Turbine Vane Gasoline Pump

The Turbine Vane Gasoline Pump is a specialized piece of equipment designed for the efficient and reliable transfer of gasoline. Its design incorporates a turbine vane mechanism, which offers several advantages over traditional piston or gear pumps.

Appearance:
The Turbine Vane Gasoline Pump typically features a robust and compact design. It is usually housed in a sturdy casing made of materials that can withstand the corrosive nature of gasoline, such as stainless steel or high-quality aluminum alloys. The exterior may have a polished or powder-coated finish to protect against the elements and provide a professional appearance. The pump will also have various ports for inlet, outlet, and possibly additional connections for control systems or safety devices.

Working Principle:
The heart of the pump is the turbine vane mechanism. As the pump motor spins, it drives a central turbine which, in turn, rotates a set of vanes or impellers. These vanes are strategically placed within the pump chamber and are designed to move gasoline from the inlet port to the outlet port with each rotation. The vanes create a continuous flow of gasoline, ensuring a smooth and consistent delivery rate. The design of the vanes and the pump chamber allows for a high level of suction and delivery efficiency, making it suitable for a wide range of gasoline transfer applications.

Advantages:
1. High Efficiency: The turbine vane design allows for a high flow rate with minimal energy loss, making it highly efficient.
2. Low Maintenance: With fewer moving parts than piston pumps, the turbine vane pump requires less maintenance and has a longer service life.
3. Smooth Operation: The continuous rotation of the turbine vanes results in a smooth flow of gasoline, reducing the risk of vapor lock and ensuring consistent performance.
4. Self-Priming: Many turbine vane pumps are self-priming, which means they can draw gasoline from a lower level without the need for manual priming.
5. Corrosion Resistance: The use of corrosion-resistant materials ensures the pump's longevity, even when handling gasoline, which can be corrosive to some metals.
6. Safety: The design often includes safety features such as leak protection and overload protection to prevent damage and ensure safe operation.

Applications:
1. Fuel Dispensing: Used at gas stations for the rapid and accurate dispensing of gasoline into vehicles.
2. Storage Transfer: Ideal for transferring gasoline between storage tanks, particularly in industrial settings.
3. Emergency Power Supply: Employed in emergency power systems to transfer gasoline to generators.
4. Marine Use: Commonly used on boats and ships for fuel management systems.
5. Agriculture: Utilized in the agricultural sector for fueling farm machinery.
6. Aviation: Some models are suitable for transferring aviation gasoline in smaller airfields or private hangars.

The Turbine Vane Gasoline Pump is a versatile and efficient solution for gasoline transfer needs. Its design and functionality make it a reliable choice for a variety of applications where the safe and efficient handling of gasoline is paramount. When selecting a pump, it is important to consider the specific requirements of the application, including the required flow rate, the size of the gasoline transfer, and any environmental or safety considerations.

Model	Working Power	Power Rating	Pressure Rating （Mpa）	Pressure Rating (Mpa)		Oil Delivery （L/min）		Oil Capacity	Size （mm）	Weight （kg）	Remarks
				Low	High	Low	High
XP-20Q	AC220V -380V50Hz	0.75KW	70	7	70	5	0.7	8L	300x240x380	22	Horizontal,double loop
CP-150Q	AC220V 50H2	5.5KW	70	20	700	6	0.9	15L	580x360x480	48.2	Horizontal,double loop