CKL-C cyclone separators have been developed for high efficient removal of bulk liquids from compressed air and vacuum systems. Inside the housing there is an insert with vanes that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the filter housing prevents condensate frombeing picked up and “carried over” into the airstream. To discharge condensate from the CKL-C cyclone separator it is essential to install automatic or electronic condensate drain.

CKL-C cyclone separators have been developed for high efficient removal of bulk liquids from compressed air and vacuum systems. Inside the housing there is an insert with vanes that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the filter housing prevents condensate frombeing picked up and “carried over” into the airstream. To discharge condensate from the CKL-C cyclone separator it is essential to install automatic or electronic condensate drain.

CKL-C cyclone separators have been developed for high efficient removal of bulk liquids from compressed air and vacuum systems. Inside the housing there is an insert with vanes that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the filter housing prevents condensate frombeing picked up and “carried over” into the airstream. To discharge condensate from the CKL-C cyclone separator it is essential to install automatic or electronic condensate drain.

CKL-C cyclone separators have been developed for high efficient removal of bulk liquids from compressed air and vacuum systems. Inside the housing there is an insert with vanes that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the filter housing prevents condensate frombeing picked up and “carried over” into the airstream. To discharge condensate from the CKL-C cyclone separator it is essential to install automatic or electronic condensate drain.

CKL-C cyclone separators have been developed for high efficient removal of bulk liquids from compressed air and vacuum systems. Inside the housing there is an insert with vanes that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the filter housing prevents condensate frombeing picked up and “carried over” into the airstream. To discharge condensate from the CKL-C cyclone separator it is essential to install automatic or electronic condensate drain.

CKL-C cyclone separators have been developed for high efficient removal of bulk liquids from compressed air and vacuum systems. Inside the housing there is an insert with vanes that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the filter housing prevents condensate frombeing picked up and “carried over” into the airstream. To discharge condensate from the CKL-C cyclone separator it is essential to install automatic or electronic condensate drain.

CKL-C cyclone separators have been developed for high efficient removal of bulk liquids from compressed air and vacuum systems. Inside the housing there is an insert with vanes that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the filter housing prevents condensate frombeing picked up and “carried over” into the airstream. To discharge condensate from the CKL-C cyclone separator it is essential to install automatic or electronic condensate drain.

CKL-C cyclone separators have been developed for high efficient removal of bulk liquids from compressed air and vacuum systems. Inside the housing there is an insert with vanes that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the filter housing prevents condensate frombeing picked up and “carried over” into the airstream. To discharge condensate from the CKL-C cyclone separator it is essential to install automatic or electronic condensate drain.

CKL-C cyclone separators have been developed for high efficient removal of bulk liquids from compressed air and vacuum systems. Inside the housing there is an insert with vanes that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the filter housing prevents condensate frombeing picked up and “carried over” into the airstream. To discharge condensate from the CKL-C cyclone separator it is essential to install automatic or electronic condensate drain.