Abstract: A shrinkable protection element for covering filiform items, such as a joint between electrical cables. The element comprises a first (2) and second (3) sleeve, the second sleeve being coaxially superimposed upon the first one. Both sleeves are elastically expandable in a radial direction, i.e. shrinkable. The first sleeve is made up of a compound of cross-linked polymeric material including a peroxide curable hydrocarbon terpolyme of ethylene, propylene and a non conjugated dilene EPDM material, while the second sleeve is made of sulfur-cured EPDM material. As a result, the shrinking speed of the second sleeve (3) is higher than that of the first sleeve (2), especially at temperatures between 0.degree. C. and 40.degree. C. The cables may thereby be used about 30 minutes after the installation of the protection element thereon.

Abstract: A pre-assembled electrical splice component for splicing electrical cables of the type including a central conductor, an insulative layer, a conductive shield, and an outer protective jacket. The pre-assembled splice component includes a radially collapsible support core, upon which is positioned on a conductive sleeve. At least one spring is positioned over the conductive sleeve and compresses the sleeve against support core. When the support core is removed the spring constricts to a reduced diameter and thereby compress the conductive sleeve against a conductive shield of the cable. Additional layers of material may be placed on the support core for providing electrical insulation or shielding.

Abstract: A cable probe is provided which can be installed without special tools, in which the fixing of the cable (3) is achieved by tensile forces acting on the cable (3), and in which the cable (3) can be shortened by the customer to a length corresponding to requirements. It has a cable fixing device which has a member (4) with an axial, conical internal bore (41) tapering in the direction away from the housing. Arranged in the member (4) is a cone (5) tapering in the direction away from the housing, which tightly encloses the cable (3) and can be displaced thereon only by an external force, and which has an axial cylindrical bore (51) through which the cable (3) is guided and cut-outs (52) extending in the longitudinal direction of the cone and passing through the wall of the cone (5), whereby the cone (5) can be compressed in the radial direction so that the internal diameter of the cone (5) can be reduced.

Abstract: An insulating cap for a loadbreak bushing includes an outer conductive jacket preferably having a ground wire receiving member thereon. The ground wire receiving member may be in the form of an integral tab having a bore therethrough for connection of the ground wire. The insulating cap further includes an insulation member positioned in adjacent relationship to the inner surface of the conductive jacket. In a preferred embodiment, both the inner surface of the conductive jacket and the inner exterior surface of the insulation member includes a smooth, dome-shaped region which helps to control electrical stresses, if any. The inner surface of the insulation member defines a bushing receiving space which substantially corresponds to the exterior shape of a loadbreak bushing. When properly grounded, the outer conductive jacket of the insulating cap is maintained at ground potential.

Abstract: An article (2) in which at least part of a surface (8) of a polymeric element has an embossed pattern (6). The article may be either heat-recoverable or non-heat-recoverable. If the article is heat-recoverable, when heated the article recovers and the embossed surface becomes substantially smooth. The change in surface texture can be used to indicate that sufficient heat has been applied to the article to achieve adequate recovery and/or to adequately melt an attached adhesive layer (10). In another embodiment, the article (2) is in the form of a patch (14) which can be used to secure the opposing longitudinal edges of heat-recoverable article which is in the form of a wraparound sheet.

Abstract: A low odor cover for a connector of a cable is disclosed, which has two interfitting sleeves which are chemically swellable and which are initially in dilated configuration, and which subsequently shrink into place by evaporation of the volatile dilation composition. Both sleeves are made of a high density elastomeric material, such as a natural or synthetic rubber, preferably (EPDM), neoprene or Hypalon.TM. rubbers. The volatile liquid combination dilation composition used is composed of a C.sub.7 -C.sub.8 aliphatic hydrocarbon component and a fluorocarbon component. The device provides a protective cover for a cable connection or splice which can be easily installed, quickly shrunk into tight vapor resistant protective covering within a matter of a few minutes, and can be installed without the need for any application of heat or use of special tools, equipment or materials.

Abstract: A protective cover assembly for an end of a cable connector having a cable housing that encloses a plurality of connective pins or sockets and that satisfies all requirements for space applications. A connector body flange is formed at the extremity of a cable and is positioned so that it may register with a corresponding connector body flange on the end of a companion cable to which a connection is to be made, one cable end having cable lead pins and the companion cable end having lead sockets with which the pins register. A latch mechanism having a latch housing is received in the connector body flange and a crank connected to a manually rotatable cap actuates a spring-loaded latch element that is engageable with a connector body flange to secure or to release the cover assembly with the simple twisting motion of the cap, thereby simplifying the task of effecting coupling and decoupling of the cable ends.

Abstract: Electrical wire connector for a twisted pair of electrical wire ends, wherein the electrical wire connector has a heat-shrinkable inner portion which will provide a water-tight, electrically-insulating covering of the electrically-conductive junction after the electrical wire connector is applied and heated. In preferred embodiments of the present invention, a heat-shrinkable inner portion is visually distinct from a non-heat-shrinkable outer portion, so that the action of the heat-shrinkable inner portion is visually observable.

Abstract: A connector sealing sleeve for use with a coaxial cable box and a coaxial cable connector, the coaxial cable box being of the type having a base and a threaded post and the coaxial cable connector being of the type having an endface and internal threads for threaded engagement with the threaded member of the coaxial cable box, with the connector sealing sleeve being non-cylindrical and including a first sealing surface for engaging and sealing against the threaded post of the coaxial cable box and a second sealing surface for engaging and sealing against the endface of the coaxial cable connector, with the second sealing surface having an annular surface.

Abstract: A temperature measurement system provides improved thermal sensors, including thin film and wire wound RTD's having fast and accurate measurement response times. Thermal sensor housing materials are matched to those of the material being measured, thereby minimizing the use of interface potting materials that would otherwise impose a thermal gradient. A screw-in mounting stabilizes a connection between the housing and the material being measured. Double and triple shielded thermal devices are provided to filter RFI and EMI. Improved surface measurements of high temperatures are obtained by incorporating a thermal mass into thermocouple housing designs. Additionally, a unique stain relief allowing access to sensor leads and wire leads by a side opening, prior to adding doping compound and a conductive outer sheath, is described.

Abstract: A cable closure assembly using a cold shrink, or pre-stretched, tube has a flowable material in the assembly, and an extra support core which reinforces the conventional support core that maintains the tube in a radially expanded state. The flowable material may be used to fill voids, or provide improved bonding or water resistance. The extra, or secondary, support core has an outer diameter which is approximately equal to the inner diameter of the primary support core. The secondary support core is sufficiently long to substantially support the area where the flowable material abuts the primary support core. In one embodiment particularly suited for power applications, the elastomeric tube is electrically insulative and the flowable material provides electrical stress control, and another elastomeric tube is provided having a high permittivity. The primary support core may have a varying diameter such that the tubular member has different zones with different expanded diameters.

Abstract: An electrical interconnection device including an electrical element and a sealing member sealed within a body. The body is constructed of a first section and a second section bonded together to form an enclosure for retaining the electrical element and sealing member. Sealed passageways extend from the sealing member to the electrical element. Substrates are inserted through the sealing member into the passageways for connection to the electrical element.

Abstract: A less hazardous, reusable and durable wire connector which is designed to connect a plurality of stranded wires without stripping or twisting the ends of the stranded wires. The connector is formed with a plastic base housing and a pliable flapped sheath which will tighten on the wires by a releasable closure restraint. Within the base housing, a pinfield conductive element is provided to connect the stranded wires together.

Abstract: A low odor cover for a connector of a cable is disclosed, which has a sleeve which is chemically swellable and which is initially in dilated configuration, and which subsequently shrinks into place by evaporation of the volatile dilation composition. The sleeve is made of a high density elastomeric material, such as a natural or synthetic rubber, preferably (EPDM), neoprene or Hypalon.TM. rubbers. The volatile liquid combination dilation composition used is composed of a C.sub.7 -C.sub.8 aliphatic hydrocarbon component and a fluorocarbon component. The device provides a protective cover for a cable connection or splice which can be easily installed, quickly shrunk into tight vapor resistant protective covering within a matter of a few minutes, and can be installed without the need for any application of heat or use of special tools, equipment or materials.

Abstract: An apparatus for sealing the end of an elongate cable such as a heating cable includes (1) a housing with a first open end and a second open end and a strain relief element positioned within the housing, (2) a flexible container which can be positioned over the cable end and (i) is of generally tubular shape, (ii) has an interior surface and an exterior surface, (iii) has a first open end and a second closed end, and (iv) contains a sealant; and (3) a cap which can be mated with the housing at the second open end, and cover the flexible container. The apparatus has excellent moisture-resistant properties even after repeated exposure to high temperatures, is reenterable, and can be readily mounted on a substrate such as a pipe.

Abstract: An environmentally sealed splice closure (20) for buried telecommunications cables (32) and splices (33) includes a base (22a and b) having ports (31a and b) for receiving the telecommunications cables (32) therethrough. A cap (25) is received on the base (22) to form a cavity (50) within the splice closure (20). The cavity (50) is filled with a gel sealant (45 and 47). A dome (55) on the end of the cap (25) opposite the base (22) accommodates volumetric and pressure changes within the closure (20).

Abstract: An apparatus for sealing a core of an elongate cable in which a polymeric core of an insulating or a conductive polymer is positioned between first and second elongate electrodes. The apparatus is a container which has a first portion with an open end into which the cable can be inserted and a second partially closed end which has first and second openings. The first portion also contains a sealant, e.g. a grease or a gel. A first removable guide tube is inserted through the first opening and a second removable guide tube is inserted through the second opening, the first and second guide tubes being suitable for insertion of the first and second elongate electrodes, respectively. The apparatus allows insertion of the elongate electrodes after the polymer has been removed from them, without allowing contact between the electrodes and the sealant.

Abstract: A cylindrical radially shrinkable sleeve (10) for enclosing a connection or an end termination of an electrical cable having an insulation surrounded by a shielding layer. The sleeve (10) has an outer shielding layer (16) of semi-conductive material and at least an insulation layer (14) on the inner side of the shielding layer (16). The cylindrical layers are made of flexible material adapted to be retained in a radially expanded state by a mechanical support. The radially innermost layer is of a homogeneous material having a relative dielectric constant which is larger than that of the insulation of the cable. The material is a matrix of dielectric plastic material containing microspheres which are electrically conductive either totally or only at the outer surface thereof, and which have a diameter between 10 and 500 .mu.m. The microspheres are uniformly mixed into the matrix material, with the compound having a dielectric constant equal to or larger that 3 in a dielectric strength of at least 5 kV/mm.

Abstract: An apparatus and method for connecting the end portions of electric wires to each other prevents the generation of a respiratory action in the connected end portions of the electric wires and thereby improves connection quality and connection working performance, and reduces the size of the connected portions. Insulating coatings of the end portions of electric wires are removed to provide exposed conductors. The exposed conductors are collected and integrated into a collective conductor and a tapered insulating cap having an opening at one of its ends is fitted over the collective conductor with portions of the insulating coatings adjoining the collective conductor.

Abstract: An apparatus for sealing the end of an elongate cable such as an electrical heating cable which comprises a clip-shaped insert positioned within a tubular-shaped housing. Gripping members and pre-gripping members project from the interior surfaces of the arms of the insert and act to grip a cable when it is inserted into the device. A locking mechanism on the insert engages locking teeth on the housing and serves to hold the insert in position. A conformable gel component may be present. The apparatus provides high pullout force, as well as environmental sealing, for cables such as electrical heating cables or power cables.

Abstract: An electrical cable assembly (1) comprises, an electrical connector (2) terminated to an electrical cable (3), an insulating housing (4), a moveable latch (5) on the connector (2) for latching removably to another mating electrical connector, and an overmold (8) adhered to the housing (4) and at least partially overlapping a portion of the moveable latch (5) to prevent snagging of the latch (5).

Abstract: A cap for a twist-on electrical connector includes a body formed of a semi-rigid insulating material and having a central bore, open at one end and closed at the other end by an integral end wall. The bore of the cap is formed to receive a wire clamping structure such as a coiled spring. The body has a first exterior portion of maximum diameter generally adjacent the open end. Substantially the remaining portion of the body is generally conical and has a pair of generally oppositely positioned laterally extending wings. The wings are each generally tangential to the conical body portion and the outwardly facing side of each wing has a concave pressure application surface area.

Abstract: A cable end cap including a tubular sleeve (3), which is closed at a front end and is made of a thermoplastic material, and an elastomer sealing element (4) with sealing lips (41). Sleeve (3) and sealing element (4) are connected sealingly together by a mounting ring (10). Thus, cut off cable ends can be sealed reliably with little complexity.

Abstract: An insulating sleeve of elastic plastic for encasing an electric terminal having a front part having a hole to accommodate the plug end of the terminal, the width of the hole being larger than the height thereof, and a rear part having a hole whose height is large enough to accommodate the widest part of the terminal and whose width is large enough to pass the height of the terminal but not large enough to pass the widest part of the terminal, and an intermediate part having a hole whose diameter is large enough to permit the terminal to be rotated about the longitudinal axis thereof. The terminal that can be inserted and extracted through the rear part of the sleeve remains firmly locked in the sleeve during service.

Abstract: An insulator (100) wherein a funnel portion (120) has a conical inner peripheral surface (121) of an inner diameter increasing in a direction away from a body (101). A male terminal (second terminal) (161) is inserted into the insulator (100) from the funnel portion (120) to mate with a female terminal (first terminal) (151) housed in the insulator (100), and a jig (170) is prevented from interfering with an edge of the funnel portion (120) of the insulator (100) as the male terminal (161) is securely pushed into the female terminal (151), thereby preventing connection failure between the first and second terminals. If the path of insertion of the male terminal (161) is shifted so that the male terminal (161) abuts against the inner peripheral surface (121), the path is corrected along the slope of the inner peripheral surface (121), facilitating the insertion of the male terminal (161).

Abstract: An electric power cable line is arranged in which the insulating layer is increased to a greater thickness at two end portions of each cable than a thickness at the other or center portion of the same. Since the insulating layer is increased in thickness at the end portions of the cable, thus an electrical stress exerted on the overall layer construction of the end portions is lowered. Hence, the dielectric strength of the end portions of the cable becomes high and the power cable line will thus be increased in the operational reliability.

Abstract: A heat recoverable article comprises a tube of polymeric material and a spring. The spring has a first bent configuration in which it is bent at a specific angle and a second configuration in which it is relatively straight, the spring being held in its first configuration by the tube. When the article is heated the polymeric material of the tube softens thereby permitting the spring to recover toward its bent configuration. The spring can be selected such that it recovers with sufficient force to bent a substrate over with the tubular recoverable article is positioned.

Abstract: Sealing member for an electric cable having an outer relief surface formed by an array of electrical conductors in a spaced apart relationship concentrically laid over an insulating sheath of the electric cable. The sealing member comprises a collar of flexible and resilient material including a plurality of elongated cavities spaced apart by a distance corresponding substantially to a spacing between electrical conductors of the array, and an outer sealing surface of a generally cylindrical configuration. The collar engages the electric cable concentrically, whereby electrical conductors of the array are caused to enter into respective cavities of the collar which is capable of forming a non-leaking union between the electric cable and an adjacent body in a mating relationship with the collar. The invention also extends to a sealing assembly to form a fluid-tight seal between the electric cable and a surrounding enclosure.

Abstract: A sacrificial anode assembly is insertable into a metal water storage tank to inhibit corrosion thereof and includes a cylindrical metal anode member having an end retained within a cylindrical plastic insulating sleeve which, in turn, is captively retained within a metal cap portion of the assembly. To regulate the amount of electrical current generated by the assembly during use thereof, a barrel-shaped resistor is supported within the assembly and interconnected between its anode and cap portions. The insulating sleeve has a generally U-shaped groove formed in a closed end thereof, with one leg of the groove extending diametrically across a central opening in the sleeve end that receives a core wire portion of the anode member, and the other groove leg extending generally chordwise relative to the sleeve end.

Abstract: A simple and inexpensive mineral insulated cable termination comprises a flexible plastics tube which at one end fits over the cut-back sheath of the cable and which at the other end is closed by an end wall spaced from the surface of the cable, each cable conductor passing through one of a plurality of throughbores in the end wall and, filling the space within the tube, waterproof electrically insulating compound. At a first position around the circumferential wall of the tube, the wall is slit throughout its length and radial thickness and at one position or at each of two positions circumferentially spaced from said first position the wall is adapted to constitute a hinge extending throughout the length of the wall. The abutting longitudinally extending parts of the wall at said first position are so shaped one effects a snap-fit with the other throughout the length of the tube.

Abstract: A cap sleeve is composed of a pipe-shaped envelope body having at least one end opened and is closed by a disk-shaped sealing member which has cable introduction seals. The sealing member is provided with an adapter, with whose assistance a radially-effective sealing system of the presently known type is converted into a basically axially effective sealing system.

Abstract: Corona discharge treatment apparatus for treating or coating a surface of a conductive substrate includes a high voltage radio frequency power supply and a cable having a number of flexible conductors and other components. The cable has a first end connected to the power supply and a second end wherein the other cable components have been removed and the conductors extend from the remainder of the cable. The free ends of the conductors at the second end are disposed in a general non-parallel arrangement and the free end of each conductor is held in a separate insulator which extends beyond the free end it holds. Each free end is movable independently of the other free ends. The conductive substrate is held beneath the cable second end so that the upper surface is engaged by the insulators.

Abstract: Cable terminal protector, consisting of two generally rectangular main members joined at one end by an integral live hinge for movement from a face-to-face closed position to an open position, there being a central pocket formed in each main member for forming an enclosure. Cable channels are formed in the ends of the members to clamp a cable when the main members are in the closed position and means are provided for locking the main members in the closed position, while sealing surfaces surround the pockets and to cooperate, when the main members are in the closed position, to prevent foreign matter from entering the enclosure and to provide complete electrostatic encapsulation when a conductive material is used for the protector.

Abstract: A plastic outer shell for a DIN/MINI DIN computer connector has a hollow, elongated rear end extending from the body thereof at one end, the hollow, elongated rear end made from a flexible plastic material and integrally formed of a plurality of spaced, straight ribs in longitudinal direction and a plurality of spaced, curved ribs in transverse direction, the spaced, curved ribs permitting the cross sectional area defined in the hollow, elongated rear end to be expanded for holding cables of different outer diameter.

Abstract: A wire harness protector prevents wire harness wear resulting from repeated flexing at a single point by holding the harness in a bent fashion. The harness fits between a retaining portion and a retaining cap. A fixing arm may be connected to the retaining portion to facilitate attachment of the harness to a vehicle.

Abstract: The rubber sealing cap of a mineral insulated cable termination has embedded in the circumferential wall of the cap effecting a circumferentially continuous, fluid-tight fit around the cut-back sheath of the cable, a resilient metal sleeve which protrudes from the end face of the tube and which has at its free end an inwardly extending flange which mechanically engages with the cable sheath and which is so inclined with respect to the cable sheath as to restrain the cap against removal from the cable. The protruding flange preferably has at its free end a plurality of circumferentially spaced teeth which engage with the cable sheath.

Abstract: The present invention relates to an end connector for coupling at least two shielded cables having a plurality of cores, i.e., insulated wires, in such a way that the cables and the cores of the cables are insulated from one another at the connection point. An insulating body defines one or more insulating chambers into which the cables are guided. Desired cores of the cables are electrically coupled at end connection points of the insulating chambers. A cap is coupled to the insulating body to cover the coupled cores. The cap has a metallic outer surface and a hole. The shields of the cables are guided through the hole and electrically coupled to the outer surface.

Abstract: A light weight and compact geophone assembly for detecting transient seismic signals along orthogonal axes. The geophone assembly having a plurality of geophones arranged within close proximity of each other within a compact housing. The geophones are interconnected to a conductor cable passing through the housing in a unique water-tight sealing arrangement. At the cable entrance into the housing, the conductor cable is surrounded by a tapered boot compressed about the cable by a sleeve which in turn is fixed in place by a locking nut. The locking nut is received by complementary threads at the cable entrance into the housing. When tightened, the locking nut forces the compression sleeve over the tapered surface of the boot, compressing the boot about the cable. In addition, the locking nut and compression sleeve urge the boot in compression between the cable and the housing. Located atop of the housing is a bubble leveling device.

Abstract: A process and apparatus for applying sealing glands to electric lines. The sealing glands are positioned in guide sleeve, and the electric line is held by centering jaws so that the electric line and the sealing gland are in alignment with each other. Clamping jaws secure the electric line a short distance behind the end of the line, which is secured with very little play in the centering jaws. A ram is inserted into the guide sleeve, and moves the guide sleeve and the sealing gland toward the electric line until the sealing gland strikes the centering jaws. The centering jaw mechanism then moves toward the clamping jaw mechanism, and the sealing gland is pushed over the electric line.

Abstract: The invention provides for a reusable telecommunications pedestal closure containing a water and oxygen impervious liner to minimize the oxygen and water degradation effects on the fine copper wires contained in a telecommunications splice between at least two telecommunications cables.

Abstract: The invention relates to a sealed cable article and method for sealing the area between two or more cables and between the cables and an enclosure with a shaped article at a location where the cables exit from the enclosure, the method comprising (a) providing a shaped article of a polymeric gel said gel having (i) a cone penetration value of about 30 to about 450 (10.sup.-1 mm), and (ii) an elongation of from about 25% to about 750%; (b) positioning the shaped article around the cables; and (c) positioning the enclosure such that it surrounds the shaped article. An article aspect of the invention comprises two or more cables, an enclosure surrounding the cables, and a polymeric gel having the properties as described above sealing the area between the cables and the enclosure.

Abstract: A butt cable splice is environmentally sealed by a closure that may be integrally blow-moulded, but which can be cut for re-entry and then resealed by partially telescoping together the resulting parts.

Abstract: An apparatus which is suitable for sealing the end of an elongate electrical heater comprising both an insulating polymeric jacket and a metallic grounding braid surrounding the insulating jacket. Gripping members within the apparatus serve to grip both the insulating jacket and the braid, thus preventing slippage of one past the other. The apparatus is designed so that under some conditions the braid is readily pushed back from the end of the heater upon insertion.

Abstract: A sealing element is provided for use on insulated flat cables which comprises an elongated body of resilient material having an orifice extending longitudinally within said body. The orifice has a width greater than its height. Opposed involute walls extend within said orifice substantially along the width of the orifice whereby the involute walls stretch and conform to the opposed substantially flat parallel major surfaces of the flat cable when placed thereon, thus providing a secure, watertight interference fit. Depending upon usage, the orifice may extend through the body or terminate within the body. Additionally, it is preferred that sealing rings be formed in the inner wall of the orifice.

Abstract: Protective device for a cable end for use when laying a cable includes a rigid and elongated sleeve closed at one end thereof and having a cable end disposed therein.

Abstract: A resilient open ended reenterable splice cover is provided having an enlarged central section and cable sealing means at both ends with the central section having a cross-sectional area smaller than the cross-sectional area of the metal splice which it is designed to cover. Even though an interference fit is provided between the splice and the splice cover, the cover is removable so as to provide reentry to the splice. A lubricating medium is contained within the splice cover. The splice cover may be provided in a kit which includes a mating deformable metal splice or terminal. The kit is designed to be used in the field so as to provide a submersible reenterable splice assembly for insulated electric cables.

Abstract: Electro-static discharge is a problem with high-speed data even when using coaxial cables. Primarily, this problem arises at the terminal ends of the circuit where connections are made using separate coaxial cables for connecting to various pieces of equipment thereby allowing voltages to be induced differently in each such cable. This problem can be overcome by combining a portion of each cable such that the shield around each signal carrying wire remains intact while also being solidly in contact with the shield from the other wire. The cable is constructed by removing the outer insulation from a section of two single coaxial cables, electrically connecting together the exposed shields of each cable at both ends of the exposed section and reinsulating the abutted cables so that the shields remain in contact along their entire length.

Abstract: An electrical cable assembly comprising a round cable having an end portion provided with an adaptor for terminating the round cable in a flat cable connector. The adaptor has a cylindrical end portion disposed for receiving therein a jacketed end portion of the round cable, an intermediate transitional portion wherein a plurality of conductors extending from the cable end portion are permitted to cross over one another and be formed with an array of juxtaposed conductor end portions, and a rectangular end portion out of which the array of juxtaposed conductor end portions extends. The rectangular end portion is provided with outer dimension and resilient properties similar to an equivalent flat cable for insertion and latching into a flat cable connector where the conductor end portions terminating at respective distances from a mating surface of the adaptor extend into respective grooves and are electrically connected to respective contacts of the connector in a predetermined manner.

Abstract: A sealing device comprising a cap having a closed end and an open end and a retention member engaged with the cap at the open end of the cap. The retention member comprises a plurality of resilient projections which may be defined in the following manner. The projections are inclined away from the body of the retention member and toward the closed end of the cap at an angle alpha (.alpha.) with respect to the body wherein alpha is between about 90.degree. and 135.degree.. The projections have free inner ends defining a restricted opening. And the projections have, at their free inner ends, a chamfered surface facing away from the closed end of the cap which makes an angle theta (.theta.) with respect to the longitudinal axis of the body wherein theta is between about 30.degree. and 50.degree..

Abstract: A reenterable splice closure and method of making and applying the same is disclosed having a pair of mating housings with an internal rigid telescoping support collar located at the seam between the two housings, and a first heat shrinkable sleeve surrounding and sealably shrunk down over the mating ends of the housings sealing the seam and extending the end of one housing for heat shrinking down onto cables leading from a splice enclosed in the housing. The enclosure can be reopened by cutting the splice along a line over the seam, and after the closure has been reassembled with the housings again in mating position, a new heat shrinkable sleeve is applied down over the cut in the first shrinkable sleeve.