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Shop > X-10 Pro > XPPF
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X10 PRO Plug-in Noise Filter
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For isolating a specific appliance. When you see a signal increase upon unplugging a device, then you have detected an offending device. Now all that you have to do is purchase an XPPF plug in filter. The XPPF is plugged into the wall where the offending device was plugged in and then plug the device into the XPPF. The X10 signal will now pass freely thoughout the electrical system without the noise, blocked by the XPPF, passing onto the power line.
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Installation Instructions for XPPF
X10 Pro 120 VAC Plug-In Filter Module
BEFORE YOU BEGIN...
- Read all instructions
- Make sure your installation will conform to all applicable codes and requirements.
- Test for Signal Strength and Noise using the XPTR Signal Strength Indicator and XPTT Signal Test Transmitter. It is necessary to test the installation in the actual operating environment. The amount and types of line loads may reduce the strength of the transmitted signal and/or electrical noise may cause interference with the transmitted signal. Proper installation may require additional couplers, filters or repeaters. Special coupling devices are required to allow signal to be distributed to all phases and zero-crossings in multi-phase and multi-transformer distributions.
- There are no field repairable assemblies on this unit. It is covered by a two year limited warranty. If service is needed, the unit must be returned where purchased.
NOTE: Use the XPPF to filter noise generated by 120 VAC equipment with two or three wire plug-type power conductors.
CAUTION! Check the equipment's amp draw. Do not exceed the XPPF's five amp rating.
- Plug the XPPF into any 125 VAC outlet. Then plug the equipment into the plug receptacle on the bottom of the XPPF in the Wring Diagram.
- Check connections to be sure they are tight.
- Make sure the load or installation does not exceed the device rating.
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- Test Operation:
Using a controller, transmit appropriate commands to ensure proper operation and interference filtering.
- Test for Signal Strength and Noise once again using the Signal Strength Indicator and Signal Test Transmitter
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