Termination assembly of a cable plug connector arrangement, cable plug connector arrangement, and method for assembling a cable plug connector arrangement

Abstract

The invention relates to a termination assembly (1) of a cable plug connector arrangement (2), comprising a termination cap (3), which can be mounted on a cable-side end (5) of a plug connector housing (6), and a cable strain relief device (4) which can be fastened to a cable (7). The cable strain relief device (4) is captively connected to the termination cap (3) when the termination assembly (1) is in a pre-assembled state. During the mounting of the termination cap (3) on the plug connector housing (6), the cable strain relief device (4) can be moved in the direction of a cable-side end (19) of the termination cap (3). The termination cap (3) can, at a plug-connector-side end portion (12), be latched together with the plug connector housing (6) and for this purpose has at least one latching means designed as a latching tab (15) for latching together with an associated mating latching means (17) of the plug connector housing (6), wherein the latching tab (15) also has a mating connecting means (10) for a connecting means (9) of the cable strain relief device (4) in order to limit the mobility of the cable strain relief device (4) at least in the axial direction (A) in the pre-assembled state.

Description

[0001] Termination assembly of a cable connector assembly, cable connector assembly and

[0002] Method for assembling a cable connector assembly

[0003] This application claims priority from European patent application No. 24 165 189.2, the contents of which are incorporated herein by reference.

[0004] The invention relates to a termination assembly of a cable connector assembly, comprising a termination cap mountable on a cable-side end of a connector housing of the cable connector assembly and a cable strain relief mountable on a cable of the cable connector assembly.

[0005] The invention also relates to a cable connector arrangement, in particular a cable connector arrangement for high-voltage technology, comprising a termination assembly.

[0006] The invention further relates to a method for assembling a cable connector arrangement, in particular a cable connector arrangement for high-voltage technology.

[0007] Cable connectors are essential components in numerous electronic devices and systems of various designs. They are designed to provide a reliable electrical connection between the components involved and serve to transmit electrical power and / or data signals to corresponding mating connectors. Typical applications include the interconnection of electronic assemblies in computers, communications devices, automobiles, and many other areas.

[0008] When assembling a cable connector onto a cable, a key challenge is to assemble a large number of components of the cable connector onto the cable, as shown, for example, in Figures 1 and 2 of DE 10 2014 200 133 A1.

[0009] One connector component that must regularly be installed in the cable entry area (also known as "cable outlet" or "cable feedthrough") is a so-called "end cap," which is usually attached to the cable-side end of the connector housing as the last connector component. A cable strain relief device must also be regularly installed in the cable-side end section of the cable connector to prevent the cable from being pulled out or released uncontrollably from the cable connector. Finally, cable and / or housing seals are sometimes installed in the cable exit area. This list is not exhaustive.

[0010] The assembly effort for a cable connector can be correspondingly high and often requires careful and time-consuming assembly by trained specialists or complex assembly equipment. The assembly of the individual connector components is therefore a factor that significantly influences the cost-effectiveness of mass production of a cable connector, and there is a need to improve the efficiency of this process to achieve time and cost savings in connector assembly.

[0011] For further technical background, please refer to the following publications:

[0012] EP 2 816 672 A1 relates to a cable strain relief system with a guide receptacle and at least one actuating jaw associated with the guide receptacle. The actuating jaw is movable substantially along the longitudinal axis of an inserted cable from a pre-locking position to a final locking position. US 2019 / 0044277 A1 relates to a similar cable connector assembly with a cable strain relief device. The cable strain relief device includes cable clamps mounted on a pair of opposing inclined surfaces on an inner surface. CN 112448220 A relates to an end cap for an electrical connector with a cable strain relief device that can be screwed on during assembly. Finally, CN 117317687 A relates to a cable fastening device with a cable clamp comprising a body provided with a cable through-hole through which a cable can be passed, with a plurality of elastic claws for clamping the cable.

[0013] In view of the known prior art, the object of the present invention is to provide a termination assembly of a cable connector assembly and a cable connector assembly which can preferably be mounted on a cable in a particularly simple and economical manner.

[0014] The present invention is also based on the object of providing a method for assembling a cable connector arrangement, by means of which a termination module of a cable connector arrangement can preferably be mounted on a cable in a particularly simple and economical manner.

[0015] The object is achieved for the termination assembly with the features listed in claim 1. With regard to the cable connector assembly, the object is achieved by the features of claim 14 and with regard to the method by claim 15.

[0016] The dependent claims and the features described below relate to advantageous embodiments and variants of the invention.

[0017] The invention relates to a termination assembly of a cable connector assembly, comprising a termination cap mountable on a cable-side end of a connector housing of the cable connector assembly and a cable strain relief mountable on a cable of the cable connector assembly.

[0018] Preferably, the cable connector assembly, connector housing, cable connector, and cable are not to be considered part of the claimed termination assembly. However, the applicant reserves the right to claim various combinations of termination assembly, cable connector assembly, connector housing, cable connector, and cable, or each of the aforementioned items individually or separately.

[0019] The cable can, in particular, be an electrical or optical cable of any design (e.g., the cable can be single-core, multi-core, coaxial, with twisted pairs, etc.). The cable typically has a cable sheath that encloses the internal cable components, such as one or more cable cores and / or a cable shield. The cable strain relief device can preferably be attached to the cable sheath, preferably at a cable end section.

[0020] The cable connector is, in particular, an electrical or optical cable connector, again of any design. It can preferably be a high-voltage connector for transmitting voltages and currents for high-voltage technology. However, the invention can also be used with a data connector for transmitting data signals, for example.

[0021] The termination assembly or its individual components, the connector housing and the cable seal mentioned below, as well as any other components, such as a support sleeve or one or more contact elements, can also be referred to below as “connector components” of the cable connector.

[0022] In a pre-assembled state of the termination assembly in which the end cap is not mechanically connected to the connector housing, the cable strain relief is captively connected to the end cap.

[0023] Because the cable strain relief device is already captively connected to the end cap in the pre-assembled state, i.e. in the not yet assembled state of the termination module and thus, for example, in the delivery state of the termination module, it is possible to handle the end cap and the cable strain relief device as a common component during connector assembly, which can reduce the assembly effort (and thus also the assembly time) and the susceptibility to errors during connector assembly.

[0024] The said "captive connection" can preferably be a positive connection between the cable strain relief device and the end cap, in particular (but not exclusively) as described below. In principle, however, it can be any mechanical connection that ensures that the cable strain relief device and the end cap cannot be accidentally separated before the assembly of the end cap on the connector housing begins. For example, it can therefore alternatively or additionally be a material-fit and / or force-fit connection. A material-fit connection can, for example, be provided by one or more welds or adhesive points applied between the cable strain relief device and the end cap during pre-assembly or manufacture of the cable strain relief device and end cap, in particular in such a way that the material-fit connection (e.g.the welding or bonding point) can be released again during assembly (e.g. in the manner of a predetermined breaking point).

[0025] A one-piece design of the cable strain relief device and the end cap can also be provided if necessary in order to enable the captive connection in the pre-assembled state, for example by means of a movable connection between the cable strain relief device and the end cap, inter alia using at least one film hinge.

[0026] An initially immovable connection between the cable strain relief device and the end cap via one or more predetermined breaking points can also be provided, so that the cable strain relief device and the end cap can initially be manufactured and delivered together, with the predetermined breaking point then being broken by the assembly of the end cap on the connector housing or even beforehand deliberately by the fitter or an assembly device.

[0027] A force-fit connection between the cable clamp and the end cap can also be provided to ensure a captive connection during pre-assembly. For this purpose, the cable clamp can be pressed into the end cap during pre-assembly, optionally with increased frictional engagement (e.g., by roughening the cable clamp and / or end cap on the casing).

[0028] Combinations of different connection techniques are also explicitly possible within the scope of the invention.

[0029] As already mentioned, the invention is described below essentially on the basis of a purely positive, captive connection between the cable strain relief and the end cap in the pre-assembled state, which, however, is not to be understood as limiting.

[0030] During assembly of the end cap on the connector housing, the cable strain relief device can be moved from the connector housing in the direction of a cable-side end (in particular an end facing away from the connector housing) of the end cap.

[0031] The fact that the cable strain relief device can be moved "independently" within the end cap during assembly by the connector housing and thus brought into its final position within the end cap further simplifies the assembly of these two connector components. An assembler or a device for assembling the cable connector assembly therefore only has to assemble the end cap, which simultaneously leads to the assembly of the cable strain relief device, without a separate assembly step being necessary. In order to enable the movement of the cable strain relief device through the connector housing during assembly, it can be provided in particular that an end face of the cable strain relief device facing the connector housing and / or an actuating surface formed on the inner sheath side and / or outer sheath side of the cable strain relief device is accessible from the connector-side end of the end cap.In this way, the connector housing (or at least a portion of the connector housing) can contact the actuating surface directly or indirectly and thus cause the movement of the cable strain relief device.

[0032] According to the invention, the mobility of the cable tension protection device is limited at least in the axial direction in the pre-assembled state when the cable tension protection device is captively connected to the end cap.

[0033] A limited mobility of the cable tension protection device at least in the axial direction means that a movement in the axial direction may indeed be possible (ie a movement in or against the assembly direction), but that this may be limited between a pre-assembly position and an end position, wherein the pre-assembly position is preferably arranged closer to the connector-side end of the end cap than the end position.

[0034] According to the invention, it is also provided that the end cap can be locked to the connector housing at its connector-side end section.

[0035] For this purpose, the end cap has at least one locking means for locking with a respective counter-locking means of the connector housing, preferably at least two locking means spaced apart from one another on the circumference or even more locking means.

[0036] According to the invention, it is provided that at least one of the locking means is designed as a locking tab which is elastic in a lateral direction (ie transversely, preferably orthogonally, to the axial direction), for example in the manner of a locking arm or a locking rocker.

[0037] In order to provide the elasticity of the locking means or the locking tab, it can be provided that a longitudinal slit or a longitudinal slot is formed in the side wall of the end cap on the circumference next to the respective locking means or the locking tab.

[0038] According to the invention, the cable tension protection device has at least one connecting means and the end cap has at least one counter-connecting means in order to limit the mobility (at least in the axial direction).

[0039] The connecting means and the counter-connecting means are preferably designed for this purpose and arranged on the cable tension protection device and the end cap in such a way that the connecting means is mechanically blocked by the counter-connecting means (i.e., abuts against the counter-connecting means) - or vice versa. In particular, by the connecting means and the counter-connecting means abutting against each other at least at a defined stop position during the mutual movement of the cable tension protection device and the end cap in the axial direction, said movement limitation in the axial direction can be provided.

[0040] According to the invention, the locking means or locking tab of the end cap comprises the aforementioned mating connection means. In this way, a dual function of securing the cable tension protection in the pre-assembled state and locking it to the connector housing in the assembled state can be advantageously provided by the same component in the connection cap.

[0041] In a further development of the invention, it can be provided that the end cap has at least two locking means spaced apart from one another on the circumference for locking with a respective counter-locking means of the connector housing.

[0042] By distributing multiple locking elements along the circumference of the end cap, the mechanical stability of the end assembly can be increased. By specifically distributing or arranging the locking elements along the circumference of the end cap, an anti-twist device and / or mechanical coding can be provided to ensure that the cable strain relief device can only be mounted in a single orientation or in specific, predetermined orientations in the end cap.

[0043] In a further development of the invention, it can be provided that the locking tab has a locking hook or a similar locking elevation for a counter-locking means of the connector housing designed as a locking recess, but preferably a locking recess for a counter-locking means of the connector housing designed as a locking elevation (the locking tab can thus be U-shaped, for example).

[0044] Preferably, the connecting means has at least one blocking surface and the counter-connecting means has at least one counter-blocking surface, which can abut against one another in order to limit the mobility of the cable tension protection device in the pre-assembled state. The blocking and counter-blocking surfaces can in principle be designed as desired, in particular primarily flat, but optionally also concave / convex or otherwise curved. Alternatively or in addition to blocking and counter-blocking surfaces, a (counter-)blocking tip, a (counter-)blocking edge, or another structure usable as a stop can also be provided, in particular combinations of the aforementioned variants. It should also be mentioned that, if necessary, several blocking surfaces can abut against a common counter-blocking surface - or vice versa.

[0045] Preferably, a surface vector of the blocking surface and / or a surface vector of the counter-blocking surface runs at least substantially in the axial direction or in or opposite to the mounting direction of the cable strain relief device in the end cap. However, the surface vectors can also run, for example, in the radial direction, preferably transversely or orthogonally to the axial / mounting direction. Preferably, the surface vector of the blocking surface runs opposite to the surface vector of the counter-blocking surface. Blocking and / or counter-blocking surfaces oriented obliquely to the longitudinal axis of the cable strain relief device or to the axial direction (e.g., conical blocking and counter-blocking surfaces) are also possible in principle.

[0046] It can be provided that the blocking counter-blocking surface is formed on the side surfaces of the lateral extensions mentioned below and / or on flags, pins, webs, ribs, flange-shaped sections or the like.

[0047] The blocking counter-blocking surface can be end surfaces, side surfaces and / or inner surfaces of a recess.

[0048] The blocking / counter-blocking surfaces can extend completely circumferentially in the circumferential direction, in particular if they are formed on a flange-shaped section of the end cap or the cable tension protection device, or only along an inner or outer circumferential segment, in particular if they are formed on the lateral extensions, flags or the like.

[0049] According to a further development of the invention, it can be provided that the at least one connecting means of the cable tension protection device is in engagement with the at least one counter-connecting means of the end cap in the pre-assembled state of the end module in order to limit the mobility of the cable tension protection device at least in the axial direction or in or against the assembly direction.

[0050] Preferably, at least two of said connecting means are provided, which are arranged spaced apart from one another in the circumferential direction and / or in the axial direction. For example, three, four, five, six, or even more connecting means can also be provided and distributed along the circumference and / or the longitudinal extent of the cable tension protection device, in particular spaced equidistantly. If exactly two connecting means are provided, they can preferably be arranged opposite one another circumferentially or in the circumferential direction, or offset by 180° from one another.

[0051] According to a further development of the invention, the connecting means of the cable tension protection device can be designed as a lateral extension, and the mating connecting means of the end cap can be designed as a receptacle for the lateral extension. The blocking surfaces can then be formed, for example, laterally on the lateral extensions, and the counter-blocking surfaces on the inner surfaces of the receptacle, so that the blocking surfaces can abut with their lateral surfaces on regions of the inner surfaces of the lateral extension that serve as end stops (i.e., for example, on opposite ends of an elongated recess mentioned below).

[0052] It should also be emphasized that it can also be provided that the counter-connecting means of the end cap (having the counter-blocking surface) is designed as a lateral extension and the connecting means of the cable tension protection (having the blocking surface) is designed as a receptacle for the lateral extension.

[0053] Preferably, the at least one receptacle for the at least one lateral extension is a recess, in particular one or more openings in the side wall of the end cap (i.e., for example, a through-hole or a window-shaped opening). Optionally, the recesses may also be depressions in the side wall (i.e., for example, a blind hole or a groove). Alternatively, the at least one receptacle for the at least one lateral extension may also be one or more steps, edges, webs, ribs, grooves, or other suitable counter-connecting means to provide the desired movement limitation.

[0054] Either the connecting means of the cable tension protection or the counter-connecting means of the end cap can preferably be designed as a recess, in particular as an elongated hole, as explained below.

[0055] Preferably, said recesses are elongated recesses (hereinafter: "slots"), in particular elongated holes extending in the axial direction, particularly preferably elongated holes extending rectilinearly in the axial direction. Preferably, the at least one elongated hole extends in the axial direction at least between the aforementioned pre-assembly position and the final position, or at least it can be provided that the longitudinal extent of the elongated hole corresponds at least to the distance between the pre-assembly position and the final position.

[0056] At this point, it should be mentioned that the mobility of the cable tension safety device can also be at least limited in the lateral or radial direction and / or rotationally or circumferentially. A rotational movement limitation can also be achieved, in particular, by the at least one lateral extension, which engages with the end cap, so that rotation of the cable tension safety device and end cap relative to each other (i.e., movement in the circumferential direction) is only possible to a limited extent or is completely locked.Radial movement limitation can be achieved in particular by arranging the cable tension protection device within the (preferably sleeve-shaped) end cap, so that the lateral mobility can be defined and adjusted by a potential play between the external dimensions of the cable tension protection device and the internal dimensions of the end cap in the assembled state (i.e., in particular, by the difference between the external diameter of the cable tension protection device and the internal diameter of the end cap). Preferably, the cable tension protection device is accommodated within the end cap at least approximately or completely free of play with respect to twisting or movement in the circumferential direction and / or movement in the lateral or radial direction.In a further development of the invention, it can be provided that the cable tension protection device and the end cap form a mutual guiding function for the movement of the cable tension protection device in the direction of the cable-side end of the end cap.

[0057] In particular, it can be provided in this regard that the at least one locking tab has the guiding function for the movement of the cable tension protection device in the direction of the cable-side end of the end cap, in particular a recess, preferably an elongated hole, for receiving a projection of the cable tension protection device, preferably for receiving the connecting means.

[0058] Particularly if the locking tab has recesses that are elongated, the recesses can guide corresponding projections, such as the lateral extensions of the cable strain relief device, in a defined manner along their longitudinal extent. Thus, the movement of the cable strain relief device toward the cable-side end of the end cap during assembly of the end cap can be specified along a defined path. This is preferably, but not necessarily, a linear guide in the axial direction. In principle, however, any desired guide can be provided by the recesses, for example, a curved path that, in addition to an axial movement, also describes a rotation in the circumferential direction through a defined angular section.

[0059] It can preferably be provided that the counter-connecting means of the locking tab, which limits the mobility of the cable tension protection device in the pre-assembled state, simultaneously performs the guiding function, in particular for the connecting means of the cable tension protection device. The counter-connecting means can thus preferably be designed as an elongated recess or slot, in which the connecting means can be moved without limitation from the pre-assembled state up to the cable-side end of the end cap.

[0060] In this way, the (elongated) recess or slot can advantageously fulfil a dual function and, on the one hand, provide a movement limitation (and optional guidance) for the cable tension protection and, on the other hand, a locking option for mounting on the connector housing.

[0061] Alternatively, however, it can also be provided, for example, that the mating connection means of the locking tab, which limits the mobility of the cable tension safety device in the pre-assembled state, is formed separately from the guide. The locking tab can thus, for example, have an elongated hole interrupted by a web, which forms a separate receptacle for the connection means of the cable tension safety device in a front section, such that the mobility of the cable tension safety device is limited in the pre-assembled state, and which forms a guide in a rear section, so that the cable tension safety device is guided to the cable-side end of the end cap after being released from the front section. At this point, it should be emphasized that a guide function for the cable tension safety device or its lateral extensions through the recesses is advantageous, but not absolutely necessary within the scope of the invention.

[0062] Furthermore, it should be mentioned that the distribution of the lateral extensions on the cable strain relief device and the recesses on the end cap can also be reversed, so that the end cap has the at least one lateral extension and the cable strain relief device has the at least one (elongated) recess or elongated hole. Furthermore, it can also be provided that a recess is completely omitted if, for example, the cable strain relief device is supported on an inner surface of the end cap at at least two positions along the axial direction (e.g. by at least two lateral extensions being arranged offset from one another in the axial direction). Furthermore, a lateral extension and a recess can also be omitted altogether if the outer surface of the cable strain relief device is guided directly along the inner surface of the end cap.

[0063] In a further development of the invention, it can be provided that the cable tension protection is locked in the pre-assembled state of the termination module in a pre-assembled position within the termination cap, in particular in a connector-side end section of the termination cap.

[0064] Said locking can preferably be effected by at least one locking means formed in the closure assembly.

[0065] The locking mechanism allows the mobility of the cable strain relief device in the pre-assembled state within the end cap to be not only limited but also clearly defined (particularly in the axial direction, but preferably also in the lateral or radial direction and / or in the circumferential direction). A correspondingly locked position can further simplify assembly, as the cable strain relief device is thus in a known and defined state, at least at the beginning of assembly.

[0066] The locking means can preferably be a locking lug or another elevation on the inner surface of the end cap in order to form a stop for the cable tension safety device, in particular a stop for an end face, for example a flange-shaped end face of the cable tension safety device (alternatively, however, the cable tension safety device can also have the elevations, for example locking lugs, and the end cap can have the stop, for example a recess).

[0067] Preferably, at least two locking means can be provided on the end cap, which are arranged, in particular, spaced apart from one another along the circumference, for example, arranged opposite one another along the circumference. In principle, any number of corresponding locking means can be provided, for example, two, three, four, five, six or even more locking means, which are spaced apart from one another along the circumference, for example, distributed equidistantly along the circumference. The locking means can, in particular, also be designed in pairs, wherein, for example, a first pair of locking means (e.g., locking lugs) is arranged laterally next to the recess already mentioned above, so that the recess, in particular the elongated hole, is located between the locking means of the common pair.In this case, for example, each of said recesses can preferably be laterally surrounded by a pair of locking means, which can be advantageous for the unlocking described below during the assembly of the closure assembly.

[0068] In an advantageous development of the invention, it can be provided that the locking of the cable tension protection can be unlocked during the assembly of the termination assembly on the connector housing in order to release the mobility of the cable tension protection starting from the pre-assembly position in the direction of the cable-side end of the termination cap.

[0069] Unlocking can be done manually, for example using a tool, but preferably directly or indirectly through the connector housing.

[0070] In particular, it can thus be provided that at least one section of the connector housing is capable of unlocking the locking means during assembly (preferably a section of the connector housing leading in the assembly direction, such as the “counter-locking means” of the connector housing mentioned below).

[0071] The section of the end cap comprising the locking means can be elastically movable, in particular elastically deflectable / movable in the lateral or radial direction, so that the end cap can be at least temporarily spread open during assembly in order to release the locking by lifting the locking means. Alternatively or additionally, it can be provided that at least a section of the cable strain relief device is elastically movable, at least in the region of the locking means, in particular elastically deflectable / movable in the lateral or radial direction, so that the cable strain relief device can be at least temporarily compressed or pressed together during assembly in order to release the locking of the locking means.

[0072] The locking mechanism of the cable strain relief device can preferably be released non-destructively during assembly of the end cap to the connector housing (for example, through the elastic mobility of the section of the end cap containing the locking means, as described above). However, a destructive and thus generally permanent release, for example, by breaking off a predetermined breaking point or similar, can also be provided (less preferred). For example, the locking means / latch can also be broken off in a defined manner to release the cable strain relief device during assembly.

[0073] In a further development of the invention, it can be provided that the cable tension protection device is movable into a cable-side end section of the end cap during assembly of the end cap on the connector housing, preferably into an end position, in particular into an end position in a cable-side end section of the end cap.

[0074] Preferably, the cable tension protection device is fixed to the cable in the cable-side end section, for example in the end position, in particular fixed in a force-locking manner.

[0075] It can be provided that the cable strain relief device is fixed in the end cap in the end position. This (in itself optional) fixing can be achieved, for example, by a latch between the cable strain relief device and the end cap in the end position. As a rule (but not absolutely necessary), the cable strain relief device can be fixed in the end position by the connector housing, by clamping the cable strain relief device between the connector housing and a stop in the end cap. The cable strain relief device is therefore preferably pressed in its end position by the connector housing (preferably by the counter-latching means of the connector housing or another section of the connector housing leading in the direction of assembly) against a stop formed on the cable-side end of the end cap, for example against a step.

[0076] The cable strain relief device can be provided with fixing tabs distributed around the circumference (optionally with fastening hooks arranged at the free ends). The fixing tabs can be elastic in the lateral or radial direction.

[0077] It can be provided that the fixing tabs, in their mechanically relaxed state, define an inner circumference that is smaller than an outer circumference of the cable, so that sliding them onto the cable causes mechanical tensioning of the fixing tabs, which leads to a force-fitting fastening on the cable. In addition or supplementary terms, it can also be provided that the fixing tabs are pressed against the cable with increasing pressing force through mechanical interaction with the end cap during movement of the cable tension protection device into the end position. For this purpose, it can be provided, for example, that the fixing tabs are pushed into an axial section of the end cap that tapers towards the cable-side end (e.g. a linear, curved and / or stepped taper).

[0078] It should be mentioned at this point that the movement of the cable strain relief device during assembly does not necessarily have to be carried out all the way to its end position, or at least not until it reaches a stop or other fixing point in the cable-side end section of the end cap. The movement of the cable strain relief device can, for example, already be limited by a sufficiently force-fitting fixation on the cable (sheath). It may therefore be sufficient to move the cable strain relief device towards the cable-side end of the end cap during assembly until the intended force-fitting fixation of the cable strain relief device on the cable (sheath) has been achieved. By remaining axial play towards the cable-side end of the end cap, tolerances can be compensated for and the termination assembly can even be used for different cable diameters.

[0079] In a further development of the invention, it can also be provided that the termination module in the pre-assembled state has, in addition to the cable tension protection, further captively connected connectors or other components, in particular a cable seal and / or housing seal captively connected to the end cap and / or the cable tension protection.

[0080] The other components, for example the cable seal and / or the housing seal, can be connected to the cable strain relief or the end cap in a materially bonded manner (preferred), a form-fitting manner and / or a force-fitting manner.

[0081] Preferably, an elastomer can be injection-molded onto the front side of the cable strain relief device (e.g., at the connector-side end) to form a seal (e.g., a cable seal). Thus, in particular, a two-component injection-molding process can be provided to firmly bond the remaining component to the cable strain relief device and / or end cap.

[0082] The fact that additional components are securely connected to the end cap can further simplify the assembly of the cable connector assembly.

[0083] In an advantageous development of the invention, it can be provided that the end cap and the cable tension protection are each ring-shaped or sleeve-shaped and each have a cable feedthrough for the cable.

[0084] The side walls of the end cap and / or cable strain relief device can have any slits (e.g. longitudinal slits) or other recesses / depressions and / or elevations.

[0085] In principle (in a less preferred embodiment), it can also be provided that the end cap and / or the cable strain relief device are partially annular or formed as a continuously slotted sleeve. For example, a longitudinal slot extending completely through the end cap or cable strain relief device in the axial direction can be provided. Preferably, however, the end cap and / or the cable strain relief device are completely annular or circumferentially closed at least in one axial section (e.g., in a flange-like end section).

[0086] At this point, it should be noted that the termination assembly, cable strain relief device, and / or termination cap do not necessarily have to be (hollow) cylindrical, but can, in principle, have any cross-sectional geometry. Thus, for example, rectangular or other cross-sectional geometries are also conceivable, although the invention will be described below essentially with reference to hollow-cylindrical cross-sectional geometries. However, this is intended solely to facilitate understanding of the invention and not to restrict the claimed subject matter to an at least essentially round cross-sectional geometry. Therefore, where the terms "radial" or "round," etc., are used below, these can be generalized or substituted by a person skilled in the art with corresponding terms that also refer to or include other cross-sectional geometries, in case of doubt.

[0087] The cable strain relief is preferably accommodated at least in sections within the end cap.

[0088] The invention also relates to a cable connector arrangement, in particular a cable connector arrangement for high-voltage technology, comprising a termination assembly according to the above and following embodiments, the connector housing and the cable, wherein the termination cap is mounted on the connector housing and the cable tension protection is fastened on the cable.

[0089] The captive fastening of the cable strain relief device to the end cap in the pre-assembled state and the subsequent “automatic” movement of the cable strain relief device towards the cable-side end in the end cap during assembly optimizes the overall assembly process, which can be particularly advantageous in mass production.

[0090] The cable connector assembly or termination assembly is particularly well-suited for use with high-voltage connectors, although the connector type and its application are not necessarily important. The cable connector assembly or termination assembly can therefore also be particularly well-suited for use in high-frequency technology, for example, for data connectors.

[0091] The invention also relates to a method for assembling a cable connector arrangement, in particular a cable connector arrangement for high-voltage technology, comprising at least the following method steps:

[0092] Providing a cable and a connector housing;

[0093] Providing a termination assembly comprising an end cap and a cable strain relief captively connected to the end cap;

[0094] Mounting the end cap to the connector housing while moving the cable retention device from the connector housing toward a cable-side end of the end cap, and preferably securing it to the cable; and

[0095] Locking the end cap to a connector-side end section of the connector housing by means of at least one locking means of the end cap designed as a locking tab and a respective counter-locking means of the connector housing.

[0096] The locking tab is provided with a mating connection means for a connecting means of the cable strain relief device in order to limit the mobility of the cable strain relief device in the pre-assembled state at least in the axial direction (or in or opposite to the assembly direction). Advantageously, the work steps required by a manufacturer or installer of the cable connector can be reduced by combining the cable strain relief device and end cap into a common end assembly, which reduces assembly time and costs. Thus, at least two assembly steps are advantageously combined.

[0097] Within the scope of the proposed method for assembling the cable connector arrangement, any further method steps can in principle be provided (in a correspondingly suitable sequence), such as in particular: equipping the cable with the termination module and the connector housing and / or further connector components (i.e. for example inserting the cable into the termination cap, the cable strain relief and the connector housing); stripping the cable at least in sections; installing contact elements on electrical conductors of the cable; installing a support sleeve on the cable; processing a cable shield braid of the cable, e.g. folding the cable shield braid over the support sleeve; pressing or crimping an outer conductor onto the cable shield braid and / or the support sleeve; as well as other standard method steps within the scope of connector assembly.

[0098] At this point, it should be emphasized that the method steps for assembling the cable connector assembly do not necessarily have to be performed in the order in which they are first described or mentioned in the description or in the patent claims. Therefore, for example, individual method steps or groups of method steps may be interchangeable, provided this is not technically impossible. Method steps may also be combined with one another, divided into separate intermediate steps, or supplemented with intermediate steps. The method is not necessarily described exhaustively with the method steps described below and may be supplemented with further method steps, even those not mentioned.

[0099] Advantageously, the termination assembly has two positions or two states: a pre-assembly state or a pre-assembly position of the cable strain relief in the termination cap, in particular in the delivery state; and a final assembly state or a final position of the cable strain relief in the termination cap when the termination cap is fully mounted on the connector housing.

[0100] The final assembly state can be achieved, for example, by the connector housing spreading open corresponding locking tabs of the end cap to thereby (at least temporarily) release the movement of the cable strain relief device within the end cap. The cable strain relief device can then be moved directly or indirectly by means of the connector housing into the position attached to the cable (preferably, but not necessarily, the "end position") within the end cap. Preferably, in its end position, the cable strain relief device is sufficiently engaged with the cable, in particular the cable sheath, to secure the cable to the connector housing in accordance with its intended function.

[0101] The invention also relates to a device for assembling a cable connector arrangement, in particular a cable connector arrangement for high-voltage technology, which is designed to carry out a method according to the above and following embodiments.

[0102] Features described in connection with one of the subject matters of the invention, specifically the termination module according to the invention, the cable connector arrangement according to the invention, the method according to the invention, and the device according to the invention, can also be advantageously implemented for the other subject matters of the invention. Likewise, advantages mentioned in connection with one of the subject matters of the invention can also be understood to apply to the other subject matters of the invention.

[0103] It should also be noted that terms such as "comprising," "having," or "with" do not exclude other features or steps. Furthermore, terms such as "a" or "the," which indicate a singular number of steps or features, do not exclude a plurality of features or steps—and vice versa.

[0104] In a purist embodiment of the invention, however, it may also be provided that the features introduced in the invention with the terms "comprising," "having," or "with" are listed exhaustively. Accordingly, one or more lists of features may be considered complete within the scope of the invention, for example, for each claim. The invention may, for example, consist exclusively of the features mentioned in claim 1.

[0105] It should be noted that terms such as "first" or "second" etc. are used primarily for reasons of distinguishing between respective device or process features and are not necessarily intended to indicate that features are mutually dependent or related to one another.

[0106] Furthermore, it should be emphasized that the values ​​and parameters described herein include deviations or fluctuations of ±10% or less, preferably ±5% or less, more preferably ±1% or less, and most preferably ±0.1% or less of the respective specified value or parameter, provided that these deviations are not excluded in the practical implementation of the invention. The specification of ranges by initial and final values ​​also includes all those values ​​and fractions enclosed by the respective specified range, in particular the initial and final values ​​and a respective mean value.The invention also relates to a separate end cap of a termination assembly, in particular (but not necessarily) of a termination assembly according to claim 1, wherein said end cap is mountable on a cable-side end of a connector housing, and wherein the end cap, in a pre-assembled state in which the end cap is not mechanically connected to the connector housing, is captively connectable to a separate cable tension safety device, and wherein the end cap is designed such that the cable tension safety device can be moved from the connector housing in the direction of a cable-side end of the end cap during assembly of the end cap on the connector housing.

[0107] The invention also relates to a separate cable strain relief device of a termination assembly, in particular (but not necessarily) a termination assembly according to claim 1, wherein said cable strain relief device can be fastened to a cable of the cable connector arrangement, and wherein the cable strain relief device can be connected in a captive manner to a separate end cap in a pre-assembled state in which the cable strain relief device is not mechanically connected to the cable, and wherein the cable strain relief device is designed to be moved by the connector housing in the direction of a cable-side end of the end cap during assembly of the end cap to a connector housing.

[0108] The further features of claim 1 and the dependent claims, as well as the features described in the present description, relate to advantageous embodiments and variants of the aforementioned separate end cap and separate cable tension protection device. The applicant explicitly reserves the right to claim said separate end cap and / or said separate cable tension protection device individually.

[0109] In the following, embodiments of the invention are described in more detail with reference to the drawings.

[0110] The figures each show preferred embodiments in which individual features of the present invention are illustrated in combination with one another. Features of one embodiment can also be implemented independently of the other features of the same embodiment and can therefore be readily combined by a person skilled in the art to form further useful combinations and subcombinations with features of other embodiments.

[0111] In the figures, functionally identical elements are provided with the same reference numerals.

[0112] They show schematically:

[0113] Fig. 1 shows an end cap and a cable tension protection device according to an embodiment of the invention, each separately from one another, in a perspective view; Fig. 2 shows a termination assembly comprising the end cap and the cable tension protection device according to

[0114] Figure 1 shows, in a pre-assembled state, a perspective view;

[0115] Fig. 3 shows the end assembly of Figure 2 in a sectional side view;

[0116] Fig. 4 shows a cable connector arrangement with the termination assembly of Figure 2 in its

[0117] Pre-assembly state, in a sectioned side view;

[0118] Fig. 5 shows the cable connector assembly of Fig. 4 during assembly of the end cap to the connector housing, in a sectional side view;

[0119] Fig. 6 shows the cable connector assembly of Figure 4 in a fully assembled state on the cable or on the connector housing, in a sectional side view; and

[0120] Fig. 7 shows an end cap and a cable strain relief device connected to a cable seal in a material-to-material manner according to a variant of the invention.

[0121] Figures 1 to 6 illustrate a first exemplary embodiment of the invention. Figures 1 to 3 show the termination module 1 of the cable connector assembly 2, which is illustrated in more detail in Figures 4 to 6.

[0122] The termination assembly 1 comprises a termination cap 3 and a cable strain relief device 4, which are shown separately in Figure 1 in a state not yet connected to each other. Figures 2 and 3, however, show a pre-assembled state of the termination assembly 1, in which the cable strain relief device 4 is securely connected to the termination cap 3.

[0123] The end cap 3 can be mounted on a cable-side end 5 of a connector housing 6 of the cable connector assembly 2, as described below. Simply put, the end cap 3 can be latched to the connector housing 6 according to the described embodiment.

[0124] Furthermore, the cable tension protection 4 can be fastened to a cable 7 of the cable connector arrangement 2, which will also be described in more detail below.

[0125] At this point, it should be noted that the cable 7 shown in Figures 4 to 6, the connector housing 6, and all other components of the cable connector arrangement 2 are merely exemplary and schematic. In principle, the invention can advantageously be used with any type of cable and connector type. In the pre-assembled state of the termination assembly 1 shown in Figures 2 and 3, the end cap 3 is not yet mechanically connected to the connector housing 6, or the cable strain relief 4 is not yet mechanically connected to the cable 7. The pre-assembled state can, for example, be a delivery state, based on which an installer or a device subsequently mechanically connects the termination assembly 1 to the cable 7 and the connector housing 6.

[0126] In the exemplary embodiments, the end cap 3 and the cable strain relief device 4 are each sleeve-shaped and each have a cable feedthrough 8 for the cable 7. The cable strain relief device 4 is accommodated within the end cap 3.

[0127] The cable tension safety device 4 has at least one connecting means or one lateral extension 9 (in the exemplary embodiments of Figures 1 to 12a, exactly two lateral extensions 9, which are spaced apart from one another in the circumferential direction U or are arranged on opposite circumferential sections of the cable tension safety device 4, see, among others, Figure 3). In the pre-assembled state of the end module 1, the lateral extensions 9 engage with the end cap 3 (see in particular Figures 2 and 3) in order to limit the mobility of the cable tension safety device 4 in the axial direction A. For this purpose, the lateral extensions 9 of the cable tension safety device 4 in the exemplary embodiments of Figures 1 to 12a engage in respective counter-connecting means or elongated holes 10 in the side wall 11 of the end cap 3.At this point, it should be noted that these do not necessarily have to be elongated holes 10 or openings in the housing wall of the end cap 3 - square, round, or other recesses and / or depressions (e.g., grooves in the side wall 11) as an alternative to a complete opening, or elevations on the inner casing side (e.g., webs or ribs to provide a guide channel) are also feasible. Furthermore, it should be emphasized that the connecting means of the cable strain relief device 4 can, if necessary, also be designed as recesses or elongated holes, and the counter-connecting means of the end cap 3 can be designed as lateral extensions. The variant shown in the figures is therefore to be understood only as an example.

[0128] Due to the specific distribution or arrangement of the connecting means 9 and counter-connecting means 10 along the circumference of the end cap 3 and the cable strain relief device 4, an anti-twist device and / or mechanical coding can optionally be provided to ensure that the cable strain relief device 4 can only be mounted in a single orientation or in specific, predetermined orientations in the end cap 3 (the same applies to the mounting of the connector housing 6 on the end cap 3).

[0129] In the exemplary embodiments, the lateral extensions 9 are accommodated in the elongated holes 10 in the circumferential direction U without play in order to prevent relative twisting of the cable strain relief device 4 in the end cap 3 - this is not absolutely necessary, however. Furthermore, the cable strain relief device 4 is also accommodated within the end cap 3 without play in the lateral direction or radial direction R - which is advantageous, but also not absolutely necessary. To limit movement in the axial direction A, the lateral extensions 9 have blocking surfaces 9' on their sides facing the connector-side end section 12, which blocking surfaces can abut against corresponding counter-blocking surfaces 10' of the elongated holes 10. The counter-blocking surfaces 10' are formed on the connector-side inner surfaces of the elongated holes 10 (cf., among others, Figures 1 and 6).

[0130] In addition to the movement limitation by the combination of lateral extensions 9 and elongated holes 10, the exemplary embodiments also provide for the cable strain relief device 4 to be locked in the connector-side end section 12 of the end cap 3 in a pre-assembly position Po (cf. Figures 2 to 4) in the pre-assembly state. Thus, in the pre-assembly state, the cable strain relief device 4 can preferably be completely immobile or at least substantially immobilely locked in the pre-assembly position Po. The locking can preferably be enabled by at least one locking means formed in the end assembly 1. In the exemplary embodiments, two pairs of locking lugs 13 are provided for this purpose, wherein the locking lugs 13 of a common pair are arranged laterally next to the elongated holes 10, opposite one another.The locking lugs 13 can be used with a flange section 14 or another suitable structure on the outer casing of the cable strain relief device 4 to effect locking. In principle, any number of locking means or locking lugs 13 can be provided, if necessary even just a single locking means or locking lug 13. If multiple locking means or locking lugs 13 are provided, they can advantageously be distributed circumferentially at a distance from one another on the side wall 11 of the end cap 3.

[0131] For the aforementioned locking of the end cap 3 to the connector housing 6, the end cap 3 has at least one locking means for locking with a respective counter-locking means of the connector housing 6. In the exemplary embodiments, two locking means or counter-locking means are provided, spaced apart from one another on the circumference. The locking means of the end cap 3 is a locking tab 15 that is elastic in the lateral direction or radial direction R and has a locking recess 16. The counter-locking means is designed, for example, as a locking elevation of the connector housing 6, for example locking arm 17, and is capable of locking within the locking recess 16 of the locking tab 15 (see Figure 6). However, it can also be provided that the locking tab 15 or the locking means of the end cap 3 has a locking elevation, while the counter-locking means of the connector housing 6 has a locking recess.

[0132] It is particularly advantageous that the recesses or elongated holes 10 for the connection to the lateral extension 9 of the cable strain relief device 4 correspond in this case to the locking recesses 16 for the counter-locking means or the locking arms 17 of the connector housing 6, as shown in the exemplary embodiments. Generally, it is provided that the locking tab 15 of the end cap 3 has the counter-connecting means 10 (i.e., e.g., said recess or said elongated hole 10 or a lateral extension) in order to provide an advantageous dual function of pre-locking and final locking position. To provide the lateral or radial elasticity of the locking tab 15, longitudinal slots 18 are provided in the side wall of the end cap 3 on both sides of the locking tab 15.

[0133] Within the scope of the invention, it is provided that the cable strain relief device 4 is movable from the connector housing 6 toward a cable-side end 19 of the end cap 3 facing away from the connector housing 6 during assembly of the end cap 3 to the connector housing 6. This movement is clearly visible when comparing Figures 5 and 6 and can be supported by the axial guiding function of the elongated holes 10.

[0134] As already mentioned, the cable strain relief device 4 is preferably locked in the pre-assembly state or in the pre-assembly position Po. This locking device can be unlocked from the connector housing 6 during assembly of the termination assembly 1 to the connector housing 6 in order to initially release the mobility of the cable strain relief device 4, starting from the pre-assembly position Po in the direction of the cable-side end 19 of the termination cap 3. This process is illustrated by way of example in Figure 5.

[0135] In the exemplary embodiments, the counter-locking means or the locking arm 17 of the connector housing 6 serves to lift the locking tab 15 and thus simultaneously also the locking lugs 13 of the end cap 3 arranged next to the elongated hole 10, so that the locking of the cable tension protection device 4 is released. Subsequently, the cable tension protection device 4 is moved further in the axial direction A by the connector housing 6, for example by the counter-locking means or the locking arm 17, during the further assembly process until the cable tension protection device 4 reaches an end position Pi (cf. Figures 5 and 6) on a cable-side end section of the end cap 3. In the end position Pi, the cable tension protection device 4 is non-positively fixed to the cable 7.

[0136] For fixing the cable tension protection device 4 on the cable 7, the cable tension protection device 4 in the exemplary embodiments has fixing tabs 20 which are distributed circumferentially and which are pressed against the cable sheath 21 of the cable 7 with increasing pressing force by mechanical interaction with the end cap 3 during the movement of the cable tension protection device 4 into the end position Pi.

[0137] In Figures 4 to 6, a cable seal 22 is shown within the connector housing 6 as a further component of the cable connector arrangement 2, which can alternatively also be omitted or can optionally be provided as a component of the termination assembly 1, as indicated in Figure 7 described below.

[0138] Figure 7 illustrates a variant of the invention (for example, the embodiment shown in Figure 7 basically corresponds to the embodiment of Figures 1 to 6) to illustrate that the cable seal 22, in the pre-assembled state of the termination assembly 1, can also be captively connected to the end cap 3 and / or the cable strain relief device 4, for example, in a form-fitting, force-fitting, and / or material-fitting manner. In Figure 7, the cable seal 22 is, for example, attached to the connector-side end face of the cable strain relief device 4 (e.g., sprayed on using a two-component process).

[0139] Advantageously, within the scope of a method for assembling the cable connector assembly 2, it can thus be provided that the cable 7 and the connector housing 6 are first provided (it can optionally also be provided that the cable 7 is first pre-processed, for example by partially stripping its insulation and equipping it with one or more of the components of the cable connector assembly 2, for example the connector housing 6 or the termination assembly 1).

[0140] During assembly, the termination assembly 1 can advantageously be treated as if it were only a single component, since the termination cap 3 and the cable strain relief device 4 (and optionally other connector components, such as the cable seal 22) are already captively connected to one another in the pre-assembled state. Assembly can therefore be particularly simple for the installer or an assembly device. The termination cap 3 can be mounted on the connector housing 6, while the cable strain relief device 4 is simultaneously moved by the connector housing 6 in the direction of the cable-side end 19 of the termination cap 3 facing away from the connector housing 6, wherein the cable strain relief device 4 is preferably attached to the cable 7 at the same time.

[0141] At this point, it should also be mentioned that, in combination with a locking mechanism, a screw connection or, in principle, any fastening technique for fastening the end cap 3 to the connector housing 6 can also be considered, for example, pressing the end cap 3 onto the connector housing 6. Combinations of different fastening techniques are therefore also fundamentally possible within the scope of the invention. What is essential is that the cable strain relief 4 is captively connected to the end cap 3 in the pre-assembled state and can be moved directly or indirectly in the direction of the cable-side end 19 of the end cap 3 during assembly by the connector housing 6 or another component of the cable connector arrangement 2.

Claims

P a t e n t a n s p r ü c h e 1. Termination assembly (1) of a cable connector arrangement (2), comprising an end cap (3) mountable on a cable-side end (5) of a connector housing (6) of the cable connector arrangement (2) and a cable strain relief device (4) attachable to a cable (7) of the cable connector arrangement (2), wherein the cable strain relief device (4) is captively connected to the end cap (3) in a pre-assembled state of the termination assembly (1), in which the end cap (3) is not mechanically connected to the connector housing (6), and wherein the cable strain relief device (4) is movable from the connector housing (6) in the direction of a cable-side end (19) of the end cap (3) during assembly of the end cap (3) on the connector housing (6), characterized in thatthat the end cap (3) can be latched to the connector housing (6) at a connector-side end section (12) and for this purpose has at least one latching means designed as a latching tab (15) for latching with a respective counter-latching means (17) of the connector housing (6), wherein the latching tab (15) also has a counter-connecting means (10) for a connecting means (9) of the cable tension protection (4) in order to limit the mobility of the cable tension protection (4) in the pre-assembled state at least in the axial direction (A).

2. End assembly (1) according to claim 1, characterized in that the end cap (3) has at least two circumferentially spaced-apart locking means (15) for locking with a respective counter-locking means (17) of the connector housing (6).

3. Termination assembly (1) according to claim 1 or 2, characterized in that the locking tab (15) of the end cap (3) a) has a locking recess (16) for a counter-locking means (17) of the connector housing (6) designed as a locking elevation; or b) has a locking elevation for a counter-locking means (17) of the connector housing (6) designed as a locking recess.

4. Termination assembly (1) according to one of claims 1 to 3, characterized in that the connecting means (9) has a blocking surface (9') and the counter-connecting means (10) has a counter-blocking surface (10') which are able to abut against one another in order to prevent the mobility of the cable tension protection device (4) in the pre-assembled state when the cable tension protection device (4) is securely connected to the end cap (3), at least in the axial direction (A).

5. Termination assembly (1) according to claim 4, characterized in that a) the connecting means of the cable tension protection (4) is designed as a lateral extension (9) having the blocking surface (9') and the mating connecting means of the end cap (3) is designed as a receptacle (10) for the lateral extension (9) having the mating blocking surface (10'); or b) the mating connecting means (10) of the end cap (3) is designed as a lateral extension having the mating blocking surface (10') and the connecting means (9) of the cable tension protection (4) is designed as a receptacle for the lateral extension having the blocking surface (9').

6. Termination assembly (1) according to one of claims 1 to 5, characterized in that the cable tension protection device (4) and the end cap (3) form a mutual guide function for the movement of the cable tension protection device (4) in the direction of the cable-side end (19) of the end cap (3).

7. Termination assembly (1) according to claim 6, characterized in that the at least one locking tab (15) has the guide function for the movement of the cable tension protection (4) in the direction of the cable-side end (19) of the end cap (3), in particular a recess (10), preferably an elongated hole (10), for receiving a projection of the cable tension protection (4), preferably for receiving the connecting means (9).

8. Termination assembly (1) according to one of claims 1 to 7, characterized in that the cable tension protection (4) is locked in the pre-assembled state of the termination assembly (1) in the connector-side end section (12) of the termination cap (3) in a pre-assembly position (Po) within the termination cap (3), preferably by at least one locking means (13) formed in the termination assembly (1).

9. Termination assembly (1) according to claim 8, characterized in that the locking of the cable tension protection (4) can be unlocked from the connector housing (6) during assembly of the termination assembly (1) on the connector housing (6) in order to release the mobility of the cable tension protection (4) starting from the pre-assembly position (Po) in the direction of the cable-side end (19) of the end cap (3).

10. Termination assembly (1) according to one of claims 1 to 9, characterized in that the cable tension protection (4) is movable during assembly of the end cap (3) on the connector housing (6) into a cable-side end section of the end cap (3), preferably into an end position (Pi) in the cable-side end section, in order to fix the cable tension protection (4) force-fittingly on the cable (7).

11. Termination assembly (1) according to one of claims 1 to 10, characterized by a cable seal (22) which is captively connected to the end cap (3) and / or the cable tension protection device (4) in the pre-assembled state, preferably a cable seal (22) which is materially connected to the cable tension protection device (4).

12. Termination assembly (1) according to one of claims 1 to 11, characterized in that the end cap (3) and the cable tension protection (4) are each sleeve-shaped and each have a cable feedthrough (8) for the cable (7), the cable tension protection (4) being accommodated at least in sections within the end cap (3).

13. Cable connector arrangement (2), in particular cable connector arrangement (2) for high-voltage technology, comprising a termination assembly (1) according to one of claims 1 to 12, the connector housing (6) and the cable (7), wherein the termination cap (3) is mounted on the connector housing (6) and the cable tension protection (4) is fastened on the cable (7).

14. Method for assembling a cable connector arrangement (2), in particular a cable connector arrangement (2) for high-voltage technology, comprising at least the following method steps: Providing a cable (7) and a connector housing (6); Providing a termination assembly (1) having a termination cap (3) and a cable tension protection device (4) captively connected to the termination cap (3); Mounting the end cap (3) on the connector housing (6), while the cable tension protection (4) is moved from the connector housing (6) in the direction of a cable-side end (19) of the end cap (3), and preferably is fastened to the cable (7); and locking the end cap (3) on a connector-side end section (12) of the connector housing (6) by means of at least one locking means, designed as a locking tab (15), of the end cap (3) and a respective counter-locking means (17) of the connector housing (6), wherein the locking tab (15) has a counter-connecting means (10) for a connecting means (9) of the cable tension safety device (4) in order to limit the mobility of the cable tension safety device (4) in the pre-assembled state at least in the axial direction (A).

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