The Vacuum Pump Double Effect R32 With Battery, Solenoid Valve & Pressure Gauge is a key piece for professionals in air conditioning and aerothermal systems. Its high-strength aluminum and PVC casing ensures exceptional durability, while its ergonomic handle provides protection for a better grip and increased comfort during work. This equipment, which also includes an oil level indicator sight glass and a sturdy base for good stability, is ideal for precision tasks.
Suitable for a variety of gases, from R32 to R410A and beyond, the pump features an 18V – 5.0Ah lithium battery, providing approximately 50 minutes of continuous operation.
With a flow rate of 56 L/min, this tool is not only powerful but also extremely efficient, achieving a final vacuum of 25 microns, ideal for advanced air conditioning systems.
Additionally, weighing just 3.6 Kg, it is one of the lightest pumps on the market, enhancing mobility and reducing fatigue during use. Its compact size with dimensions of 277x92x196mm makes it easy to store and transport, without sacrificing its power and functionality.
Code
4646881000
Gas
R32-R410A-R134A-R407C-R404A-R22T
Flow
56 l/min
Unit Pack.
1
Mobility and Precision: Advantages of the Lightweight Vacuum Pump
Having a PRO Double Effect Vacuum Pump with Battery in your toolkit fundamentally transforms how you perform installations of air conditioning and aerothermal systems. Its light and compact design allows for great portability, facilitating movement between different work locations, a considerable advantage in large-scale projects or those requiring constant mobility.
Energy Efficiency for Air Conditioning Professionals
One of the greatest benefits of this pump is its ability to perform system evacuations quickly and effectively, ensuring the integrity and efficiency of the installations. The precision of the vacuum it achieves, up to 25 microns, is crucial for ensuring that air conditioning systems operate at optimum performance, minimizing the risk of contaminants that could compromise air quality or system efficiency.
