These banana plugs accept a wide range of wire diameters to suit the needs of your system. A small screwdriver is the only extra tool you need for terminating the wires; no crimping and no soldering.
Milled from solid brass, with a 24 karat gold plating for maximum signal transfer, these 1/4" to 3/8" forked spade connectors feature a carbon fiber wrapped shell to provide protection from unintended contact while accepting up to 8 AWG wire.
Home Theatre Connectors - Just one look at these select connectors and you will see the quality craftsmanship that went into their design.
Finally a solution for getting wires in and out of cabinet sub-enclosures! These dual-ended push terminals will eliminate the need for messy caulking or having to solder inside a cabinet.
Recessed mount speaker terminal with two pair of gold plated binding posts. Perfect for speakers that utilize a separate amp for woofer and tweeter.
Round recessed panel with gold plated spring-loaded terminals. Color coded. Accepts up to 8 gauge wire.
Spring loaded, pushbutton terminals. Color coded for polarity identification. Accepts up to 12 gauge wire. Overall size: 2-3/16" square.
Rectangular recessed panel with gold plated posts and knurled knobs. Color coded. Accepts up to 8 gauge wire. Can also be used with dual banana plugs. Overall size: 3-5/8" by 3-1/8"; cutout: 2-7/8" x 2-1/8". Includes gasket.
Round recessed panel. Features gold plated posts and knurled knobs. Color-coded. Accepts up to 8 gauge wire. Can also be used with dual banana plugs. Dimensions: 4-1/8" outer diameter.
Round recessed panel with gold plated post and knurled knobs. Color coded. Accepts up to 8 gauge wire. Can also be used with dual banana plugs.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
By rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system, it is possible to dramatically improve clarity, stereo imaging and bass response. This is very apparent with subwoofer systems.
By rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system, it is possible to dramatically improve clarity, stereo imaging and bass response. This is very apparent with subwoofer systems.
By rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system, it is possible to dramatically improve clarity, stereo imaging and bass response. This is very apparent with subwoofer systems.
By rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system, it is possible to dramatically improve clarity, stereo imaging and bass response. This is very apparent with subwoofer systems.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
Rigidly coupling a loudspeaker enclosure to a floor by means of a "spiking" system dramatically improves clarity, stereo imaging, and bass response.
