Hello,
Gentlemen, I am looking for a distribution of power and signal pins that are plugged into the ankle inside the BCS-TIP1130IR camera.
I have such a camera, but I do not have the original cable / connector for it, which was terminated inside the camera with a 12-pin connector and outside with a power plug and RJ45 socket.
I will be grateful for the description of where and how to connect so that the camera moves.
[Edit]
In connection with the solution of the problem I put a diagram of pins connection in the IP camera and their connections to the RJ45 and to the power socket.
Below is a brief description of the connections between the cube in the camera and RJ45 and the power socket according to the diagram shown:
K1 - contact not connected in camera (Has connection with K2)
K2 - yellow wire in the camera - Pin No. 4 or 5 in RJ45 - Plus PoE supply (Note: PoE supply is 48VDC)
K3 - a contact not connected in the camera (It has an internal connection with K4)
K4 - gray wire - Pin No. 7 or 8 in RJ45 - PoE supply minus (Note: PoE supply is 48VDC)
K5 - green wire (no info)
K6 - red wire - plus 12V DC power supply
K7 - white wire (no info)
K8 - black wire - minus 12VDC power supply
K9 - brown wire - Pin No. 1 in RJ45
K10 - purple wire - Pin No. 2 in RJ45
K11 - orange wire - Pin No. 3 in RJ45
K12 - blue wire - Pin No. 6 in RJ45
In case someone has only damaged the RJ45 socket end and connects it to the UTP cable, the relationship looks like this:
Camera -------- UTP
brown - white-orange
purple - orange
orange - white-green
yellow - blue and / or white and blue
blue - green
gray - white brown and / or brown
I also attach a diagram in the form of a file .
Special thanks to @ maly_13 for helping me solve the problem.
Gentlemen, I am looking for a distribution of power and signal pins that are plugged into the ankle inside the BCS-TIP1130IR camera.
I have such a camera, but I do not have the original cable / connector for it, which was terminated inside the camera with a 12-pin connector and outside with a power plug and RJ45 socket.
I will be grateful for the description of where and how to connect so that the camera moves.
[Edit]
In connection with the solution of the problem I put a diagram of pins connection in the IP camera and their connections to the RJ45 and to the power socket.
Below is a brief description of the connections between the cube in the camera and RJ45 and the power socket according to the diagram shown:
K1 - contact not connected in camera (Has connection with K2)
K2 - yellow wire in the camera - Pin No. 4 or 5 in RJ45 - Plus PoE supply (Note: PoE supply is 48VDC)
K3 - a contact not connected in the camera (It has an internal connection with K4)
K4 - gray wire - Pin No. 7 or 8 in RJ45 - PoE supply minus (Note: PoE supply is 48VDC)
K5 - green wire (no info)
K6 - red wire - plus 12V DC power supply
K7 - white wire (no info)
K8 - black wire - minus 12VDC power supply
K9 - brown wire - Pin No. 1 in RJ45
K10 - purple wire - Pin No. 2 in RJ45
K11 - orange wire - Pin No. 3 in RJ45
K12 - blue wire - Pin No. 6 in RJ45
In case someone has only damaged the RJ45 socket end and connects it to the UTP cable, the relationship looks like this:
Camera -------- UTP
brown - white-orange
purple - orange
orange - white-green
yellow - blue and / or white and blue
blue - green
gray - white brown and / or brown
I also attach a diagram in the form of a file .
Special thanks to @ maly_13 for helping me solve the problem.
) a nice blow from the falling scaffolding element during facade renovation. Best of all, as it turned out later, the wires from the pins were pulled out by the employees themselves because they wanted to hide the whole case and after "disassembly" of the camera by quickly pulling the cables out of the camera they were hidden under the facade ... Simply human creativity has no limits. [/ B]
