Abstract: A system for providing a sterile fluid connection between a first fluid channel and a second fluid channel. The system includes first and second coupling elements located at an orifice of each the first and second fluid channels, respectively. The first and second coupling element each include a foil that may be peeled off their respective orifices. The system additionally includes a connecting element configured to accommodate the first and second coupling elements and to press the orifices of the first and second fluid channels against one another. Additionally, this connecting element has a recess arranged essentially in the plane of the orifices of the fluid channels for passing the foils through the connecting element.

Abstract: A substantially ring-shaped clamp has a first clamp body component joined to a second clamp body component in a manner permitting the first clamp body component to pivot relative to the second clamp body component. A shaft extends from the first clamp body component such that the shaft is able to pivot relative to the first clamp body component. The shaft has a free end that is receivable within and removable from a pocket formed in the second clamp body component. A cam-lever is connected to the first clamp body component in a manner permitting the cam-lever to pivot relative to the first clamp body component. The shaft may be a threadless shaft, and the clamp may be self-locking, adjustable, and/or have a relatively smooth outer periphery.

Abstract: A cable spacer for maintaining positions of a plurality of cables relative to each other is provided. The cable spacer includes a frame, a hanger and a plurality of clamps that couple the plurality of cables to the frame to maintain the positions of the plurality of cables relative to each other. A first clamp includes a receiver with a first arcuate surface, and a keeper that is adjustably coupled to the receiver to be adjusted from a first position to a second position to interfere with removal of the region of the first cable from the first concave pocket. A locking system adjusts the keeper from the first position to the second position relative to the receiver, and maintains the keeper in the second position to exert a compressive force on the first cable, urging the first cable into the first concave pocket.

Abstract: A cable management device for managing cables of a trolling motor is provided. The cable management device can slide axially along a shaft of a trolling motor while being affixed to a portion of a cable of the trolling motor. A trolling motor including such a cable management device is provided.

Abstract: Clamping system for connecting two tubes having protruding clamping surfaces. The system comprises a collar having a strip able to cooperate with the clamping surfaces. The strip has a first and a second flank between which an inner recess able to receive the clamping surfaces is delimited. The system has at least one retaining clip having a cross-member which extends across the inner recess, a first and a second wing which extend radially outwardly relative to the cross-member by covering the flanks and a first and a second retaining configuration each having at least one retaining lug. The cross-member is able to be deformed to penetrate into the inner recess.

Abstract: A housing for a gas turbine engine accessory includes an enclosure having a drive end with an opening and a closure. The closure is seated in the opening, defines therethrough a shaft aperture and has a v-band flange extending about a periphery of the closure to limit load carried by the enclosure when the engine accessory is mounted to an accessory gearbox mount in a cantilevered arrangement. Engine accessories for gas turbine engines and mounting arrangements for gas turbine engine accessories are also described.

Abstract: A clamping system to connect a first and a second tube whose facing ends have protruding clamping surfaces is provided. The system comprises a collar comprising a belt able to be clamped around the clamping surfaces. The belt has a first and a second flank between which an internal recess able to receive the clamping surfaces is delimited. The collar carries an outer retaining clip comprising a retaining segment located on the side of the first flank and a first and a second link return linking respectively the retaining segment to a first and a second retaining member located on the side of the second flank. The collar is retained axially between the retaining segment and the first and second retaining members. The retaining segment is able to be elastically deformed to allow the insertion of the end of the tube and to retain it pre-mounted in the collar.

Abstract: The clamping system is used for connecting two pipes whose facing ends have protruding bearing surfaces. The clamping system comprises a collar that can be clamped and a washer. The collar includes a belt whose internal periphery delimits a recess into which the bearing surfaces can be inserted. The washer comprises an annular part disposed inside the belt and carrying support lugs which have a hook configured to hook on an edge of the belt and a link section which extends between the annular part and the hook. The link section carries at least one retaining wing bent radially outwardly and having a retaining edge, the retaining wing having a width, measured axially, which decreases towards its free end, the edge of the belt being housed in the space formed between the retaining edge and the hook.

Abstract: A locking collar to be inserted into a cylindrical cavity or lumen of a device for securing mechanical elements from moving axially within the cavity. The collar includes two semi-circular cylindrical segments hinged together with an opposed single slit to allow easy installation within the cavity and pushed into position against the installed elements without the need to disassemble a device. The collar is a substantially cylindrical rigid member with an outer diameter closely matching the inner bore diameter of the cavity and includes an opening at the slit to receive a securing screw member to urge the two segments apart to engage the inner bore surface of the cavity and fix the collar in place thereby locking the elements in place.

Abstract: A band clamp includes an elongated band having a base portion which in cross section extends in a plane and first and second side portions. The first and second side portions of the band protrude away from the plane. A first housing is attached to the band and a second housing is attached to the band in a spaced manner from the first housing. A fastener is attached to one of the first and second housings in an adjustable manner. The fastener selectively engages with another of the first and second housings in a quick connect manner, such that the first and second housings can be brought closer to each other for tensioning the clamp around an associated object.

Abstract: A device comprising an adjustable band configured to be installed around a pipe and a locking assembly disposed on the adjustable band.

Abstract: A leadscrew has first and second housing portions—which slide telescopically together. A shaft having an externally threaded portion screws into a complimentary internal threaded portion in the first housing portion, the shaft extending out of the second housing portion at a point where a fluid tight seal is provided_between the shaft and the other of the housings and allows rotation during a screwing action. The second housing includes a flanged end to which a ROV drive bucket is bolted. The shaft has a squared end so that it can be rotated relative to the bucket by the ROV. O-rings provide fluid tight seals between the two housing portions, between the flanged end and bucket, and between the shaft and bucket. A deep sea version incorporating oil bath the pressure of which is equalised to that of the surrounding sea so that O-rings do not have to withstand large pressure differences.

Abstract: Profile clamp and method of connecting two flanged pipes or lines. The profile clamp includes a clamping band having two flanks; and a pre-positioner having at least one attachment section and being connected to the clamping band. The at least one attachment section runs axially beyond one of the flanks and radially inside the two flanks.

Abstract: A pipe element has a circumferential shoulder at one end. The shoulder has an outer diameter greater than the outer diameter of the pipe element. A groove is positioned adjacent to the shoulder. The groove has a floor surface with an outer diameter less than the outer diameter of the pipe element. A bead is positioned contiguous with the groove. The bead has an apex with an outer diameter greater than the outer diameter of the pipe element. A combination of roller tools is used to cold work pipe elements and impart a desired shape to the sidewall in one method of manufacture. In another method, a spin forming tool is revolved in an orbit of increasing diameter within the pipe element captured within a die.

Abstract: Embodiments of an aircraft valve assembly are provided for use in conjunction with a selected type of clamp having multiple segments separated by a predetermined gap spacing. In one embodiment, the aircraft valve assembly includes a flowbody having a ported end portion and a flow passage in which a valve element is movably mounted. An array of baulking tabs is mounted around the ported end portion at predetermined intervals corresponding to the predetermined gap spacing to substantially limit the type of clamps installable around the ported end portion to the selected type of clamp.

Abstract: Tension clamp and a method of clamping with the tension clamp. The tension clamp includes a clamping band formed in an annular manner with two ends adjacent to one another, and a clamping fixture, structured and arranged to connect the two ends to one another, comprising a tightening screw with a screw head and a mounting section and a mating thread element into which the tightening screw is screwable. The mounting section includes at least one flexible region along its length.

Abstract: Apparatus and method for clamping a flanged joint, in the form of a clamp that is applied across the flanges, having first and second clamp devices applied to circumferentially separate portions of the flanges, each of the first and second clamp devices having a foot portion to engage an outer face of a flange, and a force driver, e.g. in the form of a tensioning nut and bolt assembly, adapted to press the flanges together from opposite sides of the flanged connection. Typically the flange connection is a bolted connection, with bolts or threaded studs etc passing through the flanges, and typically a foot portion on the apparatus is adapted to engage the outer face of each flange between the bolts, to allow transmission of forces to the flanges without applying forces to the bolts, or the nuts or other fixings attached thereto.

Abstract: An assembly includes a first seat, a second seat, a first fastener which fastens against the first seat, a second fastener which fastens against the second seat, and a baulking element disposed between the second fastener and the second seat. The baulking element is arranged with respect to the second fastener and the second seat such that fastening the second fastener against the second seat causes the baulking element to cant from a non-baulking position into a baulking position in which the baulking element prevents further fastening of the first fastener.

Abstract: A clamp apparatus for holding together two abutting pipe ends, in which the pipe ends have radial flanges to facilitate the exerting of axial compressive forces on the pipe ends. The clamp includes a first strap structure and a fastening mechanism for providing circumferential compressive force on retainer segments configured to transfer the compressive force onto the flanges of the pipe ends. The clamp apparatus also includes a secondary strap structure for providing independent redundancy, relative to the primary strap, to supply back-up circumferential force onto the primary strap structure, should a failure occur in either of the fastening mechanism or the primary strap structure, to enable the clamp to maintain clamping force on the abutting pipe ends.

Abstract: A clamp apparatus for holding together two abutting pipe ends, in which the pipe ends have radial flanges to facilitate the exerting of axial compressive forces on the pipe ends. The clamp includes a first strap structure and a fastening mechanism for providing circumferential compressive force on retainer segments configured to transfer the compressive force onto the flanges of the pipe ends. The clamp apparatus also includes a secondary strap structure for providing independent redundancy, relative to the primary strap, to supply back-up circumferential force onto the primary strap structure, should a failure occur in either of the fastening mechanism or the primary strap structure, to enable the clamp to maintain clamping force on the abutting pipe ends.

Abstract: A flange assembly for a watertight coupling of smooth surface pipe includes a triple metal ring provided for anchoring and retention and having three unitary rings which are identical and form substantially an entirety of a circumference and a sheet on which the unitary rings are solidly joined and which constitutes a base of the triple ring. Each of the unitary rings is provided throughout an entirety of its inner edge with folds forming in their outer most part a succession of vertices. The unitary rings are configured to rest on a smooth outer surface of pipes and the vertices are driven into the smooth outer surface to prevent an axial displacement allowing an application of the triple ring, and to distribute a penetrating action so as to decrease a possibility of tearing and damage of the smooth outer surface of the pipes.

Abstract: A clamp connector for pipeline connecting pieces (5) has two clamping ring parts (1, 3) pivotably connected at one end between spread positions and clamping positions. A clamping device is situated at the opposite end of the clamping ring parts (1, 3) from the pivot connection (11). The clamping device has a clamping screw (19) pivotable from an active position with the clamping screw (19) interacting with the clamping ring parts (1, 3) to generate a clamping force pressing the clamping ring parts (1, 3) into the clamping positions, and a release position with the clamping screw (19) pivoted away from the clamping positions to release the clamping ring parts (1, 3).

Abstract: An apparatus for attaching a device to a circular structure is disclosed. In one embodiment, the apparatus includes a clamp body attached to the outer surface of the circular structure using a strap, which can be attached to the clamp body using a spring that maintains an attachment force to prevent movement of the clamp body over a wide range of temperatures and temperature cycling of the circular structure and the strap. In one embodiment, the device can be installed in the clamp body and coupled to the outer surface of the circular structure using one or more spring washers that maintain an attachment force between the device and the outer surface of the circular structure to prevent detachment of the device from the outer surface of the circular structure over a wide range of temperatures and temperature cycling of the circular structure.

Abstract: A flange connection is provided for a turbocharger and an exhaust system. The flange connection includes, but is not limited to a clamping bracket that engages over flanges provided on the turbocharger and on the exhaust system and clamps them with one another using at least one screw, which, using a screw thread provided in the clamping bracket, exerts pressure on a pressure part, which in turn exerts pressure on the edges of flanges.

Abstract: A coupler device is for connecting first and second casings to form a casing assembly with a central axis, each casing having an inner end disposed against the inner end of the other casing such that the casings are spaced along the axis. The coupler device includes at least one generally arcuate connector having a first portion engageable with the first casing and a second portion engageable with the second casing so as to connect the two casings, the connector extending at least partially circumferentially about the casing axis. A retainer is disposeable either generally within or generally about the at least one connector and is configured to prevent radial displacement of the connector with respect to the axis so as to maintain engagement of the connector with the first and second casings.

Abstract: A pipe clamp includes two clamping members which are hinged together at one end and releasably secured together at the other end. The clamping members each comprising an arcuate, radially inner portion which extends in the longitudinal direction of the clamping member and which in profile comprises a bottom portion and two lips which each extend radially inwardly from a corresponding side of the bottom portion. Each lip includes a main portion which extends circumferentially along the inner portion, and at least one lip of at least one clamping member comprises an arcuate circle sector portion which extends between the main portion and an end of the clamping member. In addition, the main portion comprises a lip radius and the circle sector portion comprises a circle sector radius that is larger than the lip radius.

Abstract: A pipe coupling clamp including a pair of clamp half members essentially C-shaped in cross-section each having a pipe flange receiving groove for receiving the mating flanges of two pipes to be coupled. The clamp half members being hinged together at one pair of ends by a hinge including plates and releasably connected together at the other pair of ends by a locking eyebolt and associated locking eyebolt nut hingedly connected at its proximal end to the end of one clamp half member to allow pivoting moving through a slot into an open securing jaw on the other end. The locking eyebolt includes, at its proximal end, an eyebolt seating portion connected to a stepped threaded portion of reduced diameter at its distal end. Thus, initially, on loosening of the nut, the locking eyebolt will not disengage from within the securing jaw.

Abstract: A coupling including a shell with shell arms, where ends of the shell arms are removably attached by a hinge assembly. A securing assembly releasably secures ends of the shell arms in an abutting relationship and includes a handle rotatably attachable at an end of a shell arm. The handle includes a handle body, a hinge orifice extending through a portion of the handle body, and a hinge pin extending through the hinge orifice. The hinge pin includes an orifice extending therethrough. The securing assembly also includes a substantially T-shaped bail having an arm with a first end and a base portion having an engagement member extending substantially transversely with respect to the bail arm. The engagement member mates with a groove positioned on the boss attached at or near an end of the other arm, and an end of the bail arm extends through the hinge pin orifice.

Abstract: A pipe clamp that is used over a ball joint formed between a balled end of a first pipe and a flared end of a second pipe. The pipe clamp has a band and a tightening mechanism. The band extends axially from a first edge to a second edge, and extends circumferentially from a first end to a second end. The band has a step formed circumferentially in a body of the band between the first and second edge. The step accommodates a stepped seam that is produced between the balled end and the flared end when they are overlapped with respect to each other. The tightening mechanism draws the first and second ends of the band toward and away from each other in order to respectively tighten and loosen the pipe clamp.

Abstract: A clamp for coupling mating radially projecting flanges, each flange having a tapered outer face. The clamp includes at least a pair of component halves. Each half includes a generally U-shaped cross-sectional profile having a base portion and two opposing side limbs projecting from the base portion defining a recess intermediate the side limbs for receiving the mating flanges and a bolt and a lug for fastening the component halves together. Each side limb has a contact face for abutting a tapered face of a flange and a non-contact face. The base portion has a non-contact face. The contact faces of the side limbs are remote from the non-contact face of the base portion.

Abstract: A pipe clamp for connecting pipe ends together to form a gas tight seal. The clamp includes an open band, tightening mechanism, split sealing sleeve, and inner gasket. The band extends circumferentially from a first end to a second end and has a pair of axial ends. The band includes a radially protruding rib located inwardly of the axial ends, and this rib extends at least part way between the first and second ends. The split sleeve is disposed within the band and is located at least within the rib. The gasket is disposed radially within the sleeve such that it is located at least partially within the rib. Each of the pipe ends can have a protruding bead and the clamp can be placed over the two pipe ends during assembly such that the beads engage the gasket within the center rib region of the band.

Abstract: A clamping system for connecting two tubes (20, 22) together in leaktight manner, the facing ends of the tubes having bearing surfaces (16, 18) that project relative to the cylindrical outside surfaces of said tubes. The system comprises a collar (10) and a washer (28). The collar has a band (12) suitable for co-operating with bearing surfaces via its inside periphery defining a setback, and a bolt (24) and a nut (26) arrangement for tightening the band (12). The washer is secured to the collar (10) by fixing tabs (32, 34, 36).

Abstract: In a pipe connection, a first pipe has a first flange of sheet metal provided with a first wall connected circumferentially to the first pipe. A second pipe has an end section shaped as a second flange. A clamp engages across the first and second flanges and has conical sidewalls forcing the first and second flanges axially against one another when tightening the clamp. The first flange delimits together with the first pipe an annular chamber that is coaxial to the longitudinal pipe axis. The first flange has a second wall that is glidingly supported on a free end of the first pipe. A sheet metal sealing ring is positioned between the first and second flanges. It has an edge section that is bent back onto a remaining sealing ring section that has a corrugation projecting past the bent edge section in an untightened state of the clamp.

Abstract: A nut and seat assembly is provided for a clamp. A nut is tightened onto a bolt and a clamp member has a seat for the nut and an aperture defined by prongs. The bolt is inserted laterally into the aperture and the nut is tightened axially against the set. Tightening the nut onto the seat prevents outward movement of the prongs away from the bolt as the nut holds the prongs in place.

Abstract: A pipe clamp for connecting two partially insertable pipes has a clamping strap that is placed circumferentially about the spherical end sections of the pipes inserted into one another. The clamping strap has two outwardly projecting clamping jaws provided with a hole through which a clamping screw extends. The clamping strap is curved about a transverse axis that is positioned for coaxially inserted pipes in the untightened state of the clamping strap in a central plane of the clamping strap extending perpendicularly to the coaxial center axes of the pipes at a spacing from a center of the spherical end sections of the pipes. The inner radius of the clamping strap in the untightened state is smaller than the outer radius of the spherical end sections such that the sum of the spacing and of the inner radius is greater than the outer radius of the end sections.

Abstract: A clamp assembly is provided for interconnecting components in a fluid system. The clamp assembly includes two interconnected clamp members each having a C-shape that form a channel, and a spacer disposed within the channel having a centrally located bore defining a part of a central passageway for the transmission of a fluid. The clamp assembly also includes at least one port member disposed in the clamp member channel adjacent the spacer having a center portion with a clamping portion at one end of the center portion and a connecting portion at the opposite end and a longitudinally extending bore defining part of a central passageway for the transmission of the fluid. The port member includes a flange extending radially from the port member clamping portion having a predetermined shape corresponding to that of the clamp member channel. A plurality of clamping forces from the clamp members are directed radially inwards from points of contact between the flange and the clamp members to provide cross loading.

Abstract: A fitting for coupling a pump attachment to the inlet or discharge port of a pump or compressor has an annular body with an externally threaded nipple at one end and a circular flange at the other end. An axial aperture extends between the ends through openings at the nipple and the flange. The opening at the flange is internally threaded and begins at a recess in the flange. The threaded opening is of a standard ISO rated size complementary to the threaded nipple. A coupler kit is also disclosed having components to connect the device to the pump either in a mating flange connection using a hinge clamp or a threaded connection using a hose barb having a threaded end that threads into the opening in the fitting.

Abstract: A clamp has two injection moulded tangs 1, 2 hinges together by a pin 3 and held closed by a wing nut 4 and a screw 5 having a cross-head 6. The tangs each have a tapered groove 7 running around inside them. In use, this groove engages flanges F on tubes T with a seal S therebetween to hold the tubes in sealing relationship with each other. The one tang 2 has a clevis 10 defined by two lugs 11. Each has an overhung recess 12 into which the cross-head 6 of the screw clips. A crossbar 14 connects the lugs remote from their tang, whereby the screw is limited in its angular displacement about the recesses 12, as shown in FIG. 3. The crossbar also stabilises the lugs against relative displacement under load when the nut is tightened. The other tang 1 has a part conical formation 21 on lugs 22 defining a clevis 23 similar to clevis 10. The nut has a complementary conical recess 24. Engagement of the formation 21 in the recess 24 restrains the lugs from separating under load as the nut is tightened.

Abstract: A joining connection for the ends of flue gas conduits, each of which is provided with a complemental taper joint, each taper joint having equally-spaced locking tabs extending outwardly therefrom, the locking tabs of each conduit being so positioned as to be substantially axially aligned and in close adjacency when the taper joints of the conduits are joined, and a split clamping band or locking ring sleeved on the taper joints and having an integral screw tightening mechanism and a series of equally-spaced slots therein, with the locking tabs of each conduit being captured in the slots of the clamping band, whereby tightening of the screw mechanism brings the clamping band into tight engagement with the conduits for securely locking the conduits together.

Abstract: A hose clamp band member and a hose clamp comprising same, of the type having opposing looped ends connected to one another by a connection means such as a T-bolt, wherein the band is provided with two radially inward projecting ribs along at least a portion of its length, but that region of an outer portion of at least one of the loops that includes the connection point between the loop's outer- and inner portion is characterized by a substantially flat cross-sectional configuration.

Abstract: A pipe coupling comprising two clamp halves connected on one end and with a rapid action closure for separably connecting the diametrically opposing other end. The rapid action closure contains a screw bolt, one end of which is coupled to one of the clamp halves and onto the other end of which a screw nut tightens the clamp half into the closed position. A lever lockable in the closed position by a bow-type spring is coupled to the screw nut. The pipe coupling comprises a bow-type spring in each clamp half, wherein the eyelet of the bow-type spring is centrally coupled to the region of the articulated connection between the clamp halves and the free end of the bow-type spring is held in the region of the end of each clamp half which is situated on the rapid action closure such that it can be longitudinally displaced.

Abstract: A tube clamp is constructed to include a binding strap injection-molded from high strength plastics, the binding strap having two lugs at two ends, and a smoothly arched rib-reinforced extension bearing flange forwardly extended from the first leg and adapted for supporting the second lug and guide movement of the second lug toward the first lug, a screw bolt inserted through a through hole in the first lug and threaded into a screw hole in the second lug and screwed up with a nut to fix the tube clamp to the workpiece.

Abstract: A T-bolt hose clamp comprising an outer band portion for encircling a portion of the circumference of a hose; a T-bolt member and a bridge extending from a first end of the band portion to and opposing second end of the band portion, wherein an inward projecting rib is provided along at least a portion of the outer band portion, having at least a radially innermost portion in substantially the same cross-sectional plane as the inner surface of the bridge.

Abstract: A clamp device that is used to maintain a consistent clamping pressure on a flanged connection despite changes in temperature and changes in internal pressure behind the flanged connection. The clamp device contains a rocking bolt assembly that is manually tightened with a wing nut. Should the wing nut loosen, the rocking bolt assembly contains internal springs that compensate for the loosened wing nut and maintain a relatively consistent tension in the rocking bolt assembly within a predefined range of conditions.

Abstract: Hydrocyclone device including at least one hydrocyclone having at least one feeding connector, at least one accepted stock connector, and at least one rejected stock connector. The device also includes at least one distribution and collection device arranged for feeding fluids into and removing fluids from the at least one hydrocyclone, and at least one flange coupled to at least one of the at least one feeding connnector, the at least one accepted stock connector, and the at least one rejected stock connector, which is removably couplable to the at least one distribution and collection device.

Abstract: A clamp device that is used to maintain a consistent clamping pressure on a flanged connection despite changes in temperature and changes in internal pressure behind the flanged connection. The clamp device contains a rocking bolt assembly that is manually tightened with a wing nut. Should the wing nut loosen, the rocking bolt assembly contains internal springs that compensate for the loosened wing nut and maintain a relatively consistent tension in the rocking bolt assembly within a predefined range of conditions.

Abstract: A coupling apparatus is disclosed. The coupling apparatus includes a first connector, a second connector and a plurality of clamp devices. The first and second connectors each have a substantially hollow interior cylindrical shape with a circumferential flange with a flat surface normal to the axis of the cylinder. The flange of the second connector has a circular diameter substantially equal to a diameter of the flange of the first connector. The plurality of clamp devices has interior dimensions substantially equal to the combined thickness of first connector flange and the second connector flange when placed together along their flat surfaces and with the cylindrical portions of the first connector and the second connector substantially oriented along the same axis.

Abstract: A connection apparatus for a waterway pipe is disclosed, which includes a plurality of pipes each having both ends which are connected in series, a coupler having protruded both ends and a connection member having a plurality of connection grooves for surrounding the connection portions of the pipes, an engaging member which passes through the connection groove, and an engaging member having one end inserted into the connection groove and the other end contacting with one side of the connection member, so that the coupling member moves backwardly and forward by a rotation force of the engaging member, and the coupler is tightened and loosened.

Abstract: A nut and seat assembly is provided for a clamp. A nut is tightened onto a bolt and a clamp member has a seat for the nut and an aperture defined by prongs. The bolt is inserted laterally into the aperture and the nut is tightened axially against the set. Tightening the nut onto the seat prevents outward movement of the prongs away from the bolt as the nut holds the prongs in place.

Abstract: A collapsible spacer pipe is for use between associated equipment items in generally opposing facing relation. The spacer pipe includes a flexible seal element having a main body and a pair of flange seals disposed at ends of the main body. The flange seals extend generally transverse to the main body and are configured to engage inwardly facing flanges of the associated equipment items. A pair of ferrules are configured to engage and cooperate with a respective one of the flange seals to compress the flange seal against the flange of its respective associated equipment item. The ferrules each have a locking leg for abutting and engaging the flange seal and a wedge portion in opposing relation to the locking leg. The wedge portions of the ferrules are in generally facing relation to one another when the ferrules are in place on the seal element.