IWD-400 High-quality 24GHz Radar Vehicle Detector Gate Sensor for Parking Boom Barrier Gate to Replace Loop Detector
This manual is suitable for barriers such as anti-smashing and other occasions. The following will describe the application scenarios, installation, parameter settings, debugging and precautions of the radar, and guide you to correctly install and use the barrier radar. This Microwave Radar Sensor adopts the most integrated 24G radar single-chip transceiver solution, which has the characteristics of high technical content and strong professionalism. Please read the product installation and debugging manual carefully before use.
Product features
This Vehicle Detector Gate Sensor adopts the 24-26GHz single-chip transceiver chip and multi-layer composite PCB antenna imported from Germany. Due to the characteristics of high integration, high bandwidth and low noise, the radar's working frequency spectrum and measurement accuracy are stable, and it can be applied to channel Gate anti-smashing and other occasions.
Parameters
1. Input voltage | DC9-24V 200mA |
| 2. Operating frequency range: | 24-24.5GHz |
| 3. Modulation mode: | FMCW |
| 4. Transmitting power: | 10-12dBm |
| 5. Horizontal beam: | <30° |
| 6. Vertical beam: | <17° |
| 7. Detection distance: | 1-6 meters, ±0.1 meters. |
| 8. Working temperature: | -40℃~+85℃ |
| 9. Protection grade: | IP67 |
Our Service:
1. Your inquiry related to our products or prices will be replied in 12 hours;
2. Well-trained and experienced staffs to answer all your inquires in fluent English;
3. OEM&ODM,any your customized products we can help you to design and put into production;
4. Protection of your sales area, ideas of design and all your private information;
5. Deliver by air mail or ship for your orders.
For Order:
1. Accept OEM/ODM;
2. Print logo on the case and package;
3. Payment Details :30%deposit,70%balance before shipment.Payment accept T/T and western union optional.
4. Minimum Order:100 pcs(accept trial order);
5. Delivery Details:within two weeks.
Exhibition:
