Transcript
NETWORK INTERFACE CABLE NETWORK INTERFACE MODULE INSTALLATION FEATURE NUMBERS 3000-F1-0xx, 3600-F2-5xx, 4400-F1-50x Installation Instructions Document Number 3000-A2-GZ47-30 December 1999
OVERVIEW This document describes the installation of digital, analog leased-line, dial network, and Switched 56 kbps digital service interface cables used by the COMSPHERE 3000 Series Carrier. The installation of Network Interface Modules, required for any dial-line or Switched 56 kbps digital service interface, is also described.
NETWORK INTERFACE MODULES The COMSPHERE 3000 Series Carrier has a total of 17 slots. The first slot, Slot 0, is reserved for the Shared Diagnostic Unit (SDU). The remaining 16 slots can house up to 16 Data Service Units (DSUs) or 16 dial/leased modems or a mixture of both. The digital, analog leased-line, or dial network interface for these units is provided through 50-pin connectors located on the rear of the carrier. The carrier is divided into two halves, Slots 1 through 8 and Slots 9 through 16. If devices installed in Slots 1 through 8 are DSUs and/or leased-line modems, then the network interface uses the 50-pin plug-type connector labeled P21. Likewise, for Slots 9 through 16, the network interface uses the 50-pin plug-type connector labeled P22. However, if any device installed in Slots 1 through 8 or Slots 9 through 16 is a dial modem and/or a DSU with a V.32 or Switched 56 Dial Backup Module (DBM), then a Network Interface Module (NIM) must be installed. The NIM for Slots 1 through 8 attaches to connectors P23 and P24. Likewise, if dial modems or DBMs are installed in Slots 9 through 16, the NIM attaches to connectors P25 and P26. There are a total of nine different NIMs (see Table 1). One NIM, feature number 3000-F1-025, is used for the DSU with 4-wire Switched 56 DBM (SJA57); another NIM, feature number 3000-F1-003, is used for the V.32 DBM (RJ21X) or the 2-wire Switched 56 DBM. The remaining NIMs are either programmable (RJ27X) or permissive (RJ21X). Programmable NIMs correct any loss in the transmit signal level between the modem and the central office by permitting the modem to transmit at the optimum signal level. This is accomplished by the local telephone company installing a resistor into the network interface demarc and is identified by an RJ45S-type jack for single-line equipment or an RJ27X-type for multiline equipment. Permissive NIMs used for standard dial-line connections are identified by RJ11C-type jacks. Additional features available for both programmable and permissive NIMs are Service Line and Make Busy. The Service Line feature permits an extra dial line to be connected to a COMSPHERE 3000 Series Carrier. NIMs with this feature are identified by the two modular connectors mounted on the NIM. Permissive NIMs are also used for 2-wire Switched 56 kbps connections.
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The Make Busy Feature ties the Tip and Ring signals together through a resistor so that the modem appears busy to the PBX. WARNING To not violate FCC and DOC regulations, a NIM with the Make Busy feature must only be used behind a user’s PBX.
Make Busy is not used by DSUs with DBMs installed and will not affect the DBMs’ performance. However, if a DBM or a dial or APL modem uses a NIM with this feature, it must be used behind a PBX. Table 1 shows NIMs available for dial-line and Switched 56 kbps networks.
Table 1 NIM Descriptions (1 of 2) DESCRIPTION
FEATURE NUMBER NIMs with 3600 Series DSU/DBMs: 3000-F1-003
RJ21X Permissive dial Network Interface Module with 50-pin plug-type connector for use with V.32 DBMs and the 2-wire Switched 56 DBM. Supports either Slots 1 through 8 or Slots 9 through 16. Does not provide the Make Busy or Service Line feature for dial modems.
3000-F1-004
RJ27X Programmable dial Network Interface Module with 50-pin plug-type connector for use with V.32 DBMs. Supports either Slots 1 through 8 or Slots 9 through 16. Does not provide the Make Busy or Service Line Feature for dial modems.
3000-F1-025
SJA57 4-wire Switched 56 Network Interface Module with 50-pin plug-type connector for use with 4-wire Switched 56 DBMs. Supports either Slots 1 through 8 or Slots 9 through 16.*
* Although it is recommended that you avoid mixing DSUs with 4-wire Switched 56 DBMs and DSUs with V.32 DBMs in the same carrier half, you can mix these DBMs by using the 4-wire Switched 56 NIM and wiring the appropriate leads to the 66A-punchdown block. For pinouts, see Table 11. (DSUs with V.32 DBMs and DSUs with 2-wire Switched 56 DBMs may be installed in the same carrier half.)
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Table 1 NIM Descriptions (2 of 2) FEATURE NUMBER
DESCRIPTION
NIMs used with dial/lease modems, or a combination of DSUs with V.32 DBMs and dial/lease modems in the same carrier half: 3000-F1-010
RJ21X Permissive dial Network Interface Module with 50-pin plug-type connector. Supports either Slots 1 through 8 or Slots 9 through 16. Provides the Make Busy feature for dial modems.
3000-F1-011
RJ27X Programmable dial Network Interface Module with 50-pin plug-type connector. Supports either Slots 1 through 8 or Slots 9 through 16. Provides the Make Busy feature for dial modems.
3000-F1-016
RJ21X Permissive dial Network Interface Module with 50-pin plug-type connector. Supports either Slots 1 through 8 or Slots 9 through 16. Provides the Service Line feature for dial modems.
3000-F1-017
RJ27X Programmable dial Network Interface Module with 50-pin plug-type connector. Supports either Slots 1 through 8 or Slots 9 through 16. Provides the Service Line feature for dial modems.
3000-F1-018
RJ21X Permissive dial Network Interface Module with 50-pin plug-type connector. Supports either Slots 1 through 8 or Slots 9 through 16. Provides the Make Busy and Service Line feature for dial modems.
3000-F1-019
RJ27X Programmable dial Network Interface Module with 50-pin plug-type connector. Supports either Slots 1 through 8 or Slots 9 through 16. Provides the Make Busy and Service Line feature for dial modems.
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NETWORK INTERFACE CABLES Network interface cables connect the carrier to the digital, analog leased-line, dial, or Switched 56 kbps network interface demarc. Two basic types of cables are used: a plug-to-socket 50-pin mass termination cable and a 50-pin modular plug conversion cable. A 50-pin mass termination cable (see Table 2) can be used to extend the distance between the carrier and the demarc or can be used if the network interface to the carrier is via a 66A-punchdown block. This cable has 50-pin connectors at each end. The socket-type connector attaches to the rear of the carrier and the plug-type connector attaches to either a 66A-punchdown block or a 50-pin to modular plug conversion cable.
Table 2 50-Pin Mass Termination Cables DESCRIPTION
FEATURE NUMBER 4400-F1-501
10 ft., plug-to-socket 50-pin mass termination cable (can be used as an extension for 50-pin to modular plug conversion cable).
4400-F1-503
20 ft., plug-to-socket 50-pin mass termination cable (can be used as an extension for 50-pin to modular plug conversion cable).
4400-F1-506
100 ft., plug-to-socket 50-pin mass termination cable (can be used as an extension for 50-pin to modular plug conversion cable).
In environments where modular-type interface wiring is used instead of a punchdown block, a 50-pin to modular plug conversion cable is used. This cable has one socket-type 50-pin connector (attaches to the rear of the carrier) that branches out to eight modular plugs (see Figure 1). Each modular plug is labeled 1 through 8 to correspond with device locations in Slots 1 through 8 or Slots 9 through 16.
493-12685a-01
Figure 1. 50-pin to Modular Plug Conversion Cable
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Table 3 shows the 50-pin to modular plug conversion cables used for digital and analog leased-line networks.
Table 3 Digital and Analog Leased-Line 50-pin to Modular Plug Conversion cables FEATURE NUMBER
DESCRIPTION
3600-F2-503 Digital, Analog Leased-Line, or 4-wire Switched 56
1.5 ft., 50-pin to eight 8-position keyed modular plugs. Extended with 4400-F1-50X plug-to-socket 50-pin cable.
Supports JM8 analog leased-line modems and DSUs, and DSUs with 4-wire Switched 56 DBMs.
3000-F1-0009 Analog Leased-Line
1.5 ft., 50-pin to eight 6-position modular plugs. Extended with 4400-F1-50X plug-to-socket 50-pin cable.
Canada only.
NOTES
Supports leased-line modems only using center pair pinouts.
(NOT RECOMMENDED FOR U.S. APPLICATIONS) 3600-F2-505 2-wire Switched 56
1.5 ft., 50-pin to eight 6-position modular SJA48 plugs for dial permissive lines. Extended with 4400-F1-50X plug-to-socket 50-pin cable.
Supports DSUs with 2-wire Switched 56 DBMs.
Table 4 shows the 50-pin to modular plug conversion cables used for dial lines and DSUs with attached DBMs.
Table 4 Dial-Line 50-pin Modular Plug Conversion Cables FEATURE NUMBER
DESCRIPTION
3600-F2-504
1.5 ft., 50-pin to eight 8-position keyed modular RJ45S plugs for dial programmable lines. Extended with 4400-F1-50X plug-to-socket 50-pin cable.
Must be used with dial programmable NIMs.
3600-F2-505
1.5 ft., 50-pin to eight 6-position modular RJ11C plugs for dial permissive lines. Extended with 4400-F1-50X plug-to-socket 50-pin cable.
Must be used with dial permissive NIMs.
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Tables 5 through 8 list the pinouts for all 50-pin to modular plug conversion cables.
Table 5 Pinout for 3600-F2-503 (Digital, Analog Leased-Line, or 4-Wire Switched 56) Network Interface Cables (United States)
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50-PIN CONNECTOR PIN #
SIGNAL NAME
MODULAR PLUG #
MODULAR PIN #
2
R1 (transmit)
1
1 of 8
27
T1 (transmit)
1
2 of 8
26
T (receive)
1
7 of 8
1
R (receive)
1
8 of 8
4
R1 (transmit)
2
1 of 8
29
T1 (transmit)
2
2 of 8
28
T (receive)
2
7 of 8
3
R (receive)
2
8 of 8
6
R1 (transmit)
3
1 of 8
31
T1 (transmit)
3
2 of 8
30
T (receive)
3
7 of 8
5
R (receive)
3
8 of 8
8
R1 (transmit)
4
1 of 8
33
T1 (transmit)
4
2 of 8
32
T (receive)
4
7 of 8
7
R (receive)
4
8 of 8
10
R1 (transmit)
5
1 of 8
35
T1 (transmit)
5
2 of 8
34
T (receive)
5
7 of 8
9
R (receive)
5
8 of 8
12
R1 (transmit)
6
1 of 8
37
T1 (transmit)
6
2 of 8
36
T (receive)
6
7 of 8
11
R (receive)
6
8 of 8
14
R1 (transmit)
7
1 of 8
39
T1 (transmit)
7
2 of 8
38
T (receive)
7
7 of 8
13
R (receive)
7
8 of 8
16
R1 (transmit)
8
1 of 8
41
T1 (transmit)
8
2 of 8
40
T (receive)
8
7 of 8
15
R (receive)
8
8 of 8
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Table 6 Pinout for 3000-F1-009 Network Interface Cable (Canada) 50-PIN CONNECTOR PIN #
SIGNAL NAME
MODULAR PLUG #
MODULAR PIN #
2
R1 (transmit)
1
3 of 6
27
T1 (transmit)
1
4 of 6
26
T (receive)
1
2 of 6
1
R (receive)
1
5 of 6
4
R1 (transmit)
2
3 of 6
29
T1 (transmit)
2
4 of 6
28
T (receive)
2
2 of 6
3
R (receive)
2
5 of 6
6
R1 (transmit)
3
3 of 6
31
T1 (transmit)
3
4 of 6
30
T (receive)
3
2 of 6
5
R (receive)
3
5 of 6
8
R1 (transmit)
4
3 of 6
33
T1 (transmit)
4
4 of 6
32
T (receive)
4
2 of 6
7
R (receive)
4
5 of 6
10
R1 (transmit)
5
3 of 6
35
T1 (transmit)
5
4 of 6
34
T (receive)
5
2 of 6
9
R (receive)
5
5 of 6
12
R1 (transmit)
6
3 of 6
37
T1 (transmit)
6
4 of 6
36
T (receive)
6
2 of 6
11
R (receive)
6
5 of 6
14
R1 (transmit)
7
3 of 6
39
T1 (transmit)
7
4 of 6
38
T (receive)
7
2 of 6
13
R (receive)
7
5 of 6
16
R1 (transmit)
8
3 of 6
41
T1 (transmit)
8
4 of 6
40
T (receive)
8
2 of 6
15
R (receive)
8
5 of 6
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Table 7 Pinout for 3600-F2-505 (Dial or 2-Wire Switched 56 kbps Permissive) Network Interface Cable 50-PIN CONNECTOR PIN #
SIGNAL NAME
MODULAR PLUG #
MODULAR PIN #
1
Ring
1
3 of 6
26
Tip
1
4 of 6
2
Ring
2
3 of 6
27
Tip
2
4 of 6
3
Ring
3
3 of 6
28
Tip
3
4 of 6
4
Ring
4
3 of 6
29
Tip
4
4 of 6
5
Ring
5
3 of 6
30
Tip
5
4 of 6
6
Ring
6
3 of 6
31
Tip
6
4 of 6
7
Ring
7
3 of 6
32
Tip
7
4 of 6
8
Ring
8
3 of 6
33
Tip
8
4 of 6
Table 8 Pinout for 3600-F2-504 (Dial Programmable) Network Interface Cable (1 of 2)
8
50-PIN CONNECTOR PIN #
SIGNAL NAME
MODULAR PLUG #
MODULAR PIN #
2
Ring
1
4 of 8
27
Tip
1
5 of 8
28
PR
1
7 of 8
3
PC
1
8 of 8
5
Ring
2
4 of 8
30
Tip
2
5 of 8
31
PR
2
7 of 8
6
PC
2
8 of 8
8
Ring
3
4 of 8
33
Tip
3
5 of 8
34
PR
3
7 of 8
9
PC
3
8 of 8
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Table 8 Pinout for 3600-F2-504 (Dial Programmable) Network Interface Cable (2 of 2) 50-PIN CONNECTOR PIN #
SIGNAL NAME
MODULAR PLUG #
MODULAR PIN #
11
Ring
4
4 of 8
36
Tip
4
5 of 8
37
PR
4
7 of 8
12
PC
4
8 of 8
14
Ring
5
4 of 8
39
Tip
5
5 of 8
40
PR
5
7 of 8
15
PC
5
8 of 8
17
Ring
6
4 of 8
42
Tip
6
5 of 8
43
PR
6
7 of 8
18
PC
6
8 of 8
20
Ring
7
4 of 8
45
Tip
7
5 of 8
46
PR
7
7 of 8
21
PC
7
8 of 8
23
Ring
8
4 of 8
48
Tip
8
5 of 8
49
PR
8
7 of 8
24
PC
8
8 of 8
Tables 9 through 11 list the pinouts for the NIMs.
Table 9 RJ21X (Permissive) Dial and 2-Wire Switched 56 kbps Network Interface Module PIN SLOT
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T
R
1 or 9
26
1
2 or 10
27
2
3 or 11
28
3
4 or 12
29
4
5 or 13
30
5
6 or 14
31
6
7 or 15
32
7
8 or 16
33
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Table 10 RJ27X (Programmable) Dial Network Interface Module PIN SLOT T
R
PR
PC
1 or 9
27
2
28
3
2 or 10
30
5
31
6
3 or 11
33
8
34
9
4 or 12
36
11
37
12
5 or 13
39
14
40
15
6 or 14
42
17
43
18
7 or 15
45
20
46
21
8 or 16
48
23
49
24
Table 11 RJA57 4-Wire Switched 56 kbps Network Interface Module RECEIVE
TRANSMIT
SLOT
10
T
R
T1
R1
1 or 9
26
1
27
2
2 or 10
28
3
29
4
3 or 11
30
5
31
6
4 or 12
32
7
33
8
5 or 13
34
9
35
10
6 or 14
36
11
37
12
7 or 15
38
13
39
14
8 or 16
40
15
41
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DIGITAL, ANALOG LEASED-LINE, OR SWITCHED 56 KBPS NETWORK INTERFACE CABLE INSTALLATION Two 50-pin connectors (P21 and P22) provide the carrier’s digital and analog leased-line network interface. Connector P21 serves Slots 1 through 8 and connector P22 serves Slots 9 through 16 (Figure 2). Refer to Table 3 to determine if your network interface cable is compatible with DSUs and leased-line modems residing in the same half of the carrier. Preform the following procedures when connecting a network interface cable to the COMSPHERE 3000 Series Carrier and appropriate demarc. Use Figure 2 as a reference for connector locations. NOTE For digital and analog leased-line installation in Canada, a special network interface cable is provided (feature number 3000-F1-009). For installation of a 2-wire Switched 56 kbps network connection, the cable provided is an SJA48 adapter cable (feature number 3600-F2-505). Follow the installation procedures listed below, only substituting the 3000-F1-009 interface cable or cable for the 50-pin to modular plug conversion cable described in Step 5.
1. Connect the 50-pin mass termination network interface cable’s 50-pin socket to the 50-pin connector (labeled P21) on the rear of the carrier for Slots 1 through 8. If Slots 9 through 16 are used, connect the 50-pin socket to connector P22. 2. If a right-angle cable is used, secure the cable by attaching a cable tie to the cable near the hood at the carrier’s cable-tie attachment point. If a straight-in cable is used, disconnect the cable-tie, remove the screw and cable-tie mount, and fasten the cable with two screws. 3. If the 50-pin mass termination cable is to be attached to a 66A-punchdown block, continue with Step 3. If the 50-pin mass termination cable is used as an extension cable, go to Step 4. Attach the plug end of the network interface cable to the 66A-punchdown block (the DSU and/or leased-line demarc). Installation of the 50-pin mass termination cable is completed. 4. Attach the plug end of the network interface cable to the socket connector on the 50-pin to modular plug conversion cable. 5. Attach the proper modular plug to the proper DSU or leased-line demarc. The modular plugs are labeled 1 through 8 and correspond to the devices in those slot positions in the carrier. For example, for Slots 1 through 8, modular plug 1 is wired for the device in Slot 1, modular plug 2 is wired for the device in Slot 2, and so on. For Slots 9 through 16, modular plug 1 is wired for the device in Slot 9, modular plug 2 is wired for the device in Slot 10, and so on. This completes the digital, analog leased-line, or Switched 56 kbps network interface cable installation.
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DSUs/TDMs/MCMPs/DBM-Vs/ DBM-Ss/DBM-Ds
DIAL/LEASE MODEMS or MODULAR DSUs
SLOTS 9 – 16 P26 J2
P25 P22
SLOTS 1 – 8 P20 P19
P24 J1
NETWORK CABLE FOR SLOTS 9 – 16
P23 P21
NETWORK CABLE FOR SLOTS 1 – 8
494-13588a-02
Figure 2. Digital and Leased-Line Installation
NETWORK MODULE INTERFACE INSTALLATION If a dial modem, an analog leased-line modem using dial backup, or a DSU with a DBM is installed in a COMSPHERE 3000 Series Carrier, then a Network Interface Module (NIM) must be attached to the carrier’s backplane. Prior to the NIM installation, verify whether your dial connection is programmable (RJ27X) or permissive (RJ21X). To install a NIM on the carrier’s backplane, refer to Figure 3 for connector locations and perform the following steps: 1. For Slots 1 through 8, seat the NIM on connectors P23 and P24 located on the carrier’s backplane. If Slots 9 through 16 are used, attach the NIM to connectors P25 and P26. 2. Use the four screws provided with the NIM to secure it to the carrier. This completes the NIM installation.
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P24 P26 J2
P25 P22
P23
P20 P19 J1
P21
NETWORK INTERFACE MODULE (NIM)
6-POSITION SERVICE-LINE MODULAR CONNECTORS (SNAPLOCK POSTS, IF EQUIPPED)
TO P23 OR P25 TP P24 OR P26 494-13589-04
Figure 3. NIM Installation
DIAL NETWORK OR SWITCHED 56 KBPS DIGITAL SERVICE INTERFACE INSTALLATION A 50-pin connector on each NIM provides the carrier’s dial network or Switched 56 kbps digital service interface. The NIM attached to P23 and P24 (located above connector P21) serves Slots 1 through 8, and the NIM attached to P25 and P26 (located above P22) serves Slots 9 through 16. Refer to Table 4 to determine if your cable is compatible with the NIMs used. To connect a network interface cable to the COMSPHERE 3000 Series Carrier and appropriate demarc, refer to Figure 4 for connector locations and perform the following steps: 1. For Slots 1 through 8, connect the network interface cable’s 50-pin socket connector to the 50-pin connector on the NIM located above connector P21. If Slots 9 through 16 are used, connect the 50-pin socket to the NIM located above P22. 2. Use a small screwdriver to tighten the screws on each side of the cable connector.
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3. If the 50-pin mass termination cable is to be attached to a 66A-punchdown block, continue with Step 3. If the 50-pin mass termination cable is used as an extension cable, go to Step 4. Attach the plug end of the network interface cable to the 66A-punchdown block (the dial line or DBM demarc). Installation of the 50-pin mass termination cable is completed. 4. Attach the plug end of the network interface cable to the socket connector on the 50-pin to modular plug conversion cable. 5. Attach the proper modular plug to the proper dial line or DBM demarc. The modular plugs are labeled 1 through 8 and correspond to the devices in those slot positions in the carrier. For example, for Slots 1 through 8, modular plug 1 is wired for the device in Slot 1, modular plug 2 is wired for the device in Slot 2, and so on. For Slots 9 through 16, modular plug 1 is wired for the device in Slot 9, modular plug 2 is wired for the device in Slot 10, and so on. This completes dial network or Switched 56 kbps digital service interface cable installation.
Dial or Switched 56 kbps NIM and Cable (Slots 1 – 8) P26 J2
J3 J4
P20 P19
P25 P22
J1
Network Cable for Slots 9 – 16
P21
Network Cable for Slots 1 – 8
6-Position Service-Line Modular Connectors (J3 and J4, if equipped)
496-13590a-05
Figure 4. Dial-Line Installation
*3000–A2–GZ47–30*
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