Absolute single-turn encoder Pepperl+Fuchs PVS58N-011AGR0BN-0013

ThePepperl+Fuchs PVS58N-011AGR0BN-0013absolute single-turn encoder is designed for high-precision measurement of shaft angular position in industrial automation systems. This encoder transmits a unique shaft position within one revolution, providing an accurate reading even after power cycling. PVS58N-011AGR0BN-0013is ideal for applications where reliable and precise position control within a single revolution is required.

Technical characteristics:

• Model: PVS58N-011AGR0BN-0013
• Device type:Absolute single-turn encoder
• Resolution: 13 bits (8192 steps per revolution)
• Operation principle:Optical
• Output signal: SSI (Synchronous Serial Interface)
• Supply voltage: 10…30 V DC
• Maximum refresh rate: 100 kHz
• Connection interface: M12 connector, 8-pin
• Case material:Aluminium
• Case diameter: 58 mm
• Shaft diameter: 10 mm (or other standard size, depending on configuration)
• Operation temperature range: from -20°C to +85°C
• Protection class:IP65 (protection against dust and water jets)
• Weight:About 300 g

Features:

• High Accuracy and Resolution: 13 bits of resolution provides highly accurate shaft angular position measurements within a single revolution, which is critical for precision applications.
• Reliability: The optical operating principle ensures durability and stability, reducing the likelihood of failures and ensuring reliable operation in industrial environments.
• Rugged housing: IP65 rated aluminum housing protects the encoder from dust and moisture, allowing it to be used in harsh environments.
• SSI interface: Support for the Synchronous Serial Interface (SSI) ensures high speed and accuracy of data transfer, compatibility with modern control systems.
• Compact dimensions:The encoder is easily integrated into various systems due to its compact size and standard connection connector.

Application:

• Industrial Automation:Used for precise shaft position control in automation systems, CNC machines, robotics and other industrial applications.
• Robotics:Used to determine the exact position of robot parts within one revolution, providing high precision when performing tasks.
• Machine tool industry:Used to monitor and control the angular position of the shaft in various machines and mechanisms that require precision control.
• Energy:Used to control and monitor the position of components in power equipment, such as turbine control systems.