APC H10 Surge Protection, Isolated Noise Filter Banks Infb, DC Trigger, Removable Support Feet

Surge Protection

The H10 Power Conditioner provides a high level of surge protection for the voltage going into the unit, thus protecting the devices connected to the unit. Additionally, surge protected coax/radio frequency (RF) connectors are protected against surges traveling over coaxial lines to protect your digital satellite system (DSS), CATV box, or cable modem. Similarly, the telephone line surge protection feature provides a protected splitter to allow output to a telephone, modem, Digital Subscriber Line (DSL) modem, fax, digital video recorder (DVR), DSS system, set-top internet service provider (such as WebTV), or pay-per-view cable TV function.

Isolated Noise Filter Banks (INFB)

The H10 also provides INFB technology to eliminate electromagnetic and radio frequency interference that can negatively impact sound and video quality.

DC Trigger

When connected to a component acting as a DC trigger, that component controls the turning on/off of the ‘delayed’ outlet banks. The H10 also allows that DC signal to pass through to another connected component.

CAUTION: When connecting to the DC Trigger jacks, connect the source of the DC trigger to the IN jack. The OUT jack should be used only as a pass-through. The DC Trigger signal can be short circuited if the input and output cables are reversed. The maximum input voltage for the DC Trigger is 30VDC. Do not apply an AC voltage to the DC trigger jacks. Failure to comply with this statement may result in equipment damage.

Removable Support Feet

Feet can be unscrewed and removed to save space when rack mounting.

12 Outlets

All outlets provide surge protection, voltage regulation, and noise filtering.

Sequenced Turn On/Off

Ensures connected equipment is powered-up/down in the proper order and with the right amount of delay between the stages. This feature allows the user to program a delay into the sequence between 0 and 12 seconds. This delay feature eliminates transients that can affect connected components.

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