PTFS laser rangefinder module

PTFS laser rangefinder module

An advanced pulse laser ranging module with a customizable range up to 700 meters, offering ±1m accuracy, adjustable frequency (3-500 Hz), and strong anti-interference capabilities.

Introducing the PTFS Pulse Laser Ranging Module, an advanced measurement device utilizing pulsed laser technology to provide accurate and reliable distance measurements. This module emits a series of pulsed laser beams and calculates the distance to a target by measuring the round-trip time of the laser pulses. It offers a broad range of applications, from speed and displacement measurement to general distance measurement, making it a versatile solution for both indoor and outdoor environments.

Key Features:

  • Long Distance Measurement Range: Capable of measuring distances up to 150 meters, with customizable ranges (3-100m or 3-150m) to suit different needs.
  • High Measurement Accuracy: Achieves absolute accuracy of ±1m with a resolution of 0.1m, providing precise data for critical applications.
  • Adjustable Frequency: Customizable pulse frequency from 100 to 500 Hz allows for flexible measurement speed, adaptable to various operational requirements.
  • Safe for Human Eye: Utilizes a 905 nm laser classified as Class I, ensuring safety for human exposure even in continuous use.
  • Low Power Consumption: Operates with less than 330mW power consumption at 3.3V and a current of 100mA, making it energy-efficient and suitable for battery-powered devices.
  • Strong Anti-Interference Capability: Built to perform reliably in environments with various signal interferences, making it ideal for both industrial and outdoor applications.

Applications:

  • Speed Measurement: Measure the speed of moving objects accurately in transport, logistics, or industrial automation settings.
  • Displacement Measurement: Track displacement changes in machinery, conveyor belts, or structural monitoring with high precision.
  • Distance Measurement: Ensure accurate distance readings in construction, surveying, and other outdoor activities, even under challenging environmental conditions.
  • Robotic Navigation: Facilitate obstacle detection and distance measurement for robotic navigation and automated systems.

Technical Specifications:

  • Range: 3-100m or 3-150m (customizable)
  • Maximum Single Measurement Time: Approximately 1 second
  • Absolute Accuracy: ±1m
  • Frequency: 100-500 Hz (customizable)
  • Resolution: 0.1m
  • Laser: 905 nm, Class I (safe for human eyes)
  • Power Consumption: <330mW@3.3V
  • Current: 100mA
  • Operating Temperature: -10~50℃
  • Communication Interface: TTL, RS232, RS485, Bluetooth
  • Size: 433521mm
  • Weight: 20g

Advantages Over Conventional Laser Sensors:

  1. Greater Range Flexibility: The PTFS module offers longer measurement ranges, making it suitable for various applications, from short-range indoor tasks to long-range outdoor measurements.
  2. Rapid Measurement Speed: With an adjustable frequency of up to 500 Hz, it provides faster data acquisition, crucial for dynamic measurement tasks.
  3. Enhanced Customization Options: We offer the flexibility to customize frequency, range, and even the communication interface to meet specific project requirements.
  4. Robust Performance in Harsh Environments: Strong anti-interference capability ensures reliable performance even in complex electromagnetic environments.

Why Choose the PTFS Pulse Laser Ranging Module?

  • Secondary Development Support: Our module supports secondary development, allowing engineers and developers to integrate and customize the sensor for unique applications.
  • Energy Efficient: With low power consumption, this module is ideal for battery-operated devices, prolonging operational time without frequent recharging.
  • Versatile Applications: From industrial automation to robotic navigation, the PTFS module adapts to various environments, both indoor and outdoor.

Choose the PTFS Pulse Laser Ranging Module for a reliable, efficient, and highly adaptable distance measurement solution.

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