High Pressure Pneumatic Grease Pump

The air-operated grease pump/High Pressure Pneumatic Grease Pump 12L/ Air Operated Bucket Grease Pump /Auto Grease Pump Pneumatic Lubricator Gun

Quick Details

Place of Origin: Shandong, China (Mainland) Brand Name: New Alpha
Model Number: NA-608 Structure: Grease Pump
Usage: Grease Inject Application: Grease Inject, Oil Injection
Power: Pneumatic Fuel: Air
Pressure: High Pressure Product name: Pneumatic Grease Pump
Capacity: 12L Packing: Carton
Material: Steel Working pressure: 30-40(Mpa)
Air admission: 0.6-0.8(Mpa) Weight: 13KG
Color: Yellow Pressure Ratio: 60:1
Grease output 1.6L/min
Grease gun 200
Hose 3.8m

/Technical Data/ModelArt. 63041Art. 63074Art. 63095
Compression ratio60: 160: 160: 1
(kgf/cm2)Working pressure3-83-83-8
(kgf/cm2)Max. Pressure888
(L/min)Air comsumption150150150
(g/min)Output Capacity500-900500-900500-900
(mm)Suction tube diameter323232
(mm)Suction tube length410740940
Air inletBSF 1/4"BSF 1/4"BSF 1/4"
Grease outletBSF 3/8"BSF 3/8"BSF 3/8"

Quick Details

Place of Origin: Shandong, China (Mainland) Brand Name: New Alpha
Model Number: NA-608 Structure: Grease Pump
Usage: Grease Inject Application: Grease Inject, Oil Injection
Power: Pneumatic Fuel: Air
Pressure: High Pressure Product name: Pneumatic Grease Pump
Capacity: 12L Packing: Carton
Material: Steel Working pressure: 30-40(Mpa)
Air admission: 0.6-0.8(Mpa) Weight: 13KG
Color: Yellow Pressure Ratio: 50:1
Grease output 0.85L/min
Grease gun 200
Hose 3.8m

Inline Pressure Pump

High Pressure Pneumatic Pump

A high-pressure pneumatic pump is a device designed to generate and deliver pressurized air at elevated levels for various industrial, commercial, and research applications. These pumps are used to produce compressed air at pressures higher than atmospheric pressure.

Function and Features
Air Compression: A high-pressure pneumatic pump works by using mechanical means to compress and elevate the pressure of air or gas. This pressurized air can then be used for a variety of tasks and processes.

Piston or Diaphragm Design: High-pressure pneumatic pumps often use either piston or diaphragm mechanisms to compress the air. These mechanisms help create the necessary pressure difference for air compression.

Pressure Regulation: Many high-pressure pneumatic pumps are equipped with pressure regulators that allow users to control and adjust the output pressure according to the requirements of the specific application.

Built-in Safety Features: Safety measures, such as pressure relief valves and automatic shut-off systems, are commonly integrated into these pumps to prevent over-pressurization and ensure user safety.

Pressure Gauges: High-pressure pneumatic pumps usually include pressure gauges that provide real-time readings of the generated air pressure. This helps users monitor and maintain the desired pressure level.

Cooling Systems: Due to the heat generated during the compression process, some pumps incorporate cooling systems to prevent overheating and ensure continuous operation.

Function and Features
Air Compression: A high-pressure pneumatic pump works by using mechanical means to compress and elevate the pressure of air or gas. This pressurized air can then be used for a variety of tasks and processes.

Piston or Diaphragm Design: High-pressure pneumatic pumps often use either piston or diaphragm mechanisms to compress the air. These mechanisms help create the necessary pressure difference for air compression.

Pressure Regulation: Many high-pressure pneumatic pumps are equipped with pressure regulators that allow users to control and adjust the output pressure according to the requirements of the specific application.

Built-in Safety Features: Safety measures, such as pressure relief valves and automatic shut-off systems, are commonly integrated into these pumps to prevent over-pressurization and ensure user safety.

Pressure Gauges: High-pressure pneumatic pumps usually include pressure gauges that provide real-time readings of the generated air pressure. This helps users monitor and maintain the desired pressure level.

Cooling Systems: Due to the heat generated during the compression process, some pumps incorporate cooling systems to prevent overheating and ensure continuous operation.

Pressure:
Maximum pressure: 35 MPa (350 bar)
Rated pressure: 21 MPa (210 bar)
Max. Control pressure: 3.5 MPa (35 bar)
Refueling pressure: 0.8-2.0 MPa (8-20 bar)
Max. Shell pressure: Constant 0.25 MPa (2.5 bar), Peak 0.5 MPa (5 bar)
Speed/Flow:
Max. Output per minute: 69.8 cm
Max. Rotational speed: 2810 min
Min. Rotational speed: 500 min
Rated speed: 1500 min
Weight :78kg

Techniques:

Tank capacity: 13kg
Transmission pressure: