DE102016102099A1 - Connection module for telecommunication and data technology - Google Patents

Connection module for telecommunication and data technology

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Publication number
DE102016102099A1
DE102016102099A1 DE102016102099.0A DE102016102099A DE102016102099A1 DE 102016102099 A1 DE102016102099 A1 DE 102016102099A1 DE 102016102099 A DE102016102099 A DE 102016102099A DE 102016102099 A1 DE102016102099 A1 DE 102016102099A1
Authority
DE
Germany
Prior art keywords
side
cable
module
mounting bracket
connection module
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
DE102016102099.0A
Other languages
German (de)
Inventor
Christian Schimmel
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
COBINET FERNMELDE- und DATENNETZKOMPONENTEN GmbH
Original Assignee
COBINET FERNMELDE- und DATENNETZKOMPONENTEN GmbH
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by COBINET FERNMELDE- und DATENNETZKOMPONENTEN GmbH filed Critical COBINET FERNMELDE- und DATENNETZKOMPONENTEN GmbH
Priority to DE102016102099.0A priority Critical patent/DE102016102099A1/en
Publication of DE102016102099A1 publication Critical patent/DE102016102099A1/en
Application status is Pending legal-status Critical

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04QSELECTING
    • H04Q1/00Details of selecting apparatus or arrangements for establishing connections among stations for the purpose of transferring information via these connections
    • H04Q1/02Constructional details
    • H04Q1/09Frames or mounting racks not otherwise provided for
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04QSELECTING
    • H04Q1/00Details of selecting apparatus or arrangements for establishing connections among stations for the purpose of transferring information via these connections
    • H04Q1/02Constructional details
    • H04Q1/14Distribution frames
    • H04Q1/142Terminal blocks for distribution frames
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00Data switching networks
    • H04L12/02Details
    • H04L12/04Switchboards

Abstract

The connection module (1) according to the invention for telecommunications and data technology has at least one mounting bracket (9) on one side of its module housing (2) and at least one mounting bracket (11) on a second side of the module housing (2). By means of the at least one mounting bracket (9), the connecting module (1) in a first position, namely in its position of use, on a profile carrier acting as a module bar (10) are releasably secured. With the aid of the mounting bracket (11) provided on the other side of the module housing (2), the connecting module (1) can be detachably arranged on the profile bar (10) in a second position, namely in a cabling position. This with the aim of a wiring, in particular the cable side (6) of the module housing (2) to simplify.

Description

  • The invention relates to a connection module for telecommunications and data technology for connecting cable-side wires with stranded-side wires, wherein the connection module comprises a module housing, on the Rangierseite a terminal block with contacts for rangierseitige wires and on the cable side a terminal block with contacts for cable-side wires are arranged , And wherein the module housing has on one side at least one mounting bracket, with which it is releasably attachable in its position of use on a profiled rail acting as a module carrier.
  • Such connection modules, which may also be referred to as distribution strips, are intended for connecting copper wires. They serve in telecommunications and data technology, for example, as parts of cable splitters at points at which connections between the network-side cable side and a consumer device, such as a telephone system, are manufactured on the jumpering. An increasing number of applications in the telecommunication and data sector require the accommodation of more and more line connections with at least equal or even reduced space.
  • The connection modules defined above are arranged, for example, in a control box or control cabinet on profiled bars arranged therein as module carriers. In this case, the wiring, that is, the connection of individual wires to the connection module, on the one hand represent a certain difficulty because of the small space available and on the other hand because of the relatively fine wires.
  • As a rule, the cable-side wires are first connected to the contacts of the cable-side terminal block. Thereafter, the connection module can be fastened with its mounting bracket on a profile bar, after which rangierseitige wires can be connected to the contacts of the rangierseitigen terminal block of the connection module.
  • When wiring the contacts of the cable-side terminal block, for example, it is customary to hold the connection module either in one hand or store it at a suitable location in the control box or cabinet and then make the wiring of these contacts. Especially when the wires of the cable-side line are comparatively short, it is often not possible to put the connection module for the wiring of a terminal block out of hand.
  • The object of the invention is therefore to provide a connection module of the type defined, which can be easily wired.
  • This object is achieved by the means and features of claim 1 and in particular by the fact that the module housing has at least one mounting bracket on another side, with which the connection module can be detachably arranged in a wiring position on the profile bar.
  • In this way it is possible to arrange the connection module according to the invention not only in one position, namely in its actual position of use, on the profile bar, but at least temporarily set in a wiring position on one and the same profile bar. In this wiring position, a wire-to-connect terminal block of the connection module may be more accessible to a person entrusted with the wiring or cabling. In this way, entrusted with the wiring or wiring of the then more accessible terminal strip person has both hands free, since it is no longer necessary to hold the connection module in the hand. Also, a drop of the connection module for wiring can be avoided. Overall, the wiring of the connection module is not only simplified, but can also be done faster.
  • It should be noted at this point that the profile bar or the profile bars, with which the at least one mounting bracket and also the at least one mounting bracket cooperate, preferably have a round cross-section and therefore can also be referred to as profile round bars.
  • In an advantageous embodiment of the connection module, the side with the at least one mounting bracket of the side facing away from the at least one mounting bracket or be opposite. In addition, the cable side of the module housing can be facing away from the Rangierseite or this opposite. Thus, therefore, the at least one mounting bracket can be arranged on one side facing away from the at least one mounting bracket side. This means that the connection module according to the invention can be moved by one 180 ° rotation about one of its longitudinal axes from the wiring position into its fastening or use position and can be fastened at least temporarily to a profile rail in both positions. For wiring of a terminal block of the connection module according to the invention, this is first fixed with its at least one mounting bracket on the profile bar. Then the wiring of the now easily accessible terminal block be made. Subsequently, the connection module according to the invention can be rotated by 180 ° from its wiring position in its use or mounting position and secured with its at least one mounting bracket on the profile bar. In this mounting position then the wiring or wiring of the first-mentioned terminal strip opposite arranged terminal strip can be made.
  • As a rule, the at least one fastening holder on the cable side and the at least one mounting bracket on the maneuvering side of the module housing are arranged or formed. In principle, however, it would also be conceivable and depending on the configuration of the space to be equipped with connection modules also useful if the at least one mounting bracket on the jumper and the at least one mounting bracket on the cable side of the module housing are arranged. Such a space can be, for example, a control cabinet, a control box or the like.
  • In a particularly advantageous embodiment of the module housing according to the invention may also be provided that the module housing has two or more mounting brackets and / or two or more mounting brackets. Thus, it is possible to attach the connection module according to the invention in its attachment position and / or in its wiring position to two or more profile bars of a module carrier particularly reliable.
  • Depending profile bar can then be provided on the module housing a mounting bracket and / or a mounting bracket.
  • In a connection module according to the invention, in which the module housing has two mounting brackets and two mounting brackets, it may be preferred if one of the two terminal strips between the two mounting brackets and the other of the two terminal strips between the two mounting brackets are arranged. In this case, a width of the respective terminal strip correspond to a distance between two profile bars or be slightly larger in order to produce a clamping connection between the profile bars and the terminal block can.
  • The connection module according to the invention can be fastened particularly reliably to a profile bar if the at least one fastening holder and / or the at least one mounting bracket is arc-shaped at least in some areas. Further, it is possible that the at least one mounting bracket and / or the at least one mounting bracket of the connection module is designed as a curved snap element or as a clamping element or, more preferably, as a profile clip / are. It should be noted that it may be useful in at least partially arcuate mounting brackets and / or mounting brackets or mounting brackets and / or mounting brackets that are designed as arcuate snap elements or as clamping elements or as profile brackets, if an inner dimension or an inner radius of Mounting bracket and / or the mounting bracket or the arcuate snap element or clamping element or the profile bracket is tuned to an outer dimension or an outer radius of a profile bar with which the mounting bracket and / or the mounting bracket should cooperate / should.
  • The manufacture and assembly of the connection module according to the invention can be simplified if the module housing is constructed in several parts. In this case, the module housing may have at least one rangierseitiges and a cable-side housing part. It may be advantageous in this context if the terminal strip for the stranding-side wires on the rangierseitigen housing part and the terminal block for the cable-side wires are formed or arranged on the cable-side housing part.
  • The module housing and its housing parts may be made of plastic, in particular one suitable for injection molding. A particularly efficient production of the module housing and its housing parts can be done for example by injection molding or using an injection molding process.
  • The rangierseitige housing part and the cable-side housing part can thereby - preferably non-destructive - releasably connected to each other. It is possible, for example, that the housing side housing part to connect with the cable-side housing part or other housing parts of a multi-part module housing by means of clip connections.
  • In this case, the at least one mounting bracket can be arranged or formed on the cable-side housing part and here in particular adjacent to an end face or also on an end face of the cable-side housing part.
  • Furthermore, it is possible for at least one subarea of the at least one mounting bracket to be arranged or formed on a side of the cable-side housing part facing the jumpering side. Thus, a rangierseitiges housing part can be constructed comparatively simple.
  • Additionally or alternatively, it may be useful if at least a second portion of the at least one mounting bracket to the rangierseitigen housing part, in particular on a the terminal block defining an end face of the rangierseitigen housing part is formed. In this way, a particularly simple design mounting bracket can be created in which the rangierseitige housing part can take on a dual function: Firstly, the rangierseitige housing part, the rangierseitigen elements, in particular the rangierseitigen contacts include, on the other hand, the rangierseitige housing part, and in particular the end face the rangierseitigen housing part, be used as part of the mounting bracket.
  • For a reliable fixing of the connection module to a profile bar, it may also be expedient if the at least one mounting bracket and / or the at least one mounting bracket each have at least one clamping rib.
  • In a further development of the connection module according to the invention, provision may also be made for a partial area of the at least one mounting bracket which is formed or arranged on the side of the cable-side housing part facing the maneuvering side, for example the one already mentioned above, arcuate snap element or clamping element is formed. This arcuate snap element or clamping element may comprise at least one curved web. Particularly preferably, an inner dimension or an inner radius of this at least one bent web to be matched to an outer dimension or to an outer radius of a profile bar with which the mounting bracket is to cooperate.
  • It may be expedient if the module housing, in particular on the cable-side housing part, has at least one jumper guide bracket. This can preferably be arranged or formed on an end face of the module housing, in particular of the cable-side housing part. With the aid of the at least one jumper guide bracket, it is possible to guide away stranded-side wires or wires in an orderly manner from the connection module or to lead it to it. But it is also possible that the module housing, in particular on the cable-side housing part, at each of two mutually opposite end faces each having at least one Rangierdrahtführungsbügel. It may be particularly advantageous if the one or more Rangierdrahtführungsbügel slotted Rangierdrahtführungsbügel. Thus, a jumper wire or a Rangieradergeflecht can be relatively easily inserted into the Rangierdrahtführungsbügel or taken out of this again.
  • Depending on the design of the at least one mounting bracket, at least a portion of the at least one mounting bracket may be formed by a side surface of one of the two terminal strips. But it is also possible that at least a portion of the at least one mounting bracket is formed by a side surface of one or the other terminal block. Advantageously, a clamping rib can thereby be formed on at least one of the respective side faces, which favors the reliable fixing of the connecting module to a profile bar with the aid of the fastening holder or with the aid of the mounting bracket.
  • To produce a ground connection, the connection module can have at least one grounding contact contacting the profile bar in the position of use of the connection module. This earthing contact may be formed, for example, as a grounding clip or as a ring contact.
  • In a particularly expedient embodiment of the connection module according to the invention, it can be provided that the at least one grounding contact is arranged on an overvoltage protection magazine. Such an overvoltage magazine can be inserted in its position of use, for example, on the cable-side terminal block of the connection module. In this case, the grounding contact may be formed so that it extends in the position of use befindlichem overvoltage magazine of the overvoltage magazine into or on the at least one mounting bracket of the connection module to come into contact with the profile bar of the module carrier, when the connection module in its position of use on the Profile bar is fixed. In this way it is possible to make a ground connection.
  • To accommodate the at least one grounding contact, the at least one mounting bracket and / or the at least one mounting bracket may each have a guide or receiving groove within which, for example, the previously mentioned, grounding contact is arranged in the use position. Thus, the ground contact can be well protected against external influences on the connection module housed.
  • It may be expedient if the at least one grounding contact is curved or arc-shaped. So he can invest well on the outside of the respective profile bar and establish a reliable ground contact.
  • The wiring, cabling or, more generally speaking, the connection of wires to the contacts of the two terminal strips can be further simplified if the contacts for the cable-side wires and the contacts for the stranded wires are insulation displacement contacts. Furthermore, it is possible that the contacts for the cable-side wires and / or the contacts for the strand-side wires are each provided with a center contact.
  • In addition to such contacts, of course, differently shaped contacts can be used. So it is conceivable, for example, to use mutually associated contacts that are integrally connected to each other, or even pairs of contacts in which only one of two associated contacts or neither of the two contacts has a center contact.
  • A reliable connection or cabling of wires is favored if the module housing has strain relief for wire strain relief. These can preferably be arranged or formed on the cable-side housing part. The strain relief can be T-shaped hooks around which the wires can be wrapped around the strain relief.
  • In this case, the strain relief means and a, in particular the cable-side, housing part or the module housing can be produced in a common manufacturing process or manufacturing step and thereby form a materially homogeneous, monolithic unit. In this way, a compact unit of module housing or the housing part and strain relief is created. It is also advantageous that the strain relief means can then be captively formed on the module housing, since they form a unit with the module housing or the housing part. Thus, a handling of the connection module according to the invention can be simplified. Also for the wiring, especially the cable side, this can have advantages, since so a separate handling of strain relief can be avoided.
  • Achieves such a homogeneous, monolithic unit by the housing part or the module housing and the strain relief in a common manufacturing process or manufacturing step, for example, in a common injection molding or injection molding, are produced, so for example injection molded in a common mold.
  • For contacting existing center contacts both the rangierseitige housing part and the cable-side housing part may each have center contact openings through which existing center contacts are accessible. But it is also possible that only one or the other housing part has such center contact openings.
  • One, for example, the previously mentioned, overvoltage protection magazine may have tap contacts. These can be plugged by complementary shaped center contact openings in the module housing, in particular in the cable-side and / or in the rangierseitigen housing part, for contacting center contacts.
  • If the module housing has at least one slot facing the jumper side for receiving pin numbers, it is possible to provide the connector module according to the invention with a pin number. This, for example, to identify the connection module. Preferably, this slot can be arranged or formed for receiving pin numbers on or in the region of the mounting bracket on the cable-side housing part of the module housing.
  • Further, the module housing, in particular on its Rangierseite, have a receptacle for a sign frame. Preferably, this receptacle may be formed at a free end of an end face of, for example, the already mentioned, rangierseitigen housing part.
  • An exemplary embodiment of a connection module according to the invention is described in more detail below with reference to the drawing. In a partially highly schematic representation:
  • 1 a perspective view of a module housing according to the invention comprising a cable-side housing part and a Rangierseitiges housing part,
  • 2 this in 1 illustrated interconnecting module according to the invention in an exploded view, wherein the rangierseitige housing part, the rangierseitigen contacts, the cable-side contacts and the cable-side housing part of the module housing can be seen
  • 3 a schematic perspective view of a possible installation situation for connecting modules according to the invention, wherein two parallel profile bars can be seen, which are present as profiled round bars and where a first upper connection module in its use or mounting position and a second lower connection module according to the invention are shown attached in its wiring position,
  • 4 that in the 1 to 3 illustrated connection module in its wiring position, it being recognized that the Connection module with its two mounting brackets on the in 3 shown pushed two profile round bars or clamped to this
  • 5 that in the 1 to 4 illustrated connection module according to the invention in its use or mounting position, in which the two mounting brackets of the connection module to the in 3 profile round bars are clipped,
  • 6 an enlarged view of a cable-side contact and a rangierseitigen contact, wherein it can be seen that each of the two contacts is formed as insulation displacement contact and also has a so-called center contact,
  • 7 a perspective view of the in the 1 to 5 illustrated connection module with a complementary to the connection module formed overvoltage protection magazine that can be pushed onto the cable-side housing part of the module housing,
  • 8th this in 7 illustrated connection module, wherein the overvoltage protection magazine is pushed onto the cable-side housing part, as well as
  • 9 a bottom view of the cable-side housing part of the module housing of the connection module, wherein each contact of the cable-side terminal strip in each case a strain relief in the form of a T-shaped hook can be seen.
  • The 1 to 5 and 7 to 9 show as a whole with 1 designated connection module for telecommunications and data technology. The connection module 1 It is suitable for connecting cable-side wires to routing-side wires of data or telecommunication lines. The connection module 1 includes a module housing 2 , on its maneuvering side 3 a terminal block 4 with contacts 5 is arranged or designed for rangierseitige wires. At one of the shunting side 3 opposite cable side 6 of the module housing 2 is another or second terminal block 7 with contacts 8th arranged or formed for cable-side wires. The module housing 2 has at least one mounting bracket on one side 9 on, with it in its position of use on acting as a module carrier profile bar 10 of which in 3 two are recognizable, can be releasably attached. In the 3 shown profile bars 10 have a circular cross-section and can therefore also as profiled round bars or round profile bars 10 be designated.
  • On another side, the module housing points 2 at least one mounting bracket 11 on, with which the connection module 1 in a wiring position on the profile round bar 10 can be arranged detachably. In the wiring position, either the wires of the shunting side or the wires of the cable side can be connected to the corresponding terminal block 4 respectively 7 be connected. Here is the page with the at least one mounting bracket 11 how it in particular the 1 . 4 and 5 show the side with the at least one mounting bracket 9 away.
  • In the embodiment of the connection module shown in the figures 1 is the at least one mounting bracket 9 on the cable side 6 and the at least one mounting bracket 11 at the shunting side 3 of the module housing 2 arranged. In another, not shown in the figures embodiment of the connection module according to the invention, the at least one mounting bracket 9 and the at least one mounting bracket 11 vice versa, that is on the other side of the module housing 2 be arranged. So then is the at least one mounting bracket 11 on the cable side 6 and the at least one mounting bracket 9 at the shunting side 3 of the module housing 2 arranged.
  • All the module housing 2 of the connection module 1 pointing figures illustrate that the module housing 2 two mounting brackets 9 and two mounting brackets 11 having. Here is the rangierseitige terminal block 4 between the two mounting brackets 11 and the cable-side terminal block 7 between the two mounting brackets 9 arranged. A width of the rangierseitigen terminal block 4 equals a distance of the two in 4 to recognize profile round bars 10 , Here are both the mounting brackets 9 as well as the two mounting brackets 11 at least partially arc-shaped. The two mounting brackets 11 are clamping elements. The two mounting brackets 9 are each as a profile bracket 12 educated. Inner radii of both the profile bracket 12 trained mounting brackets 9 as well as the arcuate mounting brackets 11 correspond to an outer radius of the respective profile round bar 10 with which the mounting brackets 9 or the mounting brackets 11 interact.
  • The module housing shown in the figures 2 of the connection module 1 is constructed in several parts and has a rangierseitiges housing part 13 and a cable-side housing part 14 on. Here is the terminal block 4 for the rangierseitigen wires on the Rangierseitigen housing part 13 and the terminal block 7 for the cable-side wires on the cable side housing part 14 trained or arranged.
  • The two mounting brackets 9 are on the cable-side housing part 14 adjacent to a frontal side 15 of the cable-side housing part 14 arranged and trained.
  • At least a portion of each of the two mounting brackets 11 is on one of the shunting side 3 facing side 16 of the cable-side housing part 14 arranged or formed. Another or second part of each of the two mounting brackets 11 is from the rangierseitigem housing part 13 and thereby of a the rangierseitige terminal block 4 limiting face 17 the rangierseitigen housing part 13 educated. The at least one portion of each of the two mounting brackets 11 who is at the shunting side 3 facing side 16 of the cable-side housing part 14 is arranged or formed, is characterized by an arcuate snap element or clamping element 18 educated. This arcuate snap element or clamping element 18 here includes two curved bars 19 whose inner radii each have an outer radius of the respective profiled circular rod 10 the module carrier are matched with the mounting bracket 11 should interact. This ensures that the arcuate snap element or clamping element 18 with its two curved bars 19 to the outside of the profile round bar 10 can create the connection module 1 by means of mounting brackets 11 for wiring the cable side 6 Reliable on the profile round bars 10 of the module carrier.
  • The the connection module 1 in the whole performing figures also show that the module housing 2 on its cable-side housing part 14 each side a Rangierdrahtführungsbügel 20 having. In each case, such a Rangierdrahtführungsbügel 20 at the front 15 of the cable-side housing part 14 arranged or formed. Thus, the module housing 2 on the cable-side housing part 14 at each of two opposite ends 15 each a Rangierdrahtführungsbügel 20 on.
  • Each of these shunting wire guide straps 20 is formed according to the corresponding figures as a slotted Rangierdrahtführungsbügel, so that, for example, twisted jumper wires or wires easier through the slot in the jumper guide bracket 20 in the respective Rangierdrahtführungsbügel 20 can be inserted or removed from this again.
  • All the module housing 2 Figures showing in whole also illustrate that each subregion of the at least one mounting bracket 11 , on the housing side housing part 13 and here at the one terminal strip 4 limiting face 17 the rangierseitigen housing part 13 is formed, with a clamping rib 29 is provided, which provides a reliable hold of the connection module 1 in the cabling position on the two profiled round bars 10 favored.
  • Also the two mounting brackets 9 each have such a clamping rib 29 on. With the clamping ribs 29 can be the connection module 1 even more reliable on the profile bars 10 establish.
  • Each clamping rib 29 is in the wiring position or in the position of use of the connection module 1 parallel to the respective longitudinal axes of the profile round bars 10 aligned.
  • Under cabling position is understood in this embodiment, the position in which the connection module 1 using the two mounting brackets 11 on the two profiled round bars 10 of the module carrier is fixed to the cable side 6 to wire with wire-side wires. This wiring position is at the bottom of the two connection modules 1 in 3 and at the in 4 illustrated connection module 1 to recognize. The connection module 1 has a total of two ground contacts 21 of which one each one of the two profiled round bars 10 in the use position of the connection module 1 contacted.
  • Here are the two ground contacts 21 on a surge protection magazine 22 arranged. This overvoltage protection magazine 22 can, as it is in the 7 and 8th is shown, in its position of use on the cable-side terminal block 7 of the connection module 1 be plugged. The two earthing contacts 21 come in touching contact with the two profiled round bars 10 if the connection module 1 using the two mounting brackets 9 on the two profiled round bars 10 the module carrier is attached. This happens because the two earthing contacts 21 in overvoltage protection magazine in use position 22 from the overvoltage protection magazine 22 into or on the mounting bracket 9 extend, to which they are assigned. For guiding the earthing contacts 21 have the mounting brackets 9 guide 30 on where the grounding contacts 21 with the overvoltage protection magazine pushed on 22 are arranged. The grounding contacts 21 are curved or arcuate, so they fit well with the outside of each profile bar 10 can create and establish a reliable ground contact.
  • The contacts 5 for the stranded veins and the contacts 8th for the cable-side wires are each as insulation displacement contacts 23 trained and each have a center contact 24 on. The two contacts 5 and 8th are good in the item description according to 6 to recognize.
  • In addition to the in 6 shown usable contacts 5 and 8th may in other embodiments of the connection module according to the invention 1 also differently formed contacts are used. Thus, it is conceivable, for example, to use contacts that are connected to one another, or even pairs of contacts, in which only one of two associated contacts or neither of both contacts has a center contact.
  • According to 9 has the module housing 2 of the connection module 1 strain relief 25 for wire strain relief. These are according to 9 on the cable-side housing part 14 arranged or trained. According to 9 are the strain reliefs 25 T-shaped hooks. Each of the contacts 8th each is a strain relief 25 assigned.
  • The strain relief 25 and the cable-side housing part 14 of the module housing 2 are manufactured in a common manufacturing process as an injection molded part and thereby form a materially homogeneous, monolithic unit.
  • Both the case-side housing part 13 as well as the cable-side housing part 14 each have center contact openings 26 on, by contacting the center contacts 24 is possible. That in the 7 and 8th to be detected overvoltage protection magazine 22 has a number of tap contacts 27 passing through the center contact openings 26 in the module housing 2 , and here through the center contact openings 26 in the cable-side housing part 14 , for contacting the center contacts 24 are pluggable.
  • In addition, the module housing has 2 at least one of the shunting side 3 facing slot 28 for receiving pin numbers (not shown in the figures) on. The at least one slot 28 is on the cable-side housing part 14 of the module housing 2 in the area of one of the two mounting brackets 11 educated.
  • At a free end of the face 17 the rangierseitigen housing part 13 has the rangierseitige housing part 13 a recording 31 for a sign frame. This recording 31 is outside the effective range of the mounting brackets 11 arranged.
  • The connection module according to the invention 1 for telecommunications and data technology points to one side of its module housing 2 the at least one mounting bracket 9 and on a second side of the module housing 2 the at least one mounting bracket 11 on. By means of at least one mounting bracket 9 can the connection module 1 in a first position, namely in its position of use, acting as a module carrier profile round bar 10 be releasably attached. Using the on the other side of the module housing 2 provided mounting bracket 11 can be the connection module 1 in a second position, namely in a wiring position, on the profile round bar 10 arrange detachably. This, to a wiring, especially the cable side 6 of the module housing 2 to simplify.
  • LIST OF REFERENCE NUMBERS
  • 1
     connecting module
    2
     module housing
    3
     jumper
    4
     Terminal strip for stranded cores
    5
     Contacts for stranded cores
    6
     cable side
    7
     Terminal strip for cable-side wires
    8th
     Contacts for cable-side wires
    9
     mounting bracket
    10
     Section roll bar
    11
     mounting bracket
    12
     profile bracket
    13
     shank-side housing part
    14
     cable-side housing part
    15
    Front side of 14
    16
    the shunting side facing side of 14
    17
     face
    18
     Snap element or clamping element
    19
     arched bridge
    20
     Rangierdrahtführungsbügel
    21
     ground contact
    22
     Overvoltage protection magazine
    23
     IDC
    24
     center contact
    25
     strain relief
    26
     Center contact opening
    27
     Abgriffskontakt
    28
     Slot for plug number
    29
    Clamp rib on 9 and 11
    30
    Guide groove for ground contact 21 at 9
    31
     Recording for a sign frame

Claims (20)

  1. Connection module ( 1 ) for telecommunication and data technology for connecting cable-side wires with stranded-side wires, wherein the connection module ( 1 ) a module housing ( 2 ), on whose maneuvering side ( 3 ) a terminal strip ( 4 ) with contacts ( 5 ) for stranded veins and on whose cable side ( 6 ) a terminal strip ( 7 ) with contacts ( 8th ) are arranged for cable-side wires, and wherein the module housing ( 2 ) on one side at least one mounting bracket ( 9 ), with which it in its position of use on a profile rack acting as a module ( 10 ) is releasably attachable, characterized in that the module housing ( 2 ) on another side at least one mounting bracket ( 11 ), with which the connection module ( 1 ) in a wiring position on the profile bar ( 10 ) is detachably arrangeable.
  2. Connection module ( 1 ) according to claim 1, characterized in that the side with the at least one mounting bracket ( 11 ) of the side with the at least one mounting bracket ( 9 ) facing away from or facing and / or that the cable side ( 6 ) of the maneuvering page ( 3 ) is facing away or opposite.
  3. Connection module ( 1 ) according to claim 1 or 2, characterized in that the at least one mounting bracket ( 9 ) on the cable side ( 6 ) and the at least one mounting bracket ( 11 ) at the maneuvering side ( 3 ) of the module housing ( 2 ) are arranged or formed or that the at least one mounting bracket ( 9 ) at the maneuvering side ( 3 ) and the at least one mounting bracket ( 11 ) on the cable side ( 6 ) of the module housing ( 2 ) are arranged or formed.
  4. Connection module ( 1 ) according to one of claims 1 to 3, characterized in that the module housing ( 2 ) two or more mounting brackets ( 9 ) and / or two or more mounting brackets ( 11 ), preferably wherein the one of the two terminal strips ( 4 . 7 ) between two mounting brackets ( 9 ) and the other of the two terminal strips ( 4 . 7 ) between two mounting brackets ( 11 ) are arranged.
  5. Connection module ( 1 ) according to one of claims 1 to 4, characterized in that the at least one mounting bracket ( 9 ) and / or the at least one mounting bracket ( 11 ) at least partially arcuately and / or as a curved snap element or as a clamping element or as a profile clip ( 12 ) is / are formed, preferably its / its inner dimension or inner radius to an outer dimension or an outer radius of a profile bar ( 10 ), with which the mounting bracket ( 9 ) and / or the mounting bracket ( 11 ) should work together.
  6. Connection module ( 1 ) according to one of claims 1 to 5, characterized in that the module housing ( 2 ) at least one Rangierseitiges housing part ( 13 ) and / or a cable-side housing part ( 14 ), wherein the terminal strip ( 4 ) for the strand-side cores on the shunting-side housing part ( 13 ) and the terminal block ( 7 ) for the cable-side wires on the cable-side housing part ( 14 ) are formed or arranged.
  7. Connection module ( 1 ) according to claim 6, characterized in that the at least one mounting bracket ( 9 ) on the cable-side housing part ( 14 ), in particular adjacent to a front side ( 15 ) or on a front side ( 15 ) of the cable-side housing part ( 14 ), arranged or formed.
  8. Connection module ( 1 ) according to one of claims 1 to 7, characterized in that at least a portion of the at least one mounting bracket ( 11 ) on one of the maneuvering side ( 3 ) facing side ( 16 ) of the cable-side housing part ( 14 ) is arranged or formed and / or that at least a second portion of the at least one mounting bracket ( 11 ) on the housing part ( 13 ), in particular at one of the one terminal strip ( 4 ) limiting face ( 17 ) of the rangierseitigen housing part ( 13 ), is trained.
  9. Connection module ( 1 ) according to one of claims 1 to 8, characterized in that the at least one mounting bracket ( 9 ) and / or the at least one mounting bracket ( 11 ) in each case at least one clamping rib ( 29 ) exhibit.
  10. Connection module ( 1 ) according to any one of claims 1 to 9, characterized in that one or at least a portion of the at least one mounting bracket ( 11 ) at the maneuvering side ( 3 ) facing side ( 16 ) of the cable-side housing part ( 14 ) is arranged or formed by one or the arcuate snap element or clamping element ( 18 ) is formed, the at least one curved web ( 19 ), preferably the inner dimension or inner radius of an outer dimension or an outer radius of a profile bar ( 10 ), with which the mounting bracket ( 11 ) is coordinated.
  11. Connection module ( 1 ) according to one of claims 1 to 10, characterized in that the module housing ( 2 ), in particular on one or the cable-side housing part ( 14 ), at least one jumper guide bracket ( 20 ), preferably at an end face ( 15 ) of the module housing ( 2 ), in particular the cable-side housing part ( 14 ), arranged or formed, or that the module housing ( 2 ), in particular on the cable-side housing part ( 14 ), at each of two opposite end faces ( 15 ) at least one jumper guide bracket ( 20 ) having.
  12. Connection module ( 1 ) according to one of claims 1 to 11, characterized in that the connection module ( 1 ) at least one profile bar ( 10 ) in contact position contacting grounding contact ( 21 ) having.
  13. Connection module ( 1 ) according to one of claims 1 to 12, characterized in that the at least one grounding contact ( 21 ) on a surge protection magazine ( 22 ) of the connection module ( 1 ), which in its position of use on the cable-side terminal block ( 7 ) of the connection module ( 1 ), in particular where the grounding contact ( 21 ) in the position of use overvoltage protection magazine ( 22 ) from the overvoltage protection magazine ( 22 ) into or on the at least one mounting bracket ( 9 ).
  14. Connection module ( 1 ) according to one of claims 1 to 13, characterized in that the at least one mounting bracket ( 9 ) and / or the at least one mounting bracket ( 11 ) a guide or receiving groove ( 30 ) within which one or the grounding contact ( 21 ) is arranged in the use position.
  15. Connection module ( 1 ) according to one of claims 1 to 14, characterized in that the contacts ( 8th ) for the cable-side wires and the contacts ( 5 ) for the stranded cores insulation displacement contacts ( 23 ) and / or each have a center contact ( 24 ) exhibit.
  16. Connection module ( 1 ) according to one of claims 1 to 15, characterized in that the module housing ( 2 ) Strain relief ( 25 ) for wire strain relief, preferably on the cable-side housing part ( 14 ) are arranged or formed, in particular wherein the strain relief means ( 25 ) T-shaped hooks are.
  17. Connection module ( 1 ) according to claim 16, characterized in that the strain relief means ( 25 ) and a housing part ( 13 . 14 ) of the module housing ( 2 ), in particular the cable-side housing part ( 14 ), or the strain relief means ( 25 ) and the module housing ( 2 ) are produced in a common manufacturing step and thereby form a materially homogeneous, monolithic unit.
  18. Connection module ( 1 ) according to one of claims 1 to 17, characterized in that the rangierseitige housing part ( 13 ) and / or the cable-side housing part ( 14 ) each center contact openings ( 26 ) for contacting center contacts ( 24 ) exhibit.
  19. Connection module ( 1 ) according to one of claims 1 to 18, characterized in that one or the overvoltage protection magazine ( 22 ) Tap contacts ( 27 ) through the center contact openings ( 26 ) in the module housing ( 2 ), in particular in the cable-side and / or in the Rangierseitigen housing part ( 13 . 14 ), for contacting center contacts ( 24 ) are plugged.
  20. Connection module ( 1 ) according to one of claims 1 to 19, characterized in that the module housing ( 2 ) at least one of the Rangierseite ( 3 ) facing slot ( 28 ) for receiving pin numbers, preferably on one or the cable-side housing part ( 13 . 14 ) on or in the area of the mounting bracket ( 11 ) is arranged or formed, and / or that the module housing ( 2 ), in particular at its maneuvering side ( 3 ), a recording ( 31 ) for a sign frame.
DE102016102099.0A 2016-02-05 2016-02-05 Connection module for telecommunication and data technology Pending DE102016102099A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
DE102016102099.0A DE102016102099A1 (en) 2016-02-05 2016-02-05 Connection module for telecommunication and data technology

Applications Claiming Priority (3)

Application Number Priority Date Filing Date Title
DE102016102099.0A DE102016102099A1 (en) 2016-02-05 2016-02-05 Connection module for telecommunication and data technology
CN201710067152.7A CN107093812A (en) 2016-02-05 2017-02-06 Connection module for telecommunications and data technology
RU2017111061A RU2017111061A (en) 2016-02-05 2017-04-03 Connection module for telecommunications and computing

Publications (1)

Publication Number Publication Date
DE102016102099A1 true DE102016102099A1 (en) 2017-08-10

Family

ID=59382091

Family Applications (1)

Application Number Title Priority Date Filing Date
DE102016102099.0A Pending DE102016102099A1 (en) 2016-02-05 2016-02-05 Connection module for telecommunication and data technology

Country Status (3)

Country Link
CN (1) CN107093812A (en)
DE (1) DE102016102099A1 (en)
RU (1) RU2017111061A (en)

Family Cites Families (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6608764B2 (en) * 2001-11-16 2003-08-19 Adc Telecommunications, Inc. Telecommunications patch panel
DE10236361C5 (en) * 2002-08-08 2010-08-12 Adc Gmbh Distribution connection module for telecommunications and data technology
DE10355017B4 (en) * 2003-11-25 2007-05-24 Adc Gmbh Distribution device for communications and data technology
DE102008019475A1 (en) * 2008-04-17 2009-10-29 Cobi Net Fernmelde- Und Datennetzkomponenten Gmbh Connection module for use in cable splitter part in telecommunication and data processing technology, has guide unit e.g. access opening, in region of longitudinal extension, and guiding wires to sides of side surfaces on clamping strips
DE102011016062B4 (en) * 2011-04-05 2018-10-11 Tyco Electronics Services Gmbh Distribution connection module
WO2016008504A1 (en) * 2014-07-18 2016-01-21 Cobinet Fernmelde- Und Datennetzkomponenten Gmbh Module assembly

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Publication number Publication date
RU2017111061A (en) 2018-10-03
CN107093812A (en) 2017-08-25

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