agjones
Platinum Member
- Joined
- May 4, 2010
- Messages
- 618
- Location
- Jessup Mill, NC
- Tractor
- Rk55HC, Kubota kx040, power-trac 425d, Bobcat L23, Yanmar 401w, bx1880, IHI 30 and Fiori D40 dumpers, Magnatrac mh5000, Dew-eze ATM72LC Slope Mower, Terramite t6 4wd, DR Power brush mower
The working psi of your tractor is something like 2250 psi approaching 2x the working rating for the steel. It's expansion fatigue that is the enemy. Every time you exceed the working pressure of the steel, the burst pressure is reduced. The specs you cite are long-term vs instantaneous.
I find that the steel piped (as opposed to bent tube) circuits on older equipment I wind up with is a leaky mess bc the fit of the deformed thread pipe style just can't deal with the system and equipment motion vibration. Hose deals with that very well as do modern fittings like jic, orfs, orb.
If power beyond is not an option perhaps a flow divider (up stream of the existing valve) would solve the problem. Most of the cast iron dividers are rated for pressure on both the streams.
If you go that route, be sure you're still protecting the circuit with a pressure relief. Either in the divider or valve.
I find that the steel piped (as opposed to bent tube) circuits on older equipment I wind up with is a leaky mess bc the fit of the deformed thread pipe style just can't deal with the system and equipment motion vibration. Hose deals with that very well as do modern fittings like jic, orfs, orb.
If power beyond is not an option perhaps a flow divider (up stream of the existing valve) would solve the problem. Most of the cast iron dividers are rated for pressure on both the streams.
If you go that route, be sure you're still protecting the circuit with a pressure relief. Either in the divider or valve.