Incremental Optical Linear Encoder, ABZ, BISS

ATO incremental optical linear encoder with a 0.5μm resolution, this compact device offers high-resolution performance in a small footprint, suitable for industrial applications that require precise position detection and measurement.

Features

• The incremental optical linear encoder combines compact size with high resolution for precise measurement applications.
• The incremental linear encoder features high-speed operation for dynamic performance in sports.
• The incremental position linear encoder maintains stability, unaffected by temperature changes.

Specification

(We can provide grating scale, please contact us)

Output signal

Dimension (mm)

RI=reference zero position
C=cable R=bending radius: fixed R>10mm; movable R>20mm
LED=integrated RGB-LED installation control indicator
1. The green light is on when the reading head receives 80% of the signal, otherwise the red light is on;
2. When the reading head senses the zero position, the green light flashes once.

Allowable position deviation between the reading head and the reference surface A-B of the grating scale.
ΔZ=±0.2mm (gap tolerance)
ΔY=±0.5mm (offset)
∠Z = ±1.00mrad or ±0.06° (deflection angle)
∠Y = ±3.50mrad or ±0.20° (pitch angle)
∠X = ±4.00mrad or ±0.23° (roll angle)

Tips: Advantages of using an incremental optical linear encoder

• High precision position feedback: Provides highly accurate position measurements, often achieving sub-micron precision. Ideal for applications requiring precise control and positioning.
• Real-time motion monitoring: Enables immediate detection of position changes, facilitating real-time monitoring of motion status and speed.
• Reliable direction detection: Offers dependable quadrature outputs (ABZ signals) for accurate determination of motion direction, crucial for stable control systems.
• Adaptable to various environments: Exhibits robust interference resistance, maintaining accuracy in industrial settings despite vibrations, dust, or temperature variations.
• Cost-effective solution: Compared to absolute encoders, incremental encoders typically offer cost-effective solutions without compromising on accuracy and functionality.