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316 Stainless steel reducing bushings
1. Application: These reducing bushings are used with threaded rigid or IMC conduits to reduce the size of female hubs in order to accommodate smaller sized conduits or male threaded hubs. 2. Advantages：Rugged, steel construction maintains mechanical protection and solid grounding of the conduit to the designated electrical junction box or enclosure. Reducing bushings are zinc electroplated for excellent corrosion protection in damp locations. 3. Field Names: Reducer, reducer bushings, redu... -
Steel reducing bushings
1. Application: These reducing bushings are used with threaded rigid or IMC conduits to reduce the size of female hubs in order to accommodate smaller sized conduits or male threaded hubs. 2. Advantages：Rugged, steel construction maintains mechanical protection and solid grounding of the conduit to the designated electrical junction box or enclosure. Reducing bushings are zinc electroplated for excellent corrosion protection in damp locations. 3. Field Names: Reducer, reducer bushings, redu... -
EMT compression connectors – steel
1. Application: These uninsulated compression connectors are used to bond EMT thinwall conduits to electrical junction boxes or enclosures. Uninsulated, steel compression connectors provide concrete-tight connections when taped,and are rated for electrical applications above 600 volts. 2. Advantages：Heavy-gauge steel construction maintains mechanical protection and solid grounding of the conduit to the designated electrical junction box or enclosure. Labor-saving design allows the electrici... -
EMT compression connectors – insulated – steel
1. Application: These insulated compression connectors are used to bond EMT thinwall conduits to electrical junction boxes or enclosures. Insulated steel compression connectors provide concrete-tight connections when taped and are rated for electrical applications above 600 volts. 2. Advantages：Heavy-gauge steel construction maintains mechanical protection and solid grounding of the conduit to the designated electrical junction box or enclosure. The plastic throat liner ensures that electri... -
EMT compression couplings – steel
1. Application: These compression couplings are used to connect the ends of two EMT thinwall conduits together to extend the electrical raceway. Steel compression couplings provide concrete-tight connections when taped and are rated for electrical applications above 600 volts. 2. Advantages：Heavy-gauge steel construction maintains mechanical protection and solid grounding of one conduit to another. Compression couplings are zinc electroplated for excellent corrosion protection in damp locati... -
EMT connectors,set screw – steel
1. Application: These uninsulated electrical connectors are used in dry locations to bond EMT thinwall conduits to electrical junction boxes or enclosures. Uninsulated, steel set-screw connectors provide concretetight connections when taped and properly secured with the included locknut. They are rated for electrical applications above 600 volts. 2. Advantages：Heavy-gauge steel construction maintains mechanical protection and solid grounding of the conduit to the designated electrical junct... -
EMT connectors, set screw insulated – steel
1. Application: These insulated electrical connectors are used in dry locations to bond EMT thinwall conduits to electrical junction boxes or enclosures. Insulated, steel set-screw connectors provide concrete-tight connections when taped and properly secured with the included locknut. They are rated for electrical applications above 600 volts. 2. Advantages：Heavy-gauge steel construction maintains mechanical protection and solid grounding of the conduit to the designated electrical junction... -
EMT couplings,set screw – steel
1. Application: These electrical couplings are used in dry locations to connect the ends of two EMT thinwall conduits together to extend the raceway. Steel, setscrew couplings provide concrete-tight connections when taped and properly secured with the included set-screws. These steel set-screw couplings are rated for electrical applications above 600 volts. 2. Advantages：Heavy-gauge steel construction maintains mechanical protection and solid grounding of one conduit to another. Set-screw c... -
EMT compression connectors -raintight – steel
1. Application: These rain-tight compression connectors are used in wet locations to bond EMT thinwall conduits to electrical junction boxes or enclosures. Rain-tight EMT compression connectors have been designed to comply with the new rain-tight test requirements along with the 2008 NEC 358.42 and 314.15 requirements. 2. Advantages：Heavy-gauge construction maintains mechanical protection and solid grounding of the conduit to designated electrical junction boxes or enclosures. Compression co... -
EMT compression connectors -raintight – insulated
1. Application: These rain-tight compression connectors are used in wet locations to bond EMT thinwall conduits to electrical junction boxes or enclosures. Rain-tight EMT compression connectors have been designed to comply with the new rain-tight test requirements along with the 2008 NEC 358.42 and 314.15 requirements. 2. Advantages：Heavy-gauge construction maintains mechanical protection and solid grounding of the conduit to designated electrical junction boxes or enclosures. Compression co... -
EMT compression couplings -raintight
1. Application: These rain-tight compression couplings are used in wet locations to connect the ends of two EMT thinwall conduits together to extend the raceway. Rain-tight steel EMT compression couplings have been designed to comply with the new rain-tight test requirements along with the 2008 NEC 358.42 and 314.15 requirements. 2. Advantages：Heavy-gauge steel construction maintains mechanical protection and solid grounding of one conduit to another. Compression couplings are zinc electropl...