Dual Control Permanent Magnet Intelligent Self Priming Water Booster Pump

Product Description

 

Product Description

Description : 

Introducing our state-of-the-art Dual Control Permanent Magnet Intelligent Self Priming Water Booster Pump, designed for efficient and reliable water transfer in various applications. This advanced pump is engineered with dual control systems, ensuring optimal performance and adaptability to different water flow demands.


Application : 

Well water height adjustment and water tank recharging

Drinking water provision and landscape irrigation

Pipeline hydraulic intensification and supplementary equipment (Photovoltaic energy potable water system, water heaters, etc.)

Transmission of pure water or non- corrosive fluid absent of solid particles and fibres.

Suction well wateror secondary pressure boosting for leveling and pressurizing high floors (1-10 valves)


Function: 

1. Comprehensive input voltage range

100-140V with 50/60Hz frequency

160-240V at 50/60Hz frequency

2. DC output voltage ranging from 30 to 48V

Safe human contact voltage, eliminating usage hazards

3. Consistent water supply pressure

Employing variable frequency technology, 12,000rpm ultrafast rotation speed, superior pressure regulation precision

4. Adaptive functionality

Automatic detection of pipeline pressure

Automated adjustment of initial pressure

5. Exceptionally durable lifespan

S1 motor duty cycle, 30,000 hours of operational life

6. Frost resistance and pressure endurance

Compact impeller, compact pump body, high material hardness

7. Remarkably silent operation 20-30dB

Utilizing permanent magnet motor and water cooling design, eliminating the necessity for a cooling fan

8. A worthy investment and brand endorsement

Four patent innovations, exclusive technology

9. Maximum suction capacity of +9.5m, broader application spectrum

10. Zero rust water

Fluid pathway components fabricated from food grade plastic.

11. Dual control system (pressure+ flow switch)

Supports stepless pressure regulation for pumps with 0-100m head

12. Multiple protective measures

Water scarcity prevention (420s), frequent start/stop safe guarding (540 times or 90 minutes), overcurrent / undervoltage protection, etc.

13. High standard part compliance and efficient production process

Customized mould for each component, no post-processing required, a single cross screwdriver facilitates assembly and dismantling

14. Timing Function is available.


Operating conditions : 

Liquid temperature: 0-100°C

Ambient temperature: 4-55°C.

Maximum suction: +9.5m.

Insulation: Class H

Ingress protection: IP55

Duty cycle: S1

Input voltage: Single phase

100-140V.50/60Hz

160-240V,50/60H

 

Components and materials

* We have both single motor and dual-motor models available!

Components	Construction
Permanent magnet	Ferrite
Pump body	Engineering plastic
Pump housing	ABS plastics
Shield cover	PPS
Impeller	PPO
Rotor shaft	99 Ceramics

 
 

Detailed Photos

Performance curves

Product Parameters

Model	Voltage (V)	Power (W)	Power (HP)	Max.flow (m³/h)	Max.flow (L/min)	Max.head (m)	Max.suction (m)	PIPE (mm)
BG-125	DC30	105	0.1	2.2	37	20	3	1"×1"
BG-200	DC36	126	0.2	2.4	40	25	3	1"×1"
BG-300	DC40	148	0.2	3.0	50	28	5	1"×1"
BG-400	DC48	192	0.3	4.0	67	30	6	1"×1"
BG-600	DC40+40	296	0.4	4.0	67	40	9.5	1"×1"
BG-800	DC40+48	350	0.5	4.5	75	45	9.5	1"×1"
BG-1100	DC48+48	432	0.6	4.8	80	52	9.5	1"×1"

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FAQ

Q :The difference between fixed frequency motor and variable frequency motor?
A:The main difference between a fixed frequency motor and a variable frequency motor lies in their ability to control the speed or frequency of the motor's rotation.

1. Fixed Frequency Motor: A fixed frequency motor operates at a constant speed or frequency, typically determined by the power supply frequency. In most regions, the power supply frequency is fixed at either 50 Hz or 60 Hz. These motors are designed to operate at a specific speed and are suitable for applications where a constant speed is required, such as in many household appliances or industrial machines with fixed operating requirements.

2. Variable Frequency Motor: A variable frequency motor, also known as a variable speed motor or an adjustable speed motor, allows for the control of the motor's speed or frequency. This is achieved by using a variable frequency drive (VFD) or an inverter to adjust the frequency and voltage supplied to the motor. By changing the frequency, the motor's speed can be increased or decreased as needed. Variable frequency motors offer greater flexibility and control, allowing for precise speed adjustments to match specific application requirements. They are commonly used in applications where speed control is essential, such as in HVAC systems, industrial pumps, or conveyor belts.

In summary, a fixed frequency motor operates at a constant speed determined by the power supply frequency, while a variable frequency motor allows for the adjustment of the motor's speed or frequency using a variable frequency drive. The choice between the two depends on the specific application requirements and the need for speed control.
 

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