Transfer pump is an essential tool for car repair shops, industries, and agricultural applications.
This type of equipment allows liquids such as fuels, oils, water, and chemicals to be transferred safely and efficiently.
Understand how it works, what types are available, and how to care for this equipment.
What Is A Transfer Pump?
A transfer pump is a device used to transfer liquids from one container to another.
It is a very common piece of equipment in sectors such as the automotive industry, agriculture, and winemaking, as it facilitates the movement of fluids quickly and safely.
What Does A Transfer Pump Do?
In the automotive industry, this equipment is used to transfer liquids to, for example, diesel tanks or other equipment. Its most common uses are:
- Transferring fuels: such as diesel and petrol, from tanks to vehicles or equipment;
- Moving oils: in industrial processes or mechanical workshops.
Can I Use A Transfer Pump For Diesel Fuel?
Yes, there are specific pumps for transferring diesel fuel.
To perform the task safely, you must choose equipment that is compatible with the fuels you intend to transfer.
What Are The Different Types Of Transfer Pumps?
There are several types of transfer pumps, each with its own characteristics and specific uses. In general, the most well-known are:
1. Manual Transfer Pump
Operates using the physical force of the user, usually by suction (siphon pump) or by activating a lever.
It is an economical and portable solution, ideal for small quantities of liquids such as oils, diesel or water.
As it does not require external power, it is useful in emergencies or in remote locations.
2. Electric Pump
Uses an electric motor (12V, 24V, or 230V) to continuously move the liquid. It is very effective for medium and large volumes, allowing for quick and effortless transfer.
It is commonly used to transfer diesel, AdBlue, oil, or food liquids, depending on the model and certification.
3. Pneumatic Transfer Pump (Compressed Air)
Operates using pressure generated by an air compressor and is widely used in industrial environments.
Provides precision, safety, and resistance to flammable or corrosive products. This makes it ideal for demanding applications where safety against electrical sparks is a priority.
How Does A Transfer Pump Work?
The operation of this equipment varies depending on the model.
- As a general rule, a manual transfer pump is activated by levers or cranks. It is ideal for transferring fluid in locations without access to electricity.
- The electric model, on the other hand, uses motors to move liquids. It is faster and more suitable for large volumes of liquid transfer.
Are Manual Pumps Effective For Large Volumes?
Manual pumps are effective for small volumes or occasional use. For large volumes or frequent use, electric pumps are more suitable due to their greater efficiency and lower effort required.
What Is The Difference Between An Electric And Manual Transfer Pump?
An electric transfer pump works using a motor powered by electricity (usually 12V or 230V). It allows large volumes of liquid to be transferred quickly and efficiently. It is ideal for workshops, industrial environments, or repetitive tasks.
A manual transfer pump, on the other hand, operates using the user’s force, via a crank or lever. It is practical for small quantities and occasional use, especially in places without access to electricity.
The choice between the two depends on the volume of liquid to be transferred, the frequency of use, and the availability of power at the location.
What Precautions Should I Take When Transferring Fuels?
Using a fuel transfer pump system requires some precautions to ensure safety during the process and the preservation of the equipment.
Products such as diesel, gasoline, or AdBlue are flammable, toxic, or sensitive to contamination. Therefore, any mishandling can cause accidents, environmental damage, or mechanical damage.
To avoid these situations, it is essential that:
1. Use Only Suitable Equipment
Ensure that the transfer pump, hoses, and containers are suitable for the type of fuel being handled. Avoid materials that may corrode or react with the liquid.
2. Protect Yourself Properly
Follow safety rules at work and wear gloves, safety glasses, and, when necessary, appropriate masks.
Skin contact or inhalation of vapors may be harmful to your health.
3. Work In A Well-Ventilated Area Away From Sources Of Ignition
Never transfer liquids near flames, sparks, or cigarettes.
The work area must be well ventilated to prevent the accumulation of flammable gases.
4. Avoid Spills
Ensure that all fittings are tight. If leaks occur, stop the operation immediately and clean with suitable absorbent material.
5. Turn Off Equipment After Use
After finishing the operation, turn off the pump, remove the tube from the container, and store everything safely. Ideally, it should be stored in a tool cabinet.
This prolongs the equipment’s useful life and avoids unnecessary risks.
6. Keep The Pump Clean And Checked
Perform regular maintenance on the transfer pump and clean the filters, valves, and pipes to prevent clogging and mechanical failure.
What Transfer Pumps Are Available In The Kroftools Catalog?
KROFtools offers a variety of transfer pumps suitable for different needs.
Find out what they are and how you can use them in your auto repair shop.
Lever Barrel Pump
This model is ideal for extracting liquids from drums easily and safely.
It works with various fluids and is practical for use in workshops or garages.
Click on the image for more information about the Lever Barrel Pump (ref. 3235).
12V Diesel Eletric Fuel Transfer Pump
Suitable for transferring diesel fuel in mobile environments.
Operates at 12V, making it perfect for vehicles and locations without access to the mains power supply.
Click on the image for more information about the 12V Diesel Eletric Fuel Transfer Pump (ref. 3290).
230V Diesel Eletric Fuel Transfer
Recommended for workshops and industrial applications, it provides greater power and efficiency when transferring large volumes of diesel fuel.
Click on the image for more information about the 230V Diesel Eletric Fuel Transfer (ref. 3291).
230V AdBlue Eletric Fuel Transfer
Designed for liquids such as AdBlue, this pump connects to a 230V power supply. It ensures precision, preventing contamination in the exhaust system.
Click on the image for more information about the 230V AdBlue Eletric Fuel Transfer (ref. 3297).
What Is The Average Price Of A Transfer Pump?
Prices vary depending on the type and capacity of the pump, as well as the brand. On average, a liquid transfer pump ranges from tens to hundreds of euros.
Want to know more about the automotive world? Then follow us on Facebook and keep up with all the content we share daily.
