Mann+hummel Gmbh

Filterwerk Mann + Hummel Gmbh

Other

Klemens Dworatzek

Ralf Bauder

Bertram Bartelt

Karlheinz Muenkel

Janine Schmelzle

Anthony W Fell

Nigel Burford

John Lawrence Mills

Daniela Zinic

Goekhan Evcuemen

Marion Hartmann

Steffen Ackermann

Peter Biebricher

Nicholas Foulkes

Fei Wang

Volker Greif

Duc Cuong Nguyen

Andreas Panni

Jens Haehn

Christian Thalmann

Michael Fasold

Stefan Becker

Edvard Kopec

Sascha Roth

Frank Vogt

Sascha Bauer

Jochen Linhart

Manfred Winter

Markus Zuerker

Michael Wolf

Joachim Stinzendoerfer

Andreas Pelz

Karlheinz Münkel

Thomas Tschech

Thomas Petschl

Bertram Uebelhoer

Thomas Grein

Klaus Arnegger

Andreas Franz

Ralf Ohm

Frank Skudlarz

Volker Pluecker

Torsten Oberdorfer

Horst Escher

Sebastian Naegelen

Mohan Bangalore Panneerselvam

Volker Krueger

Srinivasa Thontaradhya

Pramod Savadatti

Bertram Übelhör

Sebastian Nägelen

Graham Palmer

Gökhan EVCÜMEN

Markus ZÜRKER

Volker KRÜGER

Pierre Jolin

A separating apparatus for separating liquid from gas has a housing with a connection device for connecting to a connection head of a machine along a connection axis. The housing has a gas inlet and a gas outlet surrounding the connection axis. A separating medium inside the housing separates gas inlet from gas outlet. A liquid collection chamber inside the housing at a clean gas side surrounds connection axis and gas outlet. A liquid drain leads out of the liquid collection chamber. Gas outlet and liquid drain lead out of the housing at a side provided with the connection device. A pipe section arranged inside the housing surrounds circumferentially the connection axis and forms at least partially a radially inner boundary of the liquid collection chamber. The pipe section leads to the gas outlet. The pipe section is functionally separated from mechanical force-transmitting connection elements of the connection device.

Separating apparatus for separating liquid from gas, in particular air, and separating system of a machine

A filter insert to be installed in a housing of a liquid separator has a hollow cylindrical separation element in the form of a coalescer for separating a liquid from a gas flow. A flange at an end face of the hollow cylindrical separation element can be arranged exchangeably between a cover and a cylindrical body of the housing. The flange has a support surface at a radially outer rim of the flange to be supported on an upper support region of the housing facing the cover of the housing. The flange has a guide structure determining a position of the flange on the upper support region of the housing. The guide structure is to receive a counter structure of the liquid separator. The guide structure has an axial elevation projecting away from the end face of the separation element. A liquid separator is provided with such a filter insert.

Filter insert for installation in a liquid separator, liquid separator, method for providing the aforementioned filter insert as well as use of the filter insert in a liquid separator

A coalescence separator for separating liquid droplets from a gas flow is provided with a multilayer structure of a coalescence filter medium as a finest stage of the coalescence separator. The multilayer structure of the coalescence filter medium is arranged between a gas inlet and a gas outlet and surrounds a cavity. A product of an air permeability of the coalescence filter medium and a grammage of the coalescence filter medium amounts to at least 16 g/m*s and maximally 100 g/m*s. The coalescence filter medium is a glass fiber paper. The coalescence separator is used, for example, as a main oil separator in screw compressors.

Coalescence separator, in particular for use in a compressed air compressor system, compressed air compressor system, and use of a coalescence separator

A filter element () that is to be mounted in a housing () has at least one substantially hollow cylindrical filter bellows () designed to separate liquid from aerosol, and two cover elements () designed to cover axial end regions () of the filter bellows (). The axial end portions () of the at least one filter bellows () are pressed against the cover element () by an axial compressing force. The at least one filter bellows () is secured in the axial direction, and one respective sealing zone () is formed between each filter () and each cover element ().

Filter element and method for manufacturing a filter element

A separating device for separating a liquid from gas is provided with a separating element that has a housing with housing cover closing off an end face of the housing. A filter element is arranged in the housing. A coupling element is provided to couple the separating element to a connector device. The housing cover has a central first gas passage and a second gas passage arranged radially outwardly of the first gas passage. The housing cover has a housing cover thread correlated with the first gas passage. The housing cover thread is to be screwed to a coupling element thread of the coupling element. A fluid discharge channel is arranged within the coupling element for discharging separated liquid from the separating device. The housing cover thread and the coupling element thread, in a position of use of the separating device, are connected substantially seal-tightly to each other.

Separating device for separating a fluid from gas as well as separating element and coupling element for such a separating device

A separation device for separating fluid from a gas stream has a housing replaceably connected to a connector head of a connecting device. The housing has a housing corpus with an axial end covered by a housing cover non-detachably connected to the housing corpus. A filter insert is received in the housing in a flow path of the gas stream from a raw gas inlet to a clean gas outlet of the housing. The filter insert has a main separator element with ring-shaped support body and cylindrical coalescing filter medium with coalescer material removing fluid from the gas stream. A preliminary separator element is arranged concentrically to the main separator element in the housing in the flow path of the gas stream between raw gas inlet and main separator element. The preliminary separator element has a cylindrical coalescing filter medium with coalescer material removing fluid from the gas stream.

Separation device and oil separating air filter assembly comprising such separation device as well as method for separating fluid from a gas stream deriving from a connecting device

A separation device for separating fluid from a gas stream has a housing with housing corpus and housing cover non-detachably connected to the housing corpus. A hollow cylindrical filter insert is received in the housing in a flow path of the gas stream from a raw gas inlet to a clean gas outlet. The filter insert has first and second end discs at first and second axial end face sides. The filter insert has a main separator element with hollow cylindrical coalescing filter medium with coalescer material for removing fluid from the gas stream that is flowing radially through the main separator element. A preliminary separator element having a coalescing filter medium with coalescer material is arranged in the flow path of the gas stream between the raw gas inlet and the filter insert for removing fluid from the gas stream.

A filter element () that is to be mounted in a housing () has at least one substantially hollow cylindrical pleated filter () designed to separate liquid from aerosol, and two cover elements () designed to cover axial end regions () of the pleated filter (). The axial end portions () of the at least one pleated filter () are pressed against the cover element () by an axial compressing force. The at least one pleated filter () is secured in the axial direction, and one respective sealing zone () is formed between each pleated filter () and each cover element ().

A housing of a device for separating fluid from gas has a first gas passage centrally arranged relative to an axis of the housing, a second gas passage arranged radially outwardly of the first gas passage, and a fluid outlet for fluid separated from the gas. The fluid outlet, relative to the axis, is arranged radially between first gas passage and second gas passage. A fluid outlet seal part of a fluid outlet sealing device is provided that is arranged fluidically between the second gas passage and the fluid outlet and interacts seal-tightly with a corresponding fluid outlet seal part of a connection part provided for connecting the housing with a connector device. The fluid outlet seal part of the fluid outlet sealing device has an annular seal section with a radially inwardly acting sealing surface and/or a radially outwardly acting sealing surface.

Housing, fluid outlet seal part, housing cover, connection part of a device for separating at least one fluid from gas, and device and apparatus for separating a fluid

A cup-shaped housing assembly for a device for separating liquid from air has a cup-shaped housing body having an interior. At least one annular filter element for separating liquid from air is arranged in the housing body. A housing cover closes off an end face of the housing body. The housing cover has an inner side that is facing the interior and an outer side that is facing away from the interior. The housing cover has at least one raw air inlet through which raw air is supplied to the interior. The housing cover has at least one clean air opening though which filtered clean air is discharged from the interior.

Housing, housing cover and connecting part of a device for separating at least one fluid from a gas and a device for the separation of a fluid

A separation element for a pressure accumulator system for separating liquid from a media stream is provided with a hollow cylindrical filter body. The filter body has a support body and a coalescing stage filter medium radially outwardly of the support body. The filter body is flowed through radially by the media stream and separates a dirty side from a clean side of the separation element. First and second end disks are disposed on opposite sides of the filter body. A receiving recess is arranged centrally on the first end disk and is open toward the filter body interior. The receiving recess supports the separation element on a central tube of the pressure accumulator system. The second end disk has an outlet opening. Liquid that has been separated by the filter body from the media stream drains via the outlet opening of the second end disk from the separation element.

Separation element and pressure accumulator system

A filter insert for installation in a housing, having at least one substantially hollow cylindrical filter element for separating liquid from aerosol; and at least one covering element designed to cover an axial end region of the filter element; wherein at least one of the the at least one covering element is formed from at least one metal sheet and connected with the filter element with at least one mechanical connection; wherein the mechanical connection between the at least one covering element and the filter element is formed solely by a structure of the at least one covering element produced through deforming or reforming the at least one covering element; wherein the structure of the at least one covering element is configured to clamp the filter element to the at least one covering element.

Filter insert and method for manufacturing a filter insert

Described is a housing () for a separating device () for separating fluid from a gas, a housing cover () and a connecting part () of a device () and a device () for separating a fluid. The housing () has at least one first gas passage (), which is centrally disposed relative to an axis () on a connection device (). The housing () has at least one second gas passage (), which is disposed radially outside the at least one first gas passage () with respect to the axis (). The housing () has at least one fluid outlet () for fluid separated from the gas, which is disposed radially between the at least one first gas passage () and the at least one second gas passage () with respect to the axis (). Between the at least one second gas passage () and the at least one fluid outlet (), at least one housing-side fluid outlet sealing part () of at least one fluid outlet sealing device () is disposed, which is configured to sealingly interact with at least one corresponding connection-side fluid outlet sealing part () of the connecting part (), which is provided for connecting the housing () with the connection device ().

A cup-shaped housing assembly for a device for separating liquid from air has a cup-shaped housing body having an interior. At least one annular filter element for separating liquid from air is arranged in the housing body. A housing cover closes off an end face of the housing body. The housing cover has an inner side that is facing the interior and an outer side that is facing away from the interior. The housing cover has at least one raw air inlet through which raw air is supplied to the interior. The housing cover has at least one clean air opening though which filtered clean air is discharged from the interior. For sealing the raw air inlet relative to the clean air opening, at least one sealing surface is arranged at the outer side of the housing cover across sections thereof.

Cup-shaped housing, device for separating liquid from air, and method for mounting the cup-shaped housing on a nipple

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Edingen, Germany

Klemens Dworatzek