24V ro system 75G ro booster pump

1.Quick Details

 Brand Name:   24V ro system 75G ro booster pump

Model Number: HN 75G

Theory: Reciprocating Pump
Structure: Diaphragm Pump
Usage: Water, RO machine,water purifier,water fountain quick fitting and so on
Power: Electric
Standard or Nonstandard: Standard
Fuel: Electric
Pressure: High Pressure
Application:   

Water Boosting

Voltage: DC 24v
Type: Reverse Osmosis
Color: Black or Gray
Function: High Effeciency, Low Noise, Friendly environment
Certification: CE, RoHS, ISO9001
Warranty: 12 months
OEM: Yes

 Packaging Details: Carton box. 6pcs/ctn. Single package size: 25cm x 12cm x 10cm Single gross weight: 2.0 KG

Delivery Detail: 15 - 30 days after receive the payment of 30% deposit

24V ro system 75G ro booster pump

2. Specifications

1). 50GPD - 300GPD 

2). Electric Diaphragm Water Booster Pump
3). Low pressure single stage water pump
4). CE, RoHS, ISO9001

Notes: 1. Unit description: GPM: gallons per min, L/min: Liters per min, PSI: pounds per square inch 

           2. Conversion: 1 gallon (U.S.) = 3.785liters, 1Mpa = 145PSI = 10.2kg/cm2 = 10Bar 

We can exploit new products according to the specifications you specially require. 

3. Features

1). Large flow rate.  

 2). Self-protection functions: overflow automatically start the reflux protection.  

 3). Strong adaptability to environment. 

 4). High quality and excellent performance.  

 5). Energy saving and high efficiency, low noise. 

 6). No leakage and smooth operation. 

 7). Strong suction and self-priming, stable inlet/oulet pressure.

 8). Durable and long lifetime. 

9). Easily fixed and removed.

4. what is  booster pump?

A booster pump is a machine which will increase the pressure of a fluid, generally a liquid. It is similar to a gas compressor, but generally a simpler mechanism which often has only a single stage of compression, and is used to increase pressure of an already pressurised gas. Two-stage boosters are also made.^[1] Boosters may be used for increasing gas pressure, transferring high pressure gas, charging gas cylinders and scavenging.

The Power sources of  booster pump , Boosters may be driven by an electric motor, hydraulics, low or high pressure air or manually by a lever system. Those powered by compressed air are usually linear actuated systems, where a pneumatic cylinder directly drives the compression piston, often in a common housing, separated by a seal. A high pressure pneumatic drive arrangement may use the same pressure as the output pressure to drive the piston, and a low pressure drive will use a larger diameter piston to multiply the applied force