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3. Insert the Module into the FOCUS chassis.
Carefully insert the 6NR/6NV module into the
top and bottom grooves of an open slot in the
FOCUS chassis. Slide it all the way in until it is
well seated in the slot. Lock it into place using
the black ejector clip on the front of the
module.
When you first insert the module, the red/green
status LED is red. If the module is functional,
the status LED turns green within 20 seconds.
If the module is non-functional, or the chassis
is locked, the status LED will remain red.
4. Connect the interface module to the FOCUS
chassis.
Attach the appropriate interface module to the
rear of the FOCUS chassis so that it connects to
the module.
5. Connect the proper wiring/connector to the
interface module.
The 6NR/6NV interfaces are shown in Figure
26-1.
26.3.2 Software Settings
Once you have completed the hardware installa-
tion/connections, you can configure the 6NR/6NV
module using the FOCUS Configuration Software
(FCS). See figure 26-2 for the configuration dialog
box of the 6NR/6NV module.
Fig. 26-3 shows how to map a 6NR/6NV module.
When setting N for values greater than 2, it is
necessary to leave empty chassis slots to the right
of the module. One empty slot for every 2 values of
N greater than N=2. (i.e. one empty slot for N=3 or
4, two empty slots for N=5 or 6 etc.).
When applying the 6NR/6NV to an MV3 FOCUS
chassis and if N>2, it is necessary to start the
bandwidth mapping at least 3 slots to the right of
the module. MV4 and MV5 systems do not have
this restriction. See Figure 26-3 for a mapping
example.
26.3.3 Status Indicators
This module has three status indicators as shown in
Figure 26-4. The red/green status LED is green if
Page 26–2
FOCUS System Manual
Figure 26–2. 64NR/64NV Configuration Window.
Figure 26–1. 6NR/6NV Interface Module.
1
1
14
14
64V
64R/G
2+
14-
3+
16-
15+
12-
17+
9-
1
7
Data into
FOCUS
Data from
FOCUS
TX
Clock
RX
Clock
Ground
25
25
13
13
Note: While the 6NR (64R/G) interface and 6NV (64V)
interfaces look identical, the 64V has an additional
signal tied to ground.
- FIBER OPTIC 1
- COMMUNICATIONS FOR 1
- UTILITY SYSTEMS 1
- Copyright © 2
- By AMETEK 2
- ALL RIGHTS RESERVED 2
- Contents 3
- Introduction 7
- ESD Warning! 7
- Equipment Identification 8
- Production Changes 8
- Renewal Parts 9
- Document Overview 10
- 1. Product Description 11
- CHANNEL MODULES 12
- COMMON MODULES 12
- 1.5 FOCUS Modules 13
- 1.6 Features 13
- 1.7 Transceivers 14
- 1.8 Maintenance Module 14
- (MV2, MV3, MV4, MV5) 14
- 1.9 Framer Module 15
- 1.10 Power Supply Module 15
- 1.11 Modules for Protective 15
- Relaying 15
- 1.13 RS-232 Low Speed Data 16
- 1.14 High Speed Data Module 17
- 1.15 Contact Transfer Module 17
- 1.16 Party Line Data Module 17
- 1.17 Addressable Two-Wire 17
- Voice (PBW/PBT) Module 17
- 1.23 System Specifications 19
- Page 1–10 20
- December 2008 Page 1–11 21
- 1.24 Modules Specifications 22
- December 2008 Page 1–13 23
- 1.24.7 Four-Wire Module (V4W) 24
- Page 1–16 26
- December 2008 Page 1–17 27
- Page 1–18 28
- December 2008 Page 1–19 29
- Page 1–20 30
- Feature Specification 30
- 1.25.17 FOCUS Communications 31
- Agent (FCA) Module 31
- 1.24.18 6NX Modules 32
- December 2008 Page 1–23 33
- Page 1–24 34
- 2.1 Purpose 35
- 2.2 System Configuration 35
- 2.2.1 Relay Applications 36
- 2.3 Ordering Information 37
- Page 2–4 38
- FOCUS - T1/E1 Multiplexer 38
- December 2008 Page 2–5 39
- Page 2–6 40
- Expansion Chassis 40
- 2.3.1 FOCUS Chassis Options 41
- [1]: BASE UNIT 41
- [2]: SERVICE VOICE CHANNEL 41
- [3]: NETWORK MANAGEMENT 41
- [4]: MAIN POWER SUPPLY 42
- [5]: STANDBY POWER SUPPLY 42
- [6]: TRANSCEIVER X1-1 42
- [7]: TRANSCEIVER X1-2 42
- [8]: TRANSCEIVER X2-1 44
- [9]: TRANSCEIVER X2-2 44
- [11]: OPTICAL CONNECTOR TYPE 44
- December 2008 Page 2–13 47
- 3. Installation 49
- 3.1.3 Installation Location 50
- 3.1.4 The FOCUS Chassis 50
- 3.2 Installation Summary 51
- 3.3 Hardware Installation and 52
- FOCUS Configuration 55
- Software (FCS) Installation 55
- 3.4.4 Connecting to the FOCUS 56
- 3.4.5 Alternate PC connection 57
- 4. Acceptance Tests 59
- Page 4–2 60
- Screw or Compression Type 61
- Figure 4–2a 61
- (F020BKPA2) 62
- PIGGYBACK 63
- 4.4.2 Power Supply Testing 64
- 4.4.3 Acceptance Test with 64
- Multiple Chassis 64
- Chassis BChassis A 69
- Figure 4–6 70
- Local ON ON ON ON 71
- Remote 1 ON ON ON 71
- Remote 2 ON ON ON ON 71
- Remote 3 ON ON ON ON 71
- Remote 1 ON ON ON ON 72
- Remote 2 ON ON ON 72
- 4.4.7 Framer Acceptance Test 73
- Page 4–16 74
- 5. Alternate Path Mode (APM) 75
- How to Set up and Arm a Loop 76
- 5.1.2 How to Disarm a Loop 77
- Module into an ARMed Loop 77
- Page 5–4 78
- 5.1.4 APM Application Notes 79
- User Action 80
- Succeed 80
- 612 136 386 82
- Scenario 1 83
- Scenario 2 83
- Scenario 3 84
- Scenario 4 84
- December 2008 Page 5–15 89
- Page 5–16 90
- December 2008 Page 5–17 91
- Page 5–18 92
- 6. Chassis 93
- 6.2 Drawings 94
- Page 6–6 98
- December 2008 Page 6–7 99
- Chapter 6. Chassis 99
- FOCUS System Manual 100
- Page 6–8 100
- 7. Maintenance Modules 101
- PC to FOCUS 102
- 7.3 Installation 103
- 7.2 Application 103
- **Excludes MV2 104
- 7.4 Specifications (MV2, MV3 105
- MV4, MV5) 105
- Page 7–6 106
- Main Board Status Indicators 108
- Aux. Board Status Indicators 108
- 7.5 Drawings 109
- Page 7–10 110
- Page 7–18 118
- 8. Framer Module 119
- 8.2 Application 120
- 8.3 Installation 121
- 8.4 Specifications 122
- 8.5 Drawings 123
- 9. Power Supply Module 127
- 9.4 Specifications 129
- 9.5 Drawings 130
- Page 9–6 132
- 10.1 Description 133
- 10.2 Application 134
- 10.3 Installation 134
- 10.3.2 Software Settings 135
- SOLDER SIDE 136
- December 2008 Page 10–7 139
- Page 10–8 140
- December 2008 Page 10–9 141
- Page 10–10 142
- 11.1 Description 143
- 11.2 Application 143
- 11.2.2 Four-Fiber Hot Standby 144
- 11.3 Installation 145
- 11.4 Specifications 147
- Fiber Auxiliary Board 148
- 11.5 Drawings 149
- Page 11–8 150
- Page 11–10 152
- Page 11–12 154
- 12.1 Description 155
- 12.2 Application 155
- 12.3 Installation 156
- 12.3.2 Software Settings 158
- 12.4 Specifications 159
- 12.5 Acceptance Test 160
- 12.5.2 Intercom Telephone 161
- Acceptance Test 161
- 12.6 Drawings 162
- Page 12–12 166
- 13.1 Description 167
- 13.2 Application 167
- Page 13–2 168
- 13.3 Installation 169
- Figure 13–2 170
- Figure 13–3. MVI Jumpers 170
- 13.4 Specifications 171
- 13.5 Acceptance Test 172
- 13.6 Drawings 174
- InsideOutside 176
- 14.1 Description 177
- 14.2 Application 177
- 14.2.1 PRI/PRS Capabilities 178
- Figure 14–2 179
- Page 14–4 180
- Figure 14–4 181
- Figure 14–5 181
- 14.2.3 Trip Hold Timer 182
- 14.3 Installation 183
- Connections 184
- 14.3.2 Software Settings 185
- 14.4 Specifications 186
- 14.5 Acceptance Test 187
- Figure 14–12 188
- Figure 14–11 188
- 14.6 Drawings 189
- *Includes a PRI with a 190
- December 2008 Page 14–15 191
- Page 14–16 192
- Page 14–18 194
- December 2008 Page 14–19 195
- 15.1 Description 197
- 15.2 Application 197
- 15.3 Installation 197
- CONTACTTRANSFER 199
- 15.5 Acceptance Test 200
- 15.6 Drawings 201
- December 2008 Page 15–7 203
- Page 15–8 204
- 16.1 Description 205
- 16.2 Application 205
- 16.3 Installation 206
- 16.4 Specifications 208
- 16.5 Acceptance Test 209
- 16.6 Drawings 210
- Page 16–8 212
- 17.1 Description 213
- 17.2 Application 213
- 17.2.2 Interface Connections 214
- 17.2.3 Configuration Options 216
- 17.2.4 Three-Terminal Line 218
- Application Considerations 218
- 17.3 Installation 219
- 17.3.2 Software Settings 221
- 17.4 Specifications 222
- 17.5 Acceptance Test 223
- Control Switch 224
- Figure 17–16. Local Terminal 225
- Wiring Connections 225
- 17.6 Drawings 226
- Page 17–16 228
- December 2008 Page 17–17 229
- Page 17–18 230
- 18.1 Description 231
- 18.2 Application 231
- 18.3 Installation 231
- 18.4 Specifications 232
- 18.5 Acceptance Test 233
- 18.6 FOCUS 64KFE Fiber Optic 235
- Extension & RFL 9300 235
- Modification Kit 235
- Part "R1" 236
- Part "C7" 236
- 18.6.4 64KFE Specifications 237
- 18.7 Drawings 238
- Page 18–10 240
- December 2008 Page 18–11 241
- Page 18–12 242
- 19.1 Description 243
- 19.2 Application 243
- Addressing 244
- 19.2.3 MODEM 246
- 19.3 Installation 247
- 19.3.2 Software Settings 249
- 19.4 Specifications 250
- 19.5 Acceptance Test 250
- 19.6 Drawings 253
- 20.1 Description 255
- 20.2 Application 255
- 20.3 Installation 259
- Figure 20–3 260
- PBW/PBT Interface Module 260
- 20.3.2 Software Settings 261
- Voice Channels Voice Channels 262
- Voice Channels 262
- December 2008 Page 20–9 263
- 20.4 Specifications 264
- 20.5 Acceptance Test 265
- 20.6 Drawings 266
- Page 20–14 268
- 21.1 Description 269
- 21.2 Application 269
- 21.3 Installation 269
- 21.4 Specifications 270
- 21.5 Acceptance Test 271
- 21.6 Drawings 272
- Page 21–6 274
- 22.1 Description 275
- 22.2 Application 276
- FOCUS FOCUS 277
- 22.3 Installation 278
- 22.4 Specifications 280
- 22.5 Acceptance Test 280
- 22.6 Drawings 281
- Outside Inside 283
- Page 22–10 284
- 23.1 Description 285
- 23.2 Application 285
- 23.3 Installation 286
- 23.3.2 FCA Preliminary Setup 287
- 23.3.3 Software Settings 288
- 23.4 Specifications 289
- 23.5 Acceptance Test 289
- 23.6 Drawings 290
- 24.1 Description 293
- 24.2 Packet Switching 293
- 24.3 Network Connection 293
- 24.4 Installation 294
- 24.4.2 Software Settings 295
- 24.4.3 Status Indicators 296
- 24.5.1 Ethernet Ping Test 296
- 24.6 Drawings 297
- SIDE VIEW 299
- REAR VIEW 299
- Page 24–8 300
- 25. ANSI C37.94 (6NF) Module 301
- 25.4 Acceptance Test 303
- 25.5 Drawings 304
- Page 25–6 306
- 26.1 Description 307
- 26.2 Connection 307
- 26.3 Installation 307
- 26.3.2 Software Settings 308
- 26.3.3 Status Indicators 308
- 26.5 Drawings 311
- 27.1 Description 313
- 27.2 Connection 313
- 27.3 Installation 313
- 27.3.2 Software Settings 314
- 27.3.3 Status Indicators 314
- Figure 27–4. DCU Status LEDs 315
- 27.5 Drawings 316
- December 2008 Page 27–5 317
- Chapter 27. DCU Module 317
- A.1 Maintenance 319
- Power Supply Interfaces 320
- SYMPTOM SOLUTION 321
- December 2008 Page B–3 323
- Appendix B — Troubleshooting 323
- Page B–4 324
- December 2008 Page B–5 325
- Page B–6 326
- December 2008 Page B–7 327
- Page B–8 328
- Appendix C – Glossary 329
- Page C–6 334
- December 2008 Page D–1 335
- Page D–2 336
- Page D–4 338
- December 2008 Page E–1 339
- Appendix E – Index 339
- Page E–2 340
- December 2008 Page E–3 341
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