EBE 70771 Rotary Encoder

EBE 70771 Rotary Encoder

The EBE 70771 Rotary Encoder is a precision electronic rotary encoder equipped with a magnetic rest for reliable and consistent performance. Designed for industrial applications, this rotary encoder offers high accuracy and is built to withstand demanding conditions.

With a shaft diameter of 6 mm, this encoder operates with a nominal voltage range of 9V to 24V and a maximum current of 12 mA. The encoder provides 32 discrete positions distributed evenly over 360°, ensuring precise measurement in rotational systems. The EBE 70771 features a magnetic detent mechanism that delivers smooth and responsive operation, making it ideal for applications requiring precision feedback.

This rotary encoder includes five rectangular outputs and supports central mounting with a long thread length, ensuring easy installation and versatility. The operating force of the switch ranges from 2 to 8 N, and it has a maximum fastening torque of 3.5 Nm, providing secure installation in various setups. Additionally, the encoder supports a maximum revolution speed of 1,000 rpm.

The encoder is designed with a plastic shaft and comes with IP54 or IP65 protection class ratings, offering robust protection against dust and water ingress. It operates efficiently in a temperature range from -20°C to 70°C, making it suitable for use in a wide range of industrial environments.

• Manufacturer: EBE
• Type: Rotary Encoder
• Model: 70771
• Part No.: CESI 32/VS P6MT / 2107901
• Function: Electronic rotary encoder with magnetic rest
• Shaft Diameter: 6 mm
• Nominal Voltage: 9V to 24V
• Current Max: 12 mA
• Positions (Distributed over 360°): 32
• Mounting: Central mounting
• Thread Length: Long
• Outputs: 5 outputs (rectangular)
• Detent Mechanism: Magnetic
• Operating Force Switch: 2 to 8 N
• Fastening Torque Max: 3.5 Nm
• Revolution Speed Max: 1,000 rpm
• Shaft: Plastic
• Protection Class: IP54 or IP65
• Operating Temperature: -20 to 70°C

The EBE 70771 Rotary Encoder offers precise feedback, durability, and versatility, making it an excellent choice for industrial applications requiring reliable rotational measurement.