Key Advantages for 24V Appliance Water Systems
24V DC Platform Compatibility
This pump is suitable for appliance and equipment platforms that use a 24V DC power supply. It can be matched with control boards, adapters, and equipment-mounted power systems.
01
Higher Flow for Appliance Modules
Compared with smaller low-flow pump options, this model supports a higher water flow range for water dispensers, beverage equipment, drainage modules, and small booster systems.
02
Stable Water Delivery Through Tubes and Outlets
The pump can move water through internal tubes, tanks, outlet structures, and compact liquid paths. Final performance should be tested with the actual tube length, outlet height, and working cycle.
03
Suitable for Dispensing, Drainage, and Small Booster Use
This pump can support controlled water transfer in coffee machines, tea makers, water dispensers, appliance water modules, and compact liquid handling systems.
04
Control-Board and Installation Matching
Pinmotor can review voltage, flow, wire length, terminal type, tube direction, mounting space, and control-board connection according to the customer's equipment layout.
05
Applications in 24V Water Delivery Equipment
Water Dispensers and Tea Makers
Suitable for desktop water dispensers, tea makers, and drinking water devices that require stable water delivery under a DC power system.
Coffee Machines and Beverage Equipment
Used to move water from an internal tank to heating, brewing, dispensing, or outlet structures in compact beverage systems.
Small Booster Water Systems
Suitable for compact booster systems where the pump needs to support water movement through tubes, valves, filters, or outlet resistance.
Appliance Drainage Modules
Can be evaluated for small drainage modules where water needs to be moved from a tank, tray, or inner chamber through a controlled tube path.
Technical Data
| Product model |
365-XZ 24V Mini Water Pump |
||||
|---|---|---|---|---|---|
| Rated Voltage |
DC 3.7V
|
DC 6V | DC 9V |
DC 12V
|
DC 24V
|
| Rated Current | ≦800mA | ≦500mA | ≦350mA | ≦250mA | ≦150mA |
| Power | 2.88 W | 2.88 W | 2.88 W | 2.88 W |
2.88 W |
| Air Tap O.D. | Ø7.5mm | ||||
| Maximum Water Pressure | ≧15 psi (100 kPa) | ||||
| Water Flow | 1.2-2.4 LPM | ||||
| Noise Level | ≦60db (30cm away) | ||||
| Life Test | ≧200 hours (continuous) | ||||
| Pump Head | ≧2m | ||||
| Suction Head | ≧2m | ||||
| Weight | 85g | ||||
This model offers a higher flow range than compact low-flow water pumps, making it more suitable for appliance water delivery, beverage equipment, drainage modules, and small booster systems. Final pump selection should be verified with the actual tank position, outlet height, tube length, valve resistance, and control-board settings.
How to Select a 24V Mini Water Pump for Equipment Use
Confirm the 24V Power Platform
Check whether the device uses a 24V DC power supply, adapter, or control board. If the product uses another voltage, the pump configuration should be evaluated separately.
Check Required Water Flow
Confirm the target water output and whether the system needs dispensing, transfer, drainage, or small booster performance. A higher flow model is more suitable when low-flow output is not enough.
Review Tube Length and Outlet Height
Tube length, outlet height, filters, valves, and nozzle resistance can affect the final water output. These should be tested inside the real liquid path.
Match the Working Cycle
Clarify whether the pump works continuously, intermittently, or only during dispensing cycles. The working cycle affects temperature rise, noise, and long-term stability.
Test With the Final Control System
The pump should be tested with the actual control board, wiring, tank, tubes, and outlet structure before mass production.
OEM Matching for 24V Water Delivery Systems
Voltage and Control Matching
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Pinmotor can help confirm whether the pump should match a 24V DC control board, adapter, or other voltage platform used in the final equipment.
Flow and Outlet Performance Review
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Pump selection can be evaluated based on required flow, outlet height, dispensing speed, tube resistance, valve resistance, and actual liquid path design.
Tube, Connector, and Port Direction Options
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Tube size, connector type, water port direction, and outlet layout can be reviewed according to the equipment structure.
Wire Length and Terminal Configuration
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Wire length, terminal type, and connection method can be matched to the customer's assembly process and control system.
Sample Testing Before Production
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Samples help verify water output, noise, temperature rise, tube connection, installation fit, and working stability before bulk orders.
Product FAQs
Q: When should I choose a 24V mini water pump?
A: A 24V mini water pump is suitable for equipment or appliance platforms that already use a 24V DC power system and need stable water delivery through tubes, tanks, or outlet structures.
Q: How is this pump different from a low-flow mini water pump?
A: This model offers a higher water flow range and is more suitable for appliance water delivery, beverage equipment, drainage modules, and small booster systems. Low-flow pumps are usually better for handheld or short-path products.
Q: Can this pump be used in coffee machines or tea makers?
A: Yes. It can be evaluated for coffee machines, tea makers, and compact beverage systems. The final result depends on tube length, outlet height, valve resistance, heating structure, and working cycle.
Q: What affects the actual water output in an appliance system?
A: The final output can be affected by tank position, tube length, outlet height, filters, valves, nozzle resistance, voltage stability, and control-board settings.
Q: What information should I provide for 24V pump matching?
A: Please provide voltage, target flow, tube size, outlet height, tank position, liquid path design, working cycle, control-board connection, and installation space.
