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Solar-Log 1200
Solare Datensysteme Solar-Log 1200 Manuals
Manuals and User Guides for Solare Datensysteme Solar-Log 1200. We have
1
Solare Datensysteme Solar-Log 1200 manual available for free PDF download: Installation Manual
Solare Datensysteme Solar-Log 1200 Installation Manual (237 pages)
Brand:
Solare Datensysteme
| Category:
Measuring Instruments
| Size: 2 MB
Table of Contents
Table of Contents
3
Introduction
10
Notes for the Firmware Update
11
Updating from Firmware 2�X
12
Safety Information
13
4�1 Target Group for this Manual
13
Hazard Classes
13
Electric Current
14
Package Contents
15
Wall Mounting
16
Fig.: Solar-Log™ Wall Mounting
16
Unit Connections
18
Solar-Log 200
18
Fig.: Bottom Connections Solar-Log 200
19
Solar-Log 300
20
Fig.: Top Connections Solar-Log 300
20
Fig.: Bottom Connections Solar-Log 300
21
Solar-Log 500
22
Fig.: Top Connections Solar-Log 500
22
Fig.: Bottom Connections Solar-Log 500
23
Solar-Log 1000
24
Fig.: Top Connections Solar-Log 1000
24
Fig.: Top Connections Solar-Log 1000
25
Solar-Log 1200
26
Fig.: Top Connections Solar-Log 1200
26
Fig.: Top Connections Solar-Log 1200
27
Solar-Log 2000
28
Fig.: Top Connections Solar-Log 200
28
Fig.: Top Connections Solar-Log 2000
28
Fig.: Top Connections Solar-Log 2000
29
Optional Connections
30
9�1 Solar-Log™ GPRS
30
Fig.: Insertion Slot for SIM Card Inside on the Right (Solar-Log™ GPRS)
30
Fig.: Antenna Connection on the Top of the Device (Solar-Log™ GPRS)
30
Solar-Log™ Meter (Solar-Log 300 and 1200)
31
Fig.: Connection for Current Transformers (Solar-Log™ Meter)
31
Fig.: Two 6-Pin Terminal Block Connectors for the Meter Interface
32
Solar-Log™ PM
34
Fig.: 6-Pin PM+ Interface
34
10 Connector Assignments and Wiring
35
10�1 Notes on Wiring the Connections
35
Fig.: Example Wiring on a 4-Pin Terminal Block Connector
35
10�2 RS485-A (Only Solar-Log 1000, 1200 and 2000)
36
Fig.: Terminal Block Connector with Ferrules
36
Fig.: 4-Pin Terminal Block Connector
36
Rs485/422 - B
37
Fig.: 6-Pin Terminal Block Connector
37
RS485/422 - C (Only Solar-Log 2000)
38
Fig.: 6-Pin Terminal Block Connector
38
10�5�1 S0-In B
39
10�5�2 S0 out in (S0-IN a and S0-OUT)
40
Fig.: Schematic Diagram of the S0 Output
40
Fig.: 4-Pin Terminal Block Connector
41
Fig.: 6-Pin PM+ Interface
41
Fig.: 6-Pin Terminal Block Connector
41
11 Connecting the Inverters
42
Switch of the Inverters and Solar-Log
43
12 Connecting Accessories
44
Sensor Box Basic and Professional
44
Sensor Box Professional Plus
46
Fig.: Mounting Information for the Sensor Box Professional Plus
46
Ripple Control Receiver
49
Fig.: 6-Pin PM+ Interface
49
Fig.: the Basic Principle of Wiring the PM+ Interface to the Ripple Control Receiver for Active Power Commands
49
Large External Displays
50
External Power Meter
52
Wiring for S0 Meter
54
Wiring for RS485 Meter
56
12�8 Installation Utility Meter (Only Solar-Log 1000 and 2000)
58
Fig.: Utility Meter Connection Diagram for Voltage Measurements in Low-Voltage Power Grids
59
Fig.: Utility Meter Connection Diagram for Current Measurements with Current Transformers
60
Solar-Log™ Smart Relay Box
62
Fig.: Smart Relay Box Relay Output (Change-Over Contact) Diagram
63
Fig.: Smart Relay Box Relay Output (Make Contact) Diagram
63
13 Other Connections
64
Alarm Contact (Only Solar-Log 1000 and 2000)
64
Fig.: Alarm Contact Connection Diagram
64
13�2 Relay (Only Solar-Log 1000, 1200 and 2000)
65
Usb
65
Fig.: Relay Connection Diagram
65
14 Installation
66
14�1 Connecting the Solar-Log™ to a Network / PC
66
14�1�1 Instructions for Connection through the Powerline Package
67
14�2 Initial Installation Solar-Log 200 and 300
67
14�2�1 Carrying out the Initial Set up of the Solar-Log 200 and 300
68
Initial Set up of the Solar-Log 1200
68
14�3�1 Carrying out the Initial Set up of the Solar-Log 1200
69
Initial Installation Solar-Log 1000 and 2000
69
14�4�1 Carrying out the Initial Set up of the Solar-Log 2000
69
Starting the Coniguration
70
Fig.: Main Menu of the Solar-Log 2000 PM+ GPRS
70
Fig.: Solar-Log™ Model Tag
71
Using the Browser Menu
72
Fig.: Layout of the Main Menu
72
Fig.: Control Elements in the Browser Menu
73
15 Main Menu
74
16 Coniguration Menu
75
Coniguring Network Settings
75
Ethernet
75
GPRS (Only Solar-Log™ GPRS)
77
Fig.: GPRS Settings
77
16�3�1 General Information about GPRS Devices
80
Wifi (Only Solar-Log Wifi)
81
Fig.: Wifi Settings
81
Proxy
83
Fig.: Proxy Settings
83
17 Internet Coniguration
84
Access Type
84
Portal
84
E-Mail
85
Text Message (SMS)
86
Fig.: Example Coniguration STATTLS to Send E-Mail with GMX
86
Export
87
Backup
87
18 Coniguring Connected Devices
88
18�1 Device Deinition
88
18�1�1 Coniguring the Device Interface
88
Fig.: Example of a Device Deinition with the Help Text Displayed
89
Deining Smart Energy Switching
90
18�3 Deining the Solar-Log™ Meter (Only Solar-Log™ Meter)
92
Fig.: Device Deinition for the Solar-Log™ Meter
92
Device Detection
94
Fig.: Device Detection - Not Started yet
94
Coniguring Devices
95
18�5�1 Coniguring Inverters
95
18�5�2 Coniguring Power Meters
96
18�5�3 Coniguring Sensors
96
18�5�4 Coniguring EGO Smart Heaters
97
18�5�5 Coniguring IDM Heat Pumps
98
18�5�6 Module Fields
99
Changing the Device Order
99
Fig.: Example of the Module Ield Division
99
Battery
100
Fig.: Battery Coniguration with Help Text
100
19 Coniguring Plant Data
101
19�1 General
101
Graphic
101
Plant Groups
102
Deining the PV Plant's Forecast Data
103
Deining the Feed-In Tarif
104
Fig.: Tariff - Tariff Settings
105
20 Coniguring Notiications
107
Recipient
107
20�2 Device Notiications
108
Fig.: Status and Fault Code Groups
108
Fig.: Coniguration Example for Iltering Status and Fault Codes
109
20�3 Yield
110
20�4 Alarm (Only Solar-Log 1000 and 2000)
111
20�5 Power & Failure
111
20�6 Pm
113
21 Editing Data
114
Initial Yield
114
Data Correction
115
System Backup
115
Backup
117
Reset
119
22 System Coniguration
121
Access Control
121
Language/Country/Time
121
Display
121
Fig.: Coniguring the Time on the Solar-Log
123
22�4 Licenses
125
Firmware
125
23 Smart Energy
128
23�1 Setting up the Smart Energy Control Logic
128
24 Feed-In Management
130
24�1�1 Plant Parameters
130
Fig.: Coniguration of UC and uns at Different Voltage Levels
130
24�1�2 Active Power
132
24�1�4 Remote Controlled Active Power Reduction (Only Solar-Log™ PM+)
133
Fig.: Schematic Diagram of a Ripple Control Receiver with Four Relays
134
Fig.: Channel Settings for Power Reduction
135
24�1�3 Active Power Deactivated
133
Log™ PM+)
136
24�1�6 70% Ixed Reduction
136
24�1�7 70% Fixed Reduction with the Calculation of Self-Consumption
137
24�1�8 Adjustable Reduction
138
24�1�9 Adjustable Reduction with the Calculation of Self-Consumption
139
Reactive Power
139
24�1�1 Reactive Power Deactivated
140
24�1�2 Fixed Value Cos (Phi) Shift Factor
140
24�1�3 Fixed Reactive Power in Var
141
24�1�4 Variable Cos (Phi) Shift Factor over Characteristic Curve P/Pn
142
24�1�5 Variable Reactive Power Via the Characteristic Curve Q(U)
143
2000 With Utility Meter)
143
Fig.: Q(U) Control Function Diagram
143
Variable Reactive Power Via the Characteristic Curve Q(U Only Solar-Log 2000 with Utility Meter)
143
24�1�6 Remote-Controlled Ixed Value Cos (Phi) Shift Factor (Only Solar-Log™ PM+)
145
Fig.: Schematic Diagram of a Ripple Control Receiver with Four Relays
145
Fig.: Channel Settings for Remote Controlled Cos (Phi)
146
Fig.: Switching to Reactive Power Characteristic Curves with Certain Signals
146
24�2 Linking (Only Solar-Log 1000 and 2000)
147
Fig.: Solar-Log™ Network Coniguration
147
24�3 Proile
148
Fig.: Activated PM+ Proile for a PM Package
148
25 Direct Marketing
150
(Solar-Log 1200 and 2000)
152
Display Menu Structure
152
26 Direct Device Conigurations
152
26�2 Control Elements on the Display
153
26�3 Settings on the Device
153
26�4 Start Menu (Only Solar-Log1200)
153
Fig.: Display: Energy Balance
153
26�4�1 Initial Coniguration (Only Solar-Log 1200)
154
Fig.: Display: Initial Coniguration Language Selection
154
Fig.: Display: IP Address Settings in the Initial Coniguration
154
Fig.: Display: Device Selection in the Initial Coniguration
155
Fig.: Display: Power Meter Selection in the Initial Coniguration
155
26�5 Device Detection (Only Solar-Log 1200)
156
Fig.: Display: Device Detection
156
Fig.: LCD: Number of Detected Inverters
156
26�5�1 Easy Installation (Only Solar-Log 1200)
157
Fig.: Display: Device Detection Completed
157
Fig.: Display: Start Easy Installation
157
26�6 Basic Settings Menu
158
26�6�1 Basic Settings | Network Menu
158
Fig.: Network Settings Page1 on Solar-Log 1200 Display
158
26�6�2 Basic Settings | Portal Menu
159
USB Menu
159
Display: Normal Operation
162
Coniguration with the Keypad
162
Direct Device Conigurations (Solar-Log 500)
162
Deining System Settings
163
27�3�1 System | Language
163
27�3�2 System | Country
163
27�3�3 System | Date/Time
163
27�3�4 Correcting the Day Light Saving Time Settings
164
27�3�5 System | Large External Display
164
Coniguring Network Settings ("Network" Menu)
165
27�4�1 Obtain an IP Address Automatically (Network / Automatic)
165
27�4�2 Setting an IP Address Manually (Network / Manual)
165
Coniguring Inverters
166
27�5�1 Inverter Selection for Bluetooth (Only Solar-Log 500 BT)
166
27�5�2 Inverter Selection on RS485/422 B Interface
166
27�5�3 Inverter Selection on Ethernet Interface
166
27�5�4 Setting Power Meter on S0 Input
167
27�5�5 Power Meter Via RS485
167
27�5�6 Perform Inverter Detection
167
27�5�7 Re-Detecting Inverters
168
Internal Settings
168
27�6�1 Reset
168
27�6�2 PIN Lock (Internal | PIN Lock)
169
Direct Device Conigurations (Solar-Log 1000)
170
Working with the Touchscreen
170
Fig.: Initial Screen: Overview Screen
170
Display Menu Structure
171
Coniguration Menu
171
Fig.: Basic Structure of the Main Menu of the Solar-Log 1000 Display
171
28�4 Initial Coniguration
172
28�4�1 Time Settings and IP Address
172
28�4�2 Inverter Selection
173
28�4�3 Perform Inverter Detection
173
28�5 Changing Network Settings
174
28�6 Coniguring Wifi (Only the Wifi Models)
177
Deining Plant Groups
178
28�7�1 Coniguring Inverter Data
179
28�8 Deining the Solar Plant's Forecast Data
183
28�9 Setting up Plant Monitoring
184
28�10 Coniguring the Large External Display Connection
184
28�11 Coniguring Alarm Messages and Signals for the Alarm Contact
185
28�12 RS485 Wireless Communications Package: Testing the Connection
186
28�13 Making Data Corrections
186
28�14 Coniguring Internal Device Settings
187
Delete Data
188
28�15 Updating Irmware Automatically or Manually
189
28�16 Setting the Display Language
189
28�17 Setting the Country Settings
190
29�1 Meaning of the Symbols on the LCD Display
191
Fig.: LCD Display - All Symbols Active
191
Notiications on the LCD Status Display (Solar-Log 300, 1200 and
191
Fig.: LCD Display - Meaning of the Symbols
192
29�1�1 Fault Messages
193
Fig.: Blinking Internet Symbol
193
Fig.: Example for a Blinking Code Sequence for Internet - Fault 4
193
29�2 Notiications on the LCD Display
194
Normal Operation
194
29�4 Power Reduction
194
Fig.: LCD Display During Normal Operation
194
Fig.: Display 70% Ixed Reduction
194
Notiications by LED (Solar-Log 200, 500 and 1000)
195
LED Status Indications
195
31 Faults
197
Restarting and Resetting
197
31�1�1 Reset Buttons
197
31�1�2 Reset
197
Fig.: Reset Buttons
197
31�1�3 Restoring the Factory Settings
198
31�1�4 Rebooting and Resetting Via the Web Menu
199
Fault Messages
200
31�2�1 Fault Messages GPRS
200
31�2�2 Fault Messages Time
201
31�2�3 Fault Messages Wifi
201
31�2�4 Fault Messages Internet
202
31�2�5 Fault Messages Export to External Server and Backup
203
31�2�6 Fault Message E-Mail Transfer
205
31�2�7 Portal Transfer Fault Messages
207
31�2�8 Fault Messages Feed-In Management
207
31�2�9 Special Cases
208
32 Disposal
209
33 Technical Data
210
34 Appendix
217
Internet Ports
217
34�2 Country Speciic Inverter Detection with Easy Installation
218
34�3 Wiring Meters to Record Self-Consumption
219
34�3�1 Recording the Total Consumption
219
Fig.: Wiring Diagram for Recording Self-Consumption
219
34�3�2 Recording with a Bidirectional Meter
220
Fig.: Wiring Diagram for Recording Self-Consumption - Bidirectional Meter
220
34�4 Connection Examples for Ripple Control Receivers
221
34�4�1 Variation with 4 Relays (ENBW >100Kwp)
222
Fig.: Wiring a Ripple Control Receive with 4 Relays - Example 1
222
Fig.: Channel Settings for Active Power Reduction - Example 1
223
34�4�2 Variation with 2 Relays
224
Fig.: Wiring a Ripple Control Receive with Two Relays - Example 2
224
34�4�3 Variation with 3 Relays
226
Fig.: Wiring a Ripple Control Receive with 3 Relays - Example 3
226
Fig.: Channel Settings for Active Power Reduction - Example 3
227
34�4�4 Variation with 5 Relays (Including Emergency Stop)
228
Fig.: Wiring a Ripple Control Receive with 5 Relays - Example 4
228
34�5 Digital Interfaces
230
34�5�1 Modbus TCP
230
34�5�2 JSON Interfaces
232
34�6 Dimensions
234
35 List of Figures
235
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