SunwayメーカーNT 6000の使用説明書/サービス説明書
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MA NU A L User Manual for Sunways Solar Inverters NT 2600, NT 4000 and NT 6000.
300 mm 510 mm 180 mm.
EN List of Contents 1.0 General information 1.1 Safety information 1.2 Sunways Solar Inverters NT 2600, NT 4000 and NT 6000 2.0 Information on installation 2.
2.3 Commissioning 3.0 Information on operation 3.1 Monitoring and diagnosis 3.2 Sunways NT Monitor software 3.3 Fault indications 3.4 Fault diagnosis 3.
EN 4.0 Appendix 4.1 Subject and abbreviation index 4.2 Function and information index Designation and description Functional principle and explanations Block diagram T echnical data TYCO SOLARLOK conn.
82 1.0 General information.
General safety information All safety hints contained in this section and throughout the User Manual must be complied with at all times to guarantee the user's safety . The described product must not be operated if any mechanical or electrical components are defective.
Opening the unit Before opening the cabinet, the unit must always be disconnected from the grid and from the PV generator . The unit continues to conduct a hazardous voltage internally and at the connection sockets for ca. five minutes after disconnec- ting from the PV generator .
85 EN 1.2 Sunways Solar Inverters NT 2600, NT 4000 and NT 6000 Scope of supply · Sunways Solar Inverter in the NT series · Installation frame · Manual, setup, warranty card, CD-Rom with software · 2 pairs of TYCO SOLARLOK connectors Inspecting the delivery The condition of our products is checked prior to delivery .
Integration of the solar inverter into the PV system Design of the PV generator The technical data of the selected PV generator must be within the specifica- tion of the solar inverter (see T echnical Data). The Sunways NT Sundim design program for the PV generator may be helpful.
87 EN Standard components of a PV system Depending on the recommendations of your electrician, your PV system will con- sist of the following components: PC (3) SUNWA Y S NT PV PV (1) (2) (4) (1) PV g.
Protection concept The following parameters are monitored continuously and in parallel by the micro- controller and displayed on the screen: · AFI error (ground fault) · Overheating of the cooling e.
89 2.0 Information on installation.
Electrical safety Before opening the cabinet, the solar inverter must be disconnected from the grid and from the PV generator . The solar inverter continues to conduct a hazardous voltage internally and at the connection sockets for the PV generator for ca.
91 EN Information on cleaning Before cleaning, disconnect the system from the power grid by opening the grid breaker (main fuse) and open the DC switch on the PV generator , in order to exclude the danger of electric shocks. Use a soft, dry cloth to clean the system.
2.2 Installation The solar inverter must be installed by a trained, qualified electrician. A special tool is necessary for installation. Please read this chapter very carefully .
93 EN If installing the solar inverter in a switch box, ensure adequate heat dissipation. The ambient temperature must not fall below or exceed –25°C or +40°C. The solar inverter should not be exposed to direct solar irradiation, so as to protect it from unnecessary external heating.
Electrical connection and cable entry For installation, please observe the instructions in the "Setup" leaflet! 94 ! If the solar inverter is fixed to the installa- tion frame, the electrical connection can be led through. The unit may only be ope- ned by a qualified electrician.
95 EN Grid connection The grid connection of the solar inverter must have 5 wires (L1, L2, L3, PE, N). Cable cross-sections of 5 x 4 mm2 are recommen- ded. The solar inverter is connected to the supply grid via the circuit board terminals inside the unit.
96 Y ou must use adequately dimensioned cable cross-sections in order to avoid a considerable increase in the grid impedan- ce between the domestic distribution and the solar inverter . The terminal range of the AC terminals is 0.5 to 6 mm2 for rigid cables and 0.
97 EN PV generator connection · Preparation Execute the DC cabling according to your electrician's system dimensioning. Check each PV string for correct functioning by performing a no-load voltage current and short-circuit current measurement.
98 Important information · The direct PV generator voltage is availa- ble internally after connecting the PV generator to the solar inverter via the DC connectors and switching on the PV generator sw.
99 EN · The DC voltage can be up to 750 V . The unit may only be opened by a qualified electrician! · Always disconnect the PV generator side first by opening the PV generator switch, and then the g.
100 Communication connections V ia the communication connections (inter- faces), operating data can be retrieved from the data memory with an external computer and specific operating settings made.
101 EN · Connection Remove the cover of the solar inverter before connecting an interface cable. Pay heed to all safety hints (Pages 90 and 91). Y ou will find the necessary cable terminal block with the RS 485+, RS 485-, GND_G, TX, RX, GND_G, TX 2, RX 2 connections on the board in the centre, bottom left (see figure on the left).
102 Connecting the sensors · Optional irradiation sensor The optional addition of an irradiation sensor (type Si-01TC-T from Ing.-Büro Mencke & T egtmeyer ) with integrated PT -100 temperature s.
EN Configuration of the cable terminal block: T emperature sensor measuring signal: T emp Solar radiation measuring signal: Solar Positive supply , 5V : V+ Supply , GND: V - Using a small screwdriver , press the orange terminal. The terminal will open.
104 2.3 Commissioning Connect the solar inverter internally via the ground cable (yellow-green) to the cabinet cover . (See also Setup, step 7) Put the cabinet cover on. Screw it down tightly with the four screws on the front. Do not place any objects (e.
EN 105 in cloudy weather . This is normal, and does not affect either the yield or the mode of functioning of the solar inverter . · Switching off Disconnect the PV generator side first by opening the PV generator switch, and then the grid connection by isolating the relevant mains fuse.
However , language setting, LCD contrast and total energy offset (only to be used in the event of replacement) must be configured directly on the unit.
107 EN This is the only exception for which work may be performed on the open unit under voltage! Remove the cabinet cover to carry out the configuration. The following settings can be performed using the illustrated keys: PLUS UP/DWN RST Fig.: The setting keys are located beneath the display .
108 SOLAR INVERTER ADDRESS PERFORMANCE AND OPERA TING DA T A DATE TIME HOURS ESC CUR UP/ DWN + – MINUTES + – SECONDS + – SA VE ESC CUR ESC CUR ESC CUR UP/ DWN ADDRESS 1 .
109 LANGUA GE SOFTWARE VERSION ENG ./GER. + – UP/ DWN UP/ DWN LCD CONTRAST CONTRAST + – UP/ DWN UP/ DWN TOT A L POWER OFFSET kWh + – UP/ DWN UP/ DWN INCREMENT (100 OR 1) ESC CUR +/ – +/ – +/ – screen, you can reach the next menu level with the UP/DOWN key .
110 3.0 Information on operation.
3.1 Monitoring and diagnosis Display The dot matrix LCD display is integrated into the cabinet of the solar inverter so that it is easily visible. The display consists of 16 characters and 2 lines. The top line 1 shows the current feed-in power of the solar inverter .
Data memory Y our solar inverter is equipped with an internal data memory as standard. This data memory provides you with a detailed view of the mode of functioning and the relevant values of your solar power supply at all times. Y ou can access these data with the help of the NT Monitor software described below .
113 EN 3.2 Sunways NT Monitor software General information The Sunways NT Monitor visualisation soft- ware was developed for PV system monito- ring and configuration of the solar inverter using PC. It is contained on the enclosed CD and can also be downloaded free of charge on the Internet from www .
114 from ICP-Deutschland, (available from your specialist dealer), which will guarantee reliable data transfer . The addresses of the solar inverter must be input in the solar inverter using the Sunways NT Monitor software or input directly with the keys illustrated on page 107.
115 Individual PV system with maximum distance of 50 m between solar inverter and PC RS 485+ RS 485+ RS 485– RS 485– GND_G TX RX GND_G TX 2 RX 2 Y ellow Green Brown Connection to PC via RS 232 A s.
(2) Individual PV system with modem for remote inquiry RS 485+ RS 485+ RS 485– RS 485– GND_G TX RX GND_G TX 2 RX 2 Green Y ellow Brown Connection to modem via RS 232 W hen connecting an individual solar inverter , the remote modem is connected directly to the RS 232 signal.
(3) PV system for 2 to 99 solar inverters with interface converter (I C) Connection to PC via RS 485 / RS 232 In order to connect several solar inverters to a PC, the RS 485 signal is looped thr ough from inverter to inverter , until it is led into the inter- face converter .
118 The signal is looped through all units. T wo «RS 485+» terminals and two «RS 485-» terminals are located on each terminal block. This means that the signal can be led into the solar inverter at one terminal and out of the solar inverter at the other termi- nal.
119 RS 485+ RS 485+ RS 485– RS 485– GND_G TX RX GND_G TX 2 RX 2 RS 485+ RS 485+ RS 485– RS 485– Connection to modem via RS 485 / RS 232 In order to connect several solar inverter s to the remote monitoring, the interface converter is connected directly to a modem via RS 232.
120 1 2 3 4 5 6 7 8 9 Configuring the interface cables Cable type A F emale connector to PC, 9-pole Signal cables to the solar inverter on X400 TX RX GND 1 2 3 4 5 6 7 8 9 Cable type B Connector to mo.
Locating jumper JP400 in the Sunways Solar Inverter Please check the correct position of jum- per JP400, depending on your selected communication circuit.
Sunways NT Monitor data acquisition · Online values DC voltage (U_DC), AC voltage (U_AC), AC current (I_AC), date, time, AC power , module temperature, module irradiation, «fed-in today», «fed-in since commissio- ning», error .
123 EN Operation of Sunways NT Monitor After installing the Sunways NT Monitor software on your PC, you can start the program. The word «Sunways» will now appear on your screen. On the menu bar at the top, you will see the four menu areas «Program», «Data», «Settings» and «Help».
124 Y ou can call up «Daily values» and «Monthly values» in the same way , by clicking on the respective keys. Exit the window with the «Close» key . Y ou will return to the «Settings» menu. · Help menu Y ou will find further helpful information on operating the Sunways NT Monitor software in the «Help» menu.
3.3 Fault indications Y our solar inverter operates fully automati- cally and maintenance-free. However , if operational faults occur due to external or internal causes, these will be displayed on the screen. · AC over/undervoltage (3-phase) Y our solar inverter monitors the limits of minimum and maximum permissible 3-phase grid voltage.
Display for AFI error protection: · Overheating fault Y our solar inverter is designed for an ambient temperature of up to +40°C. When the maximum upper temperature threshold is reached, the feed-in is stop- ped. When the heat sink temperature has decreased, the solar inverter starts up again automatically .
127 3.4 Fault diagnosis Fault display Overtemperature UDC Overvoltage Causes The maximum permissible ambient temperature of 40°C has been exceeded. The necessary air circulation was not taken into account during installation. Objects have been stored on the heat sink, impeding free convection.
128 Fault display UAC_1 UAC_3 AC under/over- voltage Causes The grid voltage is too low or too high. The cable cross-section in the AC feed line to the solar inverter is too small. Y our solar system feeds into a spur line, which is inade- quately dimensioned.
129 Fault display AFI Residual current Incorrect time, date are stored in Sunways NT Monitor with incorrect time data. Causes The AFI error is displayed if a residual current has occur- red in the PV system and the solar inverter has sub- sequently disconnected from the grid.
3.5 W arranty terms and conditions · W arranty period The warranty period is five years from purchase of the solar inverter by the end user . Please complete the enclosed war- ranty card and return it to Sunways AG. Please keep the original invoice with the date of purchase in a safe place.
131 EN · Exclusion of liability W arranty claims and liability are excluded for direct or indirect damages due to: · Interventions, modifications or attempted repairs · Inadequate ventilation · Force majeure (e.g. lightning strike, water damage, vandalism, fire, overvoltage, thunderstorms etc.
4.0 Appendix 132.
4.1 Subject and abbreviation index 133 EN Designation AC AFI, RCD DC EMV EB I NDC IP kW LCD MPP Description Alternating Current: grid current Operator protection in the event of residual currents AFI:.
134 Designation Grid impedance P NDC P NAC PT PV PV generator switch U NDC Description AC resistance of grid, impedance DC and AC rated power: Power which the inverters can permanently consume (DC) or emit (AC).
135 EN 4.2 Function and information index Functional principle and explanations The electrical energy of the PV generator is buffered by a capacitive storage, from where it is fed into the public grid via a solar inverter synchronised with the grid, with an ideal phase angle of [cos phi = 1].
· Sensor interface An irradiation sensor with integrated temperature sensor can be optionally con- nected to the relevant interface. This allows first time users to quickly grasp the mode of functioning of their PV system, and facilitates monitoring of the PV system for professionals.
137 EN cutoff threshold, which is dependent on the performance class. The NT 2600 model is switched off at an absolute residual cur- rent of 130 mA, the NT 4000 model at an absolute residual current of 200 mA and the NT 6000 model at an absolute residual current of 300 mA.
DC-FIL TER CAP ACITIVE STORA GE Block diagram HERIC ® = ≈ DIFFERER. MEASUREMENT R T IRRADIA TION SENSOR AND TEMPERA TURE SENSOR (OPT .) RS 232 RS 485 MICRO- CONTROLLER CONTROL DAT APRO TEMP CONTROL.
CURRENT IMPRESSION INDUCT OR AC FIL TER GRID PROTECTION RESIDUAL CURRENT AF I DIFFERER. MEASUREMENT LCD-DISPLA Y (2 LINES) KEYBOARD AND CESSING AFI U AC I AC GRID L1 , L2 , LE N, P E 139.
140 T echnical data Solar Inverter NT 2600 Recommended PV generator power Rated input power Stand-by consumption Night-time consumption AC energy generated from Nominal voltage U MPP voltage range Ope.
141 Solar Inverter NT 4000 Solar Inverter NT 6000 2000 bis 4125 W 3400 W 9 W < 0.005 W 15 W 400 V 350 ≤ U MPP ≤ 650 V 750 V 410 V 340 V 10 A 8.5 A 2 (with adapter: 4) 97 per cent 96.4 per cent yes 3300 W 3300 W 50 Hz +/- 0.2 230 V - 20 to +15 per cent 14.
142 Grid voltage monitoring Earth fault protection Output characteristic Grid connection fuse layout Required number of grid connection phases Number of feed-in phases (230 V single-phase) Data interfaces Sensor interfaces Display System of protection against envir .
143 threephase RCD (universally sensitive) current source 25 A 3 1 RS 232, RS 485 irradiation, temperature LCD, 2 x 16 characters IP 54 95 per cent free convection -2 5 °C to 40°C 510 x 300 x 180 mm.
TYCO SOLARLOK connectors The TYCO SOLARLOK connectors are only appr oved for connection to permanently laid cables! They must not be disconnected under load! The circuit must be interrupted at a suita.
Any type of soiling (dust, humidity etc.) will negatively affect the operation of the system over the desired period of use. This applies particularly for the usability of the seals and crimping of the contacts. The utmost care must therefore be taken to work cleanly during installation.
Declaration of Conformity as per EG Low V oltage Guidelines 73/23/EWG, attachment III B We herewith declare that the following product including the required accessories has been manufactured accordin.
147 EN Declaration of Conformity as defined by the EMC guideline 89/336/EWG with r evisions 91/263/EWG and 93/68/EWG. We herewith declare that the following product has been manufactured according to .
148 Declaration of Conformity of nominal power and maximum output power of solar inverters. Product Manufacturer T ype Sunways Nominal power S N Maximum output power S max10Min S max10Min /S N Solar Inverter Sunways AG, Photovoltaic T echnology Macairestr .
149 EN Declaration of Conformity as defined by the guidelines for connection and grid feeding in parallel of in-plant generation on low-voltage-guidelines (VDEW 4.
150 General exclusion of liability Although the accuracy and completeness of the information contained in these instructions have been checked with the utmost care, no liability can be accepted for errors or omissions. · Sunways AG reserves the right to modify the hardware and software features described here at any time, without prior notice.
Concept and design: Denklabor Kommunikationsbüro GmbH, Lucerne/Switzerland.
Sunways AG Ph otovol taic T echnology Macairestraße 3 - 5 D- 78467 Konstanz T elefon + 49 75 31 996770 Fax + 49 7531 996774 4 4 E- Mail info @ sunways .
デバイスSunway NT 6000の購入後に（又は購入する前であっても）重要なポイントは、説明書をよく読むことです。その単純な理由はいくつかあります：
Sunway NT 6000をまだ購入していないなら、この製品の基本情報を理解する良い機会です。まずは上にある説明書の最初のページをご覧ください。そこにはSunway NT 6000の技術情報の概要が記載されているはずです。デバイスがあなたのニーズを満たすかどうかは、ここで確認しましょう。Sunway NT 6000の取扱説明書の次のページをよく読むことにより、製品の全機能やその取り扱いに関する情報を知ることができます。Sunway NT 6000で得られた情報は、きっとあなたの購入の決断を手助けしてくれることでしょう。
Sunway NT 6000を既にお持ちだが、まだ読んでいない場合は、上記の理由によりそれを行うべきです。そうすることにより機能を適切に使用しているか、又はSunway NT 6000の不適切な取り扱いによりその寿命を短くする危険を犯していないかどうかを知ることができます。
ですが、ユーザガイドが果たす重要な役割の一つは、Sunway NT 6000に関する問題の解決を支援することです。そこにはほとんどの場合、トラブルシューティング、すなわちSunway NT 6000デバイスで最もよく起こりうる故障・不良とそれらの対処法についてのアドバイスを見つけることができるはずです。たとえ問題を解決できなかった場合でも、説明書にはカスタマー・サービスセンター又は最寄りのサービスセンターへの問い合わせ先等、次の対処法についての指示があるはずです。
