- Model NO.: A3001-H07
- LPM: 0-60L/min
- Type: Self Closure Fuel Nozzle
- Model Number: A3001
- Part: Nozzle
- Tank Volume: <500L
- Pressure: Low
- Trademark: JIASONG
- Specification: UL, SGS
- HS Code: 8424909000
- Self Closure Time: 0.1s
- Oil Outlet Caliber: 13/16“
- Place of Origin: Zhejiang China (Mainland)
- Name: Automatic Nozzle
- Certification: ISO9001: 2000, Ce, Pei, Atex
- Storage: Oil
- Condition: New
- Transport Package: Standard Packing
- Origin: Zhejiang, China
Own products,
Inexpensive price,
Export standard,
High capacity.
Model A3001 Automatic Nozzle is a new-type automatic nozzle, which is renovated and produced on the basis of former Model A03 automatic nozzle, is equipped with safety device, The product is applicable for filling diesel oil, kerosene and gasoline.
| Product Type | Oil Inlet | Oil Outlet | Volume | Operation Pressure |
| A03A | BSP3/4'' NPT3/4'' | 15/16'' | 0-60L/min | 0.18Mpa |
| A03AP | BSP3/4'' NPT3/4'' | 13/16'' | 0-52L/min | 0.18Mpa |
L/LL/KL Finned Tube Application
Application: Mainly used for air coolers in petrochemical, electric power, papermaking, tobacco, building heating and other industries, air heaters and air heaters in spray drying systems such as vegetable protein and starch in the food industry. Blast furnace and converter systems, power generation: condensed exhaust gas from steam turbines, condensed water contact circulation cooling condensation, fossil and nuclear power plants, air conditioners (Freon, ammonia, propane), waste incineration equipment, compressor coolers, etc.
We customize finned tubes according to the individual needs of our customers. For more L/LL/KL finned tube details, please contact us!
L/LL/KL Finned tube is a tube with small finned fins around its outer surface. L/LL/KL fin tube fins act as a filter and a mechanism for transferring heat from the material inside the tube to or from the outer space. Finned tubes are used in applications where heat is transferred from a hot fluid to a cooler fluid through the wall of the tube. The rate at which this heat transfer occurs depends on three factors:
The difference in temperature between the two fluids.
The coefficient of heat transfer between each fluid and the wall.
Surface area of fluid exposure
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Wuxi Mcway Equipment Technology Co., LTD , https://www.mcwayfinnedtube.com