Table of contents Introduction ......................4 Explanation of the safety instructions................. 4 Intended use ......................... 4 Exclusion of liability and warranty................ 5 Safety instructions ....................6 Symbols on the marking plate ..................7 Assembly ........................8 Operating and display elements................9 Home screen .........................
1. Introduction These operating instructions are designed to help you get the best out of your SOL•THOR. It contains important information on operating and maintaining the product. Please be sure to observe the safety instructions and carefully read the assembly instructions and the quick start guide supplied with the device.
Exclusion of liability and warranty The information in this manual has been carefully researched and checked. However, the manufacturer does not guarantee the accuracy, completeness or actuality of the information provided. Any use of the product described in this manual is at your own risk. The manufacturer is not liable for any damage caused by improper handling, installation or use of the product.
Safety instructions Note: Carefully read the assembly instructions before installation and commissioning. Any use other than that described in this manual may result in damage. This can result in hazards such as short circuits, fire, electric shock, etc. Any damage caused by not observing these operating instructions will void the warranty! Danger! Do not ground the photovoltaic side! •...
Note! Connected devices must be purely resistive consumers, e.g. heating rods, • electric boilers, convectors, heating mats or infrared panels! Connected devices must be suitable for variable supply voltages between 0 - 230 VAC (never use devices with electronic power supplies!). It is not possible to operate heating devices with electronic thermostats, •...
Assembly Information on installing the SOL-THOR can be found in the installation instructions supplied with the device. The current version of the installation instructions can be found at: https://www.my-pv.com/en/info/downloads/ Boost relay The “Boost” relay can be used to activate an external heat source that ensures the minimum temperature.
Operating and display elements Home screen The content of the home screen varies depending on the operating mode and the settings. 1. Switch for activating / deactivating the device 2. Date / Time Operating mode see chapter: Operating mode M1: Hot water Operating mode M2: Hot water Stratified charging Status symbols Heating mode: Flashes = Standby...
5. Status symbols network: Lights up = No intact physical connection on the RJ45 network connection Lights up = Physical connection on the RJ45 network connection intact Lights up = WLAN not connected Lights up = WLAN connected (incl. signal strength display) Lights up = WLAN access point active 6.
Tip: To view the data in a more detailed view, tap directly on the individual bars in the diagram. To return to the higher level, tap the data logger button. The following data can be displayed: o PV power: Energy from the PV modules for the connected load o Mains power (if AC connected): Energy from the grid for the connected load.
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o BOOST relay status: Displays the current status of the relay (0 or 1). o ALARM relay status: Displays the current status of the relay (0 or 1). o Cloud status: Regardless of whether cloud mode is active or not, it is displayed whether the my-PV cloud server is accessible.
Operating modes The wiring diagrams for the respective operating mode can be found in the enclosed assembly instructions and at any time in the current version at https://www.my-pv.com/en/info/downloads/. Operating mode M1: Hot water 6.1.1 Explanation In this operating mode, an electric heat generator is supplied continuously with excess PV. If a bimetal thermostat is present, the SOL•THOR switches off via this when the preset temperature is reached.
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TIP: We recommend limiting the times when the minimum temperature should be maintained to the morning and evening hours in order to increase PV self- consumption during the day. If you only want to use the BOOST button, enter 0 in all fields of the two time windows.
Operating mode M2: Hot water stratified charging 6.2.1 Explanation In this operating mode, two electric heating rods in a storage tank are supplied with PV energy in turn and in an infinitely variable manner. The upper heating rod has priority. The aim is to reach the desired temperature as quickly as possible at the tapping point, before any further surplus warms the rest of the storage tank contents.
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Automatic temperature boost backup "Relay": Alternatively, the minimum temperature can be maintained by enabling an external heat source. For details of wiring the potential-free contacts, please refer to the chapter "Boost Relays". The selection of the following setting: "WW1 min switching times"," WW 1 min weekdays" and the "Legionella mode"...
General settings For specific settings for the various operating modes, please refer to the "Operating modes" chapter. There are also device settings that can only be made in the web interface, but not on the display. See chapter "Special settings on the web interface".
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Hysteresis: Switching hysteresis can be set for hot water. These do not cause an increase at the target temperature! Once the target temperature has been reached, however, the value may drop by the set amount before the heating process is restarted. Hot water maximum temperature (factory setting 3.0 °C) Hot water minimum temperature (factory setting 3.0 °C) Check for new FW:...
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As soon as the connection is established, a WiFi symbol appears in the top right-hand corner of the home screen (including a signal strength indicator). o WiFi Access Point The SOL•THOR can set up an access point to which WLAN-capable devices can connect. The WiFi password is administrator The IP address of the SOL•THOR is: 11.11.11.2 A WiFi symbol with the letters "AP"...
Local web interface The local web interface is a single HTML file that is saved locally after downloading. After that, Internet access is no longer necessary. It only connects to the device within the local network, while remote access is only possible via the data cloud.
my-PV recommends not making the SOL•THOR accessible to the Internet via port • forwarding! Please note that the display and setting options may change with more recent • software versions. Local Web-Interface When opening for the first time, the IP address range of the network in which the device is located must be set.
Home (Homepage) The start page offers the same information in the web browser as the home screen on the display. The countdown (10 seconds) next to the Home button shows the time remaining until the next data update. The SOL•THOR can be deactivated with "Device status on/off". The web interface of other my-PV devices in the same network can be accessed directly via a quick selection in the top right-hand corner.
Data logger The data logger provides the same information in the web browser as the data logger on the display. The values and the time period can be selected using the menu bar above the diagram. SOL•THOR® operating instructions, Version s0000011...
Status information The status information in the web browser contains more details than that on the display. Explanations can be found in the chapter "Status information on the display ". This display varies depending on the operating mode and application. Device settings The setting options in the web browser are more extensive than those on the display.
Special setting options in the web interface The following device settings are only possible in the web interface and cannot be made on the display. 8.7.1 Time of day A time server or NTP server (NTP = Network Time Protocol) can be defined in the web setup using a domain name.
Error Signals If an error occurs, the cause and the next steps are shown on the display. If an earth fault occurs, the SOL-THOR emits an acoustic signal. Alarm relay The alarm relay is intended for the connection of an external alarm signal in the event of an earth fault. A maximum of 4 A can be connected! Technical Data DC operation...
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AC operation (optional for hot water boost) Heating capacity max. 3.600 W Internal consumption in ca. 2 W pure AC operation grid connection Single-phase, max. 4 mm², 230 V, 45 – 65 Hz AC protection max. 16 A, Trip characteristic B General data load connections Terminal contacts, single-phase, max.
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my-PV GmbH Subject to changes. Betriebsstrasse 12 4523 Neuzeug www.my-pv.com SOL•THOR® operating instructions, Version s0000011...
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