Refrigerant Freon Boosting Filling Machine

Saiste RP04-06 seriesRefrigerant Freon Boosting Filling MachineFreon refrigerant filling system, refrigerant filling machine, matched refrigerant booster pump, refrigerant Freon filling and boosting equipment, refrigerant recovery pump RP04-06 series (interface 1/2), RP03-06 series (interface 3/8). For more information, please contact Saisite Wanggong

The refrigerant Freon pneumatic booster filling pump, refrigerant Freon filling and recovery device, refrigerant pressure recovery pump, and refrigerant booster delivery pump are a new type of booster pump specially developed and produced by our company based on more than ten years of experience in pneumatic booster pump research and development, drawing on * technology, and combining with the domestic refrigerant and refrigerant market; It is currently a mature refrigerant boosting equipment.

Specification Model

RP03-06 series RP04-06 series RP04-12 dual drive series

Operation instructions

The RP03 (RP04) series refrigerant boosting equipment is a new type of refrigerant boosting device developed and produced by our company based on the working principle of the pneumatic boosting and pressure testing device imported from abroad, combined with the actual situation of the refrigerant and refrigerant market in China.

1、 Product Features

It uses pure compressed air as the driving power source, a refrigerant booster pump as the pressure source, and refrigerant or refrigerant as the boosted medium. The output pressure is proportional to the driving gas source pressure. By adjusting the pressure of the driving gas source, the corresponding pressurized refrigerant or refrigerant pressure can be obtained. When the pressure of the driving gas source reaches equilibrium with the boosted pressure, the refrigerant booster pump stops boosting and the output pressure stabilizes at the preset pressure. It has the characteristics of explosion-proof, energy-saving, environmental protection, adjustable output pressure, small size, light weight, simple operation, reliable performance, and wide applicability.

2、 Product Usage

1. Suitable for transporting various refrigerants such as R22, R134a, R407C, R410A, etc;

2. Recovery and injection of new environmentally friendly refrigerants and liquefied gases (CO2, SF6, Freon, Fluoron);

3、 Model analysis

Example RP03-06

RP - Code for refrigerant booster pump

03--- indicates that the interface size of the refrigerant booster pump is ZG3/8. (04 is ZG1/2)

06- Indicates that the boost ratio of the refrigerant booster pump is 6:1

4、 System composition

The refrigerant booster pump consists of a drive cylinder, a medium booster cylinder, an automatic directional valve, inlet and outlet check valves, imported high-quality seals, and drive and booster pistons. Mature technology, convenient connection and control, compact structure, small and beautiful appearance.

5、 Technical parameters

Single driver RP03-06 (RP04-06)

Dual Drive (RP03-2-06)

6、 Operation and installation

1. Installation: During the installation process, please refer to the dimensions of each interface in the technical parameters to avoid foreign objects entering the pump and keep the inlet and outlet clean.

7、 Reference for the appearance of conventional equipment:

8、 Customized equipment appearance reference:

Saiste RP04-06 seriesRefrigerant Freon Boosting Filling MachineTerminology explanation

1. Pressure ratio: The area ratio between the driving piston and the pressurizing piston.

2. Air consumption: The small air consumption (NL/min) required to drive the piston movement is used to determine the air pressure

Can the conveying capacity of the machine or pipeline meet the needs of the booster pump.

4. Drive pressure: The pressure range that drives the action of the booster pump, with a theoretical range between 1.5 bar and 10 bar, and an economical range between 6 bar and 8 bar.

5. Displacement: The volume of the output medium (L/time) of the booster pump within one stroke.

6. Flow rate: The cumulative volume of the output medium (L/min) of the booster pump within one minute. Equivalent to displacement multiplied by the number of repetitions per minute. The flow rate decreases with the increase of output pressure, and the flow rate given in the sample is the measured value at zero outlet pressure.

7. Standard flow rate: only for gas, that is, the flow rate measured at 1atm and 20 ℃.

8. Pressure holding: Under a certain driving pressure, after the pump stops working, the pressure in the circuit does not change within the specified time. The holding time is 10 minutes less.

9. Pressure replenishment: Regardless of the reason for the pressure drop in the holding circuit, the pump will automatically start to replenish the leakage pressure and maintain stable circuit pressure.