Parker Hannifin GP407-120/240V Solenoid Valve 1/2" 120/240V

Special Price CAD$217.64 Regular Price CAD$230.32
Out of stock
SKU
GP407-120/240V

The Parker Hannifin GP407-120/240V Solenoid Valve functions as hot water and steam control valve made to work with Champion Dishwasher KL-44, KL-66, Upright Conveyor, and Jackson models. This valve controls water and steam flow through its 1/2" FPT connection and normally closed operation while functioning with 120/240V power. The valve operates reliably under conditions that reach 225°F and support pressures from 1 to 150 PSI in commercial kitchen environments. Maintenance requirements stay low because of its durable structure which results in prolonged equipment life expectancy and peak operational efficiency thereby becoming required for a dishwasher's steady performance.

Dimensions

  • Length: 3.375 In
  • Width: 4.875 In
  • Height: 4.875 In
  • Weight: 2 lbs
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Product Notes

  • [ Hot Water/Steam Solenoid Valve ]
  • Max Temp 225F/107C, 1-150 Psi.
  • [ Size 1/2" Fpt ] [ Nc ]
  • [ 120/240 V ] [ Width 2-1/2" ] 10 Psi.
  • [ Brand Parker Jackes Evans ] [ Mfg# Gp407 ]
  • For Repair Kit Use # 51-1446
  • For Coil Use # 51-1205
  • Champion Dishwasher Kl-44, Kl-66, Upright Conveyor
  • Jackson Dishwasher 24 (B, Bf, L)
  • Vulcan Dishwasher, 3D-20
  • ***For Champion 109886 And Jackson 4810-100-12-18, Use Ap#
  • 8012103.
  • Jackson 4810-100-09-18 Is An Incorrect Cross - Special Order
  • If Needed***
PARKER HANNIFIN:
VULCAN HART:
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Installation Steps

Step 1: Prior to commencing installation, disconnect all power sources to avert the risk of electrical shock or damage to the equipment.

Step 2: Verify that the piping system is clean and devoid of any debris; flush the lines prior to valve installation to prevent contamination.

Step 3: Position the valve in accordance with the flow direction indicated by the arrow on the valve body.

Step 4: Install the valve with the coil in an upright position, unless the system design specifies otherwise.

Step 5: Securely thread the connections into the piping using the appropriate sealant and tightening torque; take care not to over-tighten, as this may damage the threads.

Step 6: Attach the electrical leads to the designated voltage (120/240 V AC), ensuring that insulation is adequate and connections are secure.

Step 7: Once installation is complete, activate the valve and verify that it opens and closes correctly, checking for any leaks.