REEOFLO EZB Series DC Brushless Motor Solar Self-Priming Pump
Price on Request
Packaging Capacity
Incoterm
Model No.
REEOFLO EZB Series DC Brushless Motor Solar Self-Priming Pump
Product Overview
The EZB Series Solar Self-Priming Pump features a high-efficiency DC brushless motor, delivering reliable water pumping in solar-powered systems. Its self-priming design enables automatic suction, eliminating the need for manual priming and ensuring smooth operation even when starting dry. Compact and energy-efficient, this pump is ideal for residential, agricultural, and off-grid solar water supply applications where convenience, reliability, and low maintenance are essential.
Product Feature :
DC Brushless Motor: Provides energy-efficient, maintenance-free, and stable solar-powered operation.
Self-Priming Design: Automatically creates suction, allowing immediate operation without manual priming.
Durable Construction: Long-lasting components suitable for residential, agricultural, and off-grid applications.
Compact & Easy Installation: Ideal for rooftops, tanks, small irrigation systems, and portable setups.
Energy-Efficient & Low Maintenance: Optimized for sustainable solar water pumping with minimal upkeep.
Applications :
Solar-powered household water supply
Small-scale irrigation for gardens, orchards, and farms
Off-grid water pumping and transfer projects
Portable solar water systems for remote locations
Energy-efficient self-priming pumping in residential and small agricultural setups
Performance Data
| ITEM | Voltage | Optimum input voltage (DC) | Power | Max. Flow | Max. Head | Outlet | Cable | Solar panel – Open circuit voltage(VOC) |
Solar panel – Power |
| EZB2-25-24-210 | 24V | 30V-48V | 210W | 2m³/h | 25m | 1×1″ | 2m | <60V | ≥1.3*PUMP POWER |
| EZB2-30-24-280 | 24V | 30V-48V | 280W | 2m³/h | 30m | 1×1″ | 2m | <60V | ≥1.3*PUMP POWER |
| EZB3-50-48-550 | 48V | 60V-90V | 550W | 3m³/h | 50m | 1×1″ | 2m | <120V | ≥1.3*PUMP POWER |
| EZB3-65-72-750 | 72V | 90V-120V | 750W | 3m³/h | 65m | 1×1″ | 2m | <170V | ≥1.3*PUMP POWER |
Selection & Project Engineering
Final model selection is based on required flow, total dynamic head, water source, installation depth, available solar-array voltage, daily operating hours and destination standards. Submit the duty point and site conditions for a confirmed configuration.
Published data describes the available product series. Final performance, motor supply, cable length, control mode, solar-array recommendation, packaging and compliance scope are confirmed in the quotation.
