: omron incremental encoder and Omron absolute encoder. The Omron incremental rotary encoder generates an output signal each time the shaft rotates at a certain angle. It’s a cost-effective solution for applications where only relative position information is needed.

On the other hand, the Omron absolute rotary encoder provides a unique output value for each shaft position. It is making ideal for applications that require precise position and orientation information. We have them in different sizes to fit your needs. If you’re looking for something specific, we also have the Omron hollow shaft encoder and the Omron linear encoder.

Omron encoder also provides options for mounting styles, including hollow shaft encoder and hollow shaft rotary encoder options. These encoders are designed with a hollow bore to fit directly onto a shaft, allowing for easy installation and saving space.

Our Rotary Encoder Brands

Frequently Asked Questions

What is a rotary encoder used for?

A rotary encoder is a device that converts the angular position or motion of a shaft or axle into an analog or digital signal. It is commonly used in industrial and automation applications to measure the rotation or position, speed, and direction of a rotating shaft.

Rotary encoders are widely used in CNC machines, robotics, printing machines, packaging equipment, and many other applications where precise measurement of rotational motion is required.

What are the three types of encoders?

The three types of encoders are:

Incremental Encoder: An incremental encoder is an electromechanical device that converts the rotational motion of an object into a series of digital signals. Each pulse indicates a small amount of movement, and the direction of rotation can be determined by the sequence of pulses. The encoder does not provide an absolute position; instead, it counts the number of pulses to determine the relative position of the object.
Absolute Encoder: An absolute encoder is an electromechanical device that provides the absolute position of an object. It generates a unique code for each position, which is read by the controller. This allows for precise and accurate positioning of the object. Absolute encoders are used in applications that require high accuracy and repeatability.
Linear Encoder: A linear encoder is an electromechanical device that measures linear position or displacement. It works by converting linear motion into an electrical signal that can be read by a controller. Linear encoders are used in applications where accurate measurement of linear position or displacement is required, such as in CNC machines or robots.

What is the difference between incremental Rotary Encoder and absolute Rotary Encoder?

The main difference between incremental and absolute rotary encoders is how they provide position information.

Incremental rotary encoders provide position information by counting the number of pulses generated as the shaft rotates. These pulses do not provide an absolute position, but rather a relative position change from the encoder’s last position. To determine the absolute position, an incremental encoder requires a reference position to be established at startup or with the help of additional hardware.

Absolute rotary encoders provide the absolute position of the shaft without the need for a reference position. This is done by assigning a unique digital code to each position on the encoder disc, allowing the encoder to output the absolute position of the shaft at any time.

What is the principle of encoder?

The principle of an encoder is to convert mechanical motion or position into electrical signals. Encoders use a rotating disk, a light source, and a light detector to generate these signals. The rotating disk has evenly spaced slots or lines, while the light source and detector are positioned on opposite sides of the disk.

As the disk rotates, the slots or lines pass through the light beam, causing the detector to register a change in the light signal. These changes in the light signal are then converted into electrical signals that can be processed by a control system to determine the position or speed of the rotating disk.

What is the most common encoder?

The most common encoder is the incremental rotary encoder, which is widely used in various industrial applications for measuring rotational motion and position.

What is the main difference among the E6A2, E6B2, E6C2-C, and E6C3-C Series of incremental Rotary Encoder?

The main differences among the E6A2, E6B2, E6C2-C, and E6C3-C Series of incremental rotary encoders are their size, resolution, and features.

The E6A2 Series is a compact encoder with a 40mm diameter and up to 500 PPR resolution.
The E6B2 Series has a larger diameter of 50mm and up to 2,000 PPR resolution.
The E6C2-C Series has a slim design with a 50mm diameter and up to 2,000 PPR resolution, and it has an IP64 rating.
The E6C3-C Series is a rugged encoder with a 50mm diameter and up to 3,600 PPR resolution, and it has an IP65 rating.

The choice of encoder depends on the specific requirements of the application, such as the required resolution, size, and environmental conditions.

If you are looking for Omron Rotary Encoders or Omron Incremental Encoders, you can send your requirements to us; we can offer them at the best price in Chennai.