Barium Carbonate,Manganese Carbonate,Strontium Carbonate,Nickel Carbonate Vietnam Fine Chemical Factory , https://www.finechemvina.com
Brushless Centrifugal Cooling Circulating DC Mini Solar Centrifugal Submersible Pump
**Brushless Centrifugal Cooling Circulating DC Mini Solar Centrifugal Submersible Pump**
This high-performance brushless centrifugal pump is designed for a wide range of applications, including home appliances, automotive systems, agriculture, and industrial cooling solutions. With its advanced technology, this pump offers reliable operation, durability, and efficiency in both water and hot water circulation systems.
**Key Features:**
- **Model No.:** TL-B10
- **Start Up:** Electric Pump
- **Application:** Submersible Pump, Chemical Pump, Home Appliance, Household, Car/Truck, Agriculture
- **Industry:** Food Pumps
- **Media:** Water, Hot Water
- **Theory:** Centrifugal Pump
- **Certificate:** CE, RoHS, FDA, ISO9001
- **Features:** High Pressure, High Flow, Long Lifetime, Low Noise
- **Temperature Range:** 0~100°C
- **Motor:** DC Brushless Motor (BLDC)
- **Lifetime:** 20,000 Hours, 24-Hour Continuous Operation
- **Specifications:** Voltage: 12V / 24V | Flow Rate: 8L / 10L / 12L | Water Head: 4m
- **Inner Parts:** Closed Impeller, IC Control, Brushless Motor
- **Noise Level:** Silent, Quiet, Low Noise
- **Usage Field:** Home Appliance, Household, Car/Truck, Agriculture
- **More Applications:** Heating/Cooling System, Garden Fountain, Cooling Systems
- **Trademark:** TOPSFLO
- **Transport Package:** Standard Export Packing or OEM Packing
- **Origin:** China
- **HS Code:** 84137090
**Product Highlights:**
1. Advanced magnetic driving technology ensures static sealing, eliminating any risk of leakage.
2. Wide voltage design makes it compatible with battery power supplies and solar energy systems.
3. Durable permanent magnet rotor combined with a one-piece injection-molded impeller ensures smooth balance and long life.
4. Built to handle heavy-duty tasks, capable of running continuously for 24 hours.
5. High-efficiency closed-type impeller enhances performance and reduces energy consumption.
6. Suitable for circulating hot water up to 100°C.
7. All wetted materials are FDA-approved for safe and hygienic use.
8. Low maintenance, easy to install, and highly reliable.
9. Equipped with blocked protection and polarity protection for added safety.
**Technical Specifications:**
| Max Flow Rate | 7L/min, 9L/min, 12L/min |
| Max Static Lift | 3M, 5M, 8M |
| Rated Voltage | 12V / 24V |
| Impeller Type | Closed Impeller |
| Motor Type | Brushless DC Motor |
| Liquid Temperature | 0–100°C |
| Pump Theory | Centrifugal Pump |
| Media | Water, Hot Water |
| Waterproof Class | IP42 or Submersible (Optional) |
| Working Voltage Range | 6–18V or 12–28V |
| Power Consumption | 1–31W |
| Noise Level | 40dB (Max) |
| Ideal Life Time | 20,000 Hours |
| Working Mode | Continuous |
| OD of Inlet | 18 mm |
| OD of Outlet | 10.8 mm |
| Power Supply | DC Power, Battery, Solar Powered |
| Protection Functions | Polarity Protection, Blocked Protection |
| Remarks | Not Self-Priming, Cannot Run Dry |
| Customized Options | Submersible, Direct Solar Panel Driven |
**Applications:**
- Household battery water pumps
- Water dispensers and coolers
- Automotive air conditioning systems
- Carbonation, coffee makers, beverage dispensers
- Home appliance boosting systems
- Hot water circulation systems
**Working Notes:**
1. Connect the pump to a DC power supply only. Ensure correct polarity (red for positive, black for negative).
2. Only submersible models can be fully immersed; others should not be submerged to avoid short circuits.
3. Avoid strong shocks, drops, or physical damage.
4. Do not pump corrosive liquids, granular solids, or high-viscosity fluids like oil.
5. Avoid prolonged stall conditions to prevent motor damage.
6. Do not expose the pump to high-voltage surges.
**How to Choose the Right Pump:**
1. Determine the required voltage, current, head, flow rate, and size.
2. Consider the application’s specific requirements, such as temperature, media type, and working frequency.
3. Decide on additional functions like pressure control, flow regulation, or time-based operation.
For more detailed technical data or assistance in selecting the right model, feel free to contact us directly.
**Get More Technical Data – Please Send Message!**