Dual rear view camera in the STOP lamp housing for Ford Transit 2014-2018 Ford Transit L4H3 CVBS NTSC/AHD 1080P

Double reversing camera built into the STOP lamp cover for Ford Transit 2014-2018 Ford Transit L4H3

• Ford Transit 2014-2018

• Ford Transit L4H3

• 90-degree camera for looking behind, e.g., instead of a mirror when driving forward

• 120-degree reversing camera directed more downwards for parking, equipped with IR LEDs

The cameras can operate in the CVBS NTSC system for older monitors or in the AHD system with a resolution of 1080P for monitors supporting this technology.

The function is switched using a loop.

A double 15-meter 4-PIN cable is included. If your monitor has RCA connectors, you should purchase additional adapters available in our offer.

• Sensor: 1/3" CMOS

• Lens: f: 2.8mm

• Tightness: IP68

• Vibration resistance: 10G

• Connector: 4-PIN

• System: CVBS NTSC/AHD1080P

• Viewing angle: 90/120 degrees

• Built-in IR: 6 pcs

• B.L.C: Back light Compensation (Auto)

• White balance: Auto White Balance (Auto)

• Power supply DC 12V (+/-10%) <3W

Depending on the monitor used, it is possible to view one, the second camera once (switching using the buttons on the monitor), but usually the view from the 90-degree camera is permanently switched on for viewing as if in a mirror.

If the reverse gear control is connected to the monitor, the monitor will automatically switch to the wide-angle rear view camera when reversing.

Split-screen monitors are also available that display both cameras simultaneously. In such a monitor, you can also use the buttons to change the view to individual cameras and control automatic switching using the reverse gear.

Very simple camera installation. Simply remove the factory brake light and install it in its place. New with a camera module, connect the 4-PIN cable (video and power) to the monitor. If the monitor does not have a 4-PIN connector, use an RCA reduction.

In rare cases, in some vehicles, the power supply to the reversing light is unstable - there are signals from the computer testing the bulb, which may cause interference in the image or no image at all.

In such cases, an anti-interference filter should be used or, in extreme cases, a relay supplying clean voltage from another point in the installation.