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1. 3DS MAX: *.max
2. Blender: *.blend
3. Rhinoceros: *.3dm
4. SketchUp: *.skp
5. Wavefront OBJ: *.obj *.mtl (Multi Format)
6. FBX: *.fbx (Multi Format)
7. STEP: *.step *.stp (NURBS)
8. IGES: *.iges *.igs (NURBS)
9. ACIS: *.sat (NURBS)
10. 3DS MAX all ver.: *.3ds (Multi Format)
11. Stereolithography: *.stl
12. AutoCAD: *.dwg
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MORE INFORMATION ABOUT 3D MODELS :
MANUAL PUMP FOR FUEL OIL ON STEEL DRUM/BARREL (GALLONS): Reliable Hand-Operated Transfer
This describes a hand-powered pump designed for dispensing fuel oil from standard steel drums or barrels, typically measured in gallons. These pumps offer a dependable and often cost-effective solution for transferring fuel oil in situations where electricity or automated systems are not readily available, practical, or desired.
Key Features and Functionality:
Manual Operation: Powered by hand, typically through a cranking or lever action, providing a self-contained and independent method of fuel transfer.
Rotary or Hand Crank Mechanism: Utilizes a rotary vane, piston, or other mechanical system driven by a hand crank to draw fuel oil from the drum and dispense it through an outlet spout or hose.
Fuel Oil Compatibility: Specifically designed to be compatible with various types of fuel oil, including diesel, kerosene, heating oil, and other non-corrosive petroleum-based liquids.
Steel Construction (Pump Body): Often constructed with a robust steel body to ensure durability and compatibility with fuel oil. Internal components are made of materials resistant to the fluid being pumped.
Suction Tube/Pipe: Includes a suction tube or pipe that extends down into the steel drum to draw the fuel from the bottom. The length is typically adjustable to fit standard drum sizes.
Discharge Spout/Hose: Features a discharge spout or may have a connection for attaching a hose to direct the dispensed fuel into a receiving container.
Flow Rate (Manual): The flow rate is determined by the speed and consistency of the hand cranking.
Drum Bung Adapter: Typically includes an adapter that screws directly into the standard bung opening on a steel drum (usually 2-inch NPT).
Grounding Capability (Important for Flammable Liquids): Many models include a provision for grounding the pump and drum to prevent static electricity buildup during transfer, which is crucial for safety when handling flammable liquids like fuel oil.
Simple and Robust Design: Characterized by a straightforward mechanical design that is often reliable and easy to maintain.
Benefits:
Independent Operation: Requires no external power source, making it ideal for remote locations or situations without electricity.
Cost-Effective: Generally less expensive than electric pumps and has lower operating costs in terms of energy.
Reliable: Simple mechanical operation can be very reliable in various conditions.
Portable: The pump itself is usually portable and can be easily moved between different drums.
Safe for Flammable Liquids (with proper grounding): When properly grounded, it can be a safe method for transferring fuel oil.
Control Over Flow Rate: The operator has direct control over the dispensing speed.
Potential Applications:
Construction Sites: Fueling equipment where electricity may not be readily available.
Agricultural Operations: Transferring fuel for tractors and other machinery in the field.
Marine Environments: Fueling boats and other vessels in docks or remote locations.
Emergency Fuel Transfer: Providing a backup method for dispensing fuel during power outages.
Workshops and Garages: Transferring fuel for various purposes.
Remote Storage Locations: Dispensing fuel from drums stored in off-grid areas.
In summary, a manual pump with a hand crank rotary mechanism for fuel oil on steel drums (measured in gallons) offers a reliable, cost-effective, and portable solution for transferring fuel in situations where manual operation is preferred or necessary.
tag :
STANDARD
OPERATED
Pump
Manual
Hand
Barrel
Drum
Liquid
Transfer
Dispense
Spout
Crank
Handle
Rotary
Vane
Mechanism
Metal
sprayer
Chemical
Oil
gas station
