The I105 high-precision incremental encoder delivers exceptional accuracy for rotary tables, indexing systems, and precision test benches. Designed for demanding industrial applications, it provides up to 18,000 pulses per revolution (PPR), ensuring highly accurate speed and position feedback for advanced motion control systems.
Built with a robust 105 mm housing, the I105 combines precision with durability. In addition, it supports Push-Pull, Line Driver, and Universal output circuits, allowing easy integration with PLCs, servo drives, and industrial controllers. Its stable output signals help maintain reliable performance, even in electrically demanding environments.
The encoder features a 10 mm solid shaft with a cable output for straightforward installation. Furthermore, it offers IP64 protection as standard, with IP65 available for applications requiring greater resistance to dust and moisture. An extended operating temperature option also makes the encoder suitable for harsh industrial environments.
Designed for continuous operation, the I105 supports shaft speeds up to 6,000 rpm while maintaining excellent signal accuracy. As a result, it is an ideal solution for precision positioning, metrology equipment, and high-performance industrial automation.
Key Features
- 105 mm high-precision incremental rotary encoder
- Optical sensing technology
- Resolution: Up to 18,000 PPR
- Output options: Push-Pull, Line Driver, and Universal circuit
- 10 mm solid shaft
- Cable output
- Protection: IP64 standard, IP65 optional
- Maximum shaft speed: 6,000 rpm
- Extended operating temperature option
- Designed for rotary tables, indexing systems, and precision test benches
Applications
The Lika I105 incremental encoder is ideal for:
- Rotary tables
- Indexing tables
- Precision test benches
- Metrology equipment
- Industrial automation
- Motion control systems
- High-precision positioning equipment
High-Resolution Feedback for Precision Motion Control
The I105 incremental rotary encoder combines high-resolution optical sensing, robust industrial construction, and stable signal output to deliver exceptional positioning accuracy. Its rugged design and flexible output options make it an excellent choice for precision automation, measurement systems, and demanding industrial motion control applications.