With the continuous upgrading of intelligent industrial door technology, the opening method of the rapid door is also increasingly diversified. Among them, radar induction and geomagnetic induction are two common automatic induction methods. They have their own characteristics, suitable for different industrial and commercial environments.
So, what is the difference between ** radar induction fast door vs magnetic induction industrial door? How to choose a more suitable induction method? **This article will provide you with a detailed analysis.
Radar induction fast door vs magnetic induction industrial door difference
Working Principle
✅ Radar induction fast door
Detecting the movement status of objects through microwave radar, with wide detection range and fast response speed.
Applicable to pedestrians, forklifts, equipment and other dynamic objects, can automatically sense and trigger the opening of the door.
✅ Ground magnetic induction industrial door
Relying on the ground induction coil, it triggers the door opening and closing by detecting the presence of **metal objects (e.g. vehicles, forklifts)**.
It is mainly suitable for traffic flow control, avoiding accidental touch, reducing unnecessary switching and improving the service life of the door.
Trigger method
Radar induction: effective for all moving objects (including people and vehicles), suitable for high pedestrian or high vehicle traffic environment.
Geomagnetic induction: only works on **metal objects (vehicles, forklifts, etc.)**, which can avoid false triggering by pedestrians and save energy.
Applicable environment
Radar induction: suitable for logistics warehouses, shopping malls, production workshops and other places with dense human flow.
Geomagnetic induction: suitable for parking lots, factory entrances and exits, port logistics and other areas where only vehicles need to enter and exit.
Radar Induction vs Geomagnetic Induction, How to Choose?
Scenarios for choosing radar induction speedy gate
✅ Areas with mixed flow of pedestrians and vehicles (e.g. logistics centers, supermarket cargo aisles)
✅ High-frequency entry and exit, places that need to be opened quickly (such as production workshops, cold chain warehouses)
✅ Suitable for various object detection (people, forklifts, robots, etc.)
Scenarios for choosing geomagnetic induction industrial doors
✅ Areas where only vehicles pass through (e.g. underground garages, industrial park entrances and exits)
✅ Reduce false triggering, reduce the number of door openings (e.g. cold storage, food factories)
✅ Need to accurately sense vehicles, but don’t want pedestrians to trigger (e.g. automated logistics warehouses)
Combining intelligent induction technology to enhance the experience of using industrial doors
At present, intelligent induction door (keyword: intelligent induction door) combines radar + geomagnetic + remote control and other control methods to realize smarter management. For example:
In cold chain logistics centers, geomagnetic + radar double sensing can be used to ensure that the door is opened only when the vehicle passes through, reducing temperature loss.
In automated warehousing, AGV forklifts can be combined to accurately identify logistics equipment to ensure safety and efficiency.
In cleanroom environments, the intelligent sensing system reduces unnecessary switching and improves sealing performance.
Conclusion: choose the right induction method to improve the efficiency of the fast door
If your scenario involves pedestrian+vehicle traffic, choose radar induction quick door with high sensitivity and fast response.
If it is mainly used for vehicle entrances and exits, choose geomagnetic induction industrial doors for precise sensing and reduced energy consumption.
Intelligent induction door combines radar, geomagnetic and other technologies to realize more efficient industrial door management.
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