Omron E6B2 Series Incremental Incremental Encoder 24V, 100 ppr ppr, PNP Open Collector Signal, 6 mm Shaft

Omron E6B2 Series Incremental Encoder, 100 Pulses Per Revolution, 6000 rpm Maximum Revolutions - E6B2-CWZ5B 100P/R 0.5M

This incremental encoder is a precision measurement device designed for a variety of industrial applications. It features a PNP open collector output, allowing for easy integration into motor control systems. With a maximum speed of 6000 rpm and a resolution of 100 pulses per revolution, it provides accurate positional feedback in both radial and thrust directions. Operating within a temperature range of -10°C to +70°C, this encoder is suited for demanding environments where reliability is crucial.

Features & Benefits

• Achieves a maximum switching frequency of 50kHz for high-speed usage
• Supports a radial load of 30N and a thrust load of 20N for durability
• Easy zero index adjustment enhances measurement accuracy and usability
• Built-in protection against short-circuits and reverse connections for improved safety

Applications

• Ideal for feedback systems in motor control
• Used in automation and robotics for precise motion tracking
• Suitable for a variety of machinery requiring positional sensing
• Can be integrated into conveyor systems for efficiency monitoring
• Utilised in industrial needing reliable rotational measurement

What voltage range can be used with this device?

It can operate within a voltage range of 12 to 24 V DC, making it adaptable to various setups in industrial applications.

What environments is this encoder suitable for?

This product functions effectively within a temperature range of -10°C to +70°C, making it suitable for challenging industrial environments.

How is the encoder installed, and what connection type does it use?

It features a cable connection type which simplifies installation and provides reliable signal transmission during operation.

What benefits come with the zero index adjustment feature?

This function enables precise calibration of the encoder, allowing for straightforward adjustments to the reference point, ultimately enhancing the accuracy of measurements.