...
Power supply
DC power input
iam is CORSIGHTcamerasare designed for a power supply input range of 24 V ±10%. The power consumption strongly depends on the utilisation of the main system parts: Image sensor, FPGA, ARM coresconnected peripherals — devices being powered by CORSIGHT through the USB or other interfaces. The power consumption is typically less than 13 of the CORSIGHT itself is typically 15 W, while the total power consumption, including the connected peripherals, should not exceed 25 W. A suitable power supply for iam CORSIGHT is available from NET.
For designing a custom The customers designing an own power supply see will find the information about the power input connector in Connector and cable descriptionSection “I/O connector”.
Power over Ethernet (PoE
...
| Note |
|---|
Be aware in case of using a prototype camera: If the camera serial number has an X or Z in the 9th digit (e.g. 14A2GEBAX2042013) Power over Ethernet is not supported even though the camera will be detected as a PoE device by a PoE injector! |
...
+)
TheCORSIGHTcameras can be also powered using the Power over Ethernet option. The cameras are compatible with the Power over Ethernet standard, versions IEEE 802.3af and 802.3at. They should be used with PoE switches (“endspans”) or power injectors (“midspans”) complying with the IEEE 802.3af/IEEE 802.3at specifications.
Both PoE modes (A and B) are supported by the camera. Beware of using the PoE cameras with 100Mbit Ethernet only cables, where the “spare” wire pairs might be omitted. With such cable, the power wouldn't be delivered when using Mode B compatible power sourcing equipment.
The iam CORSIGHTcamera models are classified in the power level class 0 or class 34. The power consumption with PoE is slightly higher than consumption with a “regular” power supply. When connecting multiple iam CORSIGHT cameras to a single PoE switch, verify how much total power the switch can provide and how it handles cases when the limit is exceeded.
...