Description
TeknoCrafters FA3008-1 3-Way Tracking/Hunt Module for Robotic Line Following
The TeknoCrafters FA3008-1 is a compact and efficient 3-way tracking module designed to enhance the line-following capabilities of robotic projects. Utilizing infrared sensors, this module accurately detects and responds to line patterns, making it an essential component for developing autonomous robots that require precise path tracking.
Tri-Tek Electronics, located in Mesa, AZ, is an authorized distributor of TeknoCrafters products, including the FA3008-1 tracking module. Purchasing from Tri-Tek ensures full manufacturer warranty coverage, competitive pricing, and direct factory support.
Key Features:
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Triple Infrared Sensors: Equipped with three CTRT5000 infrared sensors, the module effectively detects line positioning, enabling robots to follow paths with high accuracy.
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Adjustable Sensitivity: The sensitivity of the sensors can be fine-tuned to accommodate various surface materials and lighting conditions, ensuring stable performance across different environments.
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Anti-Interference Capability: Designed with robust anti-jamming features, the module maintains reliable operation even in environments with potential signal interference.
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Indicator Lights: Built-in LED indicators provide visual feedback of the sensor status, aiding in debugging and calibration during development.
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Standard 5V Operating Voltage: Compatible with most microcontrollers and development boards operating at 5V, facilitating seamless integration into existing robotic systems.
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Compact and Lightweight Design: Weighing only 17 grams, the module adds minimal weight to robotic platforms, preserving agility and efficiency.
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Mounting Convenience: Pre-drilled bolt holes allow for secure and straightforward installation onto various robotic chassis.
Example Usage Scenario:
In a line-following robotic application, the FA3008-1 module is mounted on the underside of the robot chassis, positioned to detect the guiding line on the floor. The three infrared sensors continuously monitor the line's position, sending real-time data to the robot's microcontroller. Based on this input, the robot adjusts its movement to stay aligned with the path, enabling smooth and accurate navigation along predefined routes. This setup is particularly useful in settings where precise movement along designated paths is crucial.