E6C2-CWZ3E 2000P/R 2M Sensors, Transducers

Series:	E6C2
Part Status:	Active
Encoder Type:	Optical
Output Type:	Quadrature with Index (Incremental)
Pulses per Revolution:	2000
Voltage - Supply:	5 V ~ 12 V
Actuator Type:	6mm Dia Flatted End
Detent:	No
Built in Switch:	No
Mounting Type:	Chassis Mount
Orientation:	Vertical
Termination Style:	Cable Leads
Rotational Life (Cycles Min):	--

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Introduction

An encoder is a type of device used to measure the relative position of a rotating shaft. It does this by converting the angular position of a shaft into an electrical signal which can then be read by external devices, such as a computer, in order to track the position of the shaft. The E6C2-CWZ3E 2000P/R 2M is a type of rotary encoder which is used to accurately measure the relative angular position of a shaft and convert it into an electrical output signal. It is widely used in many applications such as robotic arms, robotics, and other automated systems.

Features

The E6C2-CWZ3E 2000P/R 2M is an optoelectronic rotary encoder which has a resolution of 2000 lines per revolution and a maximum speed of 2 m/s. It is capable of providing up to 2,000 pulses per rotation and can measure up to 270° of angular rotation. It is designed to be compact and robust, with a small profile and a metal-plated aluminum construction. The E6C2-CWZ3E 2000P/R 2M is also able to provide both analog and digital outputs, which makes it perfect for use in both analog and digital systems.

Application Fields

The E6C2-CWZ3E 2000P/R 2M is a versatile device which is perfect for a variety of applications. It is most commonly used in robotic arms and other automated systems, where it is used to accurately measure the angular position of the robotic arm’s joints. It is also useful for other applications which require precise angular position measurements, such as pulse shape control for voltage source inverters, and servo systems.

Working Principle

The E6C2-CWZ3E 2000P/R 2M is a rotary encoder which works by optically measuring the angular position of a shaft. Inside the encoder is an optical disk which is connected to the rotating shaft, and an infrared light-emitting diode and photodiode which measure the position of the disk. The disk has a pattern of alternating dark and light lines which is detected by the infrared LED and photodiode. As the disk rotates, the alternating dark and light lines cause the output of the photodiode and LED to vary, which is used by the encoder to generate an electrical signal. The encoder can then convert this signal into a digital or analog value which can be read by external devices.

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