X
Parker Hannifin B310BD553C Series B3 4-Way Air
Parker Hannifin B310BD553C Series B3 4-Way Air

Parker Hannifin B310BD553C Series B3 4-Way Air Control Valve, Single, 2-Position-Air Return, Int. Port #1/Vented, Non-Locking Extended, 120/110VAC, 60/50Hz, 15mm Male 3-Pin DIN, 1/8" NPT Inline Port

Product ID : 50124154


Galleon Product ID 50124154
Shipping Weight 0.29 lbs
I think this is wrong?
Model B310BD553C
Manufacturer Parker
Shipping Dimension 8.58 x 6.18 x 1.97 inches
I think this is wrong?
-
8,864

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
  • Electrical items MAY be 110 volts.
  • 7 Day Return Policy
  • All products are genuine and original
  • Cash On Delivery/Cash Upon Pickup Available

Pay with

Parker Hannifin B310BD553C Series B3 4-Way Air Features

  • Operation: Solenoid Air & Remote Pilot Operated

  • Manual Operator: Non-Locking and Locking Manual Overrides

  • Mounting Type: Inline, IEM aluminum bar

  • Mounting: Standard

  • Certifications/Approvals: IP65, CE, CSA Hazardous Duty, Intrinsically Safe Options


About Parker Hannifin B310BD553C Series B3 4-Way Air

The B3 Series valve offers a wide variety of sizes and configurations for general industrial applications. The valve can be installed as a single valve for point-of-use applications or mounted on aluminum bar manifolds for centralized applications. The B3 Series is a fully-featured valve that has multiple solenoid voltages incorporating standard or mobile rated coils. Remote pilot valves are also available. The B3 Series valve is a basic 1/8" ported valve. The bi-directional wear compensated spool performs well in temperature ranges from 5F to 120F and pressure ranges from Vacuum to 145 PSG. When in service, radial expansion of the spool seal occurs to maintain sealing contact with the valve bore. This sealing method reduces friction and produces a lower required minimum pilot pressure. As the seal wears, it maintains surface contact with the internal bore, which reduces valve leakage in high cyclic applications and extends valve life.