Pepperl+Fuchs RVI58N is a high-performance incremental rotary encoder. Here is its introduction:
Rugged and durable: It adopts a sturdy metal housing with a protection level of IP67, which can resist shock, vibration and harsh working conditions. It is suitable for heavy industrial fields such as metallurgy, lifting, and wind power.
Excellent performance: The high resolution can reach 5000 pulses/revolution, and the precise signal output is TTL/HTL or sine/cosine. It has anti-electromagnetic interference ability and can operate stably in complex electrical environments.
Stable operation: It supports a variety of shaft types (solid shaft/hollow shaft) and interface options (such as Push-Pull, RS422), which is flexible to install and easy to maintain. Built-in redundant signal processing and self-diagnosis functions meet the EN 13849 safety standard and are suitable for safety-critical applications. The wide temperature range is -40°C to +85°C, and the long-life bearing design can adapt to different temperatures and continuous operation requirements.
Versatile: Optional additional features such as zero reference pulse or IO-Link communication meet the data integration needs of smart factories, making it an ideal solution for high-precision position and speed feedback in industrial automation.
RVI58N-011K1R61N-01024: 10-30V Push/Pull output, 1024 pulses, 58mm diameter housing, 10mm shaft diameter, with 1m cable.
RVI58N-011K1R61N-5000: Operating voltage 10-30V DC, RS422 interface, incremental output, maximum load current/channel 20mA, maximum output frequency 200kHz.
RVI58N-011BER61T-10000: Single-turn encoder, suitable for applications requiring high-precision position detection, such as CNC machine tools, automated production lines, etc.
RVI58N-032K1A66N-05000: It can be used for CNC machine tools and other equipment that require high encoder accuracy and reliability. The 5000 pulse count can meet the needs of more precise position control.
RVI58N-011AAA31N-01024: It is an angle encoder that can convert mechanical quantities such as the angular displacement of the output shaft into corresponding electrical pulses as digital outputs for measuring angles or speeds.