The N1 Series TTL Laser Distance Sensor is designed for precise and stable distance measurement using phase-shift laser ranging technology, one of the most accurate methods for short- and medium-range applications.

By continuously modulating the emitted laser beam and analyzing the phase difference between transmitted and reflected signals, the sensor calculates distance with millimeter-level accuracy. This technology ensures high precision, strong repeatability, and excellent performance on small targets.

Specifications

Key Features & Benefits

Phase-Shift Measurement Technology

Delivers millimeter-level accuracy and excellent repeatability for short- and medium-range distance measurement.

Long Measuring Range in a Compact Form

Supports up to 250 m measurement range while maintaining a small footprint, enabling easy integration into space-constrained systems.

High Resolution and Stable Performance

0.1 mm resolution combined with ±1 mm repeatability ensures reliable data for precision control and positioning tasks.

TTL UART Interface for Easy Integration

Standard TTL communication simplifies connection with MCUs, controllers, and embedded systems without additional converters.

Low Power Consumption

Optimized power design enables continuous operation with minimal energy usage, suitable for embedded and mobile systems.

Flexible Communication Protocols

Supports Modbus RTU, ASCII, and Custom Hex, allowing seamless integration into various industrial and automation platforms.

Wide Environmental Adaptability

Operates reliably across a broad temperature range, with optional extended-temperature versions for demanding industrial environments.

Industrial Reliability

Designed for long service life and stable operation, making it suitable for automation, robotics, and OEM laser ranging applications.