Danfoss TripleLynx CN Installation Manual Page 54
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Connecting the inverters
Mastervolt (RS485)
54 of 268 Solar-Log
1000/500/200
Installation
4.19 Mastervolt (RS485)
Overview
Interface integrated
Where to connect: RJ45 plug outside the housing floor.
2 pin wiring
Communication address does not have to be allocated.
Multi-string technology
Mastervolt inverters are fitted with 1 or 2 MPP trackers depending on the
model. Each string input is monitored separately and perfectly adjusted to
the connected modules. Some inverters are also divided internally into 2 or
even 3 individual inverters. For example, the QS6400 is recognised as 2
inverters each with 2 strings, an XL 15 as 3 independent XL5000s.
The Solar-Log™ automatically detects how many inverters and strings are
active during inverter detection.
Note
The order in which the inverters are displayed in the Solar-Log™ after detection
is random. We strongly recommend that you change the order of the inverters
immediately after detection at startup, in the Configuration/Basic/Inverter
dialogue box (Page 162).
The inverters can be identified using the displayed serial number.
Work steps
• Switch off the inverters and the SolarLog™; Page 17
• Connect inverters to the Solar-Log™
• Connect the inverters to each other
Connecting inverters to the Solar-Log™
The wiring is done using the
ready-made Mastervolt data cable (optional extra; not supplied)
or
your own fabricated cable connection with RJ45 plug and terminal
block connector ( Page 15)
CAUTION
Risk of damage to the unit!
The Solar-Log™ also has an RJ45 socket, which must never be connected to
the RJ45 socket on the inverter.
Only connect the inverter using the RS485/422 B interface of the
Solar-Log™ or on the Solar-Log
1000
also via the RS485 A interface.
- Installation manual 1
- Contents 2
- Contents 3
- Installation 3 of 268 3
- 4 of 268 Solar-Log 4
- Installation 5 of 268 5
- 1 Safety information 6
- 1.3 Electric current 7
- 2 Assembly instructions 8
- 2.2 Wall mounting 9
- Wall mounting 10
- 3 Unit connections 11
- 3.2 Solar-Log 12
- (Solar-Log 13
- 3.4 RJ45 configuration 14
- 3.5 Connection accessories 15
- 4 Connecting the inverters 16
- De-energising the inverter 17
- De-energising the Solar-Log™ 17
- 4.2 SMA 18
- Figure 10, left) 19
- Figure 10, right) 19
- 4.3 Kaco – Powador 25
- Kaco – Powador 26
- 4.4 Kaco – PVI-BluePlanet 27
- SolarMax – S and C series 28
- 4.6 SolarMax – Cx series 30
- 4.7 SolarMax – E series 32
- 4.8 Fronius with ComCard 34
- 4.9 Danfoss 36
- 4.11 Power-One/Aurora 39
- 4.12 Sunways – AT/NT 41
- Solutronic SP25-55 (RS485) 44
- Schüco SGI series (RS485) 47
- 4.17 REFUSOL 49
- REFUSOL 50
- 4.19 Mastervolt (RS485) 54
- 4.20 AEG PS (RS485) 56
- 4.21 Eaton (RS485) 58
- 4.22 Suntension (RS485) 60
- 4.23 Riello (RS485) 62
- 4.25 Ingeteam 65
- 4.27 Conergy (only Solar-Log 68
- 4.29 Effekta 71
- 4.30 ALPHA-SOL 73
- 4.31 Europa-Solar AG (RS485) 75
- Page 162) 77
- 4.33 Evoco 79
- 4.34 Powercom 80
- 4.35 SALICRU EQX 83
- 4.36 SALICRU EQXLV 85
- 4.37 Santerno 86
- Santerno 87
- Schneider Electric SunEzy 88
- 4.39 Steca 90
- 4.40 WINAICO 91
- 4.41 Delta (RS485) 94
- 4.42 Sungrow 95
- 4.43 Sustainable Energy 97
- 4.44 Motech (RS485) 98
- 1000/500/200 100
- 4.46 AROS Solar Technology 101
- 4.49 Hyundai HPC-250HT-E 105
- 4.50 EKO Energy 107
- 4.51 Q3 (RS485) 108
- 4.52 Siemens 109
- Siemens 111
- Page 17 112
- Page 15) 112
- 4.54 Albatech APL monophase 114
- 4.55 Enfinity 115
- 4.56 Carlo Gavazzi 116
- 4.57 Omron 118
- 4.58 Samil Power 119
- 4.59 Aten 120
- RJ14 socket pin allocation 121
- 4.60 Pairan 122
- 4.61 Schneider Electric 123
- 4.62 Eaton 124
- 4.63 Ginlong 126
- 4.64 Growatt 127
- 4.65 Oelmayer 128
- 5 Connecting accessories 130
- Connection 131
- 5.3 Sensor Box 132
- Sensor Box 133
- 5.4 Sensor basic 134
- 6 Other connections 136
- Connection through S0 output 137
- , Solar-Log 138
- relay 139
- e-mail 139
- 7 Starting up 140
- Adjust the Date/Time 142
- Inverter selection 143
- Page 251) 145
- Page 209) 145
- Page 211) 145
- 7.6 LED status displays 147
- 8 Configuration at a PC 148
- Configuration at a PC 149
- Solar-Log 149
- Installation 149 of 268 149
- Page 213) 150
- Network settings 151
- Internet access 151
- Network router 151
- analogue modem (Solar-Log 151
- GPRS modem (Solar-Log 151
- Preset “0” 152
- Dial tone Off 152
- Allow dial in 152
- Dial in password 152
- Page 13) 153
- WLAN 154
- Network selection 154
- – IP Address, Subnet Mask 155
- – Gateway 155
- – Alternate DNS server 155
- 8.5 Solar-Log 156
- 8.6 Solar-Log 158
- 8.7 Solar-Log 160
- (Basic/Inverter exchange) 160
- 8.8 Solar-Log 162
- 500/1000 163
- Enter the required value 164
- • A consumption meter 165
- Enter required scaling 167
- Click on Save 167
- System data 168
- Target/actual calculation 168
- Page 162) 170
- (Extended/Internet) 172
- Page 265 174
- Periodic data export 175
- Page 253 176
- Page 265) 177
- Inverter 181
- Section on code selection 181
- PM+ (Extended/Power 182
- Management) 182
- Monitoring and logging 183
- Inverter control 183
- Networking 183
- Reactive power control 183
- Fixed cos φ shift factor 184
- Data correction 187
- Data import 187
- Data backup (automatic) 187
- Data backup (manual) 187
- System backup 189
- System settings 189
- configuration 189
- 9 Solar-Log 193
- : Configuration at the unit 193
- 9.2 Navigation overview 194
- Page 200) 198
- an inverter 199
- as a consumption meter 199
- Re-detection of inverters 200
- Delete data 203
- Delete inverter 203
- Restore factory settings 203
- 10 Solar-Log 204
- Buttons 205
- Selection lists 205
- Input boxes 206
- Virtual keyboard 206
- Radio buttons 206
- 206
- 206
- Check boxes 207
- Confirmation dialogue box 207
- 10.3.2 Inverter selection 210
- Inverter selection order: 210
- Inverter detection 211
- Page 223) 213
- Alternate DNS server 215
- User 217
- Password 217
- SIM PIN code 217
- Test field strength 218
- Always stay online 218
- SMS directly over modem 218
- 10.6 Solar-Log 219
- Page 241) 221
- Setting the S0 meter 225
- Connect. module power 225
- Module field (1-9) 225
- String 227
- Module field 227
- Connect. module pwr 228
- Name 228
- Configuring the monitoring 229
- Active, Inactive 229
- Configure the message 230
- Message by 230
- Page 167) 231
- Page 170) 231
- System group 232
- Feed-in tariff 232
- Yearly target 232
- Jan to Dec 233
- Page 265 234
- Page 217) 236
- Testing the connection 238
- Test EMail, Test SMS 238
- Last transmission 238
- Status 238
- WEB activated 239
- Update interval 239
- Start test transmission 240
- Close relay 240
- Send e-mail 240
- (Extended/Large display) 241
- (Extended/Alarm contact) 243
- RS485-A 244
- RS485-B 244
- Test 244
- Please choose: 245
- Date 246
- Day value 246
- Pin Code, Repeat 248
- Delete data 249
- Initialiser yield data 249
- Current firmware 250
- 11 Faults 252
- 11.2 Fault messages 253
- Faults 254
- 254 of 268 Solar-Log 254
- Installation 254
- Installation 255 of 268 255
- 256 of 268 Solar-Log 256
- 11.3 Inverter fault messages 257
- Figure 14: Reset button 258
- Restarting 259
- 12 Disposal 260
- 13 Technical data 261
- Appendix 263
- Homepage Service 265
- List of figures 267
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