Abstract: A system and method for controlling a tension in an exercise apparatus are provided. The system includes an input/output (I/O) subsystem for permitting a user to enter at least one resistance value and for displaying a resistance exerted by the exercise apparatus; a controller configured to control the tension of the exercise apparatus based on the at least one resistance value entered by the user adjusting a position of a holder and moving a plurality of guides for selective attachment of tension members to catches on the exercise apparatus; and a power source connected to the controller and the I/O subsystem and configured to power the controller and the I/O subsystem.

Abstract: A system and method for controlling a tension in an exercise apparatus are provided. The system includes an input/output (I/O) subsystem for permitting a user to enter at least one resistance value and for displaying a resistance exerted by the exercise apparatus; a controller configured to control the tension of the exercise apparatus based on the at least one resistance value entered by the user adjusting a position of a holder and moving a plurality of guides for selective attachment of tension members to catches on the exercise apparatus; and a power source connected to the controller and the I/O subsystem and configured to power the controller and the I/O subsystem.

Abstract: A system for controlling the tension in an exercise apparatus includes a plurality of connectors that are collectively attached to a holder, the holder being movable relative to a fixed support, each connector further comprising a catch for independent attachment to a tension member from an exercise apparatus. Different combinations of tension members can be attached to the connectors with an electronic control system to create a desired tension arrangement, while the holder including all of the connectors can be moved to further fine tune the tension arrangement of the tension members.

Abstract: A system for controlling the tension in an exercise apparatus includes a plurality of connectors that are collectively attached to a holder, the holder being movable relative to a fixed support, each connector further comprising a catch for independent attachment to a tension member from an exercise apparatus. Different combinations of tension members can be attached to the connectors with an electronic control system to create a desired tension arrangement, while the holder including all of the connectors can be moved to further fine tune the tension arrangement of the tension members.