Nooploop TOFSense-F2 P 40m Laser Rangefinder Sensor 1mm Resolution 100Hz TOF Distance Module (With Accessories)

Description:
The TOFSense-F2 P is a single-point laser rangefinder based on Time of Flight (TOF) technology. It features a ranging distance of 0.05m to 40m with a 1mm resolution and a data update frequency of up to 100Hz. The sensor has a narrow Field of View (FOV) of 1° to 2° and supports UART and IIC interfaces, as well as I/O complementary level output. In UART mode, it offers both active and query-based data output options.

Features:
Advantages
* Ultra-long distance
* Multiple interfaces
* High cost-performance ratio
* Strong light resistance

Upper Computer Assistant
* We provide the NAssistant upper computer assistant for free, which can run on Windows and Linux platforms. It enables functions such as sensor configuration, waveform monitoring, data analysis (e.g., standard deviation and mean calculation), data recording, export and playback, and firmware upgrade.

Daisy-Chain Rangefinding
* Multiple LiDAR sensors can be configured with different IDs and daisy-chained. The corresponding ID, ranging data, signal strength, and other information of all sensors can be read through a single communication interface on the user-side controller, significantly reducing the occupation of interface resources.

Rich Modes and Interfaces
* Supports multiple communication interfaces including UART, CAN, IIC, and IO, with active output and passive query modes to meet the requirements of different development architectures.

High Compatibility
* Inheriting Nooploop's high-compatibility development principle, direct replacement of different TOFSense series product models without re-development is possible, greatly reducing R&D investment and development time for different projects.

More Reliable Optical Filtering
* A special filter for a specific infrared band filters out interference signals at the data source, making the captured raw data more accurate and the sensor's anti-interference capability stronger and more reliable.

Small Size and Light Weight
* While ensuring performance, it pursues a smaller size and lighter weight, making it easier to integrate into existing equipment and high-integration products.

Low Power Consumption
* Supports switching between working mode and low-power mode via protocol to meet the long endurance requirements of battery-powered devices.

Upper Computer Debugging Assistant
* The NAssistant upper computer debugging assistant supports running on Windows and Linux platforms, enabling functions such as sensor configuration, waveform monitoring, data recording, export and playback, and firmware upgrade.

Rich Development Toolkits
* Provides engineering code for mainstream microcontrollers such as STM32/Ar-duino, and supports platforms like the ROS robot operating system and APM open-source autopilot, significantly shortening your project development cycle.

Solution Cases:
Intelligent Conveyor Detection
* The laser radar installed at a fixed point detects the precise distance of goods on the conveyor line to count the quantity of goods. By measuring multiple distance status indicators with an area array laser radar, the shape and category of goods can be identified, significantly reducing misjudgments caused by environmental interference. Common application scenarios include warehousing and logistics, automated production lines.

Hydraulic Material Pile Detection
* The laser radar installed at the top opening detects material level height information downward. The area array laser radar can further measure multiple heights such as the center and edge inside the silo, thereby distinguishing the shape of the material surface (concave, convex, flat). Common application scenarios include intelligent trash bin overflow and switch control, silo grain storage, and mineral pile detection.

Smart Traffic Detection
* The laser radar installed on the road gantry counts the number of passing vehicles. The driving speed can be obtained through ranging from multiple laser radars at different times; when installed on the garage ceiling, it can determine the usage status of parking spaces. Common application scenarios include traffic flow statistics, vehicle speed measurement, and parking space statistics.

Drone Altitude Hold
* Install a laser radar at the bottom of the drone to detect the distance to the ground, thus achieving drone altitude hold. The area array laser radar measures the unevenness of the ground, reducing altitude hold fluctuations caused by non-horizontal ground. Commonly used in agriculture, surveying and mapping, inspection, and consumer-grade drones.

Robot Obstacle Avoidance
* Install one or more laser radars in the robot's detection area. The daisy-chain ranging mode reduces the occupation of communication interface resources, increasing the detection range and safety redundancy. Common application scenarios include automatic obstacle avoidance for commercial cleaning robots, meal delivery robots, and forklift anti-collision.

Smart Life
* Integrate laser radar into various smart hardware devices to realize intelligent functions, such as integrating into sprint timing equipment to monitor athletes' speed, integrating into fitness equipment to monitor fitness data, and integrating into automatic door smart devices to realize automatic opening and closing.

Packing List (Depending on Selected Configuration):
Without Accessories:
* 1 x TOFSense-F2 P
* 1 x GH1.25 4P adapter cable
* 2 x Screws

With Accessories:
* 1 x TOFSense-F2 P
* 1 x GH1.25 4P adapter cable
* 2 x Screws
* 1 x USB to TTL module
* 1 x GH1.25-DP2.54 DuPont cable

Packaging Details:
* Package weight: 0.15kg