Rotary Encoders

OMRON E6A2-CS3C 100P/R 2M: Compact 25mm diameter incremental rotary encoder with 100 pulses per rotation, NPN open collector output, and 2m pre-wired cable. Perfect for precise position detection in industrial settings.

OMRON E6A2-CS3C 200P/R 2M: Compact, incremental rotary encoder with 200 PPR, NPN open collector output, and 5 to 12 VDC operation. Pre-wired model with 2-meter cable.

The Omron E6A2-CS3C 360P/R 2M is a compact incremental shaft encoder with 360 pulses per revolution, suitable for motion control applications. It features a 25 mm diameter and NPN open collector output, ensuring accurate positioning and speed data.

OMRON E6A2-CS3E 360P/R 0.5M: High precision incremental rotary encoder with 360 pulses per rotation, 5 to 12 VDC, and NPN open collector output. Perfect for precise positioning and speed control applications.

High precision rotary encoder with 360 pulses per revolution, voltage output, and 2-meter pre-wired cable. Ideal for industrial automation and control systems.

The OMRON E6A2-CS5C 100P/R 2M is a compact, high-resolution incremental rotary encoder designed for precise position detection in industrial applications. It offers 100 pulses per rotation, a 25mm diameter, and a 4mm shaft diameter, making it versatile and reliable.

The Omron E6A2-CS5C 10P/R 2M is a compact, high-resolution incremental rotary encoder with a 25mm diameter. It offers a pre-wired model with NPN open collector output, making it ideal for industrial applications.

OMRON E6A2-CS5C 200P/R 2M: 200 pulses per rotation, 12-24V DC, NPN open collector output, 2m cable length, compact 25mm housing.

Compact, high-resolution incremental rotary encoder with 60 pulses per rotation, 25mm diameter, and NPN open collector output. Ideal for industrial applications with a 2-meter cable length.

The OMRON E6A2-CW3C 100P/R 2M is an incremental rotary encoder with 100 ppr resolution, NPN output, and a 2-meter cable. It ensures high accuracy and reliability in positioning and speed measurement applications.

The Omron E6A2-CW3C 200P/R 2M is a high-precision incremental rotary encoder with 200 pulses per rotation, NPN open collector output, and a 2-meter cable. Suitable for industrial applications requiring precise positioning and speed measurement.

The Omron E6A2-CW3E 200P/R 2M rotary encoder provides high precision and reliability with a resolution of 200 pulses per rotation. Compact design and robust construction make it ideal for precise position sensing applications.

OMRON E6A2-CW5C 200P/R 2M: High-precision incremental rotary encoder with 200 PPR, 25 mm shaft, NPN open collector output, and 2-meter cable.

The Omron E6A2-CW5C 100 PPR 2M Rotary Encoder provides high resolution and reliability, making it suitable for precise positioning and control applications. It features a 100 pulses per rotation (PPR) output and a 2-meter cable length.

Compact, high-resolution incremental rotary encoder with 100 pulses per rotation, NPN open-collector outputs, and 2m cable. Operates on 5-12 VDC, suitable for precise position sensing in industrial applications.

The OMRON E6B2-CWZ1X 1000P/R 2M is a high-resolution incremental rotary encoder with 1000 pulses per revolution, suitable for precise positioning and reliable operation in various industrial applications.

High-resolution rotary encoder with 2,000 pulses per rotation, suitable for precise data transmission and robust operation in various industrial applications.

The Omron E6B2-CWZ1X 2000P/R 5M is a high-resolution incremental rotary encoder designed for precise positioning and speed measurement in industrial applications. It offers 2000 pulses per rotation, a 40mm diameter, and line driver output for reliable signal transmission.

High-precision incremental rotary encoder with 360 pulses per rotation, line driver output, and robust construction for reliable performance in industrial applications.

Short: Omron E6B2-CWZ1X 600P/R 2M: High-resolution incremental rotary encoder with 600 P/R, line driver output, and 100 kHz response frequency. Perfect for industrial automation applications.