The I28 optical incremental rotary encoder delivers accurate motion feedback in a compact 28 mm metal housing, making it an excellent choice for applications where installation space is limited. Designed for office equipment, medical devices, packaging machinery, and light industrial automation, it combines reliable performance with a durable construction.
With a resolution of up to 2,048 pulses per revolution (PPR), the I28 provides precise speed and position feedback for a wide range of motion control systems. In addition, it supports NPN, Push-Pull, Line Driver, and Universal output circuits, allowing easy integration with PLCs, servo drives, and industrial controllers.
The encoder features a robust aluminum housing, a 4 mm or 5 mm solid shaft, and a cable output for straightforward installation. Furthermore, its IP54 protection shields the encoder from dust and splashing water, while its operating temperature range of -25°C to +85°C ensures dependable performance in demanding environments.
Designed for continuous operation, the I28 supports shaft speeds of up to 3,000 rpm while maintaining stable signal quality. As a result, it offers an ideal balance of compact size, durability, and precision for modern industrial motion control applications.
Key Features
- 28 mm miniature incremental rotary encoder
- Optical sensing technology
- Resolution: Up to 2,048 PPR
- Output options: NPN, Push-Pull, Line Driver, and Universal circuit
- Solid shaft: 4 mm or 5 mm
- Cable output connection
- Protection: IP54
- Maximum shaft speed: 3,000 rpm
- Robust metal housing for industrial reliability
- Ideal for packaging, medical equipment, and light industrial automation
Applications
The Lika I28 incremental encoder is ideal for:
- Packaging machinery
- Medical and laboratory equipment
- Office automation equipment
- Compact motion control systems
- Small servo motors
- Industrial automation
- Precision positioning equipment
Compact Precision for Space-Constrained Applications
The I28 incremental rotary encoder combines compact dimensions, reliable optical sensing, and durable metal construction to deliver accurate speed and position feedback. Its versatile output options and rugged design make it an excellent solution for packaging equipment, medical devices, and other compact automation systems.