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SIOUX CHIEF 655-D Image 1

SIOUX CHIEF 655-D HYDRA-RESTER 1 MIP WATER HAMMER ARRESTOR

MFR Part #: 655-D
SKU #: 1006304
Brand: Sioux Chief
UPC: 739236107558
Sioux Chief HydraRester™ 655-D 650 Water Hammer Arrester, 1 in, MNPT, 350 psig, 61 to 113 Fixture Unit Capacity
ANSI/ASSE 1010 2004 | FDA Approved

Sioux Chief HydraRester™ Water Hammer Arrester, Series: 650, 1 in Nominal, MNPT, 350 psig, 61 to 113 Fixture Unit Capacity, 250 deg F, Copper Body, EPDM O-Ring, 10-1/8 in L x 2-1/8 in W

Sioux Chief 650 Series piston-type water hammer arresters shall be required in piping systems. Water hammer arresters shall have sufficient volume of air to dissipate the calculated kinetic energy generated in the piping system. Arresters shall be effective when installed at any angle. Arresters shall be approved for installation with no access panel required. Water hammer arresters shall be ANSI/ASSE 1010 2004 certified. Arresters shall be sized and placed per manufacturer's instructions.

Product Details

Sioux Chief HydraRester™ Water Hammer Arrester, Series: 650, 1 in Nominal, MNPT, 350 psig, 61 to 113 Fixture Unit Capacity, 250 deg F, Copper Body, EPDM O-Ring, 10-1/8 in L x 2-1/8 in W

Sioux Chief 650 Series piston-type water hammer arresters shall be required in piping systems. Water hammer arresters shall have sufficient volume of air to dissipate the calculated kinetic energy generated in the piping system. Arresters shall be effective when installed at any angle. Arresters shall be approved for installation with no access panel required. Water hammer arresters shall be ANSI/ASSE 1010 2004 certified. Arresters shall be sized and placed per manufacturer's instructions.

Attributes

Body MaterialCopper
Connection TypeMNPT
Country Of OriginUS
Dimensions10-1/8 in L x 2-1/8 in W
Fixture Unit Capacity61 to 113
Nominal Size1 in
Pressure Rating350 psig
Series650
Softgoods MaterialEPDM O-Ring
Temperature Rating250 deg F

Features

  • Can be installed at any angle, and without access panels
  • Lifetime cycle tested to withstand 10,000 shock cycles