Exit Geomagnetic Remote: A Smart Solution for Barrier Gate Control

In modern access control scenarios, the seamless operation of barrier gates is crucial for efficient traffic management. The Exit Geomagnetic Remote, especially the MDT01 model, offers an innovative and practical solution when paired with barrier gates.

Working Principle of the Exit Geomagnetic Remote

The MDT01 Exit Geomagnetic Remote operates based on advanced geomagnetic sensing technology. It is designed to detect the presence of a vehicle as it approaches the exit area. When a vehicle enters the detection range of the MDT01, the device senses the change in the geomagnetic field caused by the metal components of the vehicle. This detection mechanism is highly sensitive and reliable, minimizing false positives and negatives.

Working Mechanism with the Receiver

The complete operation of the Exit Geomagnetic Remote (taking the MDT01 model as an example) requires the use of a dedicated receiver, with both the MDT01 and the barrier gate connecting to the receiver to form a closed-loop control system. The specific working process is as follows:

Hardware Connection Method

The receiver serves as the core node for signal transfer: it is directly connected to the mainboard of the barrier gate via a line, while the MDT01 establishes a wireless communication connection with the receiver (using a stable dedicated communication frequency). This forms a control link of “geomagnetic detector – receiver – barrier gate mainboard”, which not only ensures the stability of signal transmission but also simplifies the wiring complexity of on-site installation.

Full-Process Control of Vehicle Passage

When a vehicle enters the detection range of the MDT01, the geomagnetic sensor captures the magnetic field change caused by the metal object, and immediately sends an “open gate” signal to the receiver. The receiver forwards the signal to the barrier gate mainboard, driving the boom to lift and keep it open to ensure the vehicle passes smoothly.

After the vehicle has completely passed the boom, the receiver will send a “close gate” signal according to the preset time interval to control the boom to fall. The time interval can be flexibly adjusted among four gears: 5 seconds, 10 seconds, 15 seconds, and 20 seconds. Users can adapt it according to actual scenarios (such as vehicle size and passing speed), which not only avoids collisions caused by the boom closing too early but also reduces the safety hazards caused by the boom being open for a long time.

This collaborative mechanism further enhances the adaptability and safety of the Exit Geomagnetic Remote in automatic access control scenarios, making it more practical in various vehicle traffic management.

Compatibility with Barrier Gate Controllers

In cases where the existing barrier gate controller needs to be integrated, the ACCESS TECH barrier gate is a recommended option as it is designed to be highly compatible with the MDT01 Exit Geomagnetic Remote. When paired with the receiver, the combination of the MDT01 and ACCESS TECH barrier gate can achieve seamless automatic gate-opening functionality, providing a reliable and efficient access control solution for various applications.

Power Supply and Sustainability

One of the notable features of the MDT01 is its built-in solar panel. The solar panel serves as a sustainable power source for the device. It harnesses solar energy during the day, converting it into electrical energy to charge the internal battery of the MDT01. This means that the device can operate continuously without the need for external power cables in most cases. The solar-powered design not only reduces the complexity of installation but also contributes to energy conservation and cost-savings in the long run. The internal battery can store enough energy to ensure the MDT01 functions properly even during periods of low sunlight or at night.

Function Display

Versatile Application Scenarios

The MDT01 Exit Geomagnetic Remote, in combination with barrier gates, has a wide range of application scenarios.

Courtyards: In residential courtyards, the MDT01 provides convenience for homeowners and their guests. Vehicles can enter and exit the courtyard without having to stop and manually operate the gate. This not only improves the ease of access but also enhances the security of the courtyard by minimizing the time the gate is left open.

Clubs: For clubs, the system offers a high – end and efficient access control solution. Members and their guests can drive in and out smoothly, creating a pleasant experience. The automatic gate – opening function also helps in maintaining the exclusivity and privacy of the club premises.

Factories: In factory settings, where there is a high volume of vehicle traffic, the MDT01 – barrier gate combination streamlines the entry and exit processes. Trucks and other vehicles can move in and out of the factory without delays, improving overall operational efficiency. It also allows for better control of vehicle movements within the factory area.

Conclusion

The Exit Geomagnetic Remote MDT01, with its advanced features, compatibility, and sustainable power supply, is an excellent choice for enhancing the functionality of barrier gates in various settings. It offers a reliable, efficient, and user – friendly solution for modern access control needs.