X10 PRO In-Line Noise Reducer

Filters Power Line Noise Up To 90 Percent

If your X10 modules aren’t responding properly due to noise from other electronics on the power line, install the X10 PRO In-Line Noise Reducer. The noise reducer attenuates power line signals above and below the X10 120KHz operating frequency, allowing X10 signals to pass through, while removing others.

• Reduces noise generated by non-X10 electronics
• Connects between AC hot and AC neutral
• Rated for 120/240 VAC devices
• Combines with other X10 noise filters

The In-Line Noise Reducer is a line filter with two wires that connect to the AC line between the AC hot and AC neutral wires. It can be installed at the noise-generating device (recommended), inside an electrical outlet, or at the circuit breaker. For especially problematic noise, you can install multiple reducers in different locations.

The noise reducer attenuates signals by shorting the non-X10 power line signals to AC neutral. X10 signals can then pass freely throughout your home’s electrical system without interference from noise generated by other devices. The reducer is rated for 120/240 VAC devices, but if your noisy device is 220/240 VAC, you can wire one Noise Reducer onto each of the AC hot leads to achieve the same results.

Note: The In-Line Noise Reducer is typically used only when other noise reducing options, such as the XPPF or XPF Filter(s), have failed to improve X10 performance sufficiently. It can be used in any combination with the XPPF or XPF Filter(s) in hard-to-filter noise environments.

X10 Makes It So Easy To Automate Your Home!

X10 began manufacturing home automation and security products in the late 70s, establishing X10 as a smart home standard. X10 utilizes powerline technology to transmit control signals anywhere in your house over your existing electrical lines, so you can control lights and appliances throughout your home without running new wires! Have complete, automated control over lights and appliances from anywhere in your home with X10.