combiloop CL1 E: Outstanding “price-efficiency ratio” ... particularly compact!
This high-pressure unit is proof that high performance and modern design do not have to be expensive. Müller has stood for over 10 years for particularly compact high-pressure solutions. Thanks to a well thought-out dimension, the combiloop CL1 E can even be installed under many bar feeders and is ideally suited as a mobile unit for various applications on various machines. The filter element is accessed from above via removable covers. This makes the change easier and much faster than ever before.
//combiloop CL1E: compact, mobile entry model for temporary high pressure < 70 bar
// With approx. 690 x 565 x 565 mm (L x W x H), it fits under most bar feeders
// Even with the combiloop CL1 E, the filter change is simple and fast thanks to easy access from above via a slightly removable cover.
// New development by Müller: 3-fold filter surface for higher media purity.
combiloop CL2 E: For continuous use up to 100 bar – also under the bar feeder.
Thanks to its intelligent component arrangement, the combiloop CL2 is particularly space-saving. An efficient use of production area is possible! The combiloop CL2 does not need any additional production area thanks to its integration under the bar feeder.
Inside of the well-proportioned system, the protected functional principle of the dirt pre-separation in the 3-chamber tank system is combined with easy-to-access and washable new wire mesh elements for fine filtration. The constant pump delivers pressures up to 100 bar and can be extended to an eco+ solution with a frequency converter.
// combiloop CL2 E: compact, mobile entry model for long-term high pressure < 100 bar
// With approx. 810 x 680 x 565 mm (L x W x H), it is also an extremely compact continuous efficiency booster and fits under most bar feeders.
// Clearly increased filter life thanks to 3-chamber tank system. Chamber 1 is used for pre-deposition, chamber 2 is used to stabilize the medium which flows into the third chamber via overflow.