CNC-Fab HPOP Crossover Line - 7.3 Powerstroke (1994-1998)

CNC-Fab HPOP Crossover Line - 7.3 Powerstroke (1994-1998)

Skip to product information
1 of 1

CNC-Fab HPOP Crossover Line - 7.3 Powerstroke (1994-1998)

CNC-Fab HPOP Crossover Line - 7.3 Powerstroke (1994-1998)

SKU 300122 / 424005

Regular price $ 74.95
Regular price Sale price $ 74.95

OBS HPOP Crossover Line

**This line is for the early '99 through '03, but will work on the 94.5-97 trucks, but  you will need to purchase the CNC Fabrication™ OBS hpop lines due to how the lines are routed on the OBS trucks.**


Features and Details:

  • Burst pressure rating of 16,000psi and working temperature rating of 400*F
  • Nominal working pressure is 5000psi @ 72*F and 3000psi @ 400*F
  • If your engine oil is this hot you have bigger issues to worry about.
  • Kit comes with all necessary fittings
  • 4db reduction in engine noise
  • Nominal working pressure is 5000psi @ 72*F and 3000psi @ 400*F
  • Kit comes with all necessary fittings Bur Pressure rating or 16,000psi and Working Temp rating of 400
  • MADE IN THE USA 

Description: 

These fittings are the same style as those used on the 94.5-03 powerstroke engines. Hoses are using top of the line aeroquip hose utilizing dupont teflon lining with a burst pressure rating of 16,000psi and working temperature rating of 400*f. Nominal working pressure is 5000psi @ 72*f and 3000psi @ 400*f (if your engine oil is this hot, you have bigger issues to worry about)

The hpx line connects the two heads to help balance the high pressure oil system in each head. It does not create more horsepower, but the majority of owners see a slight to significant decrease in engine idle noise. This is due to the helmholtz resonance effect that is created from the injectors firing so quickly, and the hpop cannot react quick enough to balance/absorb on its own from back pressure spikes within the system. So when the tiny spikes happen, the hpx line sends the pressure back and forth through the heads instead of hammering on the pump itself.


View full details