Delta M88 Series, Operation And Installation Manual

Page 1: ...M88H Operation and Installation Manual Grid tie Transformerless Solar Inverter The power behind competitiveness www deltaww com English 1 97 繁體中文 ...

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Page 3: ...Cabling Installation for M88H_121 3 3 2 Required Protective Devices and AC Cabling Installation for M88H_122 3 4 Electrical Installation for DC Cabling 3 4 1 DC Cabling Installation for M88H_121 3 4 2 DC Cabling Installation for M88H_122 3 5 Communication Module Connections 3 5 1 RS 485 Connection 3 5 2 EPO Function Digital Input 3 5 3 Dry Contact connection 3 6 On site insulation test 4 Commissio...

Page 4: ...etting point 4 9 3 2 Q P 4 9 3 3 Q V 4 9 3 4 Q T 4 10 FRT Fault ride through 5 Maintenance 5 1 Removing and re installing the Wiring Box WB cover 5 1 1 Removing the WB cover 5 1 2 Re installing the WB cover 5 2 Replace Surge Protection Device SPD 5 3 Smart Fans Replacement and Filters Cleaning 5 4 De Commissioning 5 4 1 Disassemble the Wiring box compartment 6 Error message and Trouble Shooting 7 ...

Page 5: ...M88H_122 AC terminal Figure 3 14 AC Gland with multiple inlet M88H_122 Figure 3 15 Location for M88H_122 AC terminal Figure 3 16 AC gland assembling for M88H_122 Figure 3 17 Guideline for aluminum conductor Figure 3 18 Guideline for bi metal adapter Figure 3 19 DC Gland with multiple inlet M88H_121 Figure 3 20 Wiring Box layout for M88H_121 Figure 3 21 Location for DC terminals for M88H_121 Figure...

Page 6: ...ower Ctrl page Figure 4 21 Power Limit page Figure 4 22 Power vs Frequency page Figure 4 23 Power vs Frequency parameters Figure 4 24 P V page Figure 4 25 Reactive Power Ctrl page Figure 4 26 Constant cosphi page Figure 4 27 Cosphi P page Figure 4 28 Cosphi P curve Figure 4 29 Constant Q page Figure 4 30 Q V page Figure 4 31 Q V parameters Figure 4 32 Q setting 24 7 page Figure 4 33 Q setting poin...

Page 7: ... the connectors and remove the screws as shown in arrows Figure 5 7 Fuse holder locations for M88H_122 Figure 5 8 Accessing the individual fuses for M88H_122 Figure 5 9 String monitor Figure 5 10 Smart fans location on Power Module compartment Figure 5 11 Smart fan location on WB M88H_122 only Figure 5 12 12cm Potting fan kit Figure 5 13 Disassembling fan inside the wiring box compartment M88H_122...

Page 8: ...epaired improperly b the product has been misuse without following the instructions on this user manual c the product has failed due to incorrect unpacking 1 Safety 1 1 Information of the Inverter 1 1 1 Disclaimer This user manual of the solar inverter is prepared for a person who is well trained for installing commissioning using and doing maintenance The well trained person must have the followi...

Page 9: ...nverts the variable direct current of the solar array into a utility frequency grid compliant three phase current and feeds it into the utility grid The Photovoltaic modules used must be compatible with the inverter Photovoltaic modules with a high parasitic capacitance to ground may only be applied if the capacitive coupling does not exceed 8μF The inverter must only be operated in countries for ...

Page 10: ...ctions while you use the product 1 2 2 Symbols DANGER This warning indicates an immediate hazard which will lead to death or serious injury may occur This warning indicates a possible hazard which may lead to minor injury may happen CAUTION WARNING This warning indicates a possible hazard which may lead to death or serious injury may occur This warning indicates a possible damage to property and t...

Page 11: ... immediate electrical hazard which will lead to death or serious injury may occur This warning indicates be careful of hot surfaces when operating the product Do not perform any task until the product cool down sufficiently CAUTION HOT SURFACES DO NOT TOUCH Wait for a prescribed amount of time before engaging in the indicated action Patientez le délai requis avant d entreprendre l action indiquée ...

Page 12: ...a reserves the right to make modifications to the content and technical data in this user manual without prior notice 2 Introduction 2 1 Valid Model There is no accessory such as a transformer along with our product and therefore the product has no galvanic isolation External transformer should be installed between AC output of inverter and Grid Please do not connect grounded Photovoltaic modules ...

Page 13: ...unting Bracket Wall mounting bracket Material Aluminum Thickness 3mm 4 5 pcs Screw To secure inverter to mounting bracket Stainless M6 12mm Table 2 1 Packing list of M88H Figure 2 1 Components of M88H For 122 model 6 MC4 Connector 18 pairs String inputs 122 model only 7 Nameplate Protection 1 pc Nameplate protection for display 8 Nameplate Protection Manual 1 pc Instructions for nameplate protecti...

Page 14: ...r 18 pairs Air Inlets Communication Connetions Gland for AC Wiring LCD LED Display and Buttons Figure 2 2 Overview of M88 series M88H_121 Air Outlets Smart Fans Rating Label Gland for DC Wiring Air Inlets Communication Connetions Gland for AC Wiring LCD LED Display and Buttons 14 Introduction ...

Page 15: ...age persists even 100 seconds after disconnection of the power supply Never open the inverter The inverter contains no components that must be maintained or repaired by the operatoror installer Opening the housing will void the warranty Before working with the inverter you must read the supplied manual and follow the instructions contained therein This inverter is not separated from the grid with ...

Page 16: ...95mm2 AC terminal 120mm2 AC terminal 120mm2 DC terminal Fuse holder type DC IN1 Fuse holder type DC IN2 Component DC switch Type II AC SPD 7 6 8 9 10 15 NO Component Type II DC SPD Internal AC terminal Internal DC terminal Wiring box fan 13 14 11 MC4 connector Grounding bar 1 2 3 4 5 12 IN 1 IN 2 IN 1 IN 2 M88H_122 M88H_121 16 Introduction ...

Page 17: ...C terminal are at the bottom position Please follow the instruction as shown from Figure 3 2 through 3 4 First fix the wall mounting bracket on a solid support surface Second please mount the inverter on the bracket securely Note that Figure 3 2 through 3 8 should be followed To mount the inverter on the wall please follow the procedure 1 Screw the wall mounting bracket on the wall with at least 8...

Page 18: ...g the Hoisting hooks 875 1 246 410 140 5 402 7 182 5 82 13 246 410 582 20 50 197 205 155 127 5 57 5 122 485 6 Φ8 5 Φ8 5 Please lock screw M12 0 5 N m plugs or keep hooks on the case after installation to avoid water inflow Hoisting Hook Unit mm 18 Installation ...

Page 19: ...Necessary for vertical fixing Necessary for horizontal fixing Figure 3 3 Required position for at least 8 screws Figure 3 4 Prohibited position for screws 19 Installation ...

Page 20: ...loor surface and not susceptible to water immersion Name plate cover is required for all types of installation To avoid malfunction of inverter caused by extreme weather ex snow hail etc or non proper installation maintenance an additional protection cover is strongly recommended to be installed by Delta For more details please contact local service team ROOF DECK TYP SUPPORT STRUCTURE Protection ...

Page 21: ... correct installation CAUTION Figure 3 7 Required mounting clearances 33cm Wall 5cm Figure 3 8 Specification of fixing WB for wall mounting installation After installing the unit fix the wiring box with 4 screws The torque of the screw 45 kgf cm 80cm 50cm 80cm Inverter 2 Inverter 1 20cm 80cm 21 Installation ...

Page 22: ...If customers need to use the shielding plate please refer to the installation method in Figure 3 9 The torque of the screw 45 kgf cm Figure 3 9 Installation method of shielding plate 22 Installation ...

Page 23: ... LCM from the damage by external factors like animal foreign object UV irradiation etc this nameplate protector must be installed for tilted horizontal or exposed in direct sunlight installation Installation procedures A Paste the sticker with two short velcros along with bottom edge of nameplate B Then paste the sticker with long velcro When installation is done the bottom velcro can be torn to o...

Page 24: ... Please do not open the lid of the inverter TT is not recommended The voltage of N must be very close to the grounding voltage difference 20 Vrms ATTENTION 3 3 Electrical Installation for AC Cabling Allowable grounding systems Grounding system TN S Allowed Yes TN C Yes TN C S Yes TT Yes IT Yes For first time installing re installing WB cover in order to guarantee proper long term operation of the ...

Page 25: ...ket 3 3 1 Required Protective Devices and AC Cabling Installation for M88H_121 It is recommended to install an upstream circuit breaker between AC side and inverter side for over current protection Model Upstream circuit breaker M88H 150A Sizes of Cables mm D1 D2 D3 D4 D5 53 5 65 9 43 8 53 5 34 8 43 8 27 2 34 8 23 9 27 2 13 7 18 1 23 24 5 19 4 36 9 34 3 36 4 25 9 36 3 1 8 4 1 7 8 1 6 4 1 6 4 1 6 4...

Page 26: ...e flexible metal conduit to cable gland and seal the conduit from both inside and outside the wiring box and the gap between gland and conduit by using duct seal to prevent living creature or moisture enter the wiring box b Replace the cable gland to 2 5 EMT connector and seal the conduit from both inside and outside the wiring box and the gap between gland and conduit by using duct seal to preven...

Page 27: ...bling the AC terminal M88H_122 3 3 2 Required Protective Devices and AC Cabling Installation for M88H_122 It is recommended to install an upstream circuit breaker between AC side and inverter side for over current protection Model Upstream circuit breaker M88H 150A Sizes of Cables mm D1 D2 D3 D4 43 5 51 3 34 8 43 5 27 2 34 8 23 9 27 2 8 5 11 8 5 11 8 5 11 8 5 11 1 4 1 5 1 3 5 1 3 5 Torque N m Dime...

Page 28: ...conduit from both inside and outside the wiring box and the gap between gland and conduit by using duct seal to prevent living creature or moisture enter the wiring box b Replace the cable gland to 2 EMT connector and seal the conduit from both inside and outside the wiring box and the gap between gland and conduit by using duct seal to prevent living creature or moisture enter the wiring box CAUT...

Page 29: ...Figure 3 16 AC gland assembling for M88H_122 Torque 0 8 N m to fix the screw 29 Installation ...

Page 30: ...ductor is greased with Vaseline or contact grease with comparable properties after oxide layer removed Tightened with the maximum tightening torque for the modular terminal block The installation location must be kept free from humidity or aggressive atmospheres It is recommend to apply to sector shaped single strand conductor The conductor shape must match the sector shaped connection Figure 3 17...

Page 31: ...arger due to the lower current carrying capacity Keep the installation location as free as possible from moisture or corrosive atmospheres Connect the aluminum cables quickly Mechanically clean the stripped end of the aluminum conductor using for instance a knife blade to scrape off the oxide layer Then immediately dip the aluminum conductor into acid fee and alkaline free neutral Vaseline and str...

Page 32: ...leads must not be connected to ground According to UTE certification it is recommended to install an circuit breaker between PV array and inverter for over current protection ATTENTION Do not remove the waterproof plug for unused DC strings M88H_122 ATTENTION 3 4 Electrical Installation for DC Cabling In order not to damage the components in the inverter don t repeat to change the status of DC Swi...

Page 33: ...ION PE PE DC1 DC2 DC1 DC2 DC1 DC2 DC1 DC2 The cable gland is suitable for multi core cable if wiring is using single core cable with 2 flexible metal conduit please follow below suggestions to avoid water intrusion a Insert the flexible metal conduit to cable gland and seal the conduit from both inside and outside the wiring box and the gap between gland and conduit by using duct seal to prevent l...

Page 34: ...oss section 50 120mm Torque 26 N m to fix the screw 135mm bending space DC1 DC2 DC1 DC2 PE The terminal block can only support down to 35mm2 Cu cable in some particular application in this case the wiring terminal must be installed on the cable to make sure the cable won t loosed from terminal block please follow below installation process CAUTION 34 Installation ...

Page 35: ...th 26 N m torque Figure 3 22 One MPPT application for M88H_121 1 If there is a requirement for Insertion bridge Please contact Delta service team 2 Do not use insertion bridge that manufacturer Non approved to bridge DC terminal which may cause damage to inverter NOTICE Be aware the symbol of polarity on DC terminal make sure to place the cable in correct DC terminal 35 Installation ...

Page 36: ...ductor is greased with Vaseline or contact grease with comparable properties after oxide layer removed Tightened with the maximum tightening torque for the modular terminal block The installation location must be kept free from humidity or aggressive atmospheres It is recommend to apply to sector shaped single strand conductor The conductor shape must match the sector shaped connection Figure 3 23...

Page 37: ...ne number larger due to the lower current carrying capacity Keep the installation location as free as possible from moisture or corrosive atmospheres Connect the aluminum cables quickly Mechanically clean the stripped end of the aluminum conductor using for instance a knife blade to scrape off the oxide layer Then immediately dip the aluminum conductor into acid fee and alkaline free neutral Vasel...

Page 38: ...rminals for M88H_122 IN 1 IN 2 IN 1 IN 2 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 Fuse Board 1 IN 1 Fuse Board 2 IN 2 IN 1 IN2 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 38 Installation ...

Page 39: ... different set up for the terminal resistor When single inverter is installed the terminal resistor on its communication module should be switched ON When several inverters are cascaded only the first and the last inverter s terminal resistors MUST be switched ON 3 5 1 RS 485 Connection In order to have good transfer quality twisted pair wire is recommended to be used as communication cable ATTENT...

Page 40: ...e 3 28 Multiinverter connection illustration Data Format Baud rate 19200 Data bits 8 Stop bit 1 Parity N A RS485 USB or RS485 RS232 Terminal Resistor 120Ω 1 2W DATA to DATA Switch 1 Terminal Resistor ON Terminal Resistor OFF OFF ON Table 3 5 Terminal resister setting 1 2 3 4 5 6 40 Installation ...

Page 41: ...power off function EPO Users can customize EPO function in Install Settings page Inverter s action Emergency power off EPO 0 active power Maximum 30 rated power Maximum 60 rated power Maximum 100 rated power Reserved Reserved Short V1 K0 V1 K1 V1 K2 V1 K3 V1 K4 V1 K5 V1 K6 3 5 2 EPO Function Digital Input 41 Installation ...

Page 42: ... Contact The function can be customized by users please refer to section 4 8 5 Dry Contact The dry contact port can withstand with 250Vac 28Vdc 9A and suitable electric wire is 20 AWG 0 5mm 3 5 3 Dry Contact connection Dry Contact B Dry Contact A 42 Installation ...

Page 43: ...ions shown in Figure 3 31 the other to the ground It might cause damages to the inverter if probes are applied to inappropriate positions 3 6 On site insulation test Figure 3 31 Precautions for on site insulation test 121 Model WB 122 Model WB Hi pot Insulation Hi pot Insulation Switch OFF Distribution Box or DC Switch OFF 43 Installation ...

Page 44: ... inverter s statuses and LED indicator The following section will introduce the functions that can be adjusted by users through the LCD panel When you are adjusting settings LCD panel will change the display cursor from to 4 1 Display Introduction Power meter String monitoring Energy Log Event Log Inverter Information General Settings Install Settings Active Reactive Power FRT 4 3 4 4 4 5 4 6 4 7 ...

Page 45: ...EXIT Exit Menu Down Move Down UP Move UP ENT Enter Menu or Confirm Condition Green LED Red LED Countdown FLASH OFF Power ON ON OFF Error or Fault OFF ON Standby or Night time No DC OFF OFF Bootloader mode FLASH ON 1s OFF 1s Table 4 1 LED indicator 45 Commissioning ...

Page 46: ...irst startup user has to feed in AC power and switch on the manual switch and DC Power Switch Inverter will start up and LCD display panel will turn on when powered on through AC Please set language and the correct country Grid Code according to your region Please make sure that there is no any error fault or warning showing on home page Now you can feed in DC power and wait for inverter initially...

Page 47: ...C and DC side 4 3 Power meter String monitoring 20 Jan 2016 16 30 Status Power E Today 88 00 kW 192 kWh On Grid Inverter Status M88H_121 M88H_122 Output Power Today Energy Day Time Figure 4 3 Home page Figure 4 4 Power meter page V 480 I 82 3 P 22 8 480 82 3 22 8 480 82 3 22 8 L1 L2 L3 AC PF Power Q Frequency 68 39 Cap 0 95 10 00 60 kW kVar Hz V 700 I 49 81 P 34 8 700 49 81 34 8 DC1 DC2 DC or V A ...

Page 48: ...Freq High 30 19 01 2016 09 30 AC Volt Low or or Error Events Grid Report Error Events Grid Report 1 20 01 2016 15 30 No Gird 2 19 01 2016 09 30 AC Volt Low 5 20 01 2016 15 30 AC Freq High or or Press ENT 5s Clear Event Logs Yes No Empty Yes No Event Press ENT 5s Clear Event Logs Yes No Empty Yes No Event EXIT EXIT EXIT EXIT ENT ENT ENT ENT ENT ENT Meter Energy Log Event Log Inverter Info Life Ener...

Page 49: ...rter Information Figure 4 7 Inverter information page S N O4D1690023WA Install 21 06 2016 INV ID 1 AC connection Max Power Dry Cont A Dry Cont B 3P3W 88000VA Insu Insu Country Insulation Baud Rate TAIWAN 277 480V 150kΩ 19200bps EPO Normal Close Grid Settings Active Pwr Settings React Pwr Settings FRT Settings or ENT FW Version DSP COM SCM 1 14 1 19 1 02 RED 1 03 ARC 0 or ENT or ENT or ENT or ENT 4...

Page 50: ... English Deutsch Français Italiano Español Nederlands Language Date and Time Baud Rate Protocol Language Date and Time Baud Rate Protocol 9600 19200 38400 Language Date and Time Baud Rate Protocol Delta prot Sunspec prot EXIT EXIT ENT EXIT EXIT EXIT ENT EXIT ENT EXIT ENT EXIT ENT EXIT ENT EXIT ENT ENT ENT EXIT ENT ENT ENT ENT ENT ENT ENT EXIT ENT Test Menu Fan Test Fan Test Fan Test Result OFF ON ...

Page 51: ...nly be adjusted by qualified installers or engineers Changing these settings may result in damage to the inverter and other equipment CAUTION OFF AFCI Return to Factory EPO AC Connection Anti islanding Max Power Normal Open 3P3W ON 88000W DC Injection Dry Cont PID Function RCMU ON Inverter ID 2 Insulation Grid Code Grid Settings User Level Installer Level Manufacturer Level Inverter ID Insulation ...

Page 52: ...ment methods ON and OFF and 2 impedance limits Installer must select the appropriate method based on PV array s wiring 4 8 1 Inverter ID 4 8 2 Insulation Setting ID ID 002 Inverter ID 2 Insulation Grid Code Grid Settings EXIT ENT Mode ON Resistance 150kΩ ON OFF EXIT ENT Figure 4 12 Grid Code page Each Grid Code has its own electricity regulations Installer must select the Grid Code correctly Inver...

Page 53: ...4s 304 0V 302 0V Hi Off Sl T Lo Off Slow Lo On Slow Lo Off Sl T 120 0 s 244 0V 247 0V 120 0 s Voltage Protection Freq Protection Reconnect T P Ramp Up High Off High On High Off T Low Off 62 05Hz 60 50Hz 0 1s 57Hz Low On Low Off T Hi Off Slow Hi On Slow 57 05Hz 0 1s 65 00Hz 64 95Hz Hi Off Sl T Lo Off Slow Lo On Slow Lo Off Sl T 5 0s 57 00Hz 57 05Hz 300 0s 180s 200 m 180s 6000 m If user enters wrong...

Page 54: ...Table 4 2 Dry Contact Trigger Setting 4 8 5 Dry Contact Figure 4 14 Dry Contact page EXIT EXIT EXIT ENT ENT ENT ENT DC Injection Dry Cont PID Function RCMU ON Alarm Error Fault Warning Disable On Grid Fan Fail Insulation Dry Cont A Dry Cont B Disable On Grid The default action time is set with 0 user can set the time from 0 10 Hour or Auto Anti PID function will be started in 30 minutes after No D...

Page 55: ...ect the correct AC wiring type Electricity regulation in some area requests that inverter must have power limit function In these areas users can adjust Max Power to limit the maximum output power of the inverter EPO AC Connection Anti islanding Max Power Normal Close 3P3W ON 88000W EPO AC Connection Anti islanding Max Power Normal Close 3P3W ON 88000W EPO AC Connection Anti islanding Max Power No...

Page 56: ...he following section to the information of each functions This control mode can reduce the output power to a percentage of inverter s rated power Users can limit the output power by set the Set Point in Power Limit page Power Limit Power vs Frequency P V Active Power Ctrl Reactive Power Ctrl Q setting 24 7 Warning Adj would affect energy production Password EXIT ENT 4 9 Active Reactive Pwr 4 9 1 A...

Page 57: ...ll reduce output power when grid frequency rises up if this mode enabled Users can tune the parameters in Power vs Frequency page to change the inverter s behavior 4 9 1 2 Power vs frequency P Pm fstart f Hz Gradient P Pm f recovery fstart f Hz Gradient Germany MV Italy Others f recovery fprotection fprotection Figure 4 23 Power vs Frequency parameters 57 Commissioning ...

Page 58: ...ck in OFF 20 5 305 0V V lock out T recovery 300 0V 300s EXIT EXIT ENT 4 9 1 3 P V Figure 4 25 Reactive Power Ctrl page In reactive power control there are 4 modes Constant cos phi cos phi P Constant Q and Q V Refer the following section to the information of each functions Constant cosphi Cosphi P Constant Q Q V 4 9 2 Rective power Ctrl Inverter can feed in a fixed reactive power to grid Users can...

Page 59: ...id voltage reach the lock in voltage V lock in inverter will enable cosphi P function automatically and disabled it when grid voltage reach lock out voltage V lock out Figure 4 27 Cosphi P page Constant cosphi Cosphi P Constant Q Q V Mode Q upper P lower Q lower OFF Ind 1 00 45 Ind 0 90 P upper V lock in V lock out 100 0V 0V EXIT EXIT ENT Q upper Q lower P Pn 1 cosφ P lower P upper Figure 4 28 Cos...

Page 60: ...ltage For country Italy MV and Italy LV users can set lock in power and lock out power to assign Q V function operation interval Constant cosphi Cosphi P Constant Q Q V Mode Fix Q OFF Ind 90 EXIT ENT Constant cosphi Cosphi P Constant Q Q V Mode V1s V2s Qs limit OFF 277 0V 305 0V Ind 44 V1i V2i Qi limit T delay 277 0V 233 0V Cap 44 10 00s P lock in P lock out 0 0 EXIT EXIT EXIT ENT 4 9 2 3 Constant...

Page 61: ...ng night time and provide the reactive power If the inverter disconnected from grid at night time it can only restart when there is enough DC voltage from PV panel to the inverter Do not run Q setting 24 7 function and PID function at the same time Q setting point Q P Q V Q T 4 9 3 Q setting 24 7 function In Q setting point user can assign a percentage of reactive power to the inverter Figure 4 33...

Page 62: ...ccording to grid voltage The setting procedure is same as 4 9 2 4 4 9 3 3 Q V Mode Q upper P lower Q lower OFF Ind 0 45 Ind 44 Q setting point Q P Q V Q T P upper V lock in V lock out 100 249 3V 304 7V EXIT EXIT ENT In Q T function users can scheduled the feed in reactive power by external monitoring system Figure 4 35 Q T page 4 9 3 4 Q T Q setting point Q P Q V Q T Mode OFF EXIT ENT 62 Maintenan...

Page 63: ... ENT Figure 4 36 FRT page Figure 4 37 FRT Parameters Some area requests that inverter should keep connected to grid when grid voltage drops suddenly in few seconds In these areas users can enable FRT function and adjust the parameters to meet the requirement 100 U1 0 t1 Fault occurrence t3 time Ugrid Unom Umin Udrop Disconnect from grid Stay connected 4 10 FRT Fault ride through 63 Commissioning ...

Page 64: ...rior to beginning any maintenance procedures switch AC and DC power off to avoid risk of electrical shock Figure 5 1 Removing and reinstalling the WB cover In order to guarantee proper long term operation of the inverter the following procedures must be followed used to remove and re install the WB cover Refer to Figure 5 1 5 1 Removing and re installing the Wiring Box WB cover 64 Maintenance OFF ...

Page 65: ...er Before re installing the wiring box WB cover 1 Ensure mating surfaces and gasket are clean 2 The gasket is properly located and aligned in its mounting slot When re installing the wiring box cover 1 The screws of WB cover are aligned when holding WB cover by hand 2 Hand tighten screws cross wise and equally 3 Fully tighten the WB cover screws to 21 in lb of torque 2 37N m After re installing th...

Page 66: ...rk voltage 895V AC RMS value 1175V DC Work Amp In 8 20μs 10kA Rate Amp I max 8 20μs 20kA Temperature 40 85 Manufacturers Sichuan Zhongguang Lightning Protection Technologies Co Ltd If it s necessary to remove the insulator plate of wiring box during Cabling or maintenance the insulator plate must be put back in to the wiring box before re install the cover refer the figure right ATTENTION Insulato...

Page 67: ...AC and DC power off and wait until LCD display turn off 2 Loosen the 4 screws on the front cover of wiring box compartment You will see AC and DC SPD as indicated in the figure Figure 5 4 3 Find out which SPD unit was damaged For AC SPD AC Surge with show on the corner of the LCD panel Figure 5 5 For DC SPD DC Surge with show on the corner of the LCD panel 4 Pull out the connector white 3 pins at ...

Page 68: ...Figure 5 5 The alarms indicate AC and DC SPD Fail Figure 5 6 Pull out the connectors and remove the screws as shown in arrows AC SPD DC SPD 68 Maintenance ...

Page 69: ...ich are inserted into a carrier Figure 5 7 shows the location of the combiner fuse holders and Figure 5 8 provides details to remove a fuse from the 122 WB refer to Figure 2 4 for additional information 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 Fuse Board 1 IN 1 Fuse Board 2 IN 2 IN 1 IN2 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06...

Page 70: ...1 4 Based on step 1 check the corresponding fuse locations by pulling out the fuse holder Figure 5 8 and checking continuity of the fuse 5 Replace the fuse if necessary 6 Re install the WB cover using the procedure found in Section 5 1 2 Figure 5 9 String monitor 1 2 3 1 6 0 0 1 5 4 5 6 1 6 1 7 1 7 IDC1 A 1 2 3 1 4 1 6 1 5 4 5 6 1 6 0 0 1 6 IDC2 A Fuse open or blown Fuse open or blown Figure 5 8 A...

Page 71: ...be categorized into two parts Wiring Box compartment WB and Power Module compartment PM as shown in the overview picture Figure 5 10 The following procedure dipicts the steps to clean the filters 5 3 Smart Fans Replacement and Filters Cleaning Figure 5 10 Smart fans location on Power Module compartment Figure 5 11 Smart fan location on WB M88H_122 only Air Outlets Smart Fans inside PM Fan inside W...

Page 72: ...aned As a result the replacement of fans is also smart Figure 5 12 12cm Potting fan kit or Periodic fan and filter cleaning is required to insure long life and reliability The time period between cleanings depends on the quality of the environment Under normal duty use Delta recommends smart fans and filters be cleaned every 6 months For very dusty locations it may be necessary to clean the fans a...

Page 73: ...rtment only due to the symmetry of the air oulets Therefore the following Figure 5 14 shows one side only 1 User should disassemble the 4 pcs screws on the air oulet filter panel 2 Disconnect the connector white as shown at the top left corner of second sub picture and unscrew the 4 pcs on this side and 4 pcs on the other side total 8 screws at the same time 3 Make sure both the left 2 and right 2...

Page 74: ...Figure 5 14 Disassembling fans inside the power module compartment showing one side only Screw torque required for assembling 8 kgf cm 0 8N m 74 Maintenance ...

Page 75: ...Figure 5 15 Removal of filters Figure 5 15 illustrates filters location of M88 series models 75 Maintenance ...

Page 76: ...connection from the computer Please be careful of hot surfaces if the inverter is just shutting down Do not perform any task until the product cool down sufficiently CAUTION HOT SURFACES DO NOT TOUCH The inverter weighs more than 80 kg 177 lb The risk of injury may happen when the inverter is carried incorrectly or dropped during transported or when attaching or removing it from the wall mounting ...

Page 77: ... the external AC breaker and DC switches 2 Double check the inverter is shutted down and there is no electrical hazard 3 Figure 5 16 shows the correct way to turn off the DC swiches Figure 5 16 The ON OFF positions of DC Switches M88H_122 only ON ON I Switch is ON O Switch is OFF 5 4 1 Disassemble the Wiring box compartment 77 Maintenance ...

Page 78: ... 4 Open the wiring box compartment lid 5 Then remove AC DC communication cables 6 Unscrew those screws shown in Figure 5 17 Figure 5 17 Remove AC DC and communication cables and then unscrew 6 screws DC cables AC cables Communication cables 78 Maintenance ...

Page 79: ...nds to grip tightly to separate the wiring box compartment from the power module compartment as shown in Figure 5 18 8 Make sure the packing has been installed Figure 5 18 Remove 8 screws and then separate WB from PM 79 Maintenance ...

Page 80: ... Detection circuit malfunction 1 Check the utility voltage within the suitable range 2 Check Grid Code Grid setting 3 Check the connection in AC terminal 4 Contact our customer service for technical support AC Volt High E11 E13 E16 E18 E21 E23 1 Actual utility voltage is over the OVR setting 2 Utility voltage is over the Slow OVR setting during operation 3 Incorrect Grid Code or Grid setting 4 Det...

Page 81: ...ge on the inverter terminal 6 1 Check the utility voltage on the inverter terminal 6 2 Check reactive power setting 7 Check the Solar voltage on the inverter terminal 8 Check the Solar voltage on the inverter terminal DC SPD Fault W17 AC SPD Fault W18 1 Inverter was struck by lighting 2 One or more SPD are defective 3 One or more SPD are disconnected 4 Detection circuit malfunction 5 Wrong connect...

Page 82: ...mbient temperature 90 or 30 2 Detection circuit malfunction 1 Check the installation ambient and environment 2 Please contact our customer service HW NTC3 Fail F09 1 Ambient temperature 90 or 30 2 Detection circuit malfunction 1 Check the installation ambient and environment 2 Contact our customer service for technical support HW NTC4 Fail F10 1 Ambient temperature 90 or 30 2 Detection circuit mal...

Page 83: ...50Vdc 2 Check the auxiliary circuitry inside the inverter 3 Contact our customer service for technical support HW Red ADC1 F18 HW Red ADC2 F19 HW Eff F20 1 The calibration is incorrect 2 Current feedback circuit is defective 1 Check the accuracy of current and power 2 Check the current feedback circuit inside the inverter HW COMM1 F23 1 DSP is idling 2 The communication connection is disconnected ...

Page 84: ...stomer service for technical support RLY Short F28 RLY Open F29 Bus Unbal F30 1 Not totally independent or parallel between inputs 2 PV Array short to Ground 3 Driver for boost is defective or disconnected 4 Detection circuit malfunction 1 Check the inputs connections 2 Check the PV Array insulation 3 Contact our customer service for technical support HW Bus OVR F31 F33 F35 1 Driver for boost is d...

Page 85: ...technical support HW DC RLY F76 DC Cur High F60 F61 F70 F71 1 Switching device in boost is defective 2 Driver for boost is defective 3 Input current detection circuit malfunction 1 Check all switching device in boost 2 Check the driver circuit for boost inside the inverter 3 Check input current detection circuit Contact our customer service for technical support Contact our customer service for te...

Page 86: ...ge Operating voltage range Operating frequency range Power factor Surge Protection T H D Connection type Night time consumption Vac400 73kW Vac480 88kW Vac400 66kW Vac480 80kW 0 27kVar 0 30 SMax 480Vac 0 22kVar 0 30 SMax 400Vac Vac400V 30 Vac480V 20 50 60Hz 5Hz 1 at rated power 0 8 ind 0 8 cap adjustable Type II SPD 3W Max output current Rated voltage Rated output current 106A 96A 3 Ph 400V 480V Δ...

Page 87: ... air cooling plus Smart Fans control 615 x 986 x 275 Weight kg 0 Noise Overvoltage category 74 5 dBA 1m Amb25 C AC output III DC Input II Maximum backfeed current to the array Protective Class I Pollution Degree 3 Humidity range 0 100 non condensing VDE AR N 4105 VDE0126 1 1 BDEW EN 61000 6 1 EN 61000 6 4 NB T 32004 2013 GB T 19964 LVRT IEC 62109 1 2 EN 61000 6 2 UTE C15 712 UK G59 3 CE compliance...

Page 88: ...1 Efficiency Curve Output voltage at 480V Efficiency Pn 80kW Efficiency of M88H Output voltage at 480Vac 0 20 40 80 60 90 91 92 93 94 95 96 97 98 99 100 600V 710V 800V Output Power 100 110 103 88 Technical Data ...

Page 89: ...2 Efficiency Curve Output voltage at 400V Efficiency Pn 69kW Efficiency of M88H Output voltage at 400Vac 0 20 40 80 60 90 91 92 93 94 95 96 97 98 99 100 500V 600V 800V Output Power 100 110 103 89 Technical Data ...

Page 90: ...l Derating curve for 480Vac 30 25 35 40 45 50 55 60 50 55 60 65 70 75 80 85 90 95 100 105 110 115 P Pn C Pn 80kW Temperature Derating of M88H Output voltage at 480Vac Ambient Temperature 600V 710V 800V 90 Technical Data ...

Page 91: ...l Derating curve for 400Vac 30 25 35 40 45 50 55 60 50 55 60 65 70 75 80 85 90 95 100 105 110 115 P Pn C Pn 66kW Temperature Derating of M88H Output voltage at 400Vac Ambient Temperature 500V 600V 800V 91 Technical Data ...

Page 92: ... 55 60 50 55 60 65 70 75 80 85 90 95 100 105 110 115 P Pn C Pn 63kW Temperature Derating of M88H Output voltage at 380Vac Ambient Temperature Figure 7 5 Thermal Derating curve for 380Vac 500V 600V 800V 92 Technical Data ...

Page 93: ... torque 2 Screw assemblies 8 kgf cm 0 8 N m 1 Filter 8 kgf cm 0 8 N m 4 Fan 8 kgf cm 0 8 N m 3 AC gland 122 model only 8 kgf cm 0 8 N m Appendix Assembly Note Appendix 1 Assembly Note All Model Appendix Assembly Note 93 ...

Page 94: ... 10 SPD board 17 kgf cm 1 7 N m 7 6 Communication cover 5 Grounding point 79 9 kgf cm 7 8 N m 4 Grounding bar 30 6 kgf cm 3 N m 2 8 kgf cm 0 8 N m 1 AC terminal 265 kgf cm 26 N m Conductor cross section 1 AWG 250 kcmil 50 120 mm Insulator cover 8 kgf cm 0 8 N m 11 Communication port 9 20 AWG 0 5 mm 6 4 AWG 14 22 mm 1 AWG 250 kcmil 50 120 mm 3 Ground of SPD board 8 kgf cm 0 8 N m Appendix Assembly ...

Page 95: ...kgf cm 4 5 N m 8 Wiring box fan 8 kgf cm 0 8 N m 7 SPD board 17 kgf cm 1 7 N m 6 5 2 MC4 wire 1 AC terminal 91 7 kgf cm 9 N m Conductor cross section 20 AWG 0 5 mm 11 12 Insulator cover 8 kgf cm 0 8 N m 12 10 AWG 4 6 mm 2 2 0 AWG 35 70 mm 3 Grounding point 79 9 kgf cm 7 8 N m Ground of SPD board 8 kgf cm 0 8 N m 4 Grounding bar 30 6 kgf cm 3 N m 6 4 AWG 14 22 mm RS 485 EPO Dry Contact Appendix Ass...

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Page 97: ...M88H 操作手冊 三相併網型變流器 The power behind competitiveness www deltaww com English 1 97 繁體中文 ...

Page 98: ...概述 3 安裝 3 1 機構安裝 3 2 接線盒上蓋 3 3 交流配線安裝 3 3 1 M88H_121必須保護裝置及交流配線安裝 3 3 2 M88H_122必須保護裝置及交流配線安裝 3 4 直流配線安裝 3 4 1 M88H_121直流配線安裝 3 4 2 M88H_122直流配線安裝 3 5 通訊模組連接方式 3 5 1 RS 485連接方式 3 5 2 緊急關斷 EPO 及數位輸入 3 5 3 乾接點連接方式 3 6 案場絕緣測試 4 試運行 4 1 控制面板介紹 4 2 首次開機 4 2 1 主畫面 4 3 Power meter String monitoring 4 4 Energy Log 4 5 Event Log 4 6 Inverter Information 4 7 General Settings 4 8 Install Settings 4 8 1 Inver...

Page 99: ...nstant cosphi 4 9 2 2 Cosphi P 4 9 2 3 Constant Q 4 9 2 4 Q V 4 9 3 Q setting 24 7 function 4 9 3 1 Q setting point 4 9 3 2 Q P 4 9 3 3 Q V 4 9 3 4 Q T 4 10 FRT Fault ride through 5 維護 5 1 卸下和重新安裝接線盒上蓋 5 1 1 卸下接線盒上蓋 5 1 2 重新安裝接線盒上蓋 5 2 更換SPD 5 3 風扇替換及清潔 5 4 終止運轉 5 4 1 配線箱拆卸 6 錯誤告警及排除問題 7 技術資料 附錄 組裝說明 149 149 150 150 150 151 151 151 152 153 153 153 154 155 155 156 156 157 157 157 158 159 159 160 16...

Page 100: ...圖3 14 AC側多層式防水塞蓋 M88H_122 圖3 15 M88H_122交流端子位置 圖3 16 M88H_122交流固定頭的組裝方式 圖3 17 鋁線使用指示 圖3 18 銅鋁端子選用指示 圖3 19 DC側多層式防水塞蓋 M88H_121 圖3 20 M88H_121配線箱架構圖 圖3 21 M88H_121直流端子台位置 圖3 22 M88H_121單組MPPT應用程序 圖3 23 鋁線使用指示 圖3 24 銅鋁端子選用指示 圖3 25 M88H_122配線箱架構圖 圖3 26 M88H_122直流端子位置 圖3 27 通訊模組 圖3 28 多台變流器連接示意圖 圖3 29 EPO功能 圖3 30 乾接點連接 圖3 31 現場絕緣測試注意事項 Figure 108 109 110 111 113 113 114 114 115 115 116 116 117 120 120 ...

Page 101: ...面 圖4 20 Active Power Ctrl 頁面 圖4 21 Power Limit 頁面 圖4 22 Power vs Frequency 頁面 圖4 23 Power vs Frequency參數對照 圖4 24 P V 頁面 圖4 25 Reactive Power Ctrl 頁面 圖4 26 Constant cosphi 頁面 圖4 27 Cosphi P 頁面 圖4 28 Cosphi P 參數對照 圖4 29 Constant Q 頁面 圖4 30 Q V 頁面 圖4 31 Q V 參數對照 圖4 32 Q setting 24 7 頁面 圖4 33 Q setting point 頁面 圖4 34 Q P 頁面 圖4 35 Q T 頁面 圖4 36 FRT頁面 圖4 37 FRT參數對照 圖5 1 卸下並重新安裝接線盒上蓋 圖5 2 接線盒上蓋的重新安裝程序 圖5 ...

Page 102: ...190 162 163 163 164 165 165 166 166 167 168 169 170 172 173 174 183 184 185 186 187 圖5 4 移除配線箱上蓋 圖5 5 AC DC SPD 損壞時的告警 圖5 6 拔起連接線並移除螺絲 圖5 7 M88H_122 拉拔式保險絲座 圖5 8 拔除保險絲座的方法 圖5 9 String monitor 圖5 10 功率模組智慧風扇位置 圖5 11 配線箱智慧風扇位置 僅M88H_122 圖5 12 12吋風扇模組 圖5 13 拆卸配線箱區塊之智慧風扇 僅M88H_122 圖5 14 拆卸功率模組風扇 僅以單側為例 圖5 15 濾網拆卸方向 圖5 16 直流開關之開 關位置 僅M88H_122 圖5 17 移除交直流線材及通訊線 並卸下6顆螺絲 圖5 18 拆下8顆螺絲後 將配線箱與功率模組分離 圖7 1 M88...

Page 103: ...除以正確使用本產品以外的目的 使用本說明書 所有資訊若有變更 不另外通知 DELTA ELECTRONICS INC 針對以下情形造成的損害將不負任何責任及義務 ａ 產品沒有恰當的安裝或維修 ｂ 產品未依照說明書正確使用 ｃ 產品於拆裝過程受損 1 安全規範 1 1 變流器資料 1 1 1 免責聲明 本說明書適用於針對安裝 試運行 實際操作 後續維護受過良好訓練的人以下 基礎及進階技巧為必需的 了解基礎電力 配線 電子元件及電子電路符號 了解太陽能變流器如何運行及操作 針對電子產品的安裝及試運行受過訓練 針對安裝及使用電子產品的過程中會遇到的危險及風險受過訓練 遵守本說明書及所有安全規範 開始接觸此產品前 請詳閱本說明書 1 1 2 適用對象 安全規範 103 ...

Page 104: ...變流器提供重要指示 本產品進行設計 測試 驗證且經國際安全規範認證 但安裝及使用本產品前仍須做好防範措施 M88H為雙MPP追蹤 無變壓器太陽能變流器 能將太陽能串列的變動電流轉換成 與市電頻率相同之三相交流能量並饋入市電 所使用之太陽能模組需與變流器匹配 太陽能面板之對地電容不可超過 8μF 本產品僅可在經Delta及市電業者許可之國家運行 1 2 1 使用條件 本產品無附加變壓器 為非電氣隔離型 市電端與變流器間需加入外部變壓器 請勿使用需接地 正極或負極 之太陽能板 若使用了 則本產品會以INSULATION E34 告警 L1 L2 L3 及 N 禁止連接至地 注意 無電氣隔離 104 安全規範 ...

Page 105: ...本節說明本說明書會出現的標誌定義 為了避免人員受傷或其他損失及確保變流器 長期運轉 在使用此產品前請務必詳閱所有安全指示並遵守 1 2 2 標誌 危險 此警語表示可能發生致死或嚴重傷亡的情形 此警語表示可能發生較輕微傷害的情形 注意 警告 此警語表示可能發生致死或嚴重傷亡的情形 此警語表示可能對資產或環境造成傷害 注意 105 安全規範 ...

Page 106: ... 進一步的資訊會經由雙圈驚嘆號指示 這代表接續的內容將含有使用者該遵守的重要資訊以免造成任何傷害 資訊 危險 觸電 此警語表示可能會有造成嚴重傷亡的觸電可能 此警語表示當變流器運行時機體表面高溫 待表面溫度下降後在進行需接觸的工作 注意 表面高溫 請勿觸碰 等待圖示中所顯示的時間後再進行工作 設備接地導體 106 安全規範 ...

Page 107: ...亦適用於戶外 本說明書適用以下機種 M88H_121 M88H_122 安裝 運行及維護過程皆必須遵守本說明書 M88H系列包含兩機種如圖2 2所示 Delta保留在不另行告知的前提下修改內容 及技術資料的權力 2 產品介紹 2 1 適用機種 本產品無附加變壓器 為非電氣隔離型 市電端與變流器間需加入外部變壓器 請勿使用需接地 正極或負極 之太陽能板 若使用了 則本產品會以INSULATION E34 告警 L1 L2 L3 及 N 禁止連接至地 注意 無電氣隔離 產品介紹 107 ...

Page 108: ...A太陽能變流器 1 1 1 太陽能變流器 2 說明書 安裝及維運過程中務必參考 本說明書中的安全指示 3 壁掛架 將變流器掛起之壁掛架 材質 鋁 厚度 3mm 4 18對 MC4端子 組串輸入接頭 僅122機種 6 1對 遮蔽板 濾網的遮蔽板 非必要 5 1 銘板保護 用於保護控制面板 7 1 銘板保護 說明書 銘板保護安裝說明 8 5 螺絲 變流器與壁掛架鎖附螺絲 不銹鋼 M6 12mm 表2 1 M88H內容清單 圖2 1 M88H內容物 For 122 model 108 產品介紹 ...

Page 109: ...tch MC4 type DC connector 18 pairs Air Inlets Communication Connetions Gland for AC Wiring LCD LED Display and Buttons M88H_121 Air Outlets Smart Fans Rating Label Gland for DC Wiring Air Inlets Communication Connetions Gland for AC Wiring LCD LED Display and Buttons 109 產品介紹 ...

Page 110: ... SPD 保險絲座 及通訊連接 RS 485 圖2 3 M88H標籤 Symbol Definition 嚴重觸電危險 變流器運行時會有致命高電壓存在 切斷後危險電壓存在約100秒 時間內請勿接觸變流器 本產品不含任何需要開啟機殼之元件 擅自開啟機殼會使保固失效 使用此變流器前 請詳閱說明書 此變流器本身沒有經由變壓器與市電端分離 若當地規範要求 機體外殼請務必下地 WEEE marking 本變流器須以標準家用廢棄物報廢 並同時遵守當地針對電器報廢的相關規範 表2 2 M88H標籤內容描述 100 seconds 請注意噪音防範 110 產品介紹 ...

Page 111: ...mm2 AC terminal 120mm2 DC terminal Fuse holder type DC IN1 Fuse holder type DC IN2 Component DC switch Type II AC SPD 7 6 8 9 10 15 NO Component Type II DC SPD Internal AC terminal Internal DC terminal Wiring box fan 13 14 11 MC4 connector Grounding bar 1 2 3 4 5 12 IN 1 IN 2 IN 1 IN 2 M88H_122 M88H_121 111 產品介紹 ...

Page 112: ...用8枚M8十字螺絲將壁掛架固定牆上 該壁掛架為本產品專用 請勿使用其他壁掛架來搭配本產品使用 注意 本產品設計為壁掛型 請確保安裝時 本產品與地面垂直且交直流配線處為接近 地面端 請務必遵循圖3 2至圖3 8的安裝指示 首先安裝壁掛架於堅固表面 並將變流器牢固地鎖附於壁掛架上 請參考以下步驟鎖附變流器至牆上 1 至少使用8枚M8十字螺絲將壁掛架固定牆上 螺絲孔位置請遵從圖3 2及3 3 2 圖3 1提供吊掛安裝方式 3 圖3 2及3 3提供建議的螺絲孔位置 4 將變流器掛至壁掛架上 5 圖3 4至3 8描述正確的安裝方式 6 圖3 8為正確鎖附配線箱的方法 3 1 機構安裝 112 安裝 ...

Page 113: ...圖3 2 壁掛架詳細尺寸 圖3 1 安裝吊掛鋼環 875 1 246 410 140 5 402 7 182 5 82 13 246 410 582 20 50 197 205 155 127 5 57 5 122 485 6 Φ8 5 Φ8 5 安裝後請鎖緊螺絲 M12 0 5N m 或將鉤子 鉤在機殼上 以免水流入 掛勾勾住 吊環 單位 mm 113 安裝 ...

Page 114: ...Necessary for vertical fixing Necessary for horizontal fixing 圖3 3 壁掛建議螺絲鎖附孔位置 至少8枚螺絲 圖3 4 錯誤的螺絲鎖附位置 114 安裝 ...

Page 115: ...安裝額外的保護蓋 詳細細節請洽當地服務團隊 O Permitted X Prohibited 90 Max 90 30cm ROOF DECK TYP SUPPORT STRUCTURE Make sure the lowest point of the inverter chassis must be 30cm from floor surface and not susceptible to water immersion 30cm ROOF DECK TYP SUPPORT STRUCTURE Protection cover Protection cover 115 安裝 ...

Page 116: ... 請遵照允許的安裝方式進行施工 注意 圖3 7 機台間最低要求距離 圖3 8 配線箱與壁掛架鎖附螺絲位置 將變流器掛上後 請以鎖附扭力45 kgf cm將四枚螺絲鎖上 80cm 50cm 80cm Inverter 2 Inverter 1 20cm 80cm 33cm Wall 5cm 116 安裝 ...

Page 117: ...要使用遮蔽板 請參考圖3 9的安裝方式 鎖附扭力45 kgf cm 圖3 9 遮蔽板的安裝方法 117 安裝 ...

Page 118: ...銘板周圍擦拭乾淨 完整黏貼完畢後需用力按壓並確認平整度 靜置1小時以上使其充分發揮膠貼的黏性 注意 為了銘板 螢幕不受外在因素 像是動物 異物和紫外光照射等 造成毀損 使用斜躺 水平式或是 朝陽安裝請務必安裝銘板保護貼 安裝流程如下 A 將有兩片短的魔鬼氈那一側的貼紙沿著銘板下緣黏貼 B 黏貼完畢後 接著黏貼上方長條魔鬼氈的貼紙 安裝完畢後 可撕開下方魔鬼氈且由下往上打開銘板保護貼 B A 1 2 3 4 118 安裝 ...

Page 119: ... 警告 遵守條文為安裝者的責任 直流電壓超過1000V則保固失效 變流器可能因溼度或沙塵損壞 請勿打開變流器機殼 注意 3 3 交流配線安裝 不建議使用TT N的電壓必須非常接近接地電壓 差值 20 Vrms 允許的接地系統 接地系統 TN S 允許 Yes TN C Yes TN C S Yes TT Yes IT Yes 為了不損壞變流器中的組件 請確保將正確的線材連接到變流器上相應的交流端子 注意 錯誤的交流線材 3 2 接線盒上蓋 為了確保變流器可以良好的長期運轉 拆裝接線盒時 請務必參考5 1章節的步驟 說明 119 安裝 ...

Page 120: ... L3 outer jacket 3 3 1 M88H_121必須保護裝置及交流配線安裝 建議於市電端與變流器間加入斷路器做為過電流保護 型號 斷路器規格 M88H 150A Sizes of Cables mm D1 D2 D3 D4 D5 53 5 65 9 43 8 53 5 34 8 43 8 27 2 34 8 23 9 27 2 13 7 18 1 23 24 5 19 4 36 9 34 3 36 4 25 9 36 3 1 8 4 1 7 8 1 6 4 1 6 4 1 6 4 Torque N m Dimension of P mm 圖3 11 AC側多層式防水塞蓋 M88H_121 表3 1 AC側電纜線尺寸對照表 M88H_121 D1 D3 D2 P D5 D4 120 安裝 ...

Page 121: ...he screw AC Terminal outer jacket Cable gland for AC 機器上的電纜接頭適用於多芯電纜 當使用單芯電纜搭配2 5 金屬軟管配線時 請遵 照下列建議預防水氣侵入 a 將金屬軟管接入電纜接頭內 並使用防火泥填補軟管與接線盒內外部及電纜接頭與 軟管間的縫隙 b 將電纜接頭更換為2 5 金屬管接頭 並使用防火泥填補軟管與接線盒內外部及金屬 管接頭與軟管間的縫隙 注意 N L1 L2 L3 PE conduit N L1 L2 L3 PE conduit duct seal duct seal a b 121 安裝 ...

Page 122: ...m Conductor cross section 2 2 0 AWG 35 70mm 3 3 2 M88H_122必須保護裝置及交流配線安裝 建議於市電端與變流器間加入斷路器做為過電流保護 型號 斷路器規格 M88H 150A Sizes of Cables mm D1 D2 D3 D4 43 5 51 3 34 8 43 5 27 2 34 8 23 9 27 2 8 5 11 8 5 11 8 5 11 8 5 11 1 4 1 5 1 3 5 1 3 5 Torque N m Dimension of P mm 圖3 14 AC側多層式防水塞蓋 M88H_122 表3 2 AC側電纜線尺寸對照表 M88H_122 D1 D3 D2 D4 P 122 安裝 ...

Page 123: ...E N L3 L2 L1 outer jacket 注意 conduit duct seal N L1 L2 L3 PE duct seal conduit 機器上的電纜接頭適用於多芯電纜 當使用單芯電纜搭配2 金屬軟管配線時 請遵 照下列建議預防水氣侵入 a 將金屬軟管接入電纜接頭內 並使用防火泥填補軟管與接線盒內外部及電纜接頭 與軟管間的縫隙 b 將電纜接頭更換為2 金屬管接頭 並使用防火泥填補軟管與接線盒內外部及金屬 管接頭與軟管間的縫隙 a b conduit 圖3 15 M88H_122交流端子位置 123 安裝 ...

Page 124: ...圖3 16 M88H_122交流固定頭的組裝方式 Torque 0 8 N m to fix the screw 安裝 124 ...

Page 125: ...H_121 直流和交流側 M88H_122 交流側 若使用鋁線 請遵循以下指示 鋁線使用指示 剝線後氧化層請去除 氧化層去除後請塗上凡士林或類似性質之接面油 請以該端子台之最大鎖附扭力鎖附線材 安裝處請遠離潮濕環境或極端氣候 強烈建議使用區塊成形及單芯線 圖3 17 鋁線使用指示 match the sector shaped of the connection SE Sector shaped single strand 90 125 安裝 ...

Page 126: ...可靠的接觸點 請確實遵守以下步驟 1 鋁線的導電性較銅線差 鋁線線徑請至少選用比銅線線徑大一個等級 2 安裝鋁線時請盡量在低濕度且低腐蝕性的環境下進行 3 安裝過程需快速 4 確實使用硬體工具 如刀子 將剝線後的裸露表面氧化層刮除 並立即將裸露 線材浸泡至凡士林內 須為中性 不含酸 鹼成分 然後放入銅鋁端子內 5 使用最大允許的壓接扭力進行壓接 注意 圖3 18 銅鋁端子選用指示 Type Compression joints with Cu bolts Al For M88H_121 d 30 0mm For M88H_122 d 19 0mm 在鋁的部分必須使用熱縮管 126 安裝 ...

Page 127: ...規 建議配置斷路器於太陽能陣列與變流器之間做為過電流保護裝置 未使用的DC串列輸入端子 請勿移除防水塞 M88H_122 注意 3 4 直流配線安裝 為了不損壞變流器內部元件 請勿頻繁且快速地接換直流開關 正確的操作方式為 當直流開關切至OFF需等待LCD面板顯示 NO DC 或一分鐘後 再切為ON的狀態 注意 DC開關 Sizes of Cables mm D1 D2 D3 21 9 25 7 15 8 21 9 11 3 15 8 31 4 35 3 45 1 52 0 37 3 41 1 0 4 0 5 0 4 Torque N m Dimension of P mm 圖3 19 DC側多層式防水塞蓋 M88H_121 表3 3 DC側電纜線尺寸對照表 M88H_121 P D2 D1 D3 127 安裝 ...

Page 128: ...直流端子鎖附扭力為26 N m 所需的配線空間為135 mm 對於鋁電纜 最小 最大導線線徑 120 150 mm2 鎖附扭力 30 N m 注意 PE PE DC1 DC2 DC1 DC2 DC1 DC2 DC1 DC2 機器上的電纜接頭適用於多芯電纜 當使用單芯電纜搭配2 金屬軟管配線時 請遵 照下列建議預防水氣侵入 a 將金屬軟管接入電纜接頭內 並使用防火泥填補軟管與接線盒內外部及電纜接頭 與軟管間的縫隙 b 將電纜接頭更換為2 金屬管接頭 並使用防火泥填補軟管與接線盒內外部及金屬 管接頭與軟管間的縫隙 CAUTION duct seal duct seal a b conduit conduit 128 安裝 ...

Page 129: ...nd for DC Cable gland for DC DC Terminal Stripping length 40 42mm Conductor cross section 50 120mm Torque 26 N m to fix the screw 135mm bending space DC1 DC2 DC1 DC2 PE M88H_121 的接線端子在一些特別應用下可以支援35mm2的銅線 此應用條件必須 加裝接線端子頭後再對線材進行鎖附 確保線材不會鬆脫 下圖是安裝端子頭流程 注意 129 安裝 ...

Page 130: ...針對配接成單組MPPT應用 請參考以下流程與注意事項 插入短路橋接片於直流端子 如圖3 22 配入直流電纜線並且以2 6 N m扭力確實鎖緊直流端子 圖3 22 M88H_121單組MPPT應用程序 1 若需要使用短路橋接片 請連繫當地台達客服 2 請勿使用未經廠商認可的短路橋接片進行DC側橋接 否則會造成變流器的損壞 注意 請注意直流端子上的極性符號 確保將電纜放在正確的直流端子中 130 安裝 ...

Page 131: ...H_121 直流和交流側 M88H_122 交流側 若使用鋁線 請遵循以下指示 鋁線使用指示 剝線後氧化層請去除 氧化層去除後請塗上凡士林或類似性質之接面油 請以該端子台之最大鎖附扭力鎖附線材 安裝處請遠離潮濕環境或極端氣候 強烈建議使用區塊成形及單芯線 圖3 23 鋁線使用指示 match the sector shaped of the connection SE Sector shaped single strand 90 131 安裝 ...

Page 132: ...致火災 為確保安全性及可靠的接觸點 請確實遵守以下步驟 1 鋁線的導電性較銅線差 鋁線線徑請至少選用比銅線線徑大一個等級 2 安裝鋁線時請盡量在低濕度且低腐蝕性的環境下進行 3 安裝過程需快速 4 確實使用硬體工具 如刀子 將剝線後的裸露表面氧化層刮除 並立即將裸露 線材浸泡至凡士林內 須為中性 不含酸 鹼成分 然後放入銅鋁端子內 5 使用最大允許的壓接扭力進行壓接 注意 圖3 24 銅鋁端子選用指示 Type Compression joints with Cu bolts Al For M88H_121 d 30 0mm 在鋁的部分必須使用熱縮管 132 安裝 ...

Page 133: ...N 1 IN 2 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 Fuse Board 1 IN 1 Fuse Board 2 IN 2 IN 1 IN2 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 133 安裝 ...

Page 134: ...功能之數位輸入 端子台 3 5 通訊模組連接方式 圖3 27 通訊模組 下表將描述RS 485各腳位定義 不同的RS 485連接方式將有不同的終端電阻 設定方式 只有一台變流器連接 開啟終端電阻 多台變流器連接 第一台和最後一台終端電阻需開啟 3 5 1 RS 485連接方式 為了良好的傳輸品質 推薦使用雙絞線作為通訊電纜 注意 Dry Contact VCC RS 485 EPO 1 Digital Inputs 6 Terminal Resistor 134 安裝 ...

Page 135: ... 4 DATA 5 DATA 6 DATA 表3 4 RS 485腳位定義 圖3 28 多台變流器連接示意圖 開關 1 終端電阻 開 終端電阻 關 關 開 表3 5 終端電阻設定 1 2 3 4 5 6 Data Format Baud rate 19200 Data bits 8 Stop bit 1 Parity N A RS485 USB or RS485 RS232 Terminal Resistor 120Ω 1 2W DATA to DATA 135 安裝 ...

Page 136: ...圖3 29 EPO功能 表3 6 EPO及數位輸入功能定義 通訊模組提供一組緊急關斷功能 EPO 可依使用者需求於設定頁面進行設定 變流器動作 緊急關斷 0 實功輸出 最大30 額定輸出 最大60 額定輸出 最大100 額定輸出 保留 保留 短路 V1 K0 V1 K1 V1 K2 V1 K3 V1 K4 V1 K5 V1 K6 3 5 2 緊急關斷 EPO 及數位輸入 136 安裝 ...

Page 137: ...圖3 30 乾接點連接 M88H提供兩組乾接點 該接點可依客戶需求設定 請參照4 8 5章節 乾接點可以承受250Vac 28Vdc 9A 的電氣規格 適當線徑為20AWG 0 5mm 3 5 3 乾接點連接方式 Dry Contact B Dry Contact A 137 安裝 ...

Page 138: ...試時 請依循下列步驟 1 確認直流開關於OFF的狀態 2 請確認高阻計對變流器以及對地的接法正確如圖3 31 若是不正確的接線可能 會導致變流器的損壞 3 6 案場絕緣測試 圖3 31 現場絕緣測試注意事項 121 Model 接線盒 122 Model 接線盒 Hi pot Insulation Hi pot Insulation Switch OFF Distribution Box or DC Switch OFF 138 安裝 ...

Page 139: ...D顯示螢幕及2 LED狀態指示燈如圖4 1 表4 1 說明各燈號的意義 下面的章節將介紹使用者可經由顯示螢幕進行設定的部分 當按壓按鈕進行設定時 指標會從 變為 4 1 控制面板介紹 Power meter String monitoring Energy Log Event Log Inverter Information General Settings Install Settings Active Reactive Power FRT 4 3 4 4 4 5 4 6 4 7 4 8 4 9 4 10 139 試運行 ...

Page 140: ...面板 LED Indicator RED LED Indicator GRN EXIT Exit Menu Down Move Down UP Move UP ENT Enter Menu or Confirm 狀況 綠LED 紅LED 併網前倒數 閃爍 關 成功併網 開 關 發生Error或Fault 關 開 待機 夜間模式 無DC時 關 關 燒錄模式 閃爍 開一秒 關一秒 表4 1 LED指示燈 140 試運行 ...

Page 141: ... 倒數完畢變流器便會併網送電 Are you sure to set Grid Code XXX Yes No XXXXXX Are you sure to set set protocol Yes No Select Language English Deutsch Français Delta prot Sunspec prot EXIT ENT EXIT ENT EXIT ENT EXIT ENT EXIT ENT Setting ID ID 001 Are you sure to set ID 1 Yes No EXIT ENT Select Grid Code CHINA 2013 230 400V FR Is 50Hz 230 400V FR Is 60Hz 230 400V 141 試運行 ...

Page 142: ...r meter頁面 4 3 Power meter String monitoring M88H_121 M88H_122 V 480 I 82 3 P 22 8 480 82 3 22 8 480 82 3 22 8 L1 L2 L3 AC PF Power Q Frequency 68 39 Cap 0 95 10 00 60 kW kVar Hz V 700 I 49 81 P 34 8 700 49 81 34 8 DC1 DC2 DC or V A kW V A kW ENT or ENT or ENT 1 2 3 XX X XX X XX X 4 5 6 XX X XX X XX X IDC1 A 7 8 9 XX X XX X XX X IDC1 A or ENT or ENT or ENT 1 2 3 XX X XX X XX X 4 5 6 XX X XX X XX X ...

Page 143: ... AC Volt Low 5 20 01 2016 15 30 AC Freq High or or Press ENT 5s Clear Event Logs Yes No Empty Yes No Event Press ENT 5s Clear Event Logs Yes No Empty Yes No Event EXIT EXIT EXIT EXIT ENT ENT ENT ENT ENT ENT 4 4 Energy Log 4 5 Event Log Meter Energy Log Event Log Inverter Info Life Energy Day Energy Month Energy Life Energy Day Energy Month Energy Life Energy E Today E Total Runtime 0kWh 0kWh 0Hrs ...

Page 144: ...016 INV ID 1 AC connection Max Power Dry Cont A Dry Cont B 3P3W 88000VA Insu Insu Country Insulation Baud Rate TAIWAN 277 480V 150kΩ 19200bps EPO Normal Close Grid Settings Active Pwr Settings React Pwr Settings FRT Settings or ENT FW Version DSP COM SCM 1 14 1 19 1 02 RED 1 03 ARC 0 or ENT or ENT or ENT or ENT 144 試運行 ...

Page 145: ... Español Nederlands Language Date and Time Baud Rate Protocol Language Date and Time Baud Rate Protocol 9600 19200 38400 Language Date and Time Baud Rate Protocol Delta prot Sunspec prot EXIT EXIT ENT EXIT EXIT EXIT ENT EXIT ENT EXIT ENT EXIT ENT EXIT ENT EXIT ENT ENT ENT EXIT ENT ENT ENT ENT ENT ENT ENT EXIT ENT Test Menu Fan Test Fan Test Fan Test Result OFF ON OFF Fan Test Fan Test Result OFF F...

Page 146: ... islanding Max Power Normal Open 3P3W ON 88000W DC Injection Dry Cont PID Function RCMU ON Inverter ID 2 Insulation Grid Code Grid Settings User Level Installer Level Manufacturer Level Inverter ID Insulation Grid Code Dry Contact PID function EPO AC Connection Max Power Inverter ID Insulation Grid Code Grid Settings Dry Contact PID function EPO AC Connection Max Power All Settings 4 8 Install Set...

Page 147: ...ter ID 2 Insulation Grid Code Grid Settings EXIT ENT Mode ON Resistance 150kΩ ON OFF EXIT ENT 圖4 12 Grid Code頁面 選單中的每一個國家選項即代表一種電力法規 安裝者於安裝變流器後必須選擇 正確的國家選項 以符合當地電力法規的要求 4 8 1 Inverter ID 4 8 2 Insulation 4 8 3 Grid Code Inverter ID 2 Insulation Grid Code Grid Settings CUSTOM EXIT ENT CHINA 2013 230 400V FR Is 50Hz 230 400V FR Is 60Hz 230 400V FRANCE MV 230 400V 147 試運行 ...

Page 148: ...0V 247 0V 120 0 s Voltage Protection Freq Protection Reconnect T P Ramp Up High Off High On High Off T Low Off 62 05Hz 60 50Hz 0 1s 57Hz Low On Low Off T Hi Off Slow Hi On Slow 57 05Hz 0 1s 65 00Hz 64 95Hz Hi Off Sl T Lo Off Slow Lo On Slow Lo Off Sl T 5 0s 57 00Hz 57 05Hz 300 0s 180s 200 m 180s 6000 m If user enters wrong settings Wrong Setting If user enters wrong settings Wrong Setting Press 5s...

Page 149: ...14 Dry Contact 頁面 預設作動時間為0 使用者可選擇0 10小時 或自動模式 Anti PID 功能會在No DC出現後30分鐘內啟動 台達擁有專屬的夜間Anti PID 解決方案專利 請不要同時運行 Anti PID 跟 Q setting 24 7 功能 圖4 15 PID Function頁面 DC Injection Dry Cont PID Function RCMU ON Time Auto EXIT ENT 4 8 5 Dry Contact 4 8 6 Anti PID function EXIT EXIT EXIT ENT ENT ENT ENT DC Injection Dry Cont PID Function RCMU ON Alarm Error Fault Warning Disable On Grid Fan Fail Insulation Dr...

Page 150: ...正常運作 某些電力法規有調整最大功率輸出之要求 參照此類電力法規之使用者可透過此 功能更改變流器的最大功率輸出額度 圖4 16 EPO頁面 圖4 17 AC配線方式 圖4 18 Max Power頁面 EPO AC Connection Anti islanding Max Power Normal Close 3P3W ON 88000W EPO AC Connection Anti islanding Max Power Normal Close 3P3W ON 88000W EPO AC Connection Anti islanding Max Power Normal Close 3P3W ON 88000W 4 8 7 EPO 4 8 8 AC connection 4 8 9 Max Power 150 試運行 ...

Page 151: ...面前必須輸入密碼 此頁面包含實功功率控制與虛功功率 控制兩個主要功能 實功功率控制有三種模式 Power Limit Power vs Frequency and P V 虛功功率控制有四種模式 Constant cosphi cosphi P Constant Q and Q V 這些模式將會在下面的章節中詳細的介紹 所有功能的電壓設置由相電壓去作設定的 圖4 21 Power Limit 頁面 此控制模式可限制變流器之輸出功率 使用者可透過設定Set Point來指定變流器 所能輸出的最大功率 Power Limit Power vs Frequency P V Mode Set Point ON 100 EXIT ENT Active Power Ctrl Reactive Power Ctrl Q setting 24 7 Warning Adj would affect ener...

Page 152: ...quency P V Mode F start F recovery Gradient ON 60 15 Hz 50 05 Hz 100 T recovery 300s EXIT EXIT ENT 4 9 1 2 Power vs frequency P Pm fstart f Hz Gradient P Pm f recovery fstart f Hz Gradient Germany MV Italy Others f recovery fprotection fprotection 圖4 23 Power vs Frequency參數對照 152 試運行 ...

Page 153: ...面 此模式啟動後 當市電電壓大於V lock in且此時變流器之輸出功率大於P lock in 時 變流器將會自動將輸出功率降低至P lock out 直到市電電壓低於V lock out 且經過T recovery秒後方回復正常功率輸出 Power Limit Power vs Frequency P V Mode P lock in P lock out V lock in OFF 20 5 305 0V V lock out T recovery 300 0V 300s EXIT EXIT ENT 此模式啟動後 變流器可饋入固定功率因子 cosphi 之虛功功率至市電 使用者 可透過設定頁面指定欲饋入之功率因子 Constant cosphi Cosphi P Constant Q Q V Mode cosphi OFF Ind 1 00 EXIT ENT 圖4 26 Constan...

Page 154: ...V lock in時方饋入虛功 電壓低於V lock out後 無論此時輸出實功功率為何 皆不饋入虛功 圖4 27 Cosphi P 頁面 圖4 28 Cosphi P 參數對照 Constant cosphi Cosphi P Constant Q Q V Mode Q upper P lower Q lower OFF Ind 1 00 45 Ind 0 90 P upper V lock in V lock out 100 241 5V 230 0V EXIT EXIT ENT Q upper Q lower P Pn 1 cosφ P lower P upper 154 試運行 ...

Page 155: ...Italy LV或Italy MV時 使用者可進一步指定輸出功率達到P lock in 時方饋入虛功 輸入功率小於P lock out時則無論市電電壓為何 皆不饋入任何 虛功 Constant cosphi Cosphi P Constant Q Q V Mode Fix Q OFF Ind 90 EXIT ENT Constant cosphi Cosphi P Constant Q Q V Mode V1s V2s Qs limit OFF 277 0V 305 0V Ind 44 V1i V2i Qi limit T delay 277 0V 233 0V Cap 44 10 00s P lock in P lock out 20 5 EXIT EXIT EXIT ENT 155 試運行 ...

Page 156: ...分別為Q setting point Q P Q V Q T 當使用此控制模式時 變流器於夜間時會保持併網 並饋入使用者設定的虛功量 假使變流器於夜間解除併網狀態 則必須等到直流端有足夠的電壓才會使變流器 重新啟動 各功能詳細的敘述請參考以下小節 請不要同時運行 Q setting 24 7 跟 Anti PID 功能 Q setting point Q P Q V Q T 4 9 3 Q setting 24 7 function 在Q setting point頁面中 使用者得以百分比的形式設定變流器饋入電網的虛功量 圖4 33 Q setting point 頁面 4 9 3 1 Q setting point OFF Q setting point Q P Q V Q T Mode Fix Q OFF Ind 90 EXIT ENT 156 試運行 ...

Page 157: ...功能設定 流程與4 9 2 4節相同 4 9 3 3 Q V Mode Q upper P lower Q lower OFF Ind 0 45 Ind 44 Q setting point Q P Q V Q T P upper V lock in V lock out 100 249 3V 304 7V EXIT EXIT ENT 此功能開啟後 可以供使用者利用外部監控系統進行排程 依據時間控制饋入 電網的虛功 圖4 35 Q T 頁面 4 9 3 4 Q T Q setting point Q P Q V Q T Mode OFF EXIT ENT 157 試運行 ...

Page 158: ...3 00s 2 0 Warning Adj would affect energy production Password EXIT EXIT EXIT ENT ENT 圖4 36 FRT頁面 圖4 37 FRT參數對照 根據某些特定地區之電力法規規範 當市電電壓發生驟降時 在一定的時間內逆 變器必須維持併網狀態 使用者可透過啟動FRT功能並設定所需的參數來達到這 項要求 100 U1 0 t1 Fault occurence t3 time Ugrid Unom Umin Udrop Disconnect from grid Stay connected 4 10 FRT Fault ride through 158 試運行 ...

Page 159: ...正常運轉 請至少每半年確認一次變流器所有端子與螺絲是否鬆脫 電纜線是否毀損 散熱出風口有無異物阻塞 如有上述情形 請聯絡合格之技術人員進行 維修 清理或更換 5 維護 警告 進行任何維修動作前 請確定交直流電源皆已切斷以避免觸電危險 圖5 1 卸下並重新安裝接線盒上蓋 為保證變流器長期正常運行 請遵循以下說明必須遵循程序來拆卸和重新安裝接 線盒上蓋 請參閱到圖5 1 5 1 卸下和重新安裝接線盒上蓋 OFF OFF 159 維護 ...

Page 160: ... 確認膠條無脫離上蓋溝槽 安裝接線盒上蓋時 1 用手扶住接線盒上蓋確保對準螺絲孔位 2 以對角方式先預鎖四顆螺絲 3 再以21 in lb 2 37N m 的鎖附扭力完整鎖緊 安裝接線盒上蓋後 1 確認螺絲鎖附方向無歪斜 2 確認螺絲無突出上蓋表面 圖5 2 接線盒上蓋的重新安裝程序 對於變流器沒有環境保護的狀態下 於潮濕的氣候或下雨天請勿開啟接線盒上蓋 切斷交流與直流開關 等待液晶顯示熄滅 卸下接線盒上蓋前確保上蓋清潔 鬆開接線盒上蓋的四顆螺絲 並取下上蓋 請保持上蓋表面與防水膠條的清潔 取下接線盒上蓋後 請不要長時間暴露接線盒 注意接線盒上蓋的方向 160 維護 ...

Page 161: ...格 Specification of SPD Work voltage 895V AC RMS value 1175V DC Work Amp In 8 20μs 10kA Rate Amp I max 8 20μs 20kA Temperature 40 85 Manufacturers Sichuan Zhongguang Lightning Protection Technologies Co Ltd 若在配線或維護期間有需要取下絕緣片 在安裝接線盒上蓋前請必須將絕緣片放回 接線盒 請參考右圖 注意 絕緣片 組裝所需的螺釘扭矩 8 kgf cm 0 8N m 161 維護 ...

Page 162: ...而損壞 若於顯示面板發現警告訊息 AC Surge 或 DC Surge 請依以下步驟替換 1 中斷交直流電源 且等到顯示螢幕沒電 2 將配線箱上蓋的四枚螺絲鬆脫 便可看到如圖5 4所示的SPD位置 3 找出損壞的SPD AC Surge 表示AC SPD DC Surge 表示DC SPD損毀 4 拔起連接線 白色 AC 三腳 DC 兩腳 並替換全新的SPD PCB板 5 重新組裝上蓋 並確認防水封條 M88H_122 M88H_121 AC SPD DC SPD DC SPD AC SPD 162 維護 ...

Page 163: ...圖5 5 AC DC SPD 損壞時的告警 圖5 6 拔起連接線並移除螺絲 AC SPD DC SPD 163 維護 ...

Page 164: ...圖5 7所示 拔除保險絲座的方法請參考圖5 8 接線盒 更詳細的資訊請參考前述章節圖2 4 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 Fuse Board 1 IN 1 Fuse Board 2 IN 2 IN 1 IN2 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 01 02 03 04 05 06 07 08 09 IN 1 IN 2 IN 1 IN 2 維護 164 ...

Page 165: ...液晶顯示面板熄滅 3 需要開啟接線盒 請參考章節5 1 1操作步驟 4 根據第一步驟 確認熔斷的保險絲位置並取下 取下後請確認用三用電錶確認 是否已熔斷 5 若需要請更換新的保險絲 6 重新安裝接線盒上蓋時 請參考章節5 1 2 圖5 9 String monitor 1 2 3 1 6 0 0 1 5 4 5 6 1 6 1 7 1 7 IDC1 A 1 2 3 1 4 1 6 1 5 4 5 6 1 6 0 0 1 6 IDC2 A Fuse open or blown Fuse open or blown 警告 拔除保險絲前 請確定變流器已停止運作 並拔除相對應的MC4接頭 圖5 8 拔除保險絲座的方法 維護 165 ...

Page 166: ...88H系列如何替換智慧風扇及濾網的方式 圖5 10 5 11 5 12 標示出智慧風扇的位置 M88H系列的智慧風扇可區分為兩大類 配線箱風扇及功率模組風扇如圖5 10所示 下列的步驟為如何清洗濾網 5 3 風扇替換及清潔 圖5 10 功率模組智慧風扇位置 圖5 11 配線箱智慧風扇位置 僅M88H_122 Air Outlets Smart Fans inside PM Fan inside WB 166 維護 ...

Page 167: ...靠性 同時擁有 FAN FAIL 告警及限制輸出功能以確保安全 同時該風扇 模組也具有容易替換的設計 使維護更加方便 圖5 12 12cm風扇模組 需要定期的風扇和過濾器清潔 以確保長壽命和可靠性 風扇及濾網清潔頻率由當地環境決定 正常環境條件使用下 每半年需清潔風扇及濾網一次 若安裝於嚴苛環境 建議每個月或每一季需清潔風扇及濾網一次 注意 or Waterproof connectors Hand Grip 12cm Potting Fan with filter 167 維護 ...

Page 168: ...配線箱區塊 使用者須將2枚螺絲鬆脫並拔除連接線 如圖5 13 最後將風扇模組 替換後 將螺絲鎖上 連接線接上 功率模組區塊 圖5 14為其中一側的出風口 另一側和此側對稱 故在此以其中一側為例 1 將出風口上的四枚螺絲卸下 2 拔除連接線並卸下四枚螺絲 3 確認所有螺絲皆已卸下 4 拉出風扇槽 5 圖5 14組圖5為整個風扇槽的外觀 圖5 13 拆卸配線箱區塊之智慧風扇 僅M88H_122 維護 ...

Page 169: ...圖5 14 拆卸功率模組風扇 僅以單側為例 組裝所需的螺釘扭矩 8 kgf cm 0 8N m 169 維護 ...

Page 170: ...圖5 15 濾網拆卸方向 圖5 15為濾網位置 170 維護 ...

Page 171: ...認與市電解離 關斷直流斷路器確認與太陽能模組解離 使用電表量測確認交直流皆不帶電 移除交流端子確認與市電解離 移除直流端子確認與太陽能模組解離 移除通訊模組與電腦解離 變流器剛中斷時 請注意表面高溫 直到表面降至適當溫度前 請勿碰觸變流器 注意 表面高溫 請勿觸碰 變流器重達80公斤以上 若在搬運或從壁掛架拆卸過程中意外掉落可能造成傷害 注意 可能造成傷害 螺絲螺帽移除後請留意 切勿將他們遺漏於配線箱內 注意 5 4 終止運轉 若需要終止運轉以利維護 或保存 請依照下列指示進行 171 維護 ...

Page 172: ...請依以下指示將變流器終止運行 若有需要將配線箱與功率模組分離 請參照 以下步驟 1 請確認交流斷路器與直流開關皆已切斷 2 再次確認變流器已終止運轉且無觸電風險 3 圖5 16為正確切斷直流開關的方式 圖5 16 直流開關之開 關位置 僅M88H_122 5 4 1 配線箱拆卸 172 維護 ON ON I Switch is ON O Switch is OFF ...

Page 173: ...請確認交直流電源皆已關斷 4 打開配線箱上蓋 5 移除交直流線材及通訊線 6 移除如圖5 17所示之螺絲 圖5 17 移除交直流線材及通訊線 並卸下6顆螺絲 173 維護 DC cables AC cables Communication cables ...

Page 174: ...7 卸下8顆螺絲並用手抓住功率模組使其與配線箱分開 8 確定密封蓋有蓋上 圖5 18 拆下8顆螺絲後 將配線箱與功率模組分離 174 維護 ...

Page 175: ...電路功能異常 1 實際市電的電壓高於過電壓保護 設定 2 操作期間 市電的電壓高於慢速 電壓保護設定 3 國家或電網設定不正確 4 偵測電路功能異常 5 AC介面連接錯誤 1 實際Solar1電壓超過1000Vdc 2 偵測電路功能異常 1 檢查變流器端的市電頻率 2 檢查國家設定 3 檢查變流器端的偵測電路 1 檢查變流器端的市電頻率 2 檢查國家與電網設定 3 檢查變流器端的偵測電路 必要時變流器與電網連接處必須遠離非線性 的負載 1 檢查AC連接 必須和使用手冊一致 2 檢查變流器內部的偵測電路 1 斷開AC 斷路器 2 檢查連接AC介面並確認其連接至變流器 1 檢查市電與變流器端的連接 2 檢查國家或電網設定 3 檢查AC介面連接 4 檢查變流器內部的偵測電路 1 檢查變流器端的市電電壓 2 檢查變流器端的市電電壓 3 檢查國家或電網設定 4 檢查變流器內部的偵測電路 5 檢查AC...

Page 176: ...器內部的偵測電路 1 檢查Solar2 voltage至變流器端的連接 2 檢查boost2的所有開關裝置 3 檢查變流器內部的偵測電路 1 變流器遭受到雷擊 2 一個或多個SPD有缺陷 3 一個或多個SPD未連接 4 偵測電路功能異常 5 AC介面連接錯誤 1 檢查變流器是否遭受雷擊 2 更換有缺陷之SPD 3 檢查SPD的連接 4 檢查變流器內部之偵測線路 5 檢查AC介面連接 De rating W07 1 本體及環境溫度過高 2 風扇故障 3 實功功率限制功能作動 4 P F功能作動 5 P V 功能作動 6 市電電壓過低 7 輸入電壓過低 8 輸入電壓過高 1 確認安裝機器本體及環境溫度 2 確認風扇能否正常運轉 3 確認國別及最大功率限制參數設定 4 確認市電頻率是否異常 5 確認市電電壓是否異常 6 1 確認市電電壓是否異常 6 2 確認虛功控制功能設定 7 確認PV pan...

Page 177: ...度 90 或 30 2 偵測電路功能異常 1 環境溫度 90 或 30 2 偵測電路功能異常 1 繼電器的驅動電路故障 2 一個或多個繼電器本體故障 3 偵測電路功能異常 1 輸入功率不足 2 輔助電源電路功能異常 3 偵測電路功能 異常 1 檢查市電波形 必要時變流器與電網連接處 必須遠離非線性的負載 2 檢查變流器內部的偵測電路 1 檢查設備的周遭和環境 2 檢查變流器內部的偵測電路 1 檢查設備的周遭和環境 2 檢查變流器內部的偵測電路 RTM1 RTB1 RTG1 and RTH1 1 檢查設備的周遭和環境 2 檢查變流器內部的偵測電路 RTM1 1 檢查設備的周遭和環境 2 檢查變流器內部的偵測電路 RTB1 1 檢查設備的周遭和環境 2 檢查變流器內部的偵測電路 RTG1 1 檢查設備的周遭和環境 2 檢查變流器內部的偵測電路 RTH1 1 檢查輸入電壓需大於150Vdc 2 ...

Page 178: ...ed CPU閒置中 2 通訊連接中斷 1 太陽能板絕緣測試未通過 2 太陽能板電容值介於正到接地 端或負到接地端太大 3 Boost 驅動電路或Boost電感 其中之一功能異常 4 偵測電路功能異常 1 檢查輸入電壓必須 150Vdc 2 檢查變流器內部的輔助電源電路 3 檢查變流器內部的偵測電路 1 檢查輸入電壓必須 150Vdc 2 檢查變流器內部的輔助電源電路 3 檢查變流器內部的偵測電路 1 檢查輸入電壓必須 150Vdc 2 檢查變流器內部的輔助電源電路 3 檢查變流器內部的偵測電路 1 檢查輸入電壓必須 150Vdc 2 檢查變流器內部的輔助電源電路 3 檢查變流器內部的偵測電路 1 檢查電流和功率的精度 2 檢查變流器內部電流回授電路 1 檢查DSP中reset和crystal 2 檢查DSP和COMM通訊連接 3 檢查通訊電路 1 檢查Red CPU中reset和cryst...

Page 179: ... 偵測電路功能異常 1 Boost驅動電路無效或連接 中斷 2 太陽能板Voc超過1000Vdc 3 操作期間突波發生 4 偵測電路功能異常 1 操作期間突波發生 2 Inverter stage驅動電路無效 3 開關裝置無效 4 偵測電路功能異常 1 測試電流回路損壞 2 CSC1無效 3 偵測電路功能異常 1 檢查變流器內部電源線 2 檢查變流器內部電流回授電路 1 檢查變流器內部RCMU連接 2 檢查變流器內部的偵測電路 1 替換無效的繼電器 2 檢查變流器內部的驅動電路 3 檢查AC介面連接 1 替換無效的繼電器 2 檢查變流器內部的驅動電路 3 檢查Vgrid與 Vout電壓偵測精度 1 檢查輸入連接 2 檢查太陽能板絕緣設定 3 檢查變流器內部boost的驅動電路 4 檢查變流器內部的偵測電路 1 檢查變流器內部boost的驅動電路 2 修正太陽能板設定 並使得Voc 小於 1...

Page 180: ...oost開關裝置無效 2 Boost驅動電路無效 3 輸入電流偵測電路功能異常 1 檢查WC3至CNC16的連接 2 替換新的CSC2 3 檢查變流器內部的偵測電路 1 檢查WC3至CNC16的連接 2 替換新的CSC3 3 檢查變流器內部的偵測電路 1 檢查市電波形 必要時變流器與電網連接處 必須遠離非線性的負載 2 檢查inverter stage開關裝置 3 檢查變流器內部的偵測電路 檢查變流器內部同步訊號的偵測電路 AFCI Circuit Fail F58 1 電弧偵測裝置沒有安裝 2 電弧偵測裝置自我測試失效 檢查電弧偵測裝置電路板 確認連接線 是否正確連接 AFCI Fault F59 變流器偵測到有電弧存在 檢查DC端配線是否有問題 HW DC RLY F76 一個或多個直流電驛異常 請聯繫客服人員 尋求技術支援 1 檢查boost全部開關裝置 2 檢查變流器內部的boos...

Page 181: ...5安培保險絲 可選配16安培 140 70A 最大輸出功率 額定輸出功率 工作電壓範圍 工作頻率範圍 功率因數 保護 T H D 接頭種類 夜間耗電 Vac400 73kW Vac480 88kW Vac400 66kW Vac480 80kW Q setting 24 7 範圍 0 27kVar 0 30 SMax 480Vac 0 22kVar 0 30 SMax 400Vac Vac400V 30 Vac480V 20 50 60Hz 5Hz 1 at rated power 0 8 ind 0 8 cap adjustable Type II SPD 3W 最大輸出電流 額定電壓 額定輸出電流 106A 96A 3 Ph 400V 480V Δ Y 3 M88H_122 35 95 mm2 18 pairs of MC4 connector M88H_121 50 120mm te...

Page 182: ... cooling plus Smart Fans control 615 x 986 x 275 重量 kg 0 噪音 過電壓類別 74 5 dBA 1m Amb25 C AC output III DC Input II 最大反饋電流至太陽能模組端 保護等級 I 汙染程度 3 濕氣範圍 0 100 non condensing VDE AR N 4105 VDE0126 1 1 BDEW EN 61000 6 1 EN 61000 6 4 NB T 32004 2013 GB T 19964 LVRT IEC 62109 1 2 EN 61000 6 2 UTE C15 712 UK G59 3 CE compliance EN 61000 6 3 在400Vac系統下 當直流電壓600Vdc時 環境溫度大於50度才會開始降載 182 技術資料 ...

Page 183: ...圖7 1 M88H效率曲線 Output voltage at 480V Efficiency Pn 80kW Efficiency of M88H Output voltage at 480Vac 0 20 40 80 60 90 91 92 93 94 95 96 97 98 99 100 600V 710V 800V Output Power 100 110 103 183 技術資料 ...

Page 184: ...圖7 2 M88H效率曲線 Output voltage at 400V Efficiency Pn 69kW Efficiency of M88H Output voltage at 400Vac 0 20 40 80 60 90 91 92 93 94 95 96 97 98 99 100 500V 600V 800V Output Power 100 110 103 184 技術資料 ...

Page 185: ...度降載曲線 Output voltage at 480V 30 25 35 40 45 50 55 60 50 55 60 65 70 75 80 85 90 95 100 105 110 115 P Pn C Pn 80kW Temperature Derating of M88H Output voltage at 480Vac Ambient Temperature 600V 710V 800V 185 技術資料 ...

Page 186: ...度降載曲線 Output voltage at 400V 30 25 35 40 45 50 55 60 50 55 60 65 70 75 80 85 90 95 100 105 110 115 P Pn C Pn 66kW Temperature Derating of M88H Output voltage at 400Vac Ambient Temperature 500V 600V 800V 186 技術資料 ...

Page 187: ...0 45 50 55 60 50 55 60 65 70 75 80 85 90 95 100 105 110 115 P Pn C Pn 63kW Temperature Derating of M88H Output voltage at 380Vac Ambient Temperature 500V 600V 800V 圖7 5 M88H溫度降載曲線 Output voltage at 380V 187 技術資料 ...

Page 188: ... 附錄 組裝說明 附錄 1 所有型號的組裝說明 NO 位置 螺絲扭力 2 Screw assemblies 8 kgf cm 0 8N m 1 Filter 8 kgf cm 0 8N m 4 Fan 8 kgf cm 0 8N m 3 AC gland 122 model only 8 kgf cm 0 8N m 附錄 組裝說明 All Model 188 ...

Page 189: ...f cm 1 7 N m 7 6 Communication cover 5 Grounding point 79 9 kgf cm 7 8 N m 4 Grounding bar 30 6 kgf cm 3 N m 2 8 kgf cm 0 8 N m 1 AC terminal 265 kgf cm 26 N m 導體橫截面 1 AWG 250 kcmil 50 120 mm Insulator cover 8 kgf cm 0 8 N m 11 Communication port 9 20 AWG 0 5 mm 6 4 AWG 14 22 mm 1 AWG 250 kcmil 50 120 mm 3 Ground of SPD board 8 kgf cm 0 8 N m RS 485 端子 EPO Dry Contact 189 ...

Page 190: ... 4 5 N m 8 Wiring box fan 8 kgf cm 0 8 N m 7 SPD board 17 kgf cm 1 7 N m 6 5 2 MC4 wire 1 AC terminal 91 7 kgf cm 9 N m 20 AWG 0 5 mm 11 12 Insulator cover 8 kgf cm 0 8 N m 12 10 AWG 4 6 mm 2 2 0 AWG 35 70 mm 3 Grounding point 79 9 kgf cm 7 8 N m Ground of SPD board 8 kgf cm 0 8 N m 4 Grounding bar 30 6 kgf cm 3 N m 6 4 AWG 14 22 mm RS 485 EPO Dry Contact NO 位置 螺絲扭力 導體橫截面 190 ...

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