초록 ▼

The present invention provides a system and method for manually balancing the volume of air supplied through at least one duct to a conditioned space the system including a damper rotatably mounted within the air duct by a damper shaft having a first and second ends, an electronic pulse actuator res

The present invention provides a system and method for manually balancing the volume of air supplied through at least one duct to a conditioned space the system including a damper rotatably mounted within the air duct by a damper shaft having a first and second ends, an electronic pulse actuator responsive to an electronic pulse being associated with the first end, a housing associated with the electronic pulse actuator is generally adapted for operably connecting the electronic pulse actuator to the air duct and a remote positioning unit in electric communication with the electronic pulse actuator where the damper is rotated between an open and a closed position for manually balancing the conditioned space to receive the desired volume of air.

대표청구항 ▼

Having thus described the invention, what is claimed as new and desired to be secured by Letters Patent is as follows: 1. An air balancing system for manually balancing a volume of air supplied through at least one air duct to a conditioned space, said air balancing system comprising:a damper rotata

Having thus described the invention, what is claimed as new and desired to be secured by Letters Patent is as follows: 1. An air balancing system for manually balancing a volume of air supplied through at least one air duct to a conditioned space, said air balancing system comprising:a damper rotatably mounted within the air duct by a damper shaft having a first end and a second end opposite said first end;an electronic pulse actuator responsive to an electronic pulse and associated with said first end;a housing associated with said electronic pulse actuator and adapted for operably connecting said electronic pulse actuator to said air duct;said housing further comprising a vertically positioned mounting plate spaced from said air duct by a stand-off bracket having a first leg parallel and spaced from a second leg, said first and second legs supporting said mounting plate;said mounting plate securing said electronic pulse actuator and a housing terminal, said electronic pulse actuator being spaced from said housing terminal;said housing terminal being in direct electrical communication with said electronic pulse actuator and a space terminal; andsaid space terminal having a communications port in direct electrical communication with a remote positioning unit for transmission of an electronic pulse from the remote positioning unit to the electronic pulse actuator along the electronic communications cable for selectively operating said damper between a partially open and a partially closed position in response to a command from a said remote positioning unit at a space terminal associated with a single zone conditioned space for manually balancing the conditioned space to receive the desired volume of air.