Apollo Valves 70-903-10 2-Piece Ball Valve

Apollo® Valves 70-903-10 2-Piece Ball Valve, 1/2 in Nominal, Solder Connection, 3-Ways -Port/Way, 400 psig Pressure

Apollo® Valves 70-903-10 2-Piece Ball Valve, 1/2 in Nominal, Solder Connection, 3-Ways -Port/Way, 400 psig Pressure 70-903-10

The Apollo® 70-900 Series is designed to be soft soldered without disassembly and is ideal for flow diversion; its larger ports make tank selection and fluid transfers simpler.
Apollo® Valves 2-Piece Ball Valve, Series: 70-900 Series, 1/2 in Nominal, Solder Connection, Standard Port, 400 psig, Gas, Water Media, Lever Actuator, 1/2 in Orifice, 2.87 in Inlet to Outlet Length, 1-3/4 in Top to Inlet Center, 3-Ways, ASTM B584-C84400, ASTM B16 Material Standard, Bronze Body, RPTFE Seat, Brass Stem, MPTFE Packing, Steel Handle, Brass Ball, 500 deg F, Domestic/Import: Domestic

Actuator Type      :      Lever
Ball Material      :      Brass
Body Material      :      Bronze
Connection Type      :      Solder
Domestic/Import      :      Domestic
Handle Material      :      Steel
Inlet to Outlet Length      :      2.87 in
Material Standard      :      ASTM B584-C84400, ASTM B16
Media      :      Gas, Water
Nominal Size      :      1/2 in
Number of Ports/Ways      :      3-Ways
Orifice Size      :      1/2 in
Packing Material      :      MPTFE
Port Type      :      Standard
Pressure Rating      :      400 psig
Seat Material      :      RPTFE
Series      :      70-900 Series
Stem Material      :      Brass
Temperature Rating      :      500 deg F
Top to Inlet Center      :      1-3/4 in
  • Adjustable packing gland
  • Blowout-proof stem design
  • 100% factory tested
  • Stainless steel nut
  • pdfInstruction/Installation Manual https://assets.unilogcorp.com/267/ITEM/DOC/Apollo_Valves_70_603_01_Instruction_Installation_Manual.pdf
  • pdfLine Drawing https://assets.unilogcorp.com/267/ITEM/DOC/Apollo_Valves_70_603_01_Line_Drawing.pdf
  • pdfSpecification Sheet https://assets.unilogcorp.com/267/ITEM/DOC/Apollo_Valves_70_905_57_Specification_Sheet.pdf