The EZL condensate-sensing type automatic drain valve is the latest advancement in drain valve technology. Instead of operating through a cycle timer, the zero loss drain valves sense the condensate level for activation, ensuring absolutely no loss of compressed air and hence enormous energy savings. The EZL drain valves are highly efficient and reliable. They can be fitted directly on the equipment simply by replacing the manual drains.
Zero loss advantage
During the air compression process, moisture condenses in dryers, after-coolers, and air receivers. This condensate needs to be removed frequently. The EZL drain valves help with this process. In ordinary drains, there is always a loss of compressed air. The EZL zero loss drain valves work on the principle of zero air loss, causing no loss to your compressed air, and thus saving energy.
Automatic Drain Valve
The condensate-sensing type automatic drain valve is the latest advancement in drain valve technology. Instead of operating through a cycle timer, these valves sense the condensate level for activation, ensuring absolutely no loss of compressed air and hence enormous energy savings and efficiency.
LED indicator
The LED display accurately indicates all the functions of the valve. For added safety and convenience, the LED indicator lights up when the valve is open.
A test switch
A test switch(or) manual drain allows an easy test of function at any time.
Noise Free Operation
Noise Free Operation as air is not discharged.
Can be used in any compressed air system
The EZL drain valves are highly efficient and reliable. The drain valve can be used in any compressed air system, and it is designed to fit directly on the equipment simply by replacing the manual drains.
Condensate drains are often the most overlooked component of a compressed air system but are a critical part of maintaining the air compressor’s efficiency.
Air compressors are used in many industrial applications, and their reliability and long-term performance are dependent on a number of factors. One of the most overlooked factors is the efficient removal of the condensate which is formed when atmospheric air is compressed.
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