LCD monitor in the mirror 3.5″ + camera + parking sensor

Description

The parking sensor is used to detect obstacles behind the vehicle when parking and to indicate the distance to the obstacle. The parking sensor ensures safety and makes parking much easier.

The device is particularly useful in crowded parking lots, during rain or snowfall, and in situations with limited visibility, such as at night. By determining the distance and direction of an obstacle, we can avoid unnecessary expenses and many unpleasant situations caused by even the slightest bumper abrasions.

This bumper-mounted parking system with a rearview camera and four sensors perfectly solves the problem of parking in difficult conditions. The system can be installed in any car!
The monitor with a 3.5-inch display is designed to be mounted on the standard rearview mirror. It signals obstacles by displaying the image from the rearview camera.
Each kit includes a drill bit for drilling holes in the bumper. Installation and use are easy and intuitive.

Monitor specifications:

Digital TFT LCD monitor

Display size: 3.5″; display format: 4:3

Power: <3W, power supply: 12VDC

Video: 2 AV sockets, automatic switching when reversing

 System: PAL/NTSC auto switching

Contrast: 350:1, pixels: 960*468

Mounting on the mirror using movable brackets.

Terms of use:

Operating voltage: 9V-16V DC

Ambient humidity: 10-90%

Ambient temperature: -20C to +60C

Camera specifications

Sensor: 1/4” CMOS

System: PAL/NTSC

Sensitivity: 0.1lux

Video output: 1.0Vp-p

Horizontal resolution: 420TVL

Signal to noise ratio: >48dB

Shutter: Electronic

Image functions: AGC, BLC

Power supply: 12V +/- 10%

Current consumption: 150mA (max.)

Operating temperature: -30 to +80'C

Storage temperature: -40 to +85'C

IP protection class: IP67

Housing: Aluminum

The set includes:

– 4.3” LCD monitor (with 0.4 m cable)

– reversing camera (with 0.4m cable)

– camera power cable (1.5m)

– control unit power cable (1m)

– RCA-RCA video cable (6m)

– drill (diameter 28m)

– parking sensors

– instructions