DS-TCP440-DB(E)(S)
4MP Dual-Sensor iBeacon Parking Camera
- Two sensors, two directions
- Reads plates, ANPR 99.5%+
- Space status accuracy 99.99%+
- Daisy chain: 2 RJ45, no power cord
DS-TCP440-DB(E)(S)
4MP Dual-Sensor iBeacon Parking Camera
- Two sensors, two directions
- Reads plates, ANPR 99.5%+
- Space status accuracy 99.99%+
- Daisy chain: 2 RJ45, no power cord
Key specs
- Dual-sensor 4MP camera, 2.8 mm lenses
- ANPR plate reading, accuracy 99.5% or more
- Parking space status, accuracy 99.99% or more
- Line crossing and motion detection
- Energy-saving high-brightness LED indicator
- Built-in iBeacon
- 2 RJ45 ports: cameras connect in a chain, no power cord needed
- 3D noise reduction, ROI encoding
Know before you buy
Quick answers about the DS-TCP440-DB(E)(S) 2.8mm, and how it compares.
How does a parking guidance system work?
A camera above the lane watches the spaces in front of it, reads each car plate and reports which spaces are free. The LED on the camera shows drivers where the free spaces are, LED screens at junctions show free spaces for each direction, and the entrance screen shows free spaces for each level or zone. Video guidance terminals power the cameras and collect the data. Drivers park faster and traffic inside the car park flows better. Ask us to plan your car park.
How does find-my-car work?
The parking cameras read the plate of every parked car and know its space. On the find-my-car kiosk, a driver types the plate number, space number or parking time, and the screen shows a photo of the car and where it is parked. This helps in big malls, hospitals and airports where people forget where they parked.