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Siel Soleil SPX Series User Manual

3ph string pv grid-tied inverter
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Soleil SPX Series (200K-250K) 3ph
String PV Grid-tied Inverter
User Manual

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Summary of Contents for Siel Soleil SPX Series

  • Page 1 Soleil SPX Series (200K-250K) 3ph String PV Grid-tied Inverter User Manual...
  • Page 3 Notice The purchased products, services and features are stipulated by the contract made between SIEL and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specification in the contract, all statements, information, and recommendations in this document are provided “AS IS”...
  • Page 4 Foreword Summaries Thank you for choosing the SPX series (200K-250K) string PV grid-tied inverter (hereinafter referred to as inverter)! This document gives a description of the inverter, including appearance, features, working principles, installation, electrical connection, operation, maintenance and storage, etc. Please save the manual after reading, in order to consult in the future.
  • Page 5 Symbol Conventions The manual quotes the safety symbols, these symbols used to prompt users to comply with safety matters during installation, operation and maintenance. Safety symbol meaning as follows. Symbol Description Alerts you to a high-risk hazard that could, if not avoided, result in serious injury or death.

  • Page 6: Table Of Contents

    Contents 1 Safety Description......................... 7 1.1 Safety Announcements ............................. 7 1.1.1 Use Announcements ..........................7 1.1.2 PV String Protection ..........................8 1.1.3 ESD Protection ............................9 1.1.4 Grounding Requirements ........................9 1.1.5 Moistureproof Protection ........................9 1.1.6 Warning Mark Setting ........................... 10 1.1.7 Electrical Connection ..........................
  • Page 7 3.2 Installation Tools ............................22 3.3 Selection of Installation Site .......................... 23 3.3.1 Installation Environment ........................23 3.3.2 Installation Clearance ..........................24 3.3.3 Requirements for Installation Carrier ....................25 3.3.4 Installation Method ..........................25 3.4 Transporting, Unpacking and Checking ......................26 3.4.1 Transporting ............................
  • Page 8 6 Stop Running, Dismantle, Discard Inverter ................62 6.1 Stop Running ..............................62 6.2 Dismantle the Inverter ............................ 62 6.3 Discard the Inverter ............................63 7 Package, Transportation, Storage ..................... 64 7.1 Package ................................64 7.2 Transportation ..............................64 7.3 Storage ................................64 8 Technical Specifications ......................

  • Page 9: Safety Description

    They are just only the supplement of safety announcements when operation. Any device damage caused by violating the general safety operation requirements or safety standards of design, production, and usage will be out of SIEL's warranty range. 1.1.1 Use Announcements Don't touch terminals or conductors that connected with grid to avoid lethal risk IV431E REV.

  • Page 10: Pv String Protection

    There is no operational part inside device. Please do not open the crust of device by yourself, or it may cause electric shock. The device damage caused by illegal operation is out of the guarantee range After disconnect the input and output of the inverter, there still has residual energy in the storage capacitor, which may cause electric shock.

  • Page 11: Esd Protection

    There exists dangerous voltage between the positive and negative of PV string! When installing the device, make sure that the connection between inverter and PV string has been disconnected completely. And set warning mark in the disconnected position to avoid reconnecting. 1.1.3 ESD Protection To prevent human electrostatic damaging sensitive components (such as circuit board), make sure that you wear a anti-static wrist strap before touching sensitive components, and the other end is well...

  • Page 12: Warning Mark Setting

    1.1.6 Warning Mark Setting In order to avoid accident for unwanted person gets close to the inverter or makes improper operation, observe the following requirements while installing, maintaining or repairing. l Set warning marks where the switches are to avoid switching them on improperly. l Set warning signs or safety warning belt in the operation area, which is to avoid human injury or device damage.

  • Page 13: Operator Requirements

    1.2 Operator Requirements The operation and wiring for inverter should be performed by qualified person, which is to ensure that the electrical connection meets the related standards. The professional technicist must meet the following requirements: l Be trained strictly and understand all safety announcements and master correct operations. l Fully familiar with the structure and working principle of the whole PV grid-tied generation system.

  • Page 14: Overview

    2 Overview This chapter mainly describes product appearance, structure, working principle and communication method, etc. 2.1 Product Intro The inverter converts the DC energy from PV string into AC energy and then feedbacks to power grid, which is suitable for the large power station grid-tied system. The PV grid-tied generation system consists of PV string, PV grid-tied inverter, transformer and power distribution system, as shown Figure2-1.

  • Page 15: Features

    AC short circuit protection, leakage current protection, surge protection, etc. 2.1.2 Model Meaning Figure2-3 Model meaning As shown in Figure2-3 "UHK" means that the product is SIEL Soleil SPX series PV inverter. 2.2 Apperance and Structure 2.2.1 Apperance The appearance of SPX series string PV grid-tied inverter is as shown in Figure2-4.

  • Page 16: Operation Panel

    2.2.2 Operation Panel There are 4 status indicators on the front panel of the inverter, which can indicate the current working status of the inverter. The status of each indicator is shown in Table2-1. Figure2-5 Operation panel Table2-1 Indicator status illustration Mark Color Meaning...
  • Page 17 Figure2-6 Bottom layout Table2-2 Mark description Mark Name Remarks MPPT n +/MPPT n - Input PV string terminal Used to connect PV string input. It is the connection switch between inverter and PV string. Each DC switch DC SWITCH DC switch controls the PV string input terminals of marked area.

  • Page 18: Size

    l When checking and repairing, place the DC switch to OFF position and wait for 30 minutes. Use a multimeter to measure the DC bus voltage inside the inverter, only when the voltage lower than 10V, you can perform repair work. 2.2.4 Size Figure2-7 Size (unit: mm) 2.3 Working Principle...

  • Page 19: Rs485 Communication

    Figure2-9 Ethernet communication interface diagram Figure2-10 Ethernet monitoring (multiple inverters) 2.4.2 RS485 Communication RS485 communication (the interface is shown in Figure2-11) is mainly used for local area network monitoring, which can realize the background remote monitoring. Figure2-11 RS485communication interface diagram IV431E REV.

  • Page 20: Plc Communication (Optional)

    Figure2-12 RS485 communication (multiple inverters) When there is only one inverter communicates via RS485, choose one of the two communication interfaces to connect. 2.4.3 PLC Communication (Optional) If the inverter is equipped with PLC communication, sub-array controller needs to be configured. The output end of the inverter must pass through the isolation transformer and then be connected to grid, as shown in Figure 2-13.

  • Page 21: Pid Function (Optional)

    Sub-array controller Smart sub-array controller is designed base on an outdoor cabinet. Data collector, RS485 signal SPD, PID module and inductor, optical cable terminal box, PLC module, SPD, etc. can be installed in the cabinet to realize the communication and control for sub-array of PV power station. Monitor platform Data collector...
  • Page 22 After enable PID repair function, it only works at night. After enable PID repair function, the default voltage of PV string to ground 500Vdc. IV431E REV. 00 Issued: 2020/11/16 User Manual Soleil SPX 200K-250K Pag. 20 of 76 +FR...

  • Page 23: Installation

    3 Installation This chapter mainly introduces the inverter's installation, including installation process, installation preparation, handling, unpacking and checking, installation procedures, electrical connection. check the installation, etc. 3.1 Installation Process The installation process of the inverter is as shown in Figure3-1. Start Installation preparation...

  • Page 24: Installation Tools

    3.2 Installation Tools The recommended installation tools include but not limited to the following tools, if necessary, you can also use other auxiliary tools according to the site conditions. Tools IV431E REV. 00 Issued: 2020/11/16 User Manual Soleil SPX 200K-250K Pag.

  • Page 25: Selection Of Installation Site

    The installation tools need to be insulated to avoid electric shock. Multimeter range 1500Vdc. Wrench specification: T30. 3.3 Selection of Installation Site 3.3.1 Installation Environment The use environment has a certain influence on the service life and reliability of the inverter. Therefore, please pay attention to avoid using it in following working environment.

  • Page 26: Installation Clearance

    Figure3-3 Recommended installation location 3.3.2 Installation Clearance l Keep a clearance of at least 800mm from the left side and right side of the inverter to other objects, keep at least 600mm from the top of the inverter to ceiling and at least 450mm from the bottom of the inverter to ground, which is good for heat dissipation or maintenance, as shown in Figure3-4.

  • Page 27: Requirements For Installation Carrier

    Figure3-5 Installation space requirements of multiple inverters (unit: mm) l When the inverters are installed back to back, a certain distance must be reserved between the two inverters, as shown in Figure3-6. Figure3-6 Back-to-back installation space requirements (unit: mm) 3.3.3 Requirements for Installation Carrier The installation carrier of the inverter (such as walls and brackets) should meet the requirements shown in Figure3-7.

  • Page 28: Transporting, Unpacking And Checking

    Figure3-8 Illustration of installation method Because the inverter is downward air inlet and the upper air outlet, in order to ensure the normal operation of the inverter, it is not recommended to install it horizontally. 3.4 Transporting, Unpacking and Checking 3.4.1 Transporting Before installation, the inverter needs to be transported to the selected installation site.
  • Page 29 The handle is an accessory. When transporting, they need to be installed to corresponding position and tightened. It is recommended that carry the inverter by at least 4 people and wear protective equipment such as smash-proof shoes and gloves. l While handling, move the inverter carefully to avoid impact or fall. l During transporting, always pay attention to the gravity center of the inverter, do not suddenly put it down or lift it up.

  • Page 30: Unpacking And Checking

    While hoisting, keep balance and avoid collision with walls or other objects. In case of severe weather conditions, such as heavy rain, heavy fog, strong wind, etc., the hoisting operation should be stopped. 3.4.2 Unpacking and Checking Determine the unpacking site in advance. Normally, the unpacking site should be as close to installation position as possible.
  • Page 31 Step 2 Place the assembled installation holder onto the installation site, use a horizontal ruler to adjust the angle, and mark the position of the hole on the bracket, as shown in Figure3-12. Please ensure that the wall mount is level to ensure that the mounting holes are consistent and aligned. Figure3-12 Mark the mounting holes position You can also directly mark the location of the holes according to the size of the mounting holes (see Figure3-13).
  • Page 32 Figure3-14 Drilling holes (unit: mm) Step 4 Fix the installation holder to the bracket, use M10*40 bolts, put on flat washers, spring washers and nuts, and then tighten the nuts clockwise with a wrench, as shown in Figure3-15. Figure3-15 Fix installation holder Step 5 Lift the inverter to the installation holder, make sure that the mounting ears of the inverter and the groove of the installation holder fit well, and then slowly hang the inverter to the installation holder, as...
  • Page 33 Figure3-16 Hang the inverter onto the installation holder Do not loosen the inverter until it fixed firmly. Step 6 Use the screws M5*50 in the accessories to fix the inverter, as shown in Figure3-17. Figure3-17 Fix inverter IV431E REV. 00 Issued: 2020/11/16 User Manual Soleil SPX 200K-250K Pag.

  • Page 34: Wall Mounting

    3.5.2 Wall Mounting Step 1 Use the four M4*10 combination bolts in accessories to fix the installation holder with the joint lever, as shown in Figure3-18. Figure3-18 Assemble installation holder Step 2 Place the assembled installation holder onto the installation site, use a horizontal ruler to adjust the angle, and mark the position of the hole on the wall, as shown in Figure3-19.
  • Page 35 You can also directly mark the location of the holes according to the size of the mounting holes (see Figure3-20). Figure3-20 Mounting hole size(unit: mm) Step 3 According to the marked position, use a hammer drill to drill holes on the wall. Drilling hole size is Φ14.5mm, depth range is 55~60mm.
  • Page 36 Figure3-22 Expansion bolt installation diagram Step 5 Install the installation holder. Fix the installation holder to the expansion bolts, put on flat washers, spring washers and nuts, and then tighten the nuts clockwise with a wrench, as shown in Figure3-23. Figure3-23 Fix the installation holder Step 6 Lift the inverter to the installation holder, make sure that the mounting ears of the inverter and the...
  • Page 37 Figure3-24 Hang the inverter onto the installation holder After confirming that the inverter is fixed firmly, the operator can release the equipment. Step 7 Use the screws M5*50 in the accessories to fix the inverter, as shown in Figure3-25. Figure3-25 Fix inverter IV431E REV.

  • Page 38: Electrical Connection

    3.6 Electrical Connection 3.6.1 Safety Announcements During operating, professionals must wear protective equipment. l High voltage may exist in the inverter. l PV string exposed to sunlight will generate dangerous voltage. l Do not close the DC switches and external AC breaker before completing the electrical connection. l Make sure that all cables without electricity before wiring.

  • Page 39: External Grounding Connection

    The grounding connection of the external grounding terminal cannot replace the connection of the internal grounding terminal. Make sure that both of them are grounded reliably, otherwise SIEL Company will not in charge of the responsibility for possible consequences.
  • Page 40 Step 1 Strip the insulation layer of the grounding wire by crimping tool, and press it into the corresponding terminal, as shown in Figure3-26. Figure3-26 Grounding wire stripping diagram It is recommended to use DT or OT terminal for the external grounding wire. Step 2 Connect the crimped grounding wire to the external grounding terminal at the bottom of the inverter, as shown in Figure3-27.

  • Page 41: Ac Output Wiring

    l The grounding of the inverter and the lightning rod of the building that inverter installed cannot be the same, the two need to be separated (as shown inFigure3-28), or, lightning stroke will damage the inverter. l The grounding of the inverter should be directly connected to the grounding system, and the impedance should be less than 20mΩ.
  • Page 42 No load can be connected between the inverter and the breaker. Medium-voltage transformer The configured medium-voltage transformer must meet the following requirements: l The selected transformer can be distribution transformer, which matches the PV system of typical periodicity load (that is to say, in daytime, there is load, at night, there is no load). You can choose dry type transformer or oil-immersed transformer, shielding winding is not required.
  • Page 43 Figure3-29 Terminal size requirements l When the AC output uses aluminum wire, copper-aluminum transition terminal is required to avoid direct contact between the copper bar and the aluminum wire. Wiring steps Before wiring, add marks for AC output cables to avoid wrong connection. Step 1 Open the cover of the right-side wiring box by wrench, as shown in Figure3-30.
  • Page 44 A limiting lever is designed inside the wiring box. After the wiring cover is opened, the limiting lever needs to be fixed (as shown in Figure Figure3-31) to facilitate the wiring operation. Figure3-31 Operation diagram of limiting lever Step 2 Loosen the external forced cable fixing head of AC terminal, lead the L1, L2, L3 wires go through the external forced cable fixing head, and use a wire stripper to strip the L1, L2 and L3 respectively, and crimp them to the terminal, and then connect to the AC output terminal block, as shown in Figure3-32.
  • Page 45 The torque used to tighten the external forced cable fixing head of AC wiring is about 15~19N·m. In order to avoid excessive stress on the cable, the AC cable needs to enter the inverter vertically, and the external length of the straight section should be not less than 200mm, as shown in Figure3-33. Figure3-33 AC cable entry requirements (unit: mm) When leaving the factory, outlet end of the cable seal ring is in a sealed status.

  • Page 46: Internal Grounding Connection

    3.6.5 Internal Grounding Connection Loosen the external forced cable fixing head of the inner grounding terminal, lead the grounding wire go through the external forced cable fixing head, use a wire stripper to strip the grounding wire and crimp it to the grounding terminal, and then connect it to the inner grounding bar, as shown in Figure3- Figure3-34 Connect internal grounding cable The torque used to tighten the externally forced cable fixing head of the inner grounding wire is about 10~13N·m.
  • Page 47 If the DC input wires are reverse connected by accident and the "DC SWITCH" have been set to the "ON", do not immediately operate the "DC SWITCH" and the positive and negative connectors, or, it may cause inverter damage. The resulted inverter damage is not covered by warranty. It needs to wait until night when the solar irradiance decreases and the PV string current drops below 0.5A, then place the corresponding "DC SWITCH"...
  • Page 48 Figure3-35 Schematic diagram of stripping DC input wiring (Unit: mm) It is recommended to use red for positive cables and black for negative cables to avoid wiring errors. If other colors are used, please confirm the corresponding relationship when crimping each cable to the connector.
  • Page 49 Wiring illustration for type-Y PV connector When wiring by type-Y PV connector, the type of all connectors must match that of the inverter. If using the connector with different manufacturer or different type together, the contact resistance of the connector may exceed the allowable value, it will continue to heat and oxidize and easy to break down. Wiring principle: l For each MPPT, at most one set PV connector of type-Y can be connected.
  • Page 50 Install PV connectors Step 1 Confirm that all DC switches on the inverter (shown Figure3-41) are OFF. Figure3-41 Diagram of DC switch OFF status Step 2 Check whether the polarity of the PV string is correct and ensure that the open-circuit voltage in any case not exceeds the maximum input voltage of the inverter 1500V.

  • Page 51: Wifi/Gprs Communication Connection (Optional)

    3.6.7 WIFI/GPRS Communication Connection (Optional) If WIFI/GPRS stick is configured, insert it into the WIFI/GPRS port to monitor, as shown in Figure3- Figure3-44 WIFI/GPRS communication connection IV431E REV. 00 Issued: 2020/11/16 User Manual Soleil SPX 200K-250K Pag. 49 of 76 +FR...

  • Page 52: Com. Communication Connection

    When connecting, pay attention to the limiting position, and don't wrongly insert it. When tightening, do not use excessive force (torque: 1.5~2.0N•m), so as not to damage the interface. The GPRS do not need to set. For the use of WIFI and GPRS, please scan the QR code on the WIFI/GPRS. 3.6.8 COM.
  • Page 53 Figure3-46 Ethernet communication connection l RS485 communication connection Connect the RS485 communication wires to the RS485 port on the communication board, as shown in Figure3-47, and connect the other end to the monitoring platform. Figure3-47 RS485 connection IV431E REV. 00 Issued: 2020/11/16 User Manual Soleil SPX 200K-250K Pag.
  • Page 54 The RS485 communication wire must be routed separately from the input and output wires to avoid interference with communication. The baud rate of the inverter needs to be set through SIEL monitoring software. The default baud rate is 9600. The communication address of the inverter is set in binary mode through the dial switch SW1 (position shown in Figure3-48) on the communication board, for example: when the dial switch SW1 is set to "000001 (from left to right, ON is 1, OFF is 0)", which means the communication address of the...

  • Page 55: Check The Installation

    Figure3-49 Position of SW3 The communication address of the inverter must not conflict. Step 3 After connecting, tighten the external forced cable fixing head, seal with fireproof mud and install the cover plate. 3.7 Check the Installation After installation, check the following items: l Check if the connection of DC input, AC output and communication wire are right.

  • Page 56: Startup And Shutdown

    4 Startup and Shutdown This chapter mainly introduces how to start and shut down the inverter. 4.1 Check Before Startup Before first startup, please check the following items first. l Ensure that the inverter is properly installed and fastened. l Ensure that the DC switches and external AC breakers are all disconnected. l Ensure that the input polarity of PV string is correct.

  • Page 57: Shut Down Inverter

    4.3 Shut Down Inverter When the inverter is in normal operating, it is strictly prohibited to disconnect the switches at DC and AC side under load to avoid the risk of arc damage to the switch. In severe cases, the inverter may be damaged.

  • Page 58: Maintenance And Troubleshooting

    5 Maintenance and Troubleshooting 5.1 Maintenance If any maintenance service is needed, please contact the after-sale service centre of SIEL Company, otherwise, SIEL Company will not undertake the responsibility and guarantee for the loss caused by self-operation. For human safety, before check and maintenance, disconnect the external AC switch, and then switch off the DC switches on the inverter.

  • Page 59: Maintenance Guide

    When the power generation value displayed on the monitoring platform is inconsistent with the external measurement device, user can correct the power generation value of the monitoring platform according to the SIEL communication protocol. The correction formula is: Total power generation compensation value = Measurement value of measurement instrument - Monitoring platform displayed total power generation value.
  • Page 60 Step 1 Shut down the inverter (see 4.3 Shut Down Inverter). Step 2 Loosen the screws of fan module, as shown in Figure5-1. Figure5-1 Loosen the screws of fan cover Step 3 Pull out the fan module gently and loosen the connector of fan. Figure5-2 loosen the wiring of fan module Step 4 Pull out the fan module, clean the fan by brush or cleaner or replace damaged fan.

  • Page 61: Troubleshooting

    Figure5-3 Pull out fan module Step 5 Install the fan module in reversed order and lock the screws, restart the inverter. 5.2 Troubleshooting The inverter is designed on the basis of the grid-tied operation standards and meets the requirements of safety and EMC. Before provided to client, the inverter has been experienced for several rigorous tests to ensure reliable and optimizing operation.
  • Page 62 Fault information Solution component abnormal Check the insulation resistance of the positive and negative poles of Leakage current the battery board to the ground; check whether the environment around abnormal the inverter is wet; check the grounding of the inverter. If the above is normal, please contact your local agency or service center.
  • Page 63 If the inverter has an alarm mentioned in Table5-2, please shut down inverter (refer to 4.3 Shut Down Inverter), 5 minutes later, restart the inverter (refer to 4.2 Start Inverter). If the alarm status is not removed, please contact our local agency or service center. Before contacting us, please prepare the following information.

  • Page 64: Stop Running, Dismantle, Discard Inverter

    6 Stop Running, Dismantle, Discard Inverter This chapter introduces the dispose way for stop running, dismantling, discarding the inverter. 6.1 Stop Running Normally, the inverter don't need to be shut down, but when maintenance, it is necessary to shut down the inverter.

  • Page 65: Discard The Inverter

    Step 3 If the inverter will be installed and used in the future, please dismantle the installation holder on the wall or bracket, then package and store the inverter properly. (see 7.1 Package and 7.3 Storage). 6.3 Discard the Inverter For the inverter that certain not to be used, user needs to discard the inverter according to related provision.

  • Page 66: Package, Transportation, Storage

    One side of carton, it should print warning icons, including keep dry, handle with care, up, stacking layer limit, etc. The other side of carton, it should print the device model, etc. Print the logo of SIEL company and device name on the front of carton.

  • Page 67: Technical Specifications

    8 Technical Specifications A.1 SPX200K Items Min. Typical Max. Note Max. PV input voltage (V) 1500 MPPT working voltage with full 1300 power (V) PV connected/ MPPT tracking 24/12 DC current of each route (A) Max. input current - Imp (A) 30*12 PV short-circuit current- Isc (A) 50*12...
  • Page 68 Items Min. Typical Max. Note Max. output over-current protection (A) Max. output fault current (A) Current (inrush) (A) 7.94 Grid-tied inverting efficiency 99.0% Grid-tied China efficiency 98.5% Grid-tied current harmonic Full-power Power factor range Leading Lagging Current DC component <721mA Output current (A) 158.8 IP66...
  • Page 69 Items Min. Typical Max. Note Relative humidity 100% Atmosphere (kPa) When the altitude exceeds Altitude (m) 4000 3000m, it is necessary to decrease rated power to use. (DC)/ (AC) Over-voltage category Pollution degree A.2 SPX225K Items Min. Typical Max. Illustration Max.
  • Page 70 Items Min. Typical Max. Illustration Settable (If it is necessary to set Frequency range (Hz) 50.5 the parameter, please contact the manufacturer.) Max. inverter backfeed current to the array (A) Max. output over-current protection (A) Max. output fault current (A) Current (inrush) (A) 8.93 Grid-tied inverting efficiency...
  • Page 71 Items Min. Typical Max. Illustration Communication port RS485/Ethernet/WIFI(optional)/GPRS(optional)/PLC(optional) Operation temperature ( ) Storage temperature ( ) Relative humidity 100% Atmosphere (kPa) When the altitude exceeds 4000 Altitude (m) 3000m, it is necessary to decrease rated power to use. (DC)/ (AC) Over-voltage category Pollution degree A.3 SPX250K...
  • Page 72 Typi Items Min. Max. Illustration Grid features Output power (kW) Rated grid voltage (V) 800V(3P3W) Settable (If it is necessary to Grid voltage range (V) set the parameter, please contact the manufacturer.) Settable (If it is necessary to Frequency range (Hz) 50.5 set the parameter, please contact the manufacturer.)
  • Page 73 Typi Items Min. Max. Illustration ground, or the grounding output must be with isolation transformer. Heat dissipation Smart wind-cooling <75 2dBA@1m Noise Human Interface LED indicator RS485/Ethernet/WIFI(optional)/GPRS Communication port (optional)/PLC(optional) Operation temperature ( ) Storage temperature ( ) Relative humidity 100% Atmosphere (kPa) When the altitude exceeds...

  • Page 74: Reference Standards

    9 Reference Standards The SOLEIL SPX series satisfies the following general standards, where applicable: l EN 62109-1:2010 l EN 62109-2:2011 l EN 61000-6-2:2005 l EN 61000-6-4:2007 + A1 l CEI-016 Ed. 2014 + V1:2014-12 + V2:2016-07 + V3:2017-7 + 2019-04 (Italy)

  • Page 75: Quality Assurance

    10 Quality Assurance If the device fault in guarantee period, SIEL S.p.A. will maintenance it free or replace new product. Evidence In guarantee period, user needs to show the purchase invoice of the product, and the trademark on the product must be clearly visible, or, SIEL Company have right to refuse the quality assurance.
  • Page 76 Software authorization It is prohibited to use part or whole data of the hardware or software of SIEL Company in any way for commercial purpose. l It is prohibited to decompile, decrypt or destroy the original program design of the software developed by SIEL Company.
  • Page 77 SIEL Company operates a Quality Management System certified to ISO 9001/2015 (Certification No. CERT-005SGQ04 ITALCERT) covering all company functions from design and manufacture to after sales services. The environmental Management System implemented by SIEL Company is in compliance with the standard UNI EN ISO 14001:2015 (ISO 14001:2015) (Certification N°...

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