Powerline MU

4.2.2Using a Panel Extender (multiple electrical panels)

Figure 8 Wiring the Panel Extender

To wire the Panel Extender, open the housing and connect 10- or 14-gauge wires as shown in Figure 8.

Figure 9 Wiring the Panel Extender

Pay careful attention to the “Signal Out” and Signal In” labels. The “Signal Out” ports are isolated so that the RF signal can pass from the “Signal In” port through the “Signal Out” ports, but the AC power cannot, so be sure to connect the newly created outlets to the “Signal In” port.

Figure 9 Wiring the Panel Extender

WARNING! You must have a qualified electrician install the Panel Extender(s). The installation should be carried out in accordance with local codes. This may include mounting the Panel Extender inside an enclosure with conduit affixed to the enclosure, or using 4-core cable and cable glands.

Once connected, if the product is opened up or in any way mishandled, a risk of electric shock exists. Installers should insure the Panel Extender is not easily accessible; for example, housing the device in a locked enclosure.

Create new electrical outlets by extending each phase (typically three) plus neutral from the first breaker panel. These outlets will be where the Gateway injects the signal onto the electrical grid. Use unused breakers if available.

Extend four wires (each phase plus neutral) from the newly created outlets to the "Signal In" port on the Panel Extender. Again, this can be done with the same type of wire used to create the outlets. Refer to local code for conduit and wire size requirements.

Extend four wires (each phase plus neutral) from the Panel Extender "Signal Out" ports to up to three additional breaker panels. Four wires will need to be installed and run for EACH additional breaker panel that is connected. At the subsequent breaker panel, directly connect the other end of the wire to a breaker on each phase, remembering to also connect the neutral. Again, use unused breakers if they are available.

The ideal place to connect the Powerline MU Gateway is at the primary breaker panel that feeds the outlets where signal is needed. Often, there will be additional breaker panels in the same room or on adjacent floors that service additional outlets where signal is needed. Signal can be injected into up to four breaker panels simultaneously with the use of one Panel Extender.

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Motorola Powerline MU manual Using a Panel Extender multiple electrical panels, Wiring the Panel Extender
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Powerline MU specifications

The Motorola Powerline MU is a cutting-edge device designed to enhance your home or office internet experience. With growing demands for seamless connectivity, this innovative solution leverages powerline communication technology to deliver high-speed internet access through existing electrical wiring. This means you can utilize your power outlets as network connections without the need to run extensive cabling.

One of the standout features of the Motorola Powerline MU is its impressive data transfer rates. Capable of achieving speeds up to 1000 Mbps, this device ensures that even bandwidth-intensive applications, such as streaming in 4K or online gaming, can be executed smoothly. This high-speed performance is made possible through advanced HomePlug AV2 technology, which optimizes data transfer across the powerline, significantly reducing latency and enhancing overall network efficiency.

Another remarkable characteristic of the Motorola Powerline MU is its plug-and-play simplicity. Setting up the device is straightforward; simply plug it into a wall outlet, connect it to your modem or router via Ethernet, and you’re ready to go. The user-friendly design means you don’t need to be a tech expert to get connected quickly. Additionally, with multiple Ethernet ports available, you can connect several devices simultaneously, providing versatile connectivity options for your home or office.

Security is paramount in today’s digital landscape, and the Motorola Powerline MU does not disappoint in this regard. It features 128-bit AES encryption to ensure that your data remains secure while transmitted over the powerline. This built-in security layer provides peace of mind, allowing users to connect their devices without fearing unauthorized access.

Moreover, the Motorola Powerline MU is environmentally friendly, with power-saving technologies that reduce energy consumption while in use. This aspect aligns with the growing emphasis on sustainability within the technology sector.

In conclusion, the Motorola Powerline MU stands out as an efficient and reliable solution for high-speed internet connectivity via existing electrical infrastructure. With its superior data transfer rates, intuitive setup, robust security features, and energy efficiency, it is an excellent choice for anyone looking to enhance their home or office network experience. The combination of practical design and advanced technology makes the Motorola Powerline MU a noteworthy addition to any modern digital environment.
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