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CSP SECTION NO. 401-305-0496 THIS C–DOT SYSTEM PRACTICE REFERS TO THE C–DOT DIGITAL SWITCHING SYSTEM MAIN AUTOMATIC EXCHANGE (ABBREVIATED AS C-DOT DSS MAX-XL IN THE REST OF THIS PUBLICATION). THE INFORMATION IN THIS SYSTEM PRACTICE IS FOR INFORMATION PURPOSES AND IS SUBJECT TO CHANGE WITHOUT NOTICE.
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The objective of this manual is to guide and provide the installer with the necessary information about the installation of the C-DOT MAX-XL. It is for this reason that more emphasis has been put on the overall installation information than the detailed step by step procedures.
Table of Contents Chapter 1. Floor Marking........................... 9 1.1. Introduction........................9 1.2. Standard Terms ........................ 9 1.3. Material & Tools Required ..................... 10 1.4. Marking Procedure for Switch Room & IOP Room............10 1.5. Marking of Suite Lines & Grouting Holes..............12 1.6.
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5.5. Moving the Cabinet on Basemount................57 5.6. Levelling/Mounting the Cabinet on Basemount ............57 5.7. Ganging the Cabinets ..................... 57 Chapter 6. MDF Installation........................63 6.1. Introduction........................63 6.2. Marking ........................... 63 6.3. MDF Installation ......................63 Chapter 7. IOP &...
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Chapter 11. Fuse Details & Placement ....................312 11.1. Introduction......................... 312 11.2. Fuses Used in BM-XL ....................312 11.3. Fuses Used in LM ....................... 313 11.4. Fuses Used in IOPs (IOP0 & IOP1)................313 11.5. Fuses Used for ADP ....................313 11.6.
Chapter 1. Floor Marking 1.1. INTRODUCTION As a first step towards the installation of Exchange equipment (iron work, IOP- PDP), the floor should be marked as per the exchange layout. Floor markings are done in Switch Room where the main switching equipment is placed and IOP Room where the input output processors with consoles are placed.
Mark a point on the first datum line at a distance of 600mm from the adjacent wall. This point is called the Reference Point. Fix a brass screw at the Reference point to mark it permanently. This point is denoted as `X' in Fig. 1.1. C-DOT DSS MAX-XL...
8590 mm length. 1.5.2. Marking of Grouting Holes Fig. 1.3 shows a typical switch room grouting hole markings for a five suite configuration of C-DOT MAX-XL. These holes are used for fixing the iron work on the floor. C-DOT DSS MAX-XL...
FLOOR MARKING Basemount assemblies of the first suite will be placed on the first and second suite line. Basemount assemblies of the second suite will be placed on the third and fourth suite line and so on. A typical MAX-XL switch room layout for a five suite configuration is shown in Fig.
Chapter 2. Grouting 2.1. INTRODUCTION This chapter describes the procedure for preparation of holes used for fixing the iron work of the multimodule MAX-XL on the floor. 2.2. MATERIAL & TOOLS REQUIRED S. NO. DESCRIPTION QUANTITY Expansion Bolts 16 per suite Concrete Electrical drilling machine with accessories Carbide tip spiral drilling bit (32mm) Chromium steel drilling bit (for hand holes)
After the nut is tightened to the fullest extent, the nut is removed from the bolt. The flat plate used for flattening the steel ferrule is also removed. The installation/erection of the basemount is done on the bolts thus grouted on the floor. Refer D of Fig. 2.2. C-DOT DSS MAX-XL...
Iron Work Installation 3.1. INTRODUCTION This chapter describes the procedure and component details for installation of the iron work which is a structure required for mounting cabinets and cabling C-DOT MAX-XL. 3.2. MATERIAL AND TOOLS REQUIRED The switch room mechanical hardware for various configurations of C-DOT MAX- XL comprises the following: Sl.
IRON WORK INSTALLATION Sl. No. CDOT PART NO. Description Quantity Required 1/2 Suite 1 Suite 2 Suite 3 Suite 4 Suite Suite MPI-WKSTZ136-401 Liner-2 MPI-WKSTZ137-401 Liner-3 MPI-WKSTZ138-401 Liner-4 MPI-WKSTZ139-401 Liner-5 MPI-WKSTZ140-401 Liner-6 MAI-WKSTZ058-401 Castor Guide Assy MPI-WKSTZ113-401 Castor Guide Plate MAI-WKSTZ026-301 Mother Trough Assy 2 (Left)
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IRON WORK INSTALLATION (size M16) already fixed on the floor. There are 8 more holes having floating nut for fixing of cabinets. Before the basemount is placed, it has to be ensured that the basemount spacer is placed on each grouting bolt to arrest the movement of grouting bolt.
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IRON WORK INSTALLATION 3.3.3. Fixing of Support Box Assembly on Vertical Pillar Having fixed the vertical pillars as described in section 3.3.2. Support box assembly is required to be fixed on the top of each vertical pillar as shown in Fig.
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Fig.3.7. Child trough assembly has a raised section in the centre to accommodate all power cables. The power cables coming from mother power trough are routed C-DOT DSS MAX-XL...
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IRON WORK INSTALLATION through this section. This raised section divides the child trough in two portions. The portion towards the front side of the cabinet is used to lay subscribers and trunk cables coming from mother trough. The other portion on the rear side of the cabinet is used to lay the Base module to central module cables.
IRON WORK INSTALLATION For an exchange of 2 suites configurations it has been shown in Fig.3.13 that End plate-1, 2 & 3 have been used to seal the uncovered portion. But in case the exchange has 3 suites then these plates will have to be removed and respective trough assemblies will be used to have interconnection between suite 2 and suite 3.
4.1. INTRODUCTION The C-DOT DSS MAX-XL utilizes a single supply potential of -48V DC as input for all its power requirements. All AC and DC potential required for the operation of the various cards in a frame of any cabinet and operation of VDU and Printers are derived from this -48V DC source.
IDP & DC DISTRIBUTION PANEL 4.3.1. Mounting of IDP IDP is installed in power room near to the switching cubicle at a distance of about 5 mtrs from it. The size of IDP is 700x700x1700mm. It is to be mounted by fixing the bottom frame assembly on the floor with four rawl bolts.
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IDP & DC DISTRIBUTION PANEL 4.4.1. Mounting of DCDPs DCDP1 is installed in switch room close to the first suite. The distance between DCDP1 and first suite should be less than 10 mtrs. The size of the DCDPs is 700x800x1700 mm. It is to be mounted on the floor by fixing the bottom frame assembly with four rawl bolts.
Chapter 5. Cabinet Installation 5.1. INTRODUCTION This chapter gives details on unpacking, mounting and levelling a cabinet on a Basemount. The material and tools required for the purpose along with the procedure for ganging two cabinets is also explained. 5.2. MATERIAL &...
Fig. 5.1. Using double end spanner size 17 & 18, all nuts/bolts are removed from the top and side panel of the packing case. Semi-unpacked cabinet is shown in Fig. 5.2. C-DOT DSS MAX-XL...
CABINET INSTALLATION 5.4. CABINET ON CASTORS The cabinet is made to lie on the floor and fitted with castors. Four castors are attached in the area as shown in Fig. 5.3. Once the castors are fixed, cabinet is brought to an upright position as shown in Fig. 5.3. Now the cabinet can be moved. 5.5.
The width of the MDF is fixed whereas length depends upon the number of verticals supplied. Note : Installation of C-DOT designed MDF only is explained in brief in this Chapter. In case it is other than C-DOT design the corresponding MDF installation manual supplied alongwith the MDF shall be referred for installation of the MDF.
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- 5 (item 14) with the help of cheese head screw, lock washer and Hex nut. For expanding MDF capacity, another similar structure for 5 verticals is to be added using Fish plate - 1 (item 9) and Fish Plate-2 (item 17). C-DOT DSS MAX-XL...
IOP Cabinet Placement It is ensured that the floor marking in IOP Room is done as per the Fig. 1.4 for the physical placement of IOP racks. Next, the IOPs are carefully placed at the marked location. C-DOT DSS MAX-XL...
IOP & ADP INSTALLATION 7.2.4. IOP - Visual Checks The top cover of IOP cabinet is removed and check that all internal cables are terminated at their proper positions. It is also ensured that the connectors are tight and are latched properly. Visual check is made of glass fuse and ensure that it is mounted in fuse holder near shell connector of IOP.
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MCB of 2A to the rear panel of ADP. 2 Cores of this cable are used for - 48V and 2 cores for ground. Cable details are given in Chapter 10, Section 10.5.24 on cable laying. Use Red and Yellow/Green core for ground and Blue and Yellow for -48V. C-DOT DSS MAX-XL...
Chapter 8. Power Distribution Panel and its FBI Mounting 8.1. INTRODUCTION Power Distribution Panel (PDP) forms a part of Vertical Pillar Assembly in the Iron work as shown in Fig. 8.1. PDP is used for further distributing -48V and -48V gnd to the eight cabinets in the suite.
FBI card pin nos J21, J22 ..J28 respectively. FBI cards mounted on suite PDPs, DCDPs and IOP-PDP are daisy-chained to extend alarm signal generated in the system to OMA panel (Described later in Section 9.3.3). C-DOT DSS MAX-XL...
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Fuse F11 sensing enabled Fuse F12 sensing enabled Filter box fuse sensing enable for cabinet no 6. TABLE 8.8 SL. No. STATE Short Short Short Short Fuse F13 sensing enabled Fuse F14 sensing enabled Filter box fuse sensing enabled for cabinet no 7. C-DOT DSS MAX-XL...
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POWER DISTRIBUTION PANEL AND ITS FBI MOUNTING TABLE 8.9 SL. No. STATE Short Short Short Short Fuse F15 sensing enabled Fuse F16 sensing enabled Filter box fuse sensing enabled for cabinet no 8. Three error cables are coming out from the CM cabinet and are all terminated on FBI card.
Chapter 9. IOP - PDP and OMA Installation 9.1. INTRODUCTION This is a Power Distribution Panel for Input Output Processor (IOP), Alarm Display Panel (ADP), Operation & Maintenance Alarm (OMA), Smoke Detector etc. The isometric view of IOP-PDP is given in Fig. 9.1. It has four busbars for -48V, -48V gnd, Digital ground and Chassis ground as shown in Fig.
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IOP - PDP AND OMA INSTALLATION INSTALLATION MANUAL...
IOP - PDP AND OMA INSTALLATION in daisy- chain with FBI cards of suite PDPs and DCDP. W21 to W23 and W31 to W33 are to be shorted on FBI card according to MCBs used. 9.2.2. IOP-PDP Cabling This is to be done as shown in Fig. 10.1 (c) 9.3.
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IOP - PDP AND OMA INSTALLATION Cable from Terminal block Remarks TB1 pin no. Inverter 1 Invertor Alarm Inverter 2 Invertor Alarm OMA Point 1 of IOP-PDP -48V OMA Point 2 of IOP-PDP IOP-PDP FBI Point Switch Room Alarm Power plant (Switching cubicle) Power Room Alarm 9.3.3.
IDC type. This requires a special crimping tool other than the one mentioned above. The crimping tools used for crimping of Ground & DC Cables and Signal & MDF Cables are given with the description of each cable. C-DOT DSS MAX-XL...
Fig. 10.1 (a). Similarly laying of ground cables from DCDPs to Power distribution panels of all suites and from there to individual cabinets is shown in Fig. 10.1 (b). However detail of each cable is given below. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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CABLE PREPARATION AND LAYING 10.4.1. Detail of Cables from Earth Collector Plate 10.4.1.1. CDOT ASSY NO ACB-MAXLGXXX-000 DRAWING NO. FIG 10.2 CABLE PART NO. MCA-PVCSCP56-401 or BTC wire 19/1.8mm CABLE MARKER NO. GXXX CABLE SPECIFICATION Power cable Single core 240mm CABLE UNIT COLOUR CODE Black CABLE LENGTH...
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CABLE PREPARATION AND LAYING 10.4.1.2. CDOT ASSY NO. ACB-MAXLGXXX-000 DRAWING NO. FIG. 10.3 CABLE PART NO. MCA-PVCSCP48-401 CABLE MARKER NO. GXXX CABLE SPECIFICATION Power cable, Single core 25mm CABLE UNIT COLOUR CODE Black CABLE LENGTH To suite site requirement SOURCE TERMINATION PART NO. MCT-ERRIN310-401 25mm Ring Terminal Crimp Type DESTINATION TERMINATION NO.
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CABLE PREPARATION AND LAYING TABLE 10.1 C-DOT ASSY NO DRAWING FROM SIZE CABLE MARKER ACB-MAXLGEM1-000 FIG. 10.2 Earth Pit Earth #240mm GEM1 Collector Plate ACB-MAXLGDS1-000 FIG. 10.2 Earth Collector Plate DCDP1 digital 240mm GDS1 ground bus bar ACB-MAXLGDS2-000 FIG. 10.2...
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1M ohm/5W resistor. If IOP and switch room antistatic flooring is not shorted through copper strip, then two separate cables are required from earth plate for earthing IOP and switch room floor. Refer Fig. 10.1 (a) for connections. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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MCT-ERRIN310-401 25mm Ring Terminal crimp type DESTINATION TERMINATION NO. Stripped wire (soldered) SOURCE Earth Collector Plate DESTINATION Cable shield ASSEMBLY PROCEDURE Crimping tool SYB - 95 Die to be used JBR-5 Refer Fig. 10.1 (a) for connections. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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Ring Terminal Crimp type SOURCE As per Table 10.2 DESTINATION As per Table 10.2 ASSEMBLY PROCEDURE Crimping tool SYB-95 Die to be used JBR-5 Note : XXX takes values as per Table 10.2. Refer Fig. 10.1 (a) for connections. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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DCDP2 Chassis PDP Chassis 25mm GCP5 GND Bus Bar GND Bus Bar (Suite 5) ACB-MAXLGCC1-000 Fig. 10.6 DCDP1 Chassis DCDP1 25mm GCC1 GND Bus Bar Chassis ACB-MAXLGCC2-000 Fig. 10.6 DCDP2 Chassis DCDP2 25mm GCC2 GND Bus Bar Chassis C-DOT DSS MAX-XL...
CABLE PREPARATION AND LAYING 10.5. DC CABLES Fig. 10.7 (a), Fig. 10.7 (b), Fig. 10.7 (c) and Fig. 10.7 (d) show Block Diagram of DC Power Cables. 10.5.1. Details of -48V & -48V GND DC Cable from Switching Cubicle to IDP CDOT ASSY NO.
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CABLE PREPARATION AND LAYING Table 10.3 C-DOT ASSY NO DRAWING FROM SIZE CABLE COLOUR MARKER ACB-MAXLPPD1-000 Fig. 10.9 IDP -48V busbar DCDP1 -48V 240mm PPD1 Blue busbar ACB-MALPPD2-000 Fig. 10.9 IDP -48V busbar DCDP2 -48V 240mm PPD2 Blue busbar ACB-MAXLPGD1-000 Fig.
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As per Table 10.4 DESTINATION As per Table 10.4 ASSEMBLY PROCEDURE Crimping tool SYB-95 Die to be used JBR-5 Note : Two such cables will be there - from DCDP1 for keeping redundancy. Refer Fig. 10.7 (b) for Block Diagram. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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CABLE PREPARATION AND LAYING TABLE 10.5 C-DOT ASSY NO DRAWING FROM SIZE CABLE COLOUR MARKER ACB-MAXLPL01-000 FIG. 10.11 DCDP1 PDP (copy 0) 120mm PL01 Blue -48V busbar MCB -48V busbar (Suite 1) Suite 1 ACB-MAXLPL02-000 FIG. 10.11 DCDP1 PDP (copy 1)
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-48V GND busbar at DCDPs has provision to terminate cable on both sides, front as well as back. Copy 0 terminations of PDP are taken from front side and copy 1 terminations of PDP from back side for each suite. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING 10.5.5. Detail of -48V and -48V GND DC Cables from DCDPs to Invertor CDOT ASSY NO. ACB-MAXLPPIX-000 ACB-MAXLPGIX-000 DRAWING NO. Fig. 10.12 CABLE PART NO. MCA-PVCSCP28-401 (Blue) MCA-PVCSCP08-401 (Red) CABLE MARKER NO. PPIX (Blue) PGIX (Red) CABLE SPECIFICATION Power cable, Single core 25mm CABLE UNIT COLOUR CODE...
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As per Table 10.7 DESTINATION As per Table 10.7 ASSEMBLY PROCEDURE Crimping tool SYB-95 Die to be used JBR-2 Note : XX takes different values as depicted in Table 10.7. Refer Fig. 10.7 (d) for Block Diagram. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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1) Red busbar ACB-MAXLPG14-000 FIG. 10.13 PDP GND Cabinet 7 (copy 16mm PG14 8760 1) Red busbar ACB-MAXLPG16-000 FIG. 10.13 PDP GND Cabinet 8 (copy 16mm PG16 9560 1) Red busbar Note : Similar cables for other suites. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING 10.5.7.(a) Detail of -48V DC Cables from PDP to Cabinets and FBI Card CDOT ASSY NO. ACB-MAXLPPXX-000 DRAWING NO. FIG. 10.14 (a) CABLE PART NO. MCA-PVCSCP27-401 MCA-PVCSCP21-401 CABLE MARKER NO. PPXX FPXX CABLE SPECIFICATION Power cable, Single core 16mm - PPXX Power cable, Single core 1mm - FPXX...
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2.5mm FP19 3700 CM cabinet ACB-MAXXFP18-000 FIG. 10.14 (b) Copy 1 busbar of FBI card J18 2.5mm FP18 4700 CM cabinet ACB-MAXXFP20-000 FIG. 10.14 (b) Copy 1 busbar of FBI card J20 2.5mm FP20 4700 CM cabinet C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING 10.5.7 (b) Detail of -48V DC Cables from CM Cabinet to FBI Card CDOT ASSY NO. ACB-MAXXFPXX-000 DRAWING NO. FIG. 10.14 (b) CABLE PART NO. MCA-PVCSCP23-401 CABLE MARKER NO. FPXX CABLE SPECIFICATION Power Cable, 2.5mm CABLE LENGTH As per Table 10.8 (a), Sl.
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CABLE PREPARATION AND LAYING TABLE 10.8 (b) C-DOT ASSY NO FROM CABLE CABLE MARKER LENGTH For DCDP1 ACB-MAXLDF11-000 Suite 1 copy 0 FBI card J1 DF11 1800mm ACB-MAXLDF12-000 Suite 2 copy 0 FBI card J3 DF12 1800mm ACB-MAXLDF13-000 Suite 3 copy 0...
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As per Table 10.9 DESTINATION As per Table 10.9 ASSEMBLY PROCEDURE Crimping Tool SYB-95 Die to be used JBR-1 Note : XX takes different values as depicted in Table 10.9. Refer Fig. 10.1 (b) for block diagram. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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0) Black Busbar ACB-MAXLPD09-00 FIG. 10.15 PDP (Digital Cabinet 3 (copy 10mm2 PD09 5780 earth) 1) Black Busbar Note : Similar cables for other suites. Item No. 9 is required in case of CM cabinet only. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING 10.5.9. Detail of Cable from PDP (Chassis Earth) to Cabinet CDOT ASSY NO. ACB-MAXLPEXX-000 DRAWING NO. FIG. 10.16 CABLE PART NO. MCA-PVCSCP46-401 CABLE MARKER NO. PEXX CABLE SPECIFICATION Power Cable, Single Core 10mm CABLE UNIT COLOUR CODE Black CABLE LENGTH As per Table 10.10...
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CABLE PREPARATION AND LAYING TABLE 10.10 C-DOT ASSY NO FROM CABLE CABLE MARKER LENGTH ACB-MAXLPE01-000 PDP (Chassis Cabinet 1 2150 PE 01 Earth Busbar) Chassis ACB-MAXLPE02-000 - do - Cabinet 2 3940 PE 02 Chassis ACB-MAXLPE03-000 - do - Cabinet 3...
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DESTINATION TERMINATION NO. MCC-PPFXCT02-000 Powermate Female Connector SOURCE As per Table 10.11 DESTINATION As per Table 10.11 ASSEMBLY PROCEDURE Crimping tool AMP Make Type-F No.90124-2-G 20-14 Note : XX takes different values as depicted in Table 10.11. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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FF09 & FF10 cables will come into picture; if CM cabinet comes to the suit. In the suite, where CM cabinet is installed, the FF03 cable from FBI card J23 will be terminated to Fan error signal point as mentioned in Table 10.41. S.No. 44 to 46 (ER44 to ER46). C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING 10.5.11. Detail of Cable from Copy0 Filter Box to Copy1 Filter Box for Interconnecting Both Copies in a Cabinet CDOT ASSY NO. ACB-MAXLFI01-000 DRAWING NO. FIG. 10.18 CABLE PART NO. MCA-PVCSCP43-401 CABLE MARKER NO. FI01 CABLE SPECIFICATION PVC Insulated 2.5mm Cable CABLE UNIT COLOUR CODE...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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DESTINATION TERMINATION NO. MCC-FASTP001-401 Faston Receptacle MCC-FASTP002-401 Insulating Boot SOURCE As per Table 10.14 DESTINATION As per Table 10.14 ASSEMBLY PROCEDURE Crimping Tool SYT-2 Note : X takes values as per table 10.14. Refer Fig. 9.4 for connections. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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Suite 3 PDP FBI PGF6 card J32 card J42 ACB-MAXLPGF7-000 Suite 5 PDP FBI Suite 4 PDP FBI PGF7 card J32 card J42 Note : Cable corresponding to DCDP2 is not required if DCDP2 is not used. C-DOT DSS MAX-XL...
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As per Table 10.15 (a) ASSEMBLY PROCEDURE Crimping Tool SYT-2 Note The cables are on per suite basis. XXX takes values as per Table 10.15 (a). TABLE 10.15 (a) C-DOT ASSY NO FROM CABLE UNIT CABLE COLOUR MARKER ACB-MAXLPGL1-000 Suite PDP FBI...
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As per Table 10.15 (b) DESTINATION As per Table 10.15 (b) ASSEMBLY PROCEDURE Crimping Tool SYT-2 Note XXX takes values as per Table 10.15 (b). TABLE 10.15 (b) C-DOT ASSY NO FROM CABLE UNIT CABLE COLOUR MARKER ACB-MAXLPGL1-000 DCDP1 FBI...
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OMA 2 point of TB in IOP-PDP (-48V gnd) (PMG1) DESTINATION OMA Panel -48V pin (5) of TB1 (PMP1) OMA Panel -48V GND pin (6) of TB1 (PMG1) ASSEMBLY PROCEDURE Refer Fig. 10.1 (c) and 10.7 (e) for block diagram. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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CABLE LENGTH Site dependent SOURCE TERMINATION PART NO. Stripped wire DESTINATION TERMINATION PART Stripped wire SOURCE IOP PDP TAG BLOCK FBI point DESTINATION OMA SWR point (pin1 of TB1) ASSEMBLY PROCEDURE Refer Fig. 9.4 for this cable connection. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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XX can vary from 01 to 03. TABLE 10.16 S.NO. CDOT ASSY NO. FROM CABLE MARKER ACB-MAXLGI01-000 Invertor 1 OMA Panel (Point 3 of TB1 ) GI01 ACB-MAXLGI02-000 Invertor 2 OMA Panel (Point 4 of TB1) GI02 ACB-MAXLGI03-000 Invertor 1 Invertor 3 GI03 C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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CABLE UNIT COLOUR CODE CABLE LENGTH Site dependent SOURCE TERMINATION PART NO. 2.5 mm Ring Terminal (MCT-ERRIN018-401) DESTINATION TERMINATION NO. Stripped wire SOURCE Power Plant Failure Output DESTINATION OMA Panel Power Plant (TB-1) Point 2 ASSEMBLY PROCEDURE C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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ASSEMBLY PROCEDURE TABLE 10.17 Sl. No. CDOT Assy. No. From Cable Marker ACB-MAXLPPQ1-000 IOP0 IOP PDP shell connector PPQ1 marked for IOP-0 ACB-MAXLPPQ2-000 IOP1 IOP PDP shell connector PPQ2 marked for IOP-1 Refer Fig. 10.7 (e) for connections. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
IOP to VDU terminals IOP to printers Test access cables Concentration cables BM-CM Data cable BM-CM Clock cable Digital Cable for RSU Reference Clock Cable (RCLK) for CM-XL CM Intra Rack Cables Fig. 10.32 shows BLOCK DIAGRAM of Signal cables. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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DESTINATION PLACEMENT As per table 10.18 TAB NO. RETAINED As per table 10.18 CONNECTIVITY CONDUCTOR ALIGNMENT ASSEMBLY PROCEDURE Refer Fig. 10.33, 10.36, 10.37 Note : XX takes values as per table 10.18 Refer Fig. 10.32 for block diagram. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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CM (HPU) frame 6 copy 1, HDX1 J36, position 3 ACB-IOPHHDY0-000 IOP-1 VHI HDLC2 CM (HPU) frame 6 copy 0, HDY0 J20, position 4 ACB-IOPHHDY1-000 IOP-1 VHI HDLC0 CM (HPU) frame 6 copy 1, HDY1 J36, position 4 C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING 10.6.2. Details of Cable from IOP0 to IOP1 CDOT ASSY NO. ACB-IOPHHDZ1-000 DRAWING NO. FIG. 10.34 CABLE PART NO. MCA-PHDTP011-401 CABLE MARKER NO. HDZ1 CABLE SPECIFICATION 11 Pair polyethylene high density insulated twisted pair cable, 26 AWG CABLE UNIT COLOUR CODE Grey CABLE LENGTH...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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MCC-MDFPZ025-30 Note : ZZ takes different values as listed in Table 10.19. If cable length of terminal is exceeding 25 meters then terminal access will be through ACIA driver/receiver. The part code of ACIA driver/receiver is ACP-LD08001D-000. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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As per Table 10.20 ASSEMBLY PROCEDURE Wire wrapping tool 0.5mm MCC-MDFPZ025-301 Note : X takes different values as depicted in Table 10.20. TABLE 10.20 SL. NO. C-DOT ASSY NO FROM CABLE MARKER NO. ACB-IOPHPRI0-000 IOP0 VHI ASIO-1 Printer1 PRI0 ACB-IOPHPRI1-000...
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CABLE PREPARATION AND LAYING 10.6.7. Detail of Test Access Cables CDOT ASSY NO. ACB-MAXXTAYY-000 DRAWING NO. FIG. 10.42 CABLE PART NO. MCA-FCICZ014-301 CABLE MARKER NO. TAYY CABLE SPECIFICATION 7/36, 28 AWG Grey colour with Red beading CABLE UNIT COLOUR CODE Grey colour with Red beading CABLE LENGTH As per table 10.21.
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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Also note that test access cable does not get inserted on the 2nd slot of the motherboard at all if the terminal unit happens to be a Digital Trunk Unit (DTU/CCS7 UNIT). If principal TU is ISTU, then concerned TA cable has to be put in the position J1/4 connector. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING SL. No. C-DOT ASSY NO CABLE FROM REMARKS MARKER NO. X/P/Q/R/S/T X/P/Q/R/S/T ACB-MAXXTL32-000 TL32 X/2/4/14/A/4 X/2/5/14/A/2 ACB-MAXXTL33-000 TL33 X/2/5/13/A/3 X/2/6/13/A/1 Terminal Unit ACB-MAXXTL34-000 TL34 X/2/5/14/A/3 X/2/6/14/A/1 TU33-TU34 ACB-MAXXTL35-000 TL35 X/2/5/13/A/4 X/2/6/13/A/2 ACB-MAXXTL36-000 TL36 X/2/5/14/A/4 X/2/6/14/A/2 ACB-MAXXTL37-000...
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As per Table 10.23 DESTINATION As per Table 10.23 ASSEMBLY PROCEDURE Tool Type - DUPONT RC-216 XX varies from 01 to 64 and BM varies from 1 to 32 (for each BM there are two cables for Bus0 and Bus1). C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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CABLE PREPARATION AND LAYING Note : The exact length of the digital cable from exchange to MDF is site dependent. Care should be taken so that total length of the cable from exchange to first repeater position should not exceed more than hundred metres.
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For the values of uu, vv, xx and yy for different BMs please see table No. 10.25. indicates cable number indicates corresponding cable colour pair Blue Orange Green Brown This cable assembly procedure is given in detail in RSU installation manual also. C-DOT DSS MAX-XL...
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NSC by splitting at the CM end. Corresponding DTS slots on DTU mother board should be assembled with shrouds, latch frames and latches at site. Detail of Reference Clock Cable C-DOT ASSY. NO. ACB-NSCERCKN-000 DRAWING NO. FIG. 10.47 (c) & 10.47 (d) CABLE PART NO.
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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10.48 to 10.62. For assembly of these CM-XL Internal Cables, Assembly Instructions and corresponding drawings supplied alongwith system engineering documents shall be referred. ADDRESS, DATA & CONTROL BUS CABLE ROUTING C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING TABLE 10.32 ERROR & CONTROL CABLE ROUTING SL. No. CABLE NO. CABLE PART SOURCE DESTINATION LENGTH REMARKS NUMBER PLACEMENT PLACEMENT FRAME/SLOT/ FRAME/SLOT/ CONNECTOR/ CONNECTOR/ POSITION/NUMBER POSITION/NUMBER EC01 ACB-CMXLEC01-000 2/02/A/4/- 1/02/B/2/- 75 Cms. Coding to be retained according to position marked...
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CABLE PREPARATION AND LAYING TABLE 10.34 FAN ERROR CABLE ROUTING SL. No. CABLE NO. CABLE PART SOURCE DESTINATION LENGTH REMARKS NUMBER PLACEMENT PLACEMENT FRAME/ FRAME/SLOT/ CONNECTOR CONNECTOR/ POSITION/NUMBER FE01 ACB-CMXLFE01-000 6/J1 TH/FFB/J/-/01 250 Cms T- Top Flat Assy. FE02 ACB-CMXLFE02- 6/J54 TH/FFB/J/-/28 250 Cms...
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15 Cms. Note : TH/--/FN/-/01 - Top hat Fan No.1 TH/FFB/J/-/4 - Top hat Fan Failure Board J4 Connector REFER DOC.NO. DCM-XL0XXX00-000 (AD) UNDER FUNCTIONAL CATEGORY FAN CABLE FOR ROUTING THE CABLES For cable routing see Fig. 10.56 C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
2 For Module 2 3 For Module 3 4 For Module 4 DESTINATION PLACEMENT TAB NO. RETAINED ASSEMBLY PROCEDURE Note : NN denotes the BM number, it takes value from 1 to 32. XX takes value from 1 to 4. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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Refer FIG 10.64 (a) & FIG. 10.65 (a) Note : XX can takes values from 1 to 16. Fig. 10.64 (a) & 10.65 (a) are for EMF cables in TU1. NN denotes the BM number, it takes value from 1 to 32. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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XX can take value 01 to 8. The other cable unit Colour is yellow. One 24 pair cable can have two cable units of colour white and yellow. NN denotes the BM number, it takes value from 1 to 32. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING INSTALLATION MANUAL...
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CABLE PREPARATION AND LAYING TABLE 10.44 SL. No C-DOT ASSY NO CABLE No. CABLE UNIT CABLE UNIT SOURCE PLACEMENT COLOUR O/P/Q/R/S/T ACB-MAXXA001-000 A001/NN AA03 White XX/1/1/3/A/1,2 AA04 Yellow XX/1/1/4/A/1,2 AA05 Brown XX/1/1/5/A/1,2 AA06 Blue XX/1/1/6/A/1,2 AA07 Grey XX/1/1/7/A/1,2 AA08 Black...
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Yellow XX/2/1/4/A/1,2 AA05 Brown XX/2/1/5/A/1,2 AA06 Blue XX/2/1/6/A/1,2 AA07 Grey XX/2/1/7/A/1,2 AA08 Black XX/2/1/8/A/1,2 AA09 Pink XX/2/1/9/A/1,2 AA10 Green XX/2/1/10/A/1,2 ACB-MAXXA010-000 A010/NN AA17 White XX/2/1/17/A/1,2 AA18 Yellow XX/2/1/18/A/1,2 AA19 Brown XX/2/1/19/A/1,2 AA20 Blue XX/2/1/20/A/1,2 AA21 Grey XX/2/1/21/A/1,2 C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING SL. No C-DOT ASSY NO CABLE No. CABLE UNIT CABLE UNIT SOURCE PLACEMENT COLOUR O/P/Q/R/S/T AA22 Black XX/2/1/22/A/1,2 AA23 Pink XX/2/1/23/A/1,2 AA24 Green XX/2/1/24/A/1,2 ACB-MAXXA011-000 A011/NN AA03 White XX/2/2/3/A/1,2 AA04 Yellow XX/2/2/4/A/1,2 AA05 Brown XX/2/2/5/A/1,2 AA06...
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ACB-MAXXA019-000 A019/NN AA03 White XX/2/6/3/A/1,2 AA04 Yellow XX/2/6/4/A/1,2 AA05 Brown XX/2/6/5/A/1,2 AA06 Blue XX/2/6/6/A/1,2 AA07 Grey XX/2/6/7/A/1,2 AA08 Black XX/2/6/8/A/1,2 AA09 Pink XX/2/6/9/A/1,2 AA10 Green XX/2/6/10/A/1,2 ACB-MAXXA020-000 A020/NN AA17 White XX/2/6/17/A/1,2 AA18 Yellow XX/2/6/18/A/1,2 AA19 Brown XX/2/6/19/A/1,2 C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING SL. No C-DOT ASSY NO CABLE No. CABLE UNIT CABLE UNIT SOURCE PLACEMENT COLOUR O/P/Q/R/S/T AA20 Blue XX/2/6/20/A/1,2 AA21 Grey XX/2/6/21/A/1,2 AA22 Black XX/2/6/22/A/1,2 AA23 Pink XX/2/6/23/A/1,2 AA24 Green XX/2/6/24/A/1,2 ACB-MAXXA021-000 A021/NN AA03 White XX/3/1/3/A/1,2 AA04...
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Grey XX/3/4/21/A/1,2 AA22 Black XX/3/4/22/A/1,2 AA23 Pink XX/3/4/23/A/1,2 AA24 Green XX/3/4/24/A/1,2 ACB-MAXXA029-000 A029/NN AA03 White XX/3/5/3/A/1,2 AA04 Yellow XX/3/5/4/A/1,2 AA05 Brown XX/3/5/5/A/1,2 AA06 Blue XX/3/5/6/A/1,2 AA07 Grey XX/3/5/7/A/1,2 AA08 Black XX/3/5/8/A/1,2 AA09 Pink XX/3/5/9/A/1,2 AA10 Green XX/3/5/10/A/1,2 C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING SL. No C-DOT ASSY NO CABLE No. CABLE UNIT CABLE UNIT SOURCE PLACEMENT COLOUR O/P/Q/R/S/T ACB-MAXXA030-000 A030/NN AA17 White XX/3/5/17/A/1,2 AA18 Yellow XX/3/5/18/A/1,2 AA19 Brown XX/3/5/19/A/1,2 AA20 Blue XX/3/5/20/A/1,2 AA21 Grey XX/3/5/21/A/1,2 AA22 Black XX/3/5/22/A/1,2 AA23...
TU) 64 pair cable for TU3, TU4 BM (Analog + Digital Trunks) Any combination of Analog & Digital TUs is possible. Digital TU supports only Digital trunks and Analog TU supports both E&M and TWT trunks. C-DOT DSS MAX-XL...
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CABLE PREPARATION AND LAYING Although technically there is no limitation but as a matter of symmetry E&M Trunks will be accommodated in TU1. One 24 pair cable will be required for each E&M card. The entry of these cables are through the holes provided at the top of TU1.
Chapter 11. Fuse Details & Placement 11.1. INTRODUCTION This chapter gives the details and placement of the various fuses and MCBs in a multimodule exchange. In CM, fuses are present in FFB, NSC and PSU-II cards and the corresponding power line filters. In a BM, fuses are present in TTC, PSU-I, PSU-II, TUI, TSI cards and in filter boxes of TUs, TSU and BPU.
FUSE DETAILS & PLACEMENT 11.3. FUSES USED IN LM Sl. No. Rating Type Qty Used/ Part Code Cards 400 mA Slow blow fuse EFS-00000400-000 PSU-I (RGP) 1 Amp - do - EFS-00001000-000 2 Amp - do - EFS-00002000-100 TU Filter Box 4 Amp - do - EFS-00004000-000...
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FUSE DETAILS & PLACEMENT Sl. No. Rating Type Unit Location Code Physical Placement 4 Amp BM-XL, LM TSU, BPU, TU PSU II & I (5x20 mm) CM-XL All frames Bus PSU II bars power line filters 6.3 Amp Fast Blow Fuse Fuse Holder 2 Amp HRC fuse...
DB5 at OMC room and DB8 at MDF room. Similarly inverter 3 output is terminated at DB3 in OMC room and DB3 is paralleled to DB6 in OMC room. In such case, two DB points (ex. DB1 & DB2 etc.) coming from two inverters are put C-DOT DSS MAX-XL...
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INVERTOR ARRANGEMENT very close together such that in case any fault occurs in any inverter, terminals supply can be tapped from adjacent DB, connected with the other inverter. When all the three inverters are working, then the distribution of inverters to VDUs and printers can be given as per the table 13.1.
Chapter 14. Sign Writing 14.1. INTRODUCTION A multimodule exchange has different types of cabinets (ex. Base Modules, Line Modules and Central Module). For the purpose of easy maintenance and trouble shooting of faults proper identification of cabinets is very much essential. Actually this identification marking or "SIGN WRITING"...
Keyboard Set-up vii) Tab Set-up Parameters for each set-up are listed below. These are specifically for a VXL VM- 2620 terminal. Display Set-up 80 columns Interpret controls Auto wrap Jump scroll Light text, Dark screen Intensity = 10 C-DOT DSS MAX-XL...
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VT200 mode, 7 bit controls VT200 ID User defined keys locked User features unlocked Standard mode Numeric key pad Normal cursor keys No new line Auto CRT save Communication Set-up Transmit = 9600 Receive = Transmit x off at 64 C-DOT DSS MAX-XL...
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VDU & PRINTER SETTING 8 bits, no parity 1 stop bit No local echo EIA port, data leads only Disconnect, 2s delay Limited transmit Printer Set-up Speed = 9600 Normal print mode X off 8 bits, no parity 1 stop bit Print full page Print National only No terminator...
Following is a typical example of switch settings for a EX-1050 Wipro make printer. DIP SWITCH GROUP-I SWITCH NUMBER SETTING TO BE DONE DOWN DOWN DOWN DOWN DIP SWITCH GROUP-II SWITCH NUMBER SETTING TO BE DONE DOWN DOWN DOWN C-DOT DSS MAX-XL...
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VDU & PRINTER SETTING DOWN DOWN Note : UP means ON DOWN means OFF INSTALLATION MANUAL...
Chapter 16. Jumper Settings 16.1. INTRODUCTION This document describes the types of jumpers used in MAX-XL cards and the position of required shorts. 16.2. DESCRIPTION OF JUMPER TYPES There are three types of jumper settings in MAX-XL cards. They are described individually with an example.
JUMPER SETTINGS Grouped Jumpers (GP) In this type of jumper settings, there are more than one number of 2/3 pin jumpers and the instruction required is which two pins have to be shorted for all the jumpers belonging to the group. Note : In all of the above type of jumper settings, the reference is made keeping the card such that the ejector side is at LHS and the connector side is at RHS as viewed from...
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W1 should be left open for 27C256 in U75. 16.3.5. APC-MSC014/F-S07 To be shorted Not to be shorted 16.3.6. APC-MSD013/F-S06 3 Pin Jumpers : (All 3 pin jumpers are to be shorted) JUMPER SHORTING POSITION FIGURE W1-W8 A Position A Position A o--o C-DOT DSS MAX-XL...
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JUMPER SETTINGS Grouped Jumpers JUMPER SHORTING POSITION FIGURE A Position A Position 16.3.7. APC-MFC043/F-S08 JUMPER SHORTING POSITION Top 1-2 Right 2-3 Bottom 2-3 16.3.8. APC-TGA077/T-S02 JUMPER SHORTING POSITION Horizontal (b-c) Horizontal (b-c) 16.3.9. APC-TSC008/F-S06 JUMPER SHORTING POSITION Middle (A-b) 16.3.10. APC-TUI084/T-S03 JUMPER SHORTING POSITION...
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W1, W3 Left For TUX1 Right For TUX2 Left For TUX3 Right For TUX4 W2, W4 Right For TUX1 Right For TUX2 Left For TUX3 Left For TUX4 Note : TU* Motherboard as viewed from the rear side. C-DOT DSS MAX-XL...
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= 3A W11,W12,W13,W14 = 3C W11,W12,W13 = 3E Note : The mentioned jumpers should be shorted The jumpers not mentioned to be left open For RBM (RSU) W12 (i.e. MSB) to be left upon. 16.3.14. APC-BPU439/H-M01 COPY-1 C-DOT DSS MAX-XL...
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Bit 0 is assumed to be '0' and not available for setting, '7' jumpers are available for ITC/ICC setting. When ISTU is in 2nd TU position. \\\\ ITC ID = A8 \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ C-DOT DSS MAX-XL...
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JUMPER SETTINGS \\\\ ICC ID = C2 \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ When ISTU is in 3rd TU position. \\\\ ITC ID = B0 \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ \\\\ ICC ID = C4 \\\\ \\\\ \\\\ \\\\...
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16.3.16.1.a) SUM jumper-ID should be 5E (in copy0) and 5F (in copy1). Accordingly following jumpers are to be put on the SUM motherboard. 7SU Copy0 7SU copy1 Close W13 Open Open W14 Open Open W15 Open Open W16 Open Open W17 Open Close W18 Close Open W19 Open C-DOT DSS MAX-XL...
JUMPER SETTINGS Close W20 Close The TUC jumper setting will be according to the position where the 7SU frame is put -- Principal TU 1st Conc. TU 2nd Conc. TU 3rd Conc. TU W9&W11 Close Open Close Open W10&W12 Close Close Open Open...
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Pin Nos. a & b of W1 to be shorted. 16.4.7. APC-SCU362/H-M02 (Mother Board of 5th Frame Copy 0 side ) Jumpers W1, W2, W5, W7, W8, W9, W12 are to be shorted For jumpers W1 & W2 refer figure 16.1. C-DOT DSS MAX-XL...
Power-ON Procedure 17.1. INTRODUCTION This chapter describes the power on procedure of the C-DOT MAX-XL system. This procedure is to be followed after installation has been done as per Chapters 1 to 16 of this manual. It should be ensured that no cards are to be inserted in any of the cabinets at this stage.
• PSU cards and on filter boxes are glowing properly. If there is any relay chattering in any of the LCC Cards or TWT Cards, jack out and jack in of these cards are to be done. C-DOT DSS MAX-XL...
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POWER-ON PROCEDURE Check for the voltages -48V (Voice), - 48V (Load) and -48V(Ring) with respect to • -48V GND at the back plane and check for the polarity also. Switch on the supply from MCB for IOP 0 and IOP-1 at IOP- PDP. •...
Chapter 18. Functional Testing 18.1. INTRODUCTION This chapter gives the functional testing procedure of the CDOT MAX-XL system. This procedure is to be followed once installation and power-on have been completed as per Chapters 1 to 17 of this manual. The detailed testing of MAX-XL is done in the following order.
FUNCTIONAL TESTING 18.3. AM TESTING 18.3.1. AP Downloading Set up IOP-0 INS-ACT (inservice active). Connect VDU Terminals on AP-0 and AP-1 through BP terminal cable (Refer section 10.6.4 for details on BP terminal cable). HPU is fully equipped but power is OFF. ADP is connected.
If DGN fails take suitable action and run diagnostics again. There should not be any alarm on ADP for AM. Make MU-1 OOS-OPR Repeat step 3 for MU-1 Interchange APs Repeat steps 2 to 5 again for both copies of memories with AP-1 active. C-DOT DSS MAX-XL...
FUNCTIONAL TESTING 18.5. SCU TESTING 18.5.1. SSC Downloading Set up IOP-0 is INS-ACT AP completely initialised, its all units are inservice, AP-0 INS-ACT, AP-1 INS-SBY. All HMS cards in HPU are jacked in. All the cards are equipped in SCU and all four PSUs are switched off Connect VDU Terminals on both SSC controllers through BP terminal cable.
Give a command DGN-SWU for SSC-0. If diagnostics are okayed then bring SSC-0 inservice by PUT-SWU-INS command. If diagnostics are failed take appropriate action and give diagnostics again. Interchange SSCs Repeat step 1 to 3 for SSC-1. C-DOT DSS MAX-XL...
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FUNCTIONAL TESTING 18.6.2. Memory Diagnostics Set up IOP-0 is INS-ACT AM, CM completely initialised and all units are inservice. Make SSC-0 INS-ACT, SSC-1 INS-SBY Make MU-0 OOS-OPR, MU-1 INS-ACT Give command DGN-SWU for MU-0. If memory does If diagnostics are okayed then bring MU-0 inservice by PUT-SWU- INS command.
Bus for avoiding noise on the Bus. Please refer Fig. 18.1 for the numbering of PSM/ESM cards in both Buses. Table 18.1 gives the relation between PSM/ESM cards and Base Modules. Note : Only even numbered BM can be configured as Remote BM. C-DOT DSS MAX-XL...
FUNCTIONAL TESTING Note : Corresponding to RBM, ESM card is required in both cases. (e.g. if BM12 is to be configured as RBM, ESM cards are to be equipped as IFC6 and IFC22 in bus-0 and bus-1 of BTUs respectively). Set up CM is fully initialised and BM-CM cables are connected.
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FUNCTIONAL TESTING S.No. Base Module Number Back-Plane id Copy 0 BPU in Back Plane id Copy 1 BPU Decimal & Hex in Decimal & Hex 36 (0x24) 37 (0x25) 38 (0x26) 39 (0x27) 40 (0x28) 41 (0x29) 42 (0x2A) 43 (0x2B) 44 (0x2C) 45 (0x2D) 46 (0x2E)
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Make inter BM calls and check the voice path. When trunk Base Modules are up then create loop back data on decadic as well as on MF trunks. Make some loop back calls and check voice path. C-DOT DSS MAX-XL...
FUNCTIONAL TESTING Bring IOPs in Duplex by following the procedure explained in C-DOT DSS IOP-VH user manual. 18.11. SUM AND ISTU TESTING 18.11.1. SUM Testing Set up : IOP-0 is INS-ACT AM/CM/BM is initialized SUM should be in principal TU only and if SUM is in BM-1, BM-2 should not be RSU.
Set up System initialised with minimum 2 BMs up such that IFC card should not be • of same BM. Let BM1 and BM3 be inservice. Make inter BM calls, they should be successful and check the speech. C-DOT DSS MAX-XL...
FUNCTIONAL TESTING Make BUS-1 OOS-OPR for BM1 and BM3 i.e. IFC17 and IFC-18 should be OOS-OPR. Now make inter BM calls, calls should be successful and check speech. Bring IFC17 & IFC18 inservice. Make BUS-0 OOS-OPR for BM1 and BM3 i.e. IFC1 and IFC2 should be OOS-OPR.
Base Modules. Hence following command files are made and they are run at night for checking the stability of the full configuration. Command files create log files with original name and extension .log, check for error messages and take remedial action. C-DOT DSS MAX-XL...
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FUNCTIONAL TESTING 18.15.1. DGNAPU.COM Set up A duplex system This command file covers diagnostics on all units of AM. put-swu-oos for AP-0 put-swu-ins for AP-0 frc-swu-ins for AP-0 put-swu-oos for AP-1 put-swu-ins for AP-1 frc-swu-ins for AP-1 put-swu-oos for MU-0 put-swu-ins for MU-0 frc-swu-ins for MU-0 put-swu-oos for MU-1...
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CLK-1 put-swu-oos for IFCs put-swu-ins for IFCs frc-swu-ins for IFCs put-swu-oos for SS-0 put-swu-ins for SS-0 frc-swu-ins for SS-0 put-swu-oos for SS-1 put-swu-ins for SS-1 frc-swu-ins for SS-1 Interchange SSC and repeat above steps A to G. C-DOT DSS MAX-XL...
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FUNCTIONAL TESTING 18.15.3. DGNBMNN.COM Set up A duplex system This command file covers the diagnostics on all units of Base Module number NN. We have to make command files for all Base Modules which are equipped. put-swu-oos for BP-0 put-swu-ins for BP-0 frc-swu-ins for BP-0 put-swu-oos for BP-1 put-swu-ins for BP-1...
BM should not exceed 6000. All types of calls should be made i.e. Decadic and MF with two way, E&M & Digital loop backs. Check the stability of the system and call failures. The grade of service should be 0.0003 i.e. three call failures out of 1000 call attempts. C-DOT DSS MAX-XL...
FUNCTIONAL TESTING 18.17. EXCHANGE SYNCHRONISATION WITH NETWORK CLOCK C-DOT MAX-XL exchange with NSC-AO1 Card (Level 2 clock) in SCU frame of CM-XL supports network synchronisation with TAX clock or higher order atomic clock. In this case, data transfer rate through modems yields very good throughput in case of inter-exchange data calls.
This Appendix explains the procedure for equipping a Base Module in MAX-XL. Please follow the procedure in this sequence. Note For expansion of existing exchanges, please refer to C-DOT DSS MAX-XL exchange operation Document. PROCEDURE TO EQUIP A BM : Take the one IOP [say IOP-0] to Warm start level using init-iop command.
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Invoke crp (Refer note 1 below for information about the following command files). Create the command files through CRE-CMD-FILE command Execute them one by one using the commands given below in the order given. (exec-cmd-file:fil-nam=aefrm.cmd,break=y; (exec-cmd-file:fil-nam=aetrm.cmd,break=y; (exec-cmd-file:fil-nam=aemfc.cmd,break=y; (exec-cmd-file:fil-nam=aesrv.cmd,break=y; (exec-cmd-file:fil-nam=amxcd.cmd,break=y; (exec-cmd-file:fil-nam=amans.cmd,break=y; (exec-cmd-file:fil-nam=actgp.cmd,break=y; (exec-cmd-file:fil-nam=acsub.cmd,break=y; (exec-cmd-file:fil-nam=acrut.cmd,break=y; (exec-cmd-file:fil-nam=achgp.cmd,break=y; (exec-cmd-file:fil-nam=amdty.cmd,break=y; C-DOT DSS MAX-XL...
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BM EQUIPAGE PROCEDURE (exec-cmd-file:fil-nam=acsgp.cmd,break=y; (exec-cmd-file:fil-nam=acsrt.cmd,break=y; (exec-cmd-file:fil-nam=acslv.cmd,break=y; (exec-cmd-file:fil-nam=amsdr.cmd,break=y; (exec-cmd-file:fil-nam=afabs.cmd,break=y; (exec-cmd-file:fil-nam=afsal.cmd,break=y; (exec-cmd-file:fil-nam=afdiv.cmd,break=y; (exec-cmd-file:fil-nam=afhil.cmd,break=y; (exec-cmd-file:fil-nam=afsog.cmd,break=y; (exec-cmd-file:fil-nam=afqng.cmd,break=y; LEGEND : If some more frames are to be equipped as in the case of concentration. These command files are optional i.e., these are to be used if some hunt groups or service groups are to be created or if some extra features are to be granted to subscribers.
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O/G call Restriction afqng.cmd command file for granting subscriber queueing facility Note : 2 For ILT Exchange : MOD-SYS-PARAM:PAR-NAM=OWN-STD-LEN,PAR-VAL= (Length of the ILT code) C-DOT DSS MAX-XL...
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BM EQUIPAGE PROCEDURE CRE-SPL-ROUT:RUT-COD-mmm.RUT-FLG=1-CNB-NA-GA, CRG-RTN=1-8, ILT=Y; mmm = Exchange code appended to ILT code. For eg, if the ILT code is 01793 and exchange code is 2 then the commands to be given are : MOD-SYS-PARM:PAR-NAM=OWN-STD-LEN,PAR-VAL=5; CRE-SPL-ROUT:RUT-COD=017932,RUT-FLG=1-CNB-NA-GA,CRG-RTN= 1-8, ILT=Y; Note : 3 For Satellite Exchange : Routes may be created in a similar manner.
Service Unit (ESU) Equipment This appendix explains the modifications required in CCM card to used Enhanced Subscriber Service Unit (ESU) equipment designed by C-DOT for supporting Calling Line Identification (CLI) and checkmeter facilities. In CCM cards for CLI and checkmeter port 7 or port 8 only has to be used, but for CLI alone any port can be used after making following modifications in that particular port only.
Any BM number ( 1 to 32) Rack Number = 1 Frame Number = 2 or 3 Slot No. Connector Row Number (A,B) Position on Connector (1 → 4 ) (also indicates tab position to be retained) C-DOT DSS MAX-XL...
Appendix - IV Procedure for Network Synchronization Reference Clock extracted from DTS card in Digital Trunk is to be fed to both copies of NSC for synchronization purpose. A maximum of 3 reference clock can be provided at NSC reference clock input. For synchronizing with TAX, reference clock extracted from DTS card of any digital trunk connected to TAX may be taken as first reference clock input and selected as first reference clock input.
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PROCEDURE FOR NETWORK SYNCHRONIZATION Changes to done in EPC DTS066/T-S04. Two layer card strap list for NSC clock driving Mount IC 26LS31 (2 Nos. ) on U104 and U113 with Pin no.1 towards the connector. Do the following straps. Connect AC10 to U113/1 Connect U104/7 to U113/15...