AC-2000 Manual Fuel Nozzle

Product Description

The AC-2000 Manual Fuel Nozzle is made of aluminum and designed for practical fuel dispensing in automotive and industrial applications. Its compact, lightweight construction makes it easy to handle and operate. The nozzle can be assembled with compatible pumps and flow meters for fuel dispensing systems serving engines, cars, motorcycles, tractors, and other equipment.

Key Features

• Aluminum Body: Lightweight, durable, and easy to operate.
• Manual Flow Control: Supports controlled fuel dispensing during refueling.
• Compound Lever Design: The two fulcrum points allow the nozzle to be opened gradually or quickly, depending on operating needs.
• Convenient Operation: Designed for practical handling during routine fuel transfer.
• Factory Tested: Each nozzle is tested before shipment.

Applications

• Diesel dispensing
• Gasoline and kerosene refueling
• HVO and XTL fuel transfer
• Vehicle and engine refueling
• Fuel dispensing systems using compatible pumps and flow meters

Technical Specifications

Why Choose the AC-2000?

The AC-2000 offers a lightweight aluminum construction and a practical manual operating mechanism for everyday refueling tasks. Its 3/4-inch spout and flexible inlet connection options make it suitable for a range of compatible fuel dispensing systems.

Frequently Asked Questions

1. Which applications are best suited to the AC-2000?

The AC-2000 is suitable for routine manual fuel dispensing in vehicle refueling, engine servicing, and general fuel transfer applications where a flow rate of 5–80 L/min meets operating requirements.

2. How can the AC-2000 be integrated into an existing fuel dispensing system?

It can be assembled with compatible fuel pumps, hoses, and flow meters. Buyers should match the nozzle inlet thread and connection size to the existing system before selecting the model.

3. What is the benefit of the compound lever design?

The compound lever uses two fulcrum points to support gradual or quick nozzle opening. This provides flexibility in manual flow control during refueling.

4. How should buyers choose between a 3/4-inch and 1-inch inlet?

The selection should be based on the hose connection, pump outlet, system flow requirements, and thread standard. The inlet size should match the intended installation rather than being selected by size alone.

5. What factors affect the actual dispensing flow rate?

Actual flow depends on the pump capacity, hose diameter and length, fuel properties, system pressure, and connection design. The specified 5–80 L/min range should therefore be considered alongside the complete dispensing system.

Safety Note

Operate the nozzle according to the applicable equipment instructions and site safety requirements. Do not use foreign objects to hold the operating mechanism open.

What is the package of this nozzle?

The package of this nozzle is 1pc/kraft box, 10pcs/kraft carton.

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