AC/DCEx300 EX-proof Fuel Transfer Pump

Product Description

The AC/DCEx300 is a compact 12V DC fuel transfer pump designed for applications requiring a higher flow rate than the AC/DCEx100. With a rated power of 200W and a maximum flow rate of 32 L/min, it supports fuel transfer for compatible vehicles, agricultural machinery, construction equipment, generators, and storage tanks. Its 3/4-inch connections and compact mounting structure make it suitable for fixed or mobile fuel transfer systems where a higher delivery rate is required.

Key Features

• 12V DC Power Supply: Suitable for compatible low-voltage fuel transfer systems.
• 32 L/min Maximum Flow Rate: Supports faster transfer than lower-flow compact pumps.
• 200W Motor: Designed for higher-volume fuel transfer applications within its rated operating conditions.
• 3/4-Inch Connections: For compatible fuel hoses and fittings.
• Compact Mounting Structure: Suitable for fixed installation or integration into mobile equipment.
• Multiple Fuel Applications: Listed for diesel, HVO, XTL, gasoline, and kerosene, subject to material compatibility.

Applications

• Diesel transfer for trucks and commercial vehicles
• Agricultural machinery and construction equipment
• Generator fuel supply and refueling
• Fuel transfer from storage tanks and drums
• Mobile fuel dispensing systems
• Workshops and equipment maintenance facilities

Technical Specifications

Product Advantages

• Higher Transfer Capacity: The 32 L/min maximum flow rate is suitable for applications that require faster fuel transfer than a 12 L/min pump can provide.
• Compact Installation: The pump’s compact structure supports installation in compatible fuel transfer equipment.
• 12V DC Compatibility: Suitable for systems designed around a matching 12V DC power supply.
• Flexible Fuel Transfer Applications: Can be considered for different fuel handling tasks after confirming fluid compatibility and operating requirements.

FAQ

1. What is the main difference between the AC/DCEx100 and AC/DCEx300 fuel transfer pumps?

The main difference is their rated power and maximum flow rate. The AC/DCEx100 has a 120W motor and a maximum flow rate of 12 L/min, while the AC/DCEx300 has a 200W motor and a maximum flow rate of 32 L/min. The AC/DCEx100 is suited to lower-volume transfer, whereas the AC/DCEx300 is more appropriate when faster delivery is required. Actual performance depends on the installation and operating conditions.

2. How do I select the correct flow rate for a fuel transfer pump?

Start with the required fuel volume and the time available for transfer. A lower-flow pump may be sufficient for small tanks and occasional refueling, while a 32 L/min pump can reduce transfer time for larger volumes. Hose length, hose diameter, suction conditions, fittings, and the characteristics of the liquid can affect actual flow, so the maximum rated flow should not be assumed under every installation condition.

3. Which fuels can the AC/DCEx300 transfer?

The product information lists diesel, HVO, XTL, gasoline, and kerosene. Before selecting the pump for a specific fuel, confirm that the pump’s seals, internal components, and other wetted materials are compatible with the fuel formulation. Gasoline and other flammable liquids also require appropriate equipment, installation, and operating precautions.

4. Can the AC/DCEx300 be used in a mobile fuel transfer system?

The 12V DC power supply and compact mounting structure make it a candidate for compatible mobile fuel transfer systems. The installation must provide an adequate power source, secure mounting, compatible fuel lines, and suitable protection against leaks and electrical hazards. Confirm the system’s requirements before using the pump on vehicles or mobile equipment.

5. Is the AC/DCEx300 suitable for continuous fuel transfer?

The supplied product information lists a single continuous running time of 30 minutes. This indicates that the pump should not be assumed to support uninterrupted operation beyond that period without manufacturer confirmation. If your application involves extended operating cycles or frequent daily use, confirm the duty-cycle requirements and suitability with the supplier before choosing the model.