The structure for electric pump assembly kit
electric pump assembly kit for AdBlue typically includes several key components organized in a modular structure to ensure efficient and reliable operation. Here's structure:
1. Pump Unit
Type: Electric diaphragm or rotary pump (compatible with urea/AdBlue).
Material: Non-corrosive materials such as stainless steel, polypropylene, or other AdBlue-resistant plastics.
Power:
12V/24V DC for mobile applications (e.g., vehicles).
110V/220V AC for stationary use.
Flow Rate: Typically ranges from 30-60 liters per minute (LPM).
Mounting:
Fixed directly onto the IBC POD or via brackets.
Often includes a quick coupling system for easy attachment.
2. Suction System
Suction Hose:
Connects the pump to the IBC tank or container.
Made from reinforced, AdBlue-compatible material.
Anti-kink and chemical-resistant design.
Suction Tube/Adapter:
Telescopic tube with a foot valve to prevent backflow.
Fits standard IBC tank openings (e.g., 2-inch BSP).
3. Delivery System
Delivery Hose:
Length: Typically 4-6 meters.
Flexible and reinforced for durability.
Nozzle:
Manual or Automatic: Automatic nozzles prevent overfilling, while manual ones are simpler and cost-effective.
Material: Stainless steel or plastic, designed to resist AdBlue's corrosive properties.
Optional flow meter for accurate dispensing.
4. Power Supply
DC Power: Cables with alligator clamps or connectors for 12V/24V battery systems.
AC Power: Plug and cable for 110V/220V operation.
On/Off Switch: For easy control.
5. Filter Assembly (Optional)
Inline filters to capture contaminants and maintain AdBlue purity.
6. Mounting System
Mounting Bracket/Plate: Securely attaches the pump kit to the IBC POD.
Portable or stationary setup based on application needs.
7. Accessories
Quick Couplings: For fast and spill-free connections.
Digital Flow Meter: Measures the quantity of AdBlue dispensed.
Overload Protection: Safeguards the pump motor from overheating.
This modular design ensures flexibility, reliability, and compliance with AdBlue handling standards, making it suitable for various refueling and fluid transfer needs.
