Abstract: A fitting for connecting conduit. The fitting includes a plurality of electrical conductors running through the fitting and a sealing compound that has been expanded within the fitting to separate the electrical conductors from each other and sides of the fitting. In a further embodiment, the fitting includes a plurality of conductors running through the fitting and a sealing compound that has been expanded within the fitting to separate the conductors from each other and sides of the fitting. The fitting includes a first plug that is secured within a first opening in the fitting such that the first plug is inserted into the first opening after the sealing compound is added to the fitting through the first opening.

Abstract: A fitting for connecting conduit. The fitting includes a plurality of conductors running through the fitting such that the conductors are vertically oriented in addition to a dam that is near a bottom of the fitting such that the dam separates the conductors from each other and sides of the fitting. The fitting further includes a sealing compound that has been expanded within the fitting above the dam to separate the conductors from each other and sides of the fitting. In a further embodiment, a method of filling a fitting having conductors running through the fitting includes creating a dam near a bottom of the fitting and adding a sealing compound to the fitting such that the dam prevents the sealing compound from exiting the fitting. The method further includes allowing the sealing compound to expand in the fitting such that the conductors are separated.

Abstract: A fitting for connecting conduit. The fitting includes a plurality of electrical conductors running through the fitting and a sealing compound that has been expanded within the fitting to separate the electrical conductors from each other and sides of the fitting. In a further embodiment, the fitting includes a plurality of conductors running through the fitting and a sealing compound that has been expanded within the fitting to separate the conductors from each other and sides of the fitting. The fitting includes a first plug that is secured within a first opening in the fitting such that the first plug is inserted into the first opening after the sealing compound is added to the fitting through the first opening.

Abstract: An expanding compound is used to seal conduit fittings. The compound is injected into the fitting, and expands to separate conductors within the fitting. In one embodiment, the compound expands to four times its size, and hardens within approximately one hour. In a further embodiment, the compound is a two-part product that is mixed in a self contained applicator and injected into the fitting.

Abstract: Electrical conduits and conductors may be sealed using a chamber configured for attachment to a conduit through which at least one conductor runs such that the at least one conductor also runs through the chamber. A vent allows gas that enters the chamber from the conduit to exit the chamber. A sealing compound fills the chamber and surrounds the conductor and the vent.

Abstract: Electrical conduits and conductors are sealed using a chamber that is configured for attachment to a conduit through which at least one conductor runs, such that the at least one conductor also runs through the chamber. A port permits access to the chamber to inject a sealing compound into the chamber, and a vent permits access to a portion of the conductor that is located between portions of the conductor that are surrounded by the sealing compound after the sealing compound is injected into the chamber.

Abstract: An expanding compound is used to seal conduit fittings. The compound is injected into the fitting, and expands to separate conductors within the fitting. In one embodiment, the compound expands to four times its size, and hardens within approximately one hour. In a further embodiment, the compound is a two-part product that is mixed in a self contained applicator and injected into the fitting.