Difference between revisions of "Installation Elements"
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<center>[[File:Patchpanel PPS-48RJ-192LSA.1U-BK.jpg|700px]]</center> | <center>[[File:Patchpanel PPS-48RJ-192LSA.1U-BK.jpg|700px]]</center> | ||
<center>Universal patchpanel 1U cat.3 - connecting 48 RJ45 sockets on front panel (4 pairs connected in each) to 192 pairs for LSA connectors inside</center> | <center>Universal patchpanel 1U cat.3 - connecting 48 RJ45 sockets on front panel (4 pairs connected in each) to 192 pairs for LSA connectors inside</center> | ||
| − | |||
<b>Example application</b> | <b>Example application</b> | ||
* termination of telephone network on LSA connectors using all 4 pairs of UTP cable and its output on RJ-45 sockets on front panel | * termination of telephone network on LSA connectors using all 4 pairs of UTP cable and its output on RJ-45 sockets on front panel | ||
* introducing signals from 4 PBX ports to telephone network via RJ-45 sockets in order to maximize use of all 4 pairs of telecommunication cables (including UTP) in customer's network. Allows use of minimum number of UTP cables - 12 instead 48 pcs when fully occupied. IPL, IPM, NCP exchanges - have FXS and CTS subscriber cards as well as hybrid cards for FXS and FXO trunk with special system of 4 ports from one RJ-45 socket. | * introducing signals from 4 PBX ports to telephone network via RJ-45 sockets in order to maximize use of all 4 pairs of telecommunication cables (including UTP) in customer's network. Allows use of minimum number of UTP cables - 12 instead 48 pcs when fully occupied. IPL, IPM, NCP exchanges - have FXS and CTS subscriber cards as well as hybrid cards for FXS and FXO trunk with special system of 4 ports from one RJ-45 socket. | ||
| + | |||
===PPS.48RJ/192LSA.1U-DG=== | ===PPS.48RJ/192LSA.1U-DG=== | ||
<center>[[File:Patchpanel PPS.48RJ-192LSA.1U-DG.jpg|700px]]</center> | <center>[[File:Patchpanel PPS.48RJ-192LSA.1U-DG.jpg|700px]]</center> | ||
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* introducing into telephone network via RJ-45 sockets of subscriber signals from 4 GW shelves of NCP exchange in order to maximize use of patchpanel resources. NCP exchanges - have analog and system subscriber cards with special system of 4 ports outputs from one RJ-45 socket. This allows for single GW shelf to significantly reduce number of cables to patchpanel from 48 to 12 pcs. for introducing all GW subscribers. When 4 GW shelves are connected, all RJ-45 sockets of patchpanel are used and signals of 192 subscribers will be connected to LSA connectors. | * introducing into telephone network via RJ-45 sockets of subscriber signals from 4 GW shelves of NCP exchange in order to maximize use of patchpanel resources. NCP exchanges - have analog and system subscriber cards with special system of 4 ports outputs from one RJ-45 socket. This allows for single GW shelf to significantly reduce number of cables to patchpanel from 48 to 12 pcs. for introducing all GW subscribers. When 4 GW shelves are connected, all RJ-45 sockets of patchpanel are used and signals of 192 subscribers will be connected to LSA connectors. | ||
| − | + | =Cable clamping shelf CCS.1U= | |
===CCS.1U-BK=== | ===CCS.1U-BK=== | ||
<center>[[File:Cable clamping shelf CCS.1U-BK.jpg|700px]]</center> | <center>[[File:Cable clamping shelf CCS.1U-BK.jpg|700px]]</center> | ||
| − | <center> | + | <center>Universal shelf 1U 19" organizing cable runs</center> |
===CCS.1U-DG=== | ===CCS.1U-DG=== | ||
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width x depth x height: 19" x 180mm x 1U | width x depth x height: 19" x 180mm x 1U | ||
| − | + | =Blanking panel BNK.1U= | |
===BNK.1U-BK=== | ===BNK.1U-BK=== | ||
<center>[[File:Blanking panel BNK.1U-BK.jpg|700px]]</center> | <center>[[File:Blanking panel BNK.1U-BK.jpg|700px]]</center> | ||
| − | <center>1U 19" blanking panel to fill free spaces</center> | + | <center>Universal 1U 19" blanking panel to fill free spaces</center> |
===BNK.1U-DG=== | ===BNK.1U-DG=== | ||
Latest revision as of 09:16, 9 December 2022
Contents
Installation Elements
Patchpanel, distribution panel, switchboard - passive elements of structured cabling used to organize space in ICT cabinets in RACK version. On front side, it has set of 48 RJ-45 sockets on 19-inch wide metal strip, to which cables from other devices or telephone network are connected. On inside, depending on model, it has RJ45 sockets or LSA connectors. Termination (crossover) of cables on LSA connectors is done with use of patch knives, which place one of stranded wires in connector. Patch panels are most often useful where large number of cables in star topology converge in one place.
Cable mounting shelf - element used to organize space in RACK version telecommunication cabinets. It allows to organize, segregate and connect telephone cables.
Blanking panel for free spaces - element that complements free spaces between devices in RACK cabinet
Patchpanel types
Patchpanel PPS.48RJ/48LSA
PPS.48RJ/48LSA.1U-BK
PPS.48RJ/48LSA.1U-DG
Example application
- from PBX side - output of PBX ports (np: with RJ-21 connectors, Amphenol, another manufacturer, NCP) from LSA connectors to RJ-45 connectors for 19" RACK cabinet
- from phone network side - in 19" RACK cabinet termination of twisted-pair cables leading directly to telephone subscriber sockets
Patchpanels enable convenient connection of telephone network and PBX ports with RJ-45 connectors or two sections of telephone network terminated on patchpanels by means of patch cords
Patchpanel PPS.48RJ/12RJ
PPS.48RJ/12RJ.1U-BK
PPS.48RJ/12RJ.1U-DG
Example application
- connection of PBX exchanges using cards with special system of 4 ports outputs from one RJ-45 socket (IPL, IPM, NCP - FXS cards and CTS ports, hybrid cards of FXS subscribers and FXO trunks) using minimum number of UTP cables - 12 instead of 48 pcs.
Patchpanel PPS.48RJ/192LSA
PPS.48RJ/192LSA.1U-BK
Example application
- termination of telephone network on LSA connectors using all 4 pairs of UTP cable and its output on RJ-45 sockets on front panel
- introducing signals from 4 PBX ports to telephone network via RJ-45 sockets in order to maximize use of all 4 pairs of telecommunication cables (including UTP) in customer's network. Allows use of minimum number of UTP cables - 12 instead 48 pcs when fully occupied. IPL, IPM, NCP exchanges - have FXS and CTS subscriber cards as well as hybrid cards for FXS and FXO trunk with special system of 4 ports from one RJ-45 socket.
PPS.48RJ/192LSA.1U-DG
Example application
- termination of telephone network on LSA connectors inside and its output on 48 RJ-45 socket on front panel (4 subscribers on RJ-45 port)
- introducing into telephone network via RJ-45 sockets of subscriber signals from 4 GW shelves of NCP exchange in order to maximize use of patchpanel resources. NCP exchanges - have analog and system subscriber cards with special system of 4 ports outputs from one RJ-45 socket. This allows for single GW shelf to significantly reduce number of cables to patchpanel from 48 to 12 pcs. for introducing all GW subscribers. When 4 GW shelves are connected, all RJ-45 sockets of patchpanel are used and signals of 192 subscribers will be connected to LSA connectors.
Cable clamping shelf CCS.1U
CCS.1U-BK
CCS.1U-DG
Example application
- allows for convenient cable routing between devices in RACK cabinet
- allows to keep right distance between devices to ensure proper cooling circulation
Dimensions of patch panels and cable mounting shelves
width x depth x height: 19" x 180mm x 1U
Blanking panel BNK.1U
BNK.1U-BK
BNK.1U-DG
Example application
- allows to fill empty spaces between devices to ensure proper cooling circulation in RACK cabinet
