Brief: We show the practical steps and results so you can judge suitability quickly. This video demonstrates the factory assembly process of the PLC T02FP Integrated Ultrasonic Parking Guidance All In One PGS. You will see how this front-mounted sensor is installed above parking spaces and how it accurately detects vehicle occupancy, instantly changing its LED indicator from green to red. We walk through the system architecture, showing how data is polled, processed, and displayed on guidance screens to efficiently direct drivers to available spots.
Related Product Features:
Integrates parking detectors and indicators to reduce material and construction costs while shortening project timelines.
Uses two independent ultrasonic circuits for a large detection zone, independent operation, and enhanced detector life and reliability.
Features an advanced intelligent learning anti-jamming algorithm to prevent interference, achieving over 99% detection accuracy.
Employs bright, low-power LED indicator beads with a wide viewing angle and long service life for clear visibility.
Designed for front installation above parking spaces to avoid column obstructions, ensuring an orderly and aesthetically pleasing setup.
Operates on a wide voltage range of DC 10~28V and withstands temperatures from -30℃ to +75℃ for robust performance.
Communicates via PLC with a range up to 130m, enabling efficient data transfer to zone and centralized controllers.
Responds to parking events in under 2 seconds with minimal range detection error of just 2cm.
Sorular:
What is the detection accuracy of the PLC T02FP parking sensor?
The PLC T02FP features an advanced intelligent learning anti-jamming algorithm, achieving a detection accuracy rate of over 99% by effectively countering interference from lanes, side vehicles, and other sources.
How does the parking status indicator work and what do the colors signify?
The integrated indicator uses bright LED beads that instantly change color: green indicates a vacant parking space, and red signals that the space is occupied, providing clear, real-time status updates.
What are the recommended installation parameters for the sensor?
For optimal performance, install the sensor level at 3.9–4.2 meters away from the stop line and vertically at 2–3 meters, with a recommended vertical height of 2.5–2.8 meters above the parking space.
What communication method and range does this system support?
The system uses Power Line Communication (PLC) with a communication and supply distance of up to 130 meters using RVS2*1.0 cable, ensuring reliable data transfer between detectors and controllers.