Abstract: A frame of modular form for cable entries, pipe penetrations or the like is disclosed. The frame comprises at least two identical end modules. Depending on the desired dimensions, one or more intermediate module is placed between the end modules. The modules form at least one opening to receive the cable entries, pipe penetrations or the like. The frame may cover the openings of the frame before the cables, pipes or the like are received.

Abstract: The present invention concerns a frame (1) for receiving one or more elastic modules (2) forming cable entries, pipe penetrations or the like. The frame (1) has a form automatically compressing the one or more modules (2) at mounting to an appliance (7). The compression is made in that the modules (2) are received in a central opening of the frame (1) formed by inclining walls (3) and that the overall dimension of the modules (2) received in the central opening is somewhat larger than the inner dimension of the central opening. The modules (2) protrude from the frame (1) and are therefore further compressed when the frame is mounted to the appliance (7).

Abstract: A frame of modular form for cable entries, pipe penetrations or the like is disclosed. The frame comprises at least two identical end modules. Depending on the desired dimensions, one or more intermediate module is placed between the end modules. The modules form at least one opening to receive the cable entries, pipe penetrations or the like. The frame may cover the openings of the frame before the cables, pipes or the like are received.

Abstract: The present invention concerns a local and active fire protection means at a system for cable entries, pipe penetrations etc. Said system may comprise a frame (1) and a number of modules (2) adaptable to different pipes, cables etc. A sprinkler head (7) either connected to an existing sprinkler system (14) or a pressurised reservoir (10) is received in a module (2) inside the frame (1) together with a conduit (6) connected to the existing sprinkler head (7) or the pressurised reservoir (10). In one example the frame (1) including the sprinkler head (7) is received in a wall (11) separating two compartments (12, 13). The sprinkler head (7) connected to the existing sprinkler system (14) may give a water mist (15) at the frame (1) in one of the compartments (12).

Abstract: The present invention concerns a frame (1) for receiving one or more elastic modules (2) forming cable entries, pipe penetrations or the like. The frame (1) has a form automatically compressing the one or more modules (2) at mounting to an appliance (7). The compression is made in that the modules (2) are received in a central opening of the frame (1) formed by inclining walls (3) and that the overall dimension of the modules (2) received in the central opening is somewhat larger than the inner dimension of the central opening. The modules (2) protrude from the frame (1) and are therefore further compressed when the frame is mounted to the appliance (7).

Abstract: The present invention concerns a sleeve (1) for cable entries, pipe penetrations etc. The sleeve (1) has a central part (3) with a through central opening and one flange (2) at one end of the central part (3). The flange (2) is directed radially away from the central part (3). A compressible part (4) is arranged the flange (2) and a compression means (5), here in the form of a ring. The ring is arranged slidable on the outside of the central part (3). By means of screws (6) the compression means (5) may be forced towards the flange (2) of the central part (3), compressing the compressible part (4). By means of the compression of the compressible part (4) the sleeve (1) is fixed to a plate (7) or the like.

Abstract: The present invention concerns a compression unit (1) to be used in a sealing system. The sealing system further includes a frame (14-16) receiving compressible units (20) for pipe penetration and/or cable entry in addition to the compression unit (1). Depending of the placing of the compression unit (1) it will abut either two inner corners (17, 18) or two walls of the frame (14-16). Further two supplemental parts (12) are furnished for optional used. The supplemental parts (12) are placed between the compression unit (1) and the frame (14-16) if the compression unit (1) is to abut against an inner corner (17) having a straight form or against walls of the frame (14-16).

Abstract: The present invention concerns a cover means, intended for use in a frame (11, 12) for cable entries, pipe penetrations etc. The cover means comprises a plate (1, 14, 18, 19), locking means (7, 8) and sealing means (5). The plate (1, 14, 18, 19)is furnished with flanges (2, 3) to guide the plate when received in the frame (11, 12). Furthermore, the plate (1) has a bolt connection (4) for receiving a bolt (9). In an alternative embodiment the plate (1) has a bolt (17) for co-operation with a nut (16). In use the locking element (7, 8) and the plate (1, 14, 18, 19) are placed on opposite sides of the frame (11, 12), held at respective sides of the frame (11, 12). The cover means is held at the frame (11, 12) by means of the bolt (9, 16) going through an opening (6) of the locking element (7, 8) and co-operating with the bolt connection (4) of the plate (1) or the nut (16).

Abstract: The present invention concerns a module (3) and a frame (1) for cable entries, pipe penetrations etc. The module (3) has end parts (7) and middle parts (8) adaptable to receive flat cables (6) or the like having an elongated cross section. The end parts (7) may be identical to parts forming a module (2) for receiving cables, pipes etc. having a circular cross section. The frame (1) is to receive one or more of said module (3).

Abstract: The present invention concerns a sleeve (1) for cable entries, pipe penetrations etc. The sleeve (1) has a central part (3) with a through central opening and one flange (2) at one end of the central part (3). The flange (2) is directed radially away from the central part (3). A compressible part (4) is arranged the flange (2) and a compression means (5), here in the form of a ring. The ring is arranged slidable on the outside of the central part (3). By means of screws (6) the compression means (5) may be forced towards the flange (2) of the central part (3), compressing the compressible part (4). By means of the compression of the compressible part (4) the sleeve (1) is fixed to a plate (7) or the like.

Abstract: A fire protection means is disclosed for a frame for cable entries, pipe penetration and the like. The frame comprises an outer frame to be mounted in a wall or the like. Furthermore, the frame has one or more inner frames, having one or more cable entries or the like. An extension is arranged in connection with the frame on at least one side of the wall. The extension is furnished with the fire protection means.

Abstract: The present invention concerns a compression unit for a frame receiving one or more separate units for cable entries, pipe penetrations etc. The compression unit comprises a compression plate to be received in the frame. The compression plate has protrusions to be received in grooves of the frame. The grooves have a first straight part and a second rounded part. To put the compression plate in a compressing position, the compression plate is turned by use of a suitable tool, when the protrusions are in the rounded parts of the grooves.

Abstract: A breakable protection for a frame for a cable entry, pipe penetration or the like is disclosed. The frame has a central opening for receiving a compression unit and often one or more sealing units surrounding each cable, pipe or the like. To hinder objects from mistakenly falling through the frame, the breakable protection covers the opening. The breakable protection may be a net or a closed protection. The protection may be a separate part or may be integrated in the frame. The breakable protection is made of a plastic, rubber or metallic material.

Abstract: A sealed feedthrough or bulkhead for cables or pipes in a wall assembled from modules having block-shaped members defining spaces in which a test pressure can be applied, utilizes spacers between the block-shaped members which maintain gaps between them while having pins extending into the block-shaped members.

Abstract: A cable transit device, or cable penetration device, includes a tubular sleeve (1) that has means (11) at one end for fastening the device to a wall opening, and that has at its other end a thread (14) which interacts with a thread (53) on a nut (5). The nut includes a support shoulder (52) and the device includes a rubber sleeve which is located in the tubular sleeve (1) and has an outer diameter corresponding to the inner diameter of the tubular sleeve. The rubber sleeve is accommodated between the circular shoulder of the tubular sleeve and the support shoulder of the nut. The device also includes a plurality of module elements (4), each containing a cable accommodating channel (41) and each being divided to allow lateral access to the channel/channels. The modules (4) together fill-out the opening (31) of the rubber sleeve and have a shape that corresponds to the resultant outer contour of the mutually sealingly combined modules.

Abstract: A cable transit for protecting against the ingress of liquids and electromagnetic disturbances at a transit location in a wall, including a sleeve and a nut for fitting the transit tightly in the wall. The transit also includes a cable seal which comprises two semi-cylindrical bodies made of a compressible material and together fitting in the sleeve. The semi-cylindrical bodies have an adaptable center hole for accommodating a cable to be passed through the wall, and include several peelable layers. The semi-cylindrical bodies can be pressed together in tight abutment with the sleeve and with the cable, by means of the nut. The standard earthed cable sheet is earthed by means of a conductive screen. At least one peelable layer is removed along a part of the semi-cylindrical bodies, so that the semi-cylindrical bodies will present, at that part, a center hole whose diameter is greater than the diameter along the remaining part of the semi-cylindrical bodies.

Abstract: A cable transit includes an outer frame (10), at least one module-based cable seal, and a final seal which fills-out the frame together with the cable seal. The final seal includes two compressible wedges (11, 12) which can be moved towards an away from each other by a screw (17), and two further compressible wedges (15, 16) which can also be moved towards and away from each other and which coact with the two first wedges. The four wedges are held together by a movable strap (19) which holds the wedges so that they can move relative to one another, wherein the wedges and the screw (17) together form a contained component which can be easily fitted into the frame. The outer side of the flexible strap (19) is provided with guide shoulders (191 to 194) approximately opposite the further wedges (15, 16) for guiding the component to a correct position in the frame. The strap and the wedges are molded in one piece, and one end (51) of the strap is glued to the other end (52) thereof.

Abstract: A frame structure for providing a lead-through facility for passing cables or like devices sealingly through a wall or like structure. The frame construction is substantially of rectangular configuration and is intended to be filled with packing pieces made of a material which has a given compressibility, in a manner to present through-passing holes which correspond in size and in number to the size and the number of cables or like devices to be passed through the frame construction. The frame construction includes a plurality of mutually interconnected frame member, namely at least one frame side-piece for each side of the frame, and one corner piece for each corner. The frame construction also includes partition walls which divide the interior of the frame construction into sections substantially perpendicularly to the frame side-pieces in the case of frame sides which are made-up of more than one frame side-piece.