Specifications
Dimensions
- Bend Radius12.6 in
- Dash Size-32
- Height2.68 in
- Hose Dash Size-32
- Hose Length50.00 ft
- Hose Weight147.00 lb
- Inside Diameter2 in
- Length50.00 ft
- Minimum Bend Radius12.50 in
- Nominal Hose Inner Diameter2 in
- Nominal Hose Outer Diameter2.68 in
- Outside Diameter2.68 in
- Overall Length50.00 ft
- Overall Weight147.00 lb
- Wall Thickness0.345 in
- Weight147.00 lb
- Width2.68 in
Details
- Abrasion ResistanceStandard
- ApplicationHydraulic system service with petroleum and water based fluids, for general industrial use.
- ApplicationsHydraulic system service with petroleum and water based fluids, for general industrial use.
- Burst Pressure16000 psi
- ColorBlack
- Compatible Fittings430 U, 4S, TTC-12
- Construction4 Spiral
- Cover ColorBlack
- Cover MaterialSynthetic Rubber
- DescriptionWeatherhead H430 Series Rubber Hydraulic Spiral Hose
- Hose Covering MaterialSynthetic Rubber
- Hose Reinforcement MaterialWire
- Hose Reinforcement TypeSteel Wire
- Inner Tube MaterialSynthetic Rubber
- Lay Line StyleEmbossed
- Manufacturer Catalog NumberH43032
- Manufacturer CompatibilityThis product can only be used with other Weatherhead products.
- Manufacturer Upc Number725975012833
- ManufacturerName (description attribute)Weatherhead (Danfoss)
- Max Pressure4000 psi
- Maximum Operating Pressure4000 psi
- Maximum Temperature260 °F
- Maximum Working Pressure4000 psi
- Minimum Temperature-40 °F
- NMFC Number70
- Operating Temperature Range-40 to 260 °F
- Pressure Rating4000 psi
- Segment CodeC
- Standards MetEN856 4SP|SAE 100R12|MSHA Approved|ABS Certified|DNV|USCG
- Trade / Brand NameH430 Series
- Trade Name/NumberH430 Series
- Tube MaterialSynthetic Rubber
- Tube MaterialsSynthetic Rubber
- UPC_NO725975012833
- Working Pressure4000 psi
- Working Temperature Max260 °F
- Working Temperature Min-40 °F
Overview
Mfr description
H43032 HOSE
- Maximum durability under harsh operating conditions
- Robust construction able to withstand highest pressures
- System engineered to extend hose assembly life