Apollo® Valves 88A203UL 88A203UL

Apollo Valves 88A203UL Ball Valve

Apollo® Valves 88A-200 Series 88A203UL Ball Valve, 1/2 in, Flanged, Carbon Steel, 150 psig

Apollo® Valves 88A-200 Series 88A203UL Ball Valve, 1/2 in, Flanged, Carbon Steel, 150 psig 88A203UL

Apollo® Valves Ball Valve, Series: 88A-200 Series, 1/2 in Nominal, Flanged Connection, Full Port, Standard, 150 psig, 150 lb Pressure Class, Saturated Steam, Vacuum, Water Media, 4-1/4 in Inlet to Outlet Length, 2.74 in Top to Inlet Center, 1/2 in Opening, 2 Positions, Lever Handle Operator, 15 Cv Flow Coefficient (Cv), ASTM A216 Grade WCB, A366 Material Standard, Carbon Steel Body, TFM1700 Seat, Carbon Steel Stem, RPTFE Seal, Stainless Steel Trim, Steel/Vinyl Handle, Carbon Steel Ball, Domestic/Import: Domestic

Ball Material      :      Carbon Steel
Body Material      :      Carbon Steel
Configuration      :      Standard
Connection Type      :      Flanged
Domestic/Import      :      Domestic
Flow Coefficient (Cv)      :      15 Cv
Handle Material      :      Steel/Vinyl
Inlet to Outlet Length      :      4-1/4 in
Material Standard      :      ASTM A216 Grade WCB, A366
Media      :      Saturated Steam, Vacuum, Water
Nominal Size      :      1/2 in
Number of Positions      :      2
Opening Size      :      1/2 in
Operator Type      :      Lever Handle
Port Type      :      Full
Pressure Class      :      150 lb
Pressure Rating      :      150 psig
Seal Material      :      RPTFE
Seat Material      :      TFM1700
Series      :      88A-200 Series
Stem Material      :      Carbon Steel
Top to Inlet Center      :      2.74 in
Trim Material      :      Stainless Steel
  • Two-position locking device
  • Chevron-style adjustable stem seals
  • ISO 5211 mounting pad bolt pattern
  • Slot vented ball for thermal expansion
  • Anti-static grounded ball and stem
  • Blowout-proof stem design
  • Cast boss for bleed/drain port
  • Vacuum service to 29 inHg
  • pdfSpecification Sheet https://assets.unilogcorp.com/267/ITEM/DOC/Apollo_Valves_88A207UL_Specification_Sheet.pdf