Absolute multi-turn encoder Pepperl+Fuchs PVM58N-011AGR0BN-1213

The Pepperl+Fuchs PVM58N-011AGR0BN-1213absolute multi-turn encoder is designed for precise measurement of shaft angular position in industrial automation systems. This encoder provides highly accurate and stable measurements, transmitting a unique position even after power cycle. ThePVM58N-011AGR0BN-1213is able to accommodate multiple shaft revolutions, making it ideal for complex applications where constant position control is required.

Technical characteristics:

• Model: PVM58N-011AGR0BN-1213
• Device type:Absolute multi-turn encoder
• Resolution:
  • Single revolution: 13 bits (8192 steps per revolution)
  • Multi-turn mode: 12 bits (4096 turns)
• Operation principle:Optical
• Output signal: SSI (Synchronous Serial Interface)
• Supply voltage: 10…30 V DC
• Maximum refresh rate: 100 kHz
• Connection interface:M12 connector, 12-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 400 g

Features:

• High accuracy and resolution: 13 bits per revolution and 12 bits for multi-turn mode provide high accuracy of angular position measurements, which is especially important in precision systems.
• Multi-turn mode:The encoder maintains shaft position information over multiple revolutions, making it ideal for applications that require position control over a large range of motion.
• Reliability: The optical operating principle ensures durability and stability in operation, reducing the likelihood of failures.
• Compact and rugged housing: IP65 rated aluminum housing provides resistance to dust, moisture and mechanical stress, making the encoder suitable for use in harsh industrial environments.
• SSI Interface:Support for Synchronous Serial Interface (SSI) provides high data transfer speeds and compatibility with modern control systems.

Application:

• Industrial Automation:Used for shaft position monitoring in automation systems, assembly lines and other mechanical systems.
• Robotics:Used to accurately determine the position and orientation of robot parts, providing high precision when performing complex movements.
• Machine tool industry:Used to control the angular position of the shaft in CNC machines and other complex mechanical devices.
• Energy:Used in control systems for turbines, generators and other power equipment where high-precision position control is required.