PVC Pipe Fittings
Charlotte PVC 02109 1000, 1 in nominal, Socket x MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02109 1200, 1-1/4 in nominal, Socket x MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02109 1400, 1-1/2 in nominal, Socket x MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02109 1600, 2 in nominal, Socket x MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02109 1800, 3 in nominal, Socket x MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02109 2000, 4 in nominal, Socket x MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02110 0500, 1/2 x 3/4 in nominal, Socket x MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02110 0700, 3/4 x 1 in nominal, Socket x MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02110 0800, 1 x 3/4 in nominal, Socket x MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02112 1600, 3/4 x 1/2 in nominal, MNPT x FNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02112 2000, 1 x 3/4 in nominal, MNPT x FNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02112 4000 Flush, 2 x 1-1/2 in nominal, MNPT x FNPT end style, SCH 40, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02113 0600, 1/2 in nominal, MNPT end style, SCH 40, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02113 0800, 3/4 in nominal, MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02113 1000, 1 in nominal, MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02113 1200, 1-1/4 in nominal, MNPT end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02113 1400, 1-1/2 in nominal, MNPT end style, SCH 40, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02116 0600, 1/2 in nominal, Socket end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02116 0800, 3/4 in nominal, Socket end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02116 1000, 1 in nominal, Socket end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02116 1200, 1-1/4 in nominal, Socket end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02116 1400, 1-1/2 in nominal, Socket end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02116 1600, 2 in nominal, Socket end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
Charlotte PVC 02116 1800, 3 in nominal, Socket end style, SCH 40/STD, PVC, Domestic
PVC Schedule 40 fitting that is for pressure systems where temperatures will not exceed 140° F. They are highly resilient, with high-tensile and high-impact strength. PVC Schedule 40 has better sound deadening qualities than
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The Square Dâ„¢ by Schneider Electric brand heavy duty safety switch is designed to be tough, reliable and provide exceptional performance in the most gruelling conditions from commercial and institutional to industrial and manufacturing facilities. F Series safety switches provide significantly higher levels of mechanical endurance than NEMA KS-1 or UL98 standards require. The design life of a F Series switch is a minimum of three times the NEMA requirement. An abundance of copper is used in the heaviest current carrying power paths of all Square Dâ„¢ by Schneider Electric heavy duty safety switches. The more copper for current carrying paths, the lower the temperature rise. Managing temperatures inside the switch is the key to providing greater service life. All heavy duty safety switches feature a quick-make, quick-break operating mechanism, a dual cover interlock and a color coded indicator handle.
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