User manual HAWKING HPOE1 DOCUMENT

[. . . ] · Consult the dealer or an experienced radio/TV technician for help. Shielded interface cables must be used in order to comply with emission limits. You are cautioned that changes or modifications not expressly approved by the party responsible for compliance could void your authority to operate the equipment. This device complies with Part 15 of the FCC rules. [. . . ] The Splitter unit's DIP switch is adjusted to a voltage setting that matches the network device's listed power setting. (For example, if the device is a network camera with a 5V power specification, the Splitter's DIP switch would be set to "5V". ) For more detailed instructions on how to set up the PoE Adapter Kit with a network device, please refer to the chapter titled "Installation" on page 8 of this user's manual. 4 · · · · · Transmits both data and power via a standard RJ-45 Ethernet cable Delivers DC power and data to non-PoE network devices Delivers power over up to 100 meters Short-circuit protection Adjustable output settings (5v/1. 5A, 7. 5v/1A, and 12v/1A) to match the power setting of your associated network device · · · Remote power feeding Lightweight and compact Plug-and-Play 5 1. 6. Power over Ethernet Injector Power over Ethernet splitter Power adapter 48V/0. 4A RJ-45 Ethernet Cable Power Link Cable (Male-to-Male) User's Manual Figure 2. Package Contents 6 Power over Ethernet Injector The Power over Ethernet Injector has three connection ports and one LED indicator (Power). The following is a brief description: · Data-In (LAN) port: This is the RJ-45 Ethernet port for data transmission into the PoE Injector. This port connects to a router, switch, or hub. · Power-In port: The Power-In port supplies power into the Injector. Figure 3. The Injector's Data-In and Power-In ports · Power + Data-Out port: This is an RJ-45 Ethernet port and connects to the PoE Splitter's Power + Data-In port via a standard Ethernet cable. The RJ-45 Ethernet cable delivers both data and power to the PoE Splitter. Figure 4. The Injector's Power + Data-Out port 7 Power over Ethernet Splitter The Power over Ethernet Splitter has three connection ports, three LED indicators, and a voltage adjustment DIP switch. · Power + Data-In port: This is an RJ-45 Ethernet port for data and power transmission into the PoE Splitter. This port connects to the PoE Injector's Power + Data-Out port via an RJ-45 Ethernet cable. The RJ-45 Ethernet cable delivers both data and power to the PoE Splitter. Figure 5. The Splitter's Power + Data-In port · Data-Out port: This is an RJ-45 Ethernet port and connects to a network device such as an IP camera via an RJ-45 Ethernet cable. This cable will transmit data to and from the network device. · Power-Out port: The Power-Out port transmits DC power to a 5V, 7. 5V or 12V network device via the Data Link cable that is included with the packaging. Figure 6. The Splitter's Data-Out port, Power Out port, and DIP Switch 8 LED indicators: There are three LEDs on the top of PoE Splitter. The LEDs are listed according to power output status: 5V (also Power), 7. 5V, or 12V. Figure 7. Power and Voltage Status LED Indicators · DIP switch: The DIP switch adjusts the splitter voltage, allowing for the PoE Adapter to operate with a variety of different PoE-capable network devices, such as IP cameras, access points, and more. It has three voltage settings: 5V, 7. 5V and 12V. Before adjusting the DIP switch, please remember to disconnect the power from the Splitter. Figure 8. DIP switch 9 This Installation section will provide you with general instructions on how to set up the HPOE1 Adapter Kit with PoE-capable devices by walking you through two examples: 1. [. . . ] Using another RJ-45 Ethernet cable, connect the Power + Data-Out port on the PoE Injector to the Power + Data-In port on the PoE Splitter. Plug the included 48V/0. 4A power adapter into the PoE Injector's 48V/0. 4A Power-In port. (You do not need to plug the power adapter into the wall outlet yet. ) 4. Connect the Data-Out (LAN) port on the PoE Splitter to the LAN (Ethernet) port on the HWBA54G Multi-Function AP/Bridge using a standard RJ-45 Ethernet cable. [. . . ]