EATON Danfoss GH781 Series Rubber Hydraulic Braided Hoses


Eaton Danfoss GH781 Series double-ply braided hoses are made of nitrile to aid in high-pressure hydraulic systems with petroleum and water-glycol-based fluids.

Filter
StyleModelDash SizeHose Inside Dia.Hose LengthHose Outside Dia.Min. Bend RadiusOperating PressurePrice (ex. VAT)
A
GH781-4R250
41/4"250,Multiple Lengths0.53"2"6500 PSI€1,785.18
A
GH781-6R250
63/8"250,Multiple Lengths0.69"2.5"5300 PSI€1,974.65
A
GH781-8R250
81/2"250,Multiple Lengths0.81"3.5"4500 PSI€2,369.74
A
GH781-10R250
105/8"250,Multiple Lengths0.93"4"4000 psi€3,328.20
A
GH781-12R250
123/4"250,Multiple Lengths1.1"4.75"3500 psi€3,642.63
A
GH781-16R150
161"150,Multiple Lengths1.42"6"3000 psi€2,803.17

Features

  • These hoses come with TTC (Through-The-Cover) type fittings that allow easy identification for crimping on the hose to provide oil-tight sealing.
  • These fittings feature Dura-Kote plating technology that provides up to 1000 hours of corrosion protection which is 3 times more than standard hose fittings.
  • They can withstand a maximum temperature and burst pressure of 258.8 F and 20000 psi, respectively.

Standards and Approvals

  • ABS
  • BV
  • DNV
  • LR
  • MED
  • BWB
  • USCG
  • EN45545
  • MSHA

Frequently Asked Questions

What is braiding in hoses?

The braid is made by weaving steel wires on the periphery of a flexible hose to prevent elongation of the flexible hose under extreme pressures and high temperatures.

What are double wire braid hoses?

Double-wire braided hoses are composed of synthetic rubber lining of oil-resistant, two-wire braid reinforcement, separated by a synthetic rubber layer and a synthetic cover. This construction provides extra support during high pressures if the hose cover has been damaged or the exterior braid is prone to rust / failure, making the internal braid still available for protecting the hose against environmental damage.

How to replace a hydraulic hose?

  • Release pressure out of the hydraulic system before any further operation as the pressure could result in injuries from hydraulic fluid sprays.
  • Place a bucket or sheet beneath the component to prevent contamination of the work area from fluid leaks when replacing the hose.
  • Remove the covering from the hose attachment.
  • Clean connectors on both sides of the hose.
  • Unscrew the fittings by using a wrench.
  • Now replace the hose and follow the above-mentioned steps to screw back the hose fitting.
  • Once done, test the hydraulic systems under low pressure.

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