Passive POE Cable with PoE Splitter and PoE Injector (POE30M)
1.Descriptions of the Passive PoE Cable 30 Meters
2.Features of the Passive PoE Cable 30 Meters:
Connector Barrel size is 2.1mm (5.5 x 2.1 mm)
Power Pins 4,5 + and 7,8 -
RJ connector of passive PoE to the PC, Hub or Switch and connect the power adapter
to the power socket.
At the far end, we connect the end of the Ethernet cable to the RJ45 socket and connect
connected by them.
3.Technical specifications of the Passive PoE Cable 30 Meters:
Product |
Passive POE Cable with PoE Splitter and PoE Injector |
Model |
POE30M |
DC Input Voltage |
DC 48V ± 5 % |
DC Output Voltage |
DC 48V ± 5 % |
Max Output Current |
0.4A Max. |
Over Current Protection |
None |
Using Environment |
Working Temperature: 0℃~+45℃ Storage Temperature: -30℃~+70℃ Humidity Up to 90% |
POE Power Supply Method |
4/5+.7/8- |
Ethernet Date Rate |
10/100Mbps |
Ethernet Cable |
TIA/EIA 568 Cat.5 |
DC Plugs |
2.1mmx5.5mmx12mm |
Weight |
0.07kg |
Package |
PoE Splitter x1 PoE Injector x1 |
4.Product qualification and deliver, shipping and serving of the Passive PoE Cable 30 Meters
5.FAQ
IP camera
A PoE switch offers power supply and data connection to PoE-enabled IP camera system via network cables like Cat5, Cat5e and Cat6. Nowadays, whatever the industry or location, it is common and even necessary to use PoE managed switch for IP security camera to ensure the safety of people and business.
VoIP Phone
VoIP phone is the most common and original PoE application with a single connection to a wall socket. It can be remotely powered down. With gigabit PoE switch, only data network cable is required. PoE switch has promoted business communication and reduced deployment costs of VoIP.
wireless access point
Wireless network is greatly enhanced by the usage of PoE. PoE technology revolutionizes the wireless network by providing data and electricity over the same Ethernet cable. When you use PoE ethernet switch, installation of controllers and access points is greatly simplified. It is considered to be the most widespread way to build enterprise wireless network.
Maximum power to port: 60W
PoE Type 3 uses all four pairs in a copper cable. Currently in development with IEEE 802.3bt Type 3 Work Group, it is projected to be ratified in early 2017. It provides 60W of DC power to each PoE port (up to 51W of power for each device). PoE Type 3 can support devices such as videoconferencing system components and building management devices.
Maximum power to port: 100W
Growing power requirements of network devices are pushing the need for higher power delivered through network cabling – which is where PoE Type 4 comes into play. It provides up to 100W of DC power to each PoE port (up to 71W of power for each device). PoE Type 4 can support devices such as laptops and TVs. The standard is currently under development, and scheduled to be ratified in 2017.
B: Active PoE switch and Passive PoE switch
(Standard PoE switch and nonstandard PoE switch)
C: Unmanaged and managed PoE switch
D: PoE.PoE+, PoE++, higher-power PoE according to the power output