WARNING| Burst Pressure (bar) | 42 |
| Burst Pressure (psi) | 600 |
| Cover Material | Vinyl nitrile blend |
| Hose I.D. (in) | 1 |
| Hose I.D. (mm) | 25.4 |
| Hose O.D. (in) | 1.5 |
| Hose O.D. (mm) | 38.1 |
| Hose Type | Suction & Discharge |
| Max Temperature (C) | 82 |
| Max Temperature (F) | 180 |
| Min Temperature (C) | -40 |
| Min Temperature (F) | -40 |
| Operating Pressure (PSI) | 150 |
| Operating Pressure (bar) | 10.5 |
| Product Line | Industrial |
| Tube Material | Vinyl nitrile blend |
| Abrasion resistance | Standard |
| Application | Petroleum transfer. |
| Bend radius min | 5.98 inch |
| Burst pressure | 600 psi |
| Color | Black |
| Conductivity | Conductive |
| Construction | Multi Braid |
| Cover material | Synthetic Rubber |
| Dash size | -16 |
| Description Product Name | Boston by Danfoss Puma Industrial Hose Oil & Petroleum |
| Description Short | Puma Suction and Discharge |
| ECCN | EAR99 |
| Feature | A solution for every hose need|Industry leader since 1870|Designed for safety and reliability |
| ICC | Hoses and Flexible Tubes |
| Inside diameter | 1 inch |
| Language | English |
| Lay line style | Embossed |
| Outside diameter | 1.5 inch |
| Package Height | 18 |
| Package Height UOM | inch |
| Package Length | 48 |
| Package Length UOM | inch |
| Package Weight | 61 |
| Package Weight UOM | pound |
| Package Width | 48 |
| Package Width UOM | inch |
| Product Height | 1.5 |
| Product Height UOM | inch |
| Product Length | 100 |
| Product Length UOM | foot |
| Product Trade Name | Puma |
| Product Weight | 58.75 |
| Product Weight UOM | pound |
| Product Width | 1.5 |
| Product Width UOM | inch |
| Qualified hose fittings | Cam and groove, Combination nipple |
| Reinforcement material | Fiber |
| Sub Brand | None |
| Tube material | Synthetic Rubber |
| Tube wall thickness | 0.188 inch |
| UPC | 6.40E+11 |
| Vacuum rating | 28 inch mercury |
| Working pressure | 150 psi |
| Working temperature max | 180 degree Fahrenheit |
| Working temperature min | -40 degree Fahrenheit |
Oil and petroleum suction and discharge hose
Features
- 150 psi operating pressure
- -400F to 1800F temperature rating
- NBR tube and cover
- 2 or 4 ply reinfocement with dual helical wire
- 4:1 Safety Factor
- Biodiesel Compatible
- 50% aromatic content resistant
Aerospace
- Oil, petroleum and waste transfer
Buildings
- Oil, petroleum and waste transfer
Government
- Oil, petroleum and waste transfer
Marine
- Oil, petroleum and waste transfer
Oil and gas
- Downstream: Petrochemical
- Downstream: Refining (Ethanol/ Biodiesel)
- Downstream: Terminal Operations (refined gas and liquids)
- Midstream: Saddle Plants
- Midstream: Terminal Operations (unrefined gas and liquids)
- Upstream: Offshore (fixed or floater) Offloading Systems
- Upstream: Onshore Drilling Operations
- Upstream: Onshore Pump Jacks
- Oil, petroleum and waste transfer
Rail
- Oil, petroleum and waste transfer
Vehicles
- Heavy Duty On-Highway
- Medium Duty On-Highway
- Trailers
- Oil, petroleum and waste transfer
Water and wastewater
- Oil, petroleum and waste transfer
- OEM
- Distributor
- End User
Value Proposition Statement
Easy identification in the toughest environments provided by dual Mylar and embossed laylines , verses competitive single layline alternatives, creating ease of replenishment and traceability
- OEM
- Distributor
- End User
Value Proposition Statement
Consolidate inventory requirements
- OEM
- Distributor
- End User
Value Proposition Statement
High aromatic content (50%) and other compound capabilities allow PUMA hose to be utilized as a Biodiesel hose, reducing the requirement to stock two different products
- OEM
- Distributor
- End User
Value Proposition Statement
Assist to reduce replacement cost
- OEM
- Distributor
- End User
Value Proposition Statement
Cover meets ARPM (RMA) Class A oil swell requirements (>25%), decreasing service failure in oil exposure applications as compared to a standard rubber cover
- OEM
- Distributor
- End User
Value Proposition Statement
4:1 safety factor compared to 3:1 product (EHP500), provides 25% greater burst pressure capabilities
= Denotes point of differentiation