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Pin

Function

1

VCC (+12V)

2

GND

3

DATA+

4

DATA-

5

DATA+

6

DATA-

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◔⟘⊮廄婈┦ᳰ㉣廘壈

1 2 3 4 5 6

56ᴉ廡㉣

Data Format:

Baud rate: 9600, 19200 (default), or 38400

Data bits: 8

Stop bit: 1

Parity: N/A

RS485/USB

or

RS485/RS232

Terminal Resistor

120

ȟ

(1/2W)

DATA+ to DATA-

190

愴䷁

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Summary of Contents for M30A_121

Page 1: ...RPI M30A_120 M30A_121 Operation and Installation Manual Grid tie Transformerless Solar Inverter The power behind competitiveness www deltaww com English 1 79 155...

Page 2: ......

Page 3: ...ion 3 Phase PE or 3 Phase N PE 4 3 1 Required Protective Devices and Cable Cross sections 4 3 2 Permitted earthing systems 4 4 DC Connection from PV Array 4 5 Multiple Inverter Combinations 4 5 1 Thre...

Page 4: ...nstant Q 5 2 8 7 Q V 5 2 9 FRT Fault ride through 6 Maintenance 6 1 Replace Surge Protection Device SPD 6 2 Replace Internal String Fuse 6 3 Clean Fan 6 4 Replace Fan 6 5 Clean Air Inlets 7 Error mess...

Page 5: ...M30A_121 Figure 4 6 Plus or minus grounding wiring of M30A_121 Figure 4 7 Wrong connection 1 Figure 4 8 Wrong connection 2 Figure 4 9 Wrong connection 3 Figure 4 10 Wrong connection 4 Figure 4 11 Str...

Page 6: ...Figure 5 24 Constant cosphi page Figure 5 25 Cosphi P page Figure 5 26 Cosphi P page Figure 5 27 Constant Q parameters Figure 5 28 Q V page Figure 5 29 Q V parameters Figure 5 30 FRT page Figure 5 31...

Page 7: ...ble 4 5 Cable size Table 4 6 Definition of RS 485 pin Table 4 7 Terminal resister setting Table 4 8 Definition of digital input EPO functions Table 4 9 Definition of DRMs for Australia AU 2015 and New...

Page 8: ...ures and the device surface can become hot Sufficient cooling time is necessary for optimal yield Machine and equipment damage may occur if this hazardous situation is not avoided CAUTION WARNING Deat...

Page 9: ...he DC input power supplied from the PV Array into 3 phase AC output power to Grid PID Potential Induced Degradation suppression function can provide longer life of PV panel Figure 1 1 Solar system ope...

Page 10: ...accessories are shown in following tables and figures For RPI M30A_120 Please refer to Figure 2 2 and Table 2 1 For RPI M30A_121 Please refer to Figure 2 3 and Table 2 2 Check the model number and th...

Page 11: ...c 3 AC Plug Mounting Bracket Connector for AC connection Wall mounting bracket to mount the solar inverter on the wall 4 5 DC Plug 8 sets Connector for DC connection Table 2 1 Packing list of M30A_120...

Page 12: ...nverter 2 User Manual The Instruction to provide the information of safety Installation specification etc 3 AC Plug Mounting Bracket Connector for AC connection Wall mounting bracket to mount the sola...

Page 13: ...M30A_120 M30A_121 series have 2 models The differences between them are having surge protection devices SPD and internal strings fuse or not For more detail information please see the Table 2 3 Figur...

Page 14: ...er s exterior objects are shown in Figure 2 5 The detailed input output interfaces illustration is shown in Figure 2 6 Different models have different number of DC input strings Figure 2 5 Inverter s...

Page 15: ...ac 3Ph Fan 3 Manual Switch Communication RS 485 2 EPO 1 Dry Contact 2 Digital Input 6 RPI M30A_121 RPI M30A_120 AC Connector 380 400Vac 3Ph Fan 3 Manual Switch Communication RS 485 2 EPO 1 Dry Contact...

Page 16: ...ounting bracket on the wall with 12 M6 Phillips head screws Please refer to Figure 3 3 Upper 6 screws must be locked at least 2 Attach the inverter to the mounting bracket 3 Fix the inverter with 2 M6...

Page 17: ...mension Figure 3 2 Recommended installation 12 6 5 460 0 400 0 82 0 82 0 82 0 82 0 82 0 25 0 14 1 127 7 31 0 4 R10 0 30 0 105 90 Not Recommended Not Recommended Keep 30 cm from floor and water if inst...

Page 18: ...14 30 3 30 97 8 192 8 129 M6 Screw 6 M6 Screw 6 Wall Figure 3 3 Screw the mounting bracket Figure 3 4 Attach to the bracket and fasten with screws 18 Installation...

Page 19: ...ion which offers non obscured and safe access in turn ensuring easy access for service and maintenance Please leave an appropriate gap in between units when installing several solar inverter systems a...

Page 20: ...ll a 1000V 1A midget size grounding fuse and 1 or 2 bus bar kits in the inverter Wiring illustrations please refer to Figure 4 3 Figure 4 4 When solar array is grounded the PID function can not be ena...

Page 21: ...nnection 1 2 3 4 L1 L2 L3 N PE Communication Wiring 1 2 3 AC Wiring DC Wiring Must be Separate PV strings RPI M30A can support 3P3W system RPI M30A_120 bus bar kit 2 DC1 DC2 DC1 DC2 Figure 4 2 Force M...

Page 22: ...arated connection only Isolated transformer Utility To Inverter 3Ph 400Vac 3Ph 400Vac Figure 4 3 Minus grounding of M30A_120 with fuse 1A Grounding fuse bus bar kit Do not enable the PID function and...

Page 23: ...arated connection only Isolated transformer Utility To Inverter 3Ph 400Vac 3Ph 400Vac Figure 4 4 Plus grounding of M30A_120 with fuse 1A Grounding fuse bus bar kit 2 Do not enable the PID function and...

Page 24: ...I series not having galvanic isolation between the DC input and AC output When solar array is grounded the PID function can not be enable and the insulation have to be setting Plus Grounded or Minus G...

Page 25: ...C Wiring Must be Parallel Connection Do not enable the PID function and set the insulation with Plus Grounded or Minus Grounded DC Distribution box Plus GND or Minus GND Z Z or Isolated transformer Ut...

Page 26: ...away Note that the following value is provided to identified and checked the justification for field wiring instead of the DC current rating of inverter Normally the output current of combiner box is...

Page 27: ...se the current might not be symmetric among the branch the current of one branch might larger than the limitation still The max input current of each string is 7 5A Figure 4 8 Wrong connection 2 Stric...

Page 28: ...4 9 shown the branch plug might suffer the DC current lager than its limitation Thus it is not suitable for use The max input current of each string is 7 5A Figure 4 9 Wrong connection 3 Note M30A_120...

Page 29: ...h M30A and PV combiner box As Figure 4 10 shown the left pair of DC connector will suffer DC input current more than the limitation of connector or fuse Thus it is not suitable for use Figure 4 10 Wro...

Page 30: ...e N and PE connections End sleeve is not able to be installed if 25mm2 or 4AWG is applied Model Upstream circuit breaker RPI M30A 60A Model Current Rating Recommended Torque Wire Size Cable size 65 A...

Page 31: ...eeve are indicated in Fig WIRE SIZE DIMENSIONS mm L F 28 18 5 8 6 2 8 7 16mm 6AWG 70 mm MAX 68 5 mm MAX 5 20 mm PE N L1 L2 L3 Figure 4 11 Striping the wires Make sure to choose proper size for AC cabl...

Page 32: ...cases To ensure a safe and reliable contact always perform the following work steps Use a conductor cross section at least one number larger due to the lower current carrying capacity Keep the instal...

Page 33: ...M30A P Part F Cable range D2 Cable range D3 Cable range D1 165 3 168 5 REF Part F fastening torque Nm D1 D2 20 5 32 6 13 20 D3 15 3 20 5 Fastening distance P mm Cable range mm 32 6 41 3 13 20 1 7 0 7...

Page 34: ...ghten the part B first and rotate the gland part A to fix wires For 3P4W Power system There are 5 wires that include L1 L2 L3 N PE For 3P3W Power system There are 4 wires that include L1 L2 L3 PE TT i...

Page 35: ...of PV Array Rated current short circuit current of PV Array The input power to the inverter should not higher than the rated power shown in Table 4 4 CAUTION WARNING When undertaking DC wiring please...

Page 36: ...Communication module Please refer to Figure 4 18 for the Communication Module illustration The module provides VCC RS 485 dry contact EPO Digital Input and Demand Response Modes DRMs terminals for di...

Page 37: ...n Figure 4 19 only the last inverter s terminal resistor must be switched ON Please refer to Table 4 7 for the terminal resister setting Pin Function 1 VCC 12V 2 GND 3 DATA 4 DATA 5 DATA 6 DATA Table...

Page 38: ...t function to assert The definition is different from normal digital input function please refer to Table 4 9 for the DRMs pin definitions The suitable electric wire is 30 16AWG EPO Digital Input DRMs...

Page 39: ...the connection SW INV_1 VCC V1 K0 EPO K1 0 Power K2 30 Power K3 60 Power K4 100 Power K5 K6 INV_2 VCC V1 K0 EPO K1 0 Power K2 30 Power K3 60 Power K4 100 Power K5 K6 INV_N VCC V1 K0 EPO K1 0 Power K2...

Page 40: ...mized by users please refer to section 5 2 7 5 Dry Contact The dry contact port can withstand with 250Vac 28Vdc 9A and suitable electric wire is 0 2 1 5mm2 Figure 4 22 Dry contact port Assignments Dry...

Page 41: ...s LCD panel will change WKH GLVSOD FXUVRU IURP WR Power Meter Energy Log Event Log Inverter Information General Settings Install Settings Active Reactive Power FRT 5 2 2 5 2 3 5 2 4 5 2 5 5 2 6 5 2 7...

Page 42: ...ccording to your region and 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 self test about 2 minutes If there i...

Page 43: ...ure 5 3 Home page When inverter is operating normally the LCD will display the homepage as shown in Figure 5 3 user can get the information about output power inverter status E today date and time Pre...

Page 44: ...g Inverter Info Life Energy Day Energy Month Energy Life Energy Day Energy Month Energy Life Energy E Total Runtime 0kWh 0Hrs Day Energy 2016 05 19 2016 05 18 2016 05 17 0kWh 0kWh 0kWh Life Energy Day...

Page 45: ...ll Settings 5 2 8 Active Reactive power and 5 2 9 FRT Fault ride through Figure 5 7 Inverter information page 5 2 5 Inverter Information S N RN11179CB0 Install 30 04 2014 DSP 1 80 Red 1 65 Comm 1 65 I...

Page 46: ...Fran ais Italiano Espa ol 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 Solivia prot...

Page 47: ...EPO AC Connection Max Power Manufacturer Level All Settings Installer Level Inverter ID Insulation Country Grid Settings Dry Contact EPO AC Connection Max Power Figure 5 9 Install settings page Figure...

Page 48: ...aller must select the appropriate method based on PV array s wiring Each country has its own electricity regulations Installer must select the country correctly Inverter ID 002 Insulation Country Grid...

Page 49: ...V 259 0V Hi Off Sl T Lo Off Slow Lo On Slow Lo Off Sl T 600 0s 184 0V 219 0V 1 0s Voltage Protection Freq Protection Reconnect T P Ramp Up High Off High On High Off T Low Off 51 50Hz 50 05Hz 0 1s 47 5...

Page 50: ...lt or warning occurs Any Error occurs Any Fault occurs Setting Disable On Grid Fan Fail Insulation Alarm Error Fault Any Warning occurs Warning Table 5 2 Dry Contact Trigger Setting Figure 5 14 Dry Co...

Page 51: ...Power to limit the maximum output power of the inverter DC Injection Dry Contact RCMU EPO ON Normal Close Figure 5 16 EPO page Figure 5 17 AC connection Figure 5 18 Max Power page AC Connection Anti...

Page 52: ...will be introduced in next section 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 Po...

Page 53: ...V lock in and inverter s present output power is greater than lock in power P lock in inverter will reduce the output power and keep it at a certain value P lock out until grid voltage drop back to lo...

Page 54: ...t cosphi 5 2 8 5 Cosphi P Inverter can feed in a fixed reactive power to grid Users can set the power factor cosphi in Constant cosphi page Cosphi P is a function that inverter will feed in reactive p...

Page 55: ...tage 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 C...

Page 56: ...V Q Curve A Curve B Others Italy MV Italy LV Figure 5 29 Q V parameters Figure 5 30 FRT page Figure 5 31 FRT Parameters Some area requests that inverter should keep connected to grid when grid voltage...

Page 57: ...te torque shoud be 10Kgf cm Once the inverter encounters voltage spikes e g struck by lighting SPD will protect the inverter and got damaged If you find a warning message SPD Fail shown on display pan...

Page 58: ...cognize the connectors Remove Reassemble Reassemble Remove Remove Reassemble Reassemble Remove Remove Reassemble Reassemble Remove Remove Reassemble Reassemble Remove Remove Reassemble Reassemble Remo...

Page 59: ...Figure 6 3 Loosen the 6 screws Figure 6 4 Pull out the SPD unit 59 Maintenance...

Page 60: ...off 2 Loosen the 6 screws on the front cover Figure 6 1 3 Pull out the fuse holder and check the fuse Figure 6 5 4 Replace the fuse if necessary Figure 6 6 5 Reassemble the inverter Please be careful...

Page 61: ...fuse Figure 6 7 Disassembling fan panel Loosen the 4 screws shown in Figure 6 7 Once the screws are loose pulling the fan bracket out will expose the connectors Each fan has one wire connected 6 3 Cl...

Page 62: ...o be replaced user should disassemble the 4 pcs screws around the fans and disconnect the connector right behind the fan bracket Then replace new fan and reassemble the 4pcs screws Unscrew the 4 screw...

Page 63: ...make sure it connects to inverter AC Volt Low E10 E15 E20 1 Actual utility voltage is under the UVR setting 2 Incorrect country or Grid setting 3 Wrong connections in AC plug 4 Detection circuit malf...

Page 64: ...3 Check the detection circuit inside the inverter HW FAN W11 1 One or more fans are locked 2 One or more fans are defective 3 One ore more fans are disconnected 4 Detection circuit malfunction 1 Remov...

Page 65: ...8 1 Ambient temperature 90 or 30 2 Detection circuit malfunction 1 Check the installation ambient and environment 2 Check the detection circuit inside the inverter HW NTC3 Fail F09 1 Ambient temperatu...

Page 66: ...iary circuitry inside the inverter 3 Check the detection circuit inside the inverter HW Red ADC1 F18 HW Red ADC2 F19 HW Eff F20 1 The calibration is incorrect 2 Current feedback circuit is defective 1...

Page 67: ...round 3 Driver for boost is defective or disconnected 4 Detection circuit malfunction 1 Check the inputs connections 2 Check the PV Array insulation 3 Check the driver circuit for boost inside the inv...

Page 68: ...ion circuit malfunction 1 Check the utility waveform Grid connection of inverter need to be far away from non linear load if necessary 2 Check all switching devices in inverter stage 3 Check the detec...

Page 69: ...Switch off AC circuit breaker to disconnect with electricity grid Switch off the PV array switch to disconnect from the PV array Use proper voltmeter to confirm that the AC and DC power are disconnec...

Page 70: ...category Outdoor wet locations Protection degree IP65 Electronics Pollution degree II Overvoltage category AC output III DC Input II Maximum back feed current to the array 0 Class I metal enclosure w...

Page 71: ...12A for each string Total 6 string Nominal power 30kW 30kVA Maximum power 33kW 33kVA Refer to Figure 9 1 to 9 3 43 5A 230Vac 45 5A 220Vac Maximum current 50A Inrush current V Maximum output fault curr...

Page 72: ...ecord 2 RS 485 connections EN 61000 3 11 CE conformity Yes Grid interface VDE AR N 4105 BDEW UK G59 3 VDE0126 1 1 NB T 32004 Emission EN 61000 6 3 Harmonics EN 61000 3 12 EN 61000 6 2 CS Immunity PFMF...

Page 73: ...0 65 0 7 0 75 0 8 0 85 0 9 0 95 1 1 05 1 1 1 15 25 30 35 40 45 50 55 60 520V 600V 800V P Pn Pn 30kW AmbientTemperature Temperature Derating of RPI M30A cos 1 0 LJXUH 0 7KHUPDO HUDWLQJ XUYH FRV 73 Tec...

Page 74: ...UYH FRV 0 5 0 55 0 6 0 65 0 7 0 75 0 8 0 85 0 9 0 95 1 1 05 1 1 1 15 25 30 35 40 45 50 55 60 S 520V S 600V S 800V P 520V P 600V P 800V P Pn Pn 30kW AmbientTemperature Temperature Derating of RPI M30A...

Page 75: ...5 0 8 0 85 0 9 0 95 1 1 05 1 1 1 15 25 30 35 40 45 50 55 60 S 520V S 600V S 800V P 520V P 600V P 800V P Pn Pn 30kW AmbientTemperature Temperature Derating of RPI M30A cos 0 9 LJXUH 0 7KHUPDO HUDWLQJ X...

Page 76: ...e fuse the configuration of the solar panels maximum power can not exceed this I V curve If the user uses an external fuse the user shall ensure that the fuse at 1000Vdc above fusing characteristics A...

Page 77: ...board 8 Kgf cm 0 8N m 6 AC plug 55 75 kgf cm 5 4 7 4N m 5 Communication cover 8 Kgf cm 0 8N m 7 Rubber rings D1 D2 D3 133 204 Kgf cm 13 20N m 4 Fans 8 Kgf cm 0 8N m 2 Air inlet 8 Kgf cm 0 8N m 3 Fan p...

Page 78: ......

Page 79: ...RPI M30A_120 M30A_121 The power behind competitiveness www deltaww com English 1 79 155...

Page 80: ...ntents 1 1 1 1 2 1 3 2 2 1 2 2 2 3 2 4 3 4 4 1 0 _120 4 2 0 _121 4 3 3 3 3 1 3 4 3 1 4 3 2 4 4 4 5 4 5 1 4 5 2 4 5 3 56 4 5 4 4 5 5 5 5 1 5 2 5 2 1 5 2 2 3RZHU 0HWHU 5 2 3 QHUJ RJ 5 2 4 YHQW RJ 5 2 5...

Page 81: ...ZHU LPLW 5 2 8 2 3RZHU YV UHTXHQF 5 2 8 3 3 9 5 2 8 4 RQVWDQW FRVSKL 5 2 8 5 RVSKL 3 5 2 8 6 RQVWDQW 4 5 2 8 7 4 9 5 2 9 57 DXOW ULGH WKURXJK 6 6 1 63 6 2 6 3 6 4 6 5 7 8 9 9 FXUYH OLPLWDWLRQ 128 128...

Page 82: ...0 0 _121 0 _120 0 _120 0 _121 0 _121 53 0 32 3RZHU PHWHU Figure 86 87 88 89 90 91 92 94 94 95 95 96 96 98 98 99 100 101 102 103 104 105 106 108 108 109 110 110 112 113 113 114 115 116 117 118 119 120...

Page 83: ...D 3RZHU FWLYH 5HDFWLYH SRZHU 3RZHU LPLW SDJH 3RZHU YV UHTXHQF 3RZHU YV UHTXHQF 3 9 RQVWDQW FRVSKL RVSKL 3 RVSKL 3 RQVWDQW 4 4 9 4 9 57 57 63 0 FRV 0 FRV 0 FRV 9 121 121 122 123 124 124 125 125 126 127...

Page 84: ...Table 0 _120 0 _121 56 32 HPDQG 5HVSRQVH 0RGHV 50V 53 0 88 89 90 103 107 107 112 112 114 115 115 115 119 127 140 141 142 147 154 84...

Page 85: ...85...

Page 86: ...53 0 _120 0 _121 VRODU LQYHUWHU 39 DUUD VWDQG DORQH 3 53 0 KWWS ZZZ GHOWDZZ FRP PV Array Electrical Grid Solar Inverter 3PH AC Distribution box Surge arrestor AC breaker 3 phase N PE 1 86...

Page 87: ...53 0 _120 0 _121 53 0 _120 53 0 _121 2 87...

Page 88: ...0 _120 53 0 _120 1 SF SF SF SF 53 2 3 4 5 0 _120 9 0LGJHW 6 SF 7 SFV 88...

Page 89: ...0 _121 53 0 _121 1 SF SF SF SF 53 2 3 4 5 0 _121 89...

Page 90: ...RPI 0 _121 RPI 0 _120 53 0 _120 0 _121 53 53 X X 53 0 _120 53 0 _121 90...

Page 91: ...Display Air inlet Label Input Output Interfaces 91...

Page 92: ...an 3 Manual Switch Communication RS 485 2 EPO 1 Dry Contact 2 Digital Input 6 RPI M30A_121 RPI M30A_120 AC Connector 380 400Vac 3Ph Fan 3 Manual Switch Communication RS 485 2 EPO 1 Dry Contact 2 Digit...

Page 93: ...0 0 93...

Page 94: ...90 Not Recommended Not Recommended Keep 30 cm from floor and water if installed this way 12 6 5 460 0 400 0 82 0 82 0 82 0 82 0 82 0 25 0 14 1 127 7 31 0 4 R10 0 30 0 105 94...

Page 95: ...14 30 3 30 97 8 192 8 129 M6 Screw 6 M6 Screw 6 Wall 95...

Page 96: ...30 FP 20 FP 50 FP 30 FP 30 FP a 96...

Page 97: ...0 _120 0337 53 9 PLGJHW 3 3OXV URXQGHG 0LQXV URXQGHG 0 LQVXODWLRQ QVWDOO 6HWWLQJV 4 0 B120 2 97...

Page 98: ...bus bar kit 2 DC1 DC2 DC1 DC2 1 2 3 4 L1 L2 L3 N PE Communication Wiring 1 2 3 AC Wiring DC Wiring Must be Separate PV strings RPI M30A can support 3P3W system RPI M30A_120 98...

Page 99: ...C1 DC2 0 B 1A Grounding fuse bus bar kit 3OXV URXQGHG 0LQXV URXQGHG 3 Communication Wiring 1 2 3 AC Wiring DC Wiring Separated connection only Isolated transformer Utility To Inverter 3Ph 400Vac 3Ph 4...

Page 100: ...1 DC2 0 B 1A Grounding fuse bus bar kit 2 3OXV URXQGHG 0LQXV URXQGHG 3 Communication Wiring 1 2 3 AC Wiring DC Wiring Separated connection only Isolated transformer Utility To Inverter 3Ph 400Vac 3Ph...

Page 101: ...V URXQGHG 0LQXV URXQGHG QVXODWLRQ QVWDOO 6HWWLQJV 0 B 0 B 1 2 3 4 L1 L2 L3 N PE Communication Wiring 1 2 3 PV Array AC Wiring DC Wiring Parallel or Separate RPI M30A can support 3P3W system DC Distrib...

Page 102: ...G 3 Communication Wiring 1 3 PV Array AC Wiring Must be Parallel Connection DC Distribution box Plus GND or Minus GND Z Z or Isolated transformer Utility To Inverter 3Ph 400Vac 3Ph 400Vac Must install...

Page 103: ...0 B 1RWH IRU LHOG LULQJ RPI M30A_120 RPI M30A_121 32A 103...

Page 104: ...0 B Strictly forbidden Risk of fire on internal entrance cabling Strictly forbidden Risk of fire on internal entrance cabling 104...

Page 105: ...Note 0 B 105...

Page 106: ...0 B DQG 0 B 106...

Page 107: ...53 0 SKDVH DQG 3 SKDVH 1 DQG 3 0 PP2 Model 8SVWUHDP FLUFXLW EUHDNHU RPI M30A RPI M30A 1 P G 1 L1 L3 L2 1 L1 L2 L3 P To solDr LnverWer A SluJ PP2 PP 3 3 3 1 3 107...

Page 108: ...W C D F B L SOXJ PP 1 PP 53 0 PP PP PP PP 0 PP 0 PP 3 1 L1 L2 L3 2XWHU DFNHW WIRE SIZE DIMENSIONS mm L F 28 18 5 8 6 2 8 7 16mm 6AWG 108...

Page 109: ...3OXJ 109...

Page 110: ...a 1 3 53 0 P Part F 165 3 168 5 REF 3DUW 1P D1 D2 20 5 32 6 13 15 D3 15 3 20 5 3 PP PP 32 6 41 3 13 20 1 7 0 7 13 20 1 5 5 NJI FP a NJI FP B 110...

Page 111: ...9DF 1 9DF 20 9DF 1 9DF 20 9DF 1 9DF 20 3 1 3 3 3 L1 L2 L3 N PE L1 L2 L3 PE B 1 3 9UPV 77 TN S Yes TN C Yes TN C S Yes TT Yes IT No 111...

Page 112: ...RPI M30A N N VWULQJ 7 VWULQJ 9RF 9GF 39 UUD RPI M30A_121 PP2 RPI M30A_120 PP2 PV KST 4 6 PV KBT 4 6 112...

Page 113: ...53 0 9 56 a 53 0 53 0 EPO 1 Digital Input 6 DRMs 5 Dry Contact 2 VCC RS 485 Terminal Resistor VCC Switch L1 Grid L2 Grid L3 Grid N Grid 113...

Page 114: ...ction 1 VCC 12V 2 GND 3 DATA 4 DATA 5 DATA 6 DATA 56 1 2 3 4 5 6 56 Data Format Baud rate 9600 19200 default or 38400 Data bits 8 Stop bit 1 Parity N A RS485 USB or RS485 RS232 Terminal Resistor 120 1...

Page 115: ...WWLQJV 32 a 9 9 9 9 9 9 9 HPDQG 5HVSRQVH 0RGHV 50V EPO Digital Input DRMs DRM0 Emergency power off DRM5 0 active power DRM6 Maximum 50 active power DRM7 Maximum 75 active power and sink reactive power...

Page 116: ...K0 EPO K1 0 Power K2 30 Power K3 60 Power K4 100 Power K5 K6 INV_2 VCC V1 K0 EPO K1 0 Power K2 30 Power K3 60 Power K4 100 Power K5 K6 INV_N VCC V1 K0 EPO K1 0 Power K2 30 Power K3 60 Power K4 100 Po...

Page 117: ...53 0 U RQWDFW 9DF 9GF PP Dry Contact A Dry Contact B 117...

Page 118: ...Inverter Information General Settings Install Settings Active Reactive Power FRT 5 2 2 5 2 3 5 2 4 5 2 5 5 2 6 5 2 7 5 2 8 5 2 9 LED Indicator RED LED Indicator GRN EXIT Exit Menu Down Move Down UP M...

Page 119: ...et country XXX Yes No AU NZ LV AU NZ MV AU NZ AU NZ PL 4 99k Select Language English Deutsch Fran ais Setting ID ID 002 Are you sure to set ID 001 Yes No Delta Solivia prot Sunspec prot Are you sure t...

Page 120: ...oday 7935 192 W kWh On Grid Today Energy Inverter Status Output Power Day Time V 400 400 400 I 11 5 11 5 11 5 P 2645 2645 2645 L1 L2 L3 AC Power Frequency E Today PF 7935 50 00 24 W Cap 0 95 Hz kWh or...

Page 121: ...016 05 19 2016 05 18 2016 05 17 0kWh 0kWh 0kWh Life Energy Day Energy Month Energy Month Energy 2016 05 2016 04 2016 03 0kWh 0kWh 0kWh EXIT ENT EXIT ENT EXIT ENT EXIT ENT 1 20 02 2013 15 30 AC Freq Hi...

Page 122: ...S N RN11179CB0 Install 30 04 2014 DSP 1 80 Red 1 65 Comm 1 65 ID 002 Country Insulation Baud Rate Germany MV 19200bps FRT Settings EPO Grid Settings Active Pwr Settings React Pwr Settings Normal Close...

Page 123: ...ds 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 Solivia prot Sunspec prot EXIT EXIT ENT EXIT EXI...

Page 124: ...00W User Level Inverter ID Insulation Country Dry Contact EPO AC Connection Max Power Manufacturer Level All Settings Installer Level Inverter ID Insulation Country Grid Settings Dry Contact EPO AC Co...

Page 125: ...tion Country Grid Settings AU NZ Austria Belgium China EXIT ENT 5 2 7 2 Insulation 5 2 7 3 Country Inverter ID 002 Insulation Country Grid Settings Mode ON Resistance 1200k ON Plus Grounded Minus Grou...

Page 126: ...n Freq Protection Reconnect T P Ramp Up High Off High On High Off T Low Off 51 50Hz 50 05Hz 0 1s 47 50Hz Low On Low Off T Hi Off Slow Hi On Slow 47 55Hz 0 1s 65 00Hz 64 95Hz Hi Off Slow T Lo Off Slow...

Page 127: ...2 7 5 Dry Contact DC Injection Dry Cont PID Function RCMU ON Alarm Error Fault Warning Disable On Grid Fan Fail Insulat Dry Cont A Dry Cont B Insulat On Grid Dry Cont A Dry Cont B Insu On Grid Alarm...

Page 128: ...l Close 32 0D 3RZHU AC Connection Anti islanding Max Power Return to Factory 3P4W ON 33000W AC Connection Anti islanding Max Power Return to Factory 3P4W ON 33000W 5 2 7 7 EPO 5 2 7 8 AC connection 5...

Page 129: ...Power vs Frequency P V Mode Set Point ON 100 EXIT ENT Power Limit Power vs Frequency P V Mode F start F recovery Gradient ON 50 20 Hz 50 20 Hz 40 T recovery 300s EXIT EXIT ENT Active Power Ctrl React...

Page 130: ...Italy Others f recovery fprotection fprotection 3RZHU YV UHTXHQF 3 9 9 ORFN LQ 3 ORFN LQ 3 ORFN RXW 9 ORFN RXW 7 UHFRYHU Power Limit Power vs Frequency P V Mode P lock in P lock out V lock in OFF 20...

Page 131: ...wer P upper RVSKL 3 5 2 8 4 Constant cosphi 5 2 8 5 Cosphi P Constant cosphi Cosphi P Constant Q Q V Mode cosphi OFF Ind 1 000 EXIT ENT Constant cosphi Cosphi P Constant Q Q V Mode Q upper P lower Q l...

Page 132: ...i 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 248 4V 253 0V Ind 44 V1i V2i Qi limit T delay 211 6V 207 0V Cap 44 10 00s P lock in...

Page 133: ...ning Adj would affect energy production Password EXIT EXIT EXIT ENT ENT V1s V2s V1i V2i Qi limit Qs limit V Q V1s V2s V1i V2i Qi limit Qs limit V Q Curve A Curve B Others Italy MV Italy LV 4 9 57 57 5...

Page 134: ...53 0 B 39 QYHUWHU 6 63 JI FP 63 DLO 63 134...

Page 135: ...135...

Page 136: ...63 136...

Page 137: ...0 B 5 WHP 6WULQJ XVH VRXUFH 3DUW QXPEHU 39 8 5DWH DPS 5DWH YROWDJH 9 0DQXIDFWXUHUV ROO ODQG Item String Fuse source 2 Part number 0SPF015 T Rate amp 15 A Rate voltage 1000 V Manufacturers Littelfuse 1...

Page 138: ...138...

Page 139: ...139...

Page 140: ...AC Freq Low E02 Grid Quality E07 HW Con Fail E08 No Grid E09 AC Volt Low E10 E15 E20 AC Volt High E11 E13 E16 E18 E21 E23 Solar1 High E30 6RODU 9GF VRODU DUUD 9RF 9GF Solar2 High E31 6RODU 9GF VRODU...

Page 141: ...Insulation E34 Solar1 Low W01 Solar2 Low W02 HW FAN W11 SPD Fail 6RODU 6RODU 6RODU 6RODU 63 63 6RODU ERRVW 6RODU YROWDJH ERRVW 63 63 De rating W07 3 3 9 39 SDQHO 39 SDQHO 141...

Page 142: ...DC Injection F01 F02 F03 Temperature F05 Temperature F07 HW NTC1 Fail F06 HW NTC2 Fail F08 HW NTC3 Fail F09 HW NTC4 Fail F10 HW RLY F13 HW DSP ADC1 F15 570 57 57 DQG 57 570 57 57 57 9GF 9GF 142...

Page 143: ...6 HW DSP ADC3 F17 HW Red ADC1 F18 HW Red ADC2 F19 HW Eff F20 HW COMM1 F23 HW COMM2 F22 Ground Cur F24 63 5HG 38 RRVW RRVW 9GF 9GF 9GF 9GF 63 UHVHW FU VWDO 63 200 5HG 38 UHVHW FU VWDO 5HG 38 63 1 1 X E...

Page 144: ...RLY Open F13 F29 Bus Unbal F30 HW Bus OVR F31 F33 F35 AC Cur High F36 F37 F38 F39 F40 F41 HW CT A Fail F42 5 08 GULYHU 9JULG 9RXW RRVW RRVW 9RF 9GF QYHUWHU VWDJH 6 5 08 9JULG 9RXW ERRVW ERRVW 9RF 9GF...

Page 145: ...HW CT B Fail F43 HW CT C Fail F44 HW AC OCR F45 HW ZC Fail F50 DC Cur High F60 F61 F70 F71 6 6 RRVW RRVW 1 6 1 6 LQYHUWHU VWDJH ERRVW ERRVW 145...

Page 146: ...0DQXDO 6ZLWFK 2 YROWPHWHU 56 146...

Page 147: ...locations IP65 Electronics II AC output III DC Input II 0 Class I metal enclosure with protective earth 612 625 278mm Weather resistant connectors 35kW 31 5kW 38kW 600Vdc 200Vdc 1000 Vdc 250 Vdc 1100...

Page 148: ...45 5A 220Vac 50A V 88 6A 57A Rated 50 60Hz Programmable 45Hz 65Hz 3 0 99 full power Adjustable 0 80 leading 0 80 lagging 0 5 rated current 3W 3 Ph N PE 3 phase AC plug that meets IP67 and specificati...

Page 149: ...E conformity Yes Grid interface VDE AR N 4105 BDEW UK G59 3 VDE0126 1 1 NB T 32004 Emission EN 61000 6 3 Harmonics EN 61000 3 12 EN 61000 6 2 CS Immunity PFMF IEC 61000 4 2 IEC 61000 4 3 IEC 61000 4 4...

Page 150: ...0 5 0 55 0 6 0 65 0 7 0 75 0 8 0 85 0 9 0 95 1 1 05 1 1 1 15 25 30 35 40 45 50 55 60 520V 600V 800V P Pn Pn 30kW AmbientTemperature Temperature Derating of RPI M30A cos 1 0 0 FRV 150...

Page 151: ...0 5 0 55 0 6 0 65 0 7 0 75 0 8 0 85 0 9 0 95 1 1 05 1 1 1 15 25 30 35 40 45 50 55 60 S 520V S 600V S 800V P 520V P 600V P 800V P Pn Pn 30kW AmbientTemperature Temperature Derating of RPI M30A cos 0 9...

Page 152: ...55 0 6 0 65 0 7 0 75 0 8 0 85 0 9 0 95 1 1 05 1 1 1 15 25 30 35 40 45 50 55 60 S 520V S 600V S 800V P 520V P 600V P 800V P Pn Pn 30kW AmbientTemperature Temperature Derating of RPI M30A cos 0 9 0 FRV...

Page 153: ...9 9 9GF 9 FXUYH OLPLWDWLRQ 153 9 FXUYH OLPLWDWLRQ...

Page 154: ...Kgf cm 2 5N m SPD board 8 Kgf cm 0 8N m AC plug 55 75 kgf cm 5 4 7 4N m Communication cover 8 Kgf cm 0 8N m Rubber rings D1 D2 D3 133 204 Kgf cm 13 20N m Fans 8 Kgf cm 0 8N m Air inlet 8 Kgf cm 0 8N...

Page 155: ...RPI M30A_120 M30A_121 The power behind competitiveness www deltaww com English 1 79 155...

Page 156: ...2 203 Table of Contents 1 1 1 1 2 1 3 2 1 2 2 2 3 2 4 4 1 0 _120 4 2 0 _121 4 3 3 3 3 1 3 4 3 1 4 3 2 4 4 4 5 1 4 5 2 56 4 5 5 5 1 5 2 5 2 1 5 2 2 3RZHU 0HWHU 5 2 3 QHUJ RJ 5 2 4 YHQW RJ 5 2 5 QYHUWHU...

Page 157: ...ZHU LPLW 5 2 8 2 3RZHU YV UHTXHQF 5 2 8 3 3 9 5 2 8 4 RQVWDQW FRVSKL 5 2 8 5 RVSKL 3 5 2 8 6 RQVWDQW 4 5 2 8 7 4 9 5 2 9 57 DXOW ULGH WKURXJK 6 6 1 63 6 2 6 3 6 4 6 5 7 8 9 9 FXUYH OLPLWDWLRQ 204 204...

Page 158: ...0 _120 0 _120 0 _121 0 _121 53 0 32 3RZHU PHWHU Figure 162 163 164 165 166 167 168 170 170 171 171 172 172 174 174 175 176 177 178 179 180 181 182 184 184 185 186 186 188 189 189 190 191 192 193 194 1...

Page 159: ...3RZHU FWLYH 5HDFWLYH SRZHU 3RZHU LPLW SDJH 3RZHU YV UHTXHQF 3RZHU YV UHTXHQF 3 9 RQVWDQW FRVSKL RVSKL 3 RVSKL 3 RQVWDQW 4 4 9 4 9 57 57 63 0 FRV 0 FRV 0 FRV 9 197 197 198 199 200 200 201 201 202 203...

Page 160: ...Table 0 _120 0 _121 56 32 HPDQG 5HVSRQVH 0RGHV 50V 53 0 164 165 166 179 183 183 188 188 190 191 191 191 195 203 216 217 218 223 230 160...

Page 161: ...161...

Page 162: ...53 0 _120 0 _121 VRODU LQYHUWHU 39 DUUD VWDQG DORQH 3 53 0 KWWS ZZZ GHOWDZZ FRP PV Array Electrical Grid Solar Inverter 3PH AC Distribution box Surge arrestor AC breaker 3 phase N PE 1 162...

Page 163: ...53 0 _120 0 _121 53 0 _120 53 0 _121 2 163...

Page 164: ...0 _120 53 0 _120 1 SF SF SF SF 53 2 3 4 5 0 _120 9 0LGJHW 6 SF 7 SFV 164...

Page 165: ...0 _121 53 0 _121 1 SF SF SF SF 53 2 3 4 5 0 _121 165...

Page 166: ...RPI 0 _121 RPI 0 _120 53 0 _120 0 _121 53 53 X X 53 0 _120 53 0 _121 166...

Page 167: ...Display Air inlet Label Input Output Interfaces 167...

Page 168: ...an 3 Manual Switch Communication RS 485 2 EPO 1 Dry Contact 2 Digital Input 6 RPI M30A_121 RPI M30A_120 AC Connector 380 400Vac 3Ph Fan 3 Manual Switch Communication RS 485 2 EPO 1 Dry Contact 2 Digit...

Page 169: ...0 0 169...

Page 170: ...90 Not Recommended Not Recommended Keep 30 cm from floor and water if installed this way 12 6 5 460 0 400 0 82 0 82 0 82 0 82 0 82 0 25 0 14 1 127 7 31 0 4 R10 0 30 0 105 170...

Page 171: ...14 30 3 30 97 8 192 8 129 M6 Screw 6 M6 Screw 6 Wall 171...

Page 172: ...30 FP 20 FP 50 FP 30 FP 30 FP a 172...

Page 173: ...0 _120 0337 53 9 PLGJHW 3 3OXV URXQGHG 0LQXV URXQGHG 0 LQVXODWLRQ QVWDOO 6HWWLQJV 4 0 B120 2 173...

Page 174: ...bus bar kit 2 DC1 DC2 DC1 DC2 1 2 3 4 L1 L2 L3 N PE Communication Wiring 1 2 3 AC Wiring DC Wiring Must be Separate PV strings RPI M30A can support 3P3W system RPI M30A_120 174...

Page 175: ...C1 DC2 0 B 1A Grounding fuse bus bar kit 3OXV URXQGHG 0LQXV URXQGHG 3 Communication Wiring 1 2 3 AC Wiring DC Wiring Separated connection only Isolated transformer Utility To Inverter 3Ph 400Vac 3Ph 4...

Page 176: ...1 DC2 0 B 1A Grounding fuse bus bar kit 2 3OXV URXQGHG 0LQXV URXQGHG 3 Communication Wiring 1 2 3 AC Wiring DC Wiring Separated connection only Isolated transformer Utility To Inverter 3Ph 400Vac 3Ph...

Page 177: ...V URXQGHG 0LQXV URXQGHG QVXODWLRQ QVWDOO 6HWWLQJV 0 B 0 B 1 2 3 4 L1 L2 L3 N PE Communication Wiring 1 2 3 PV Array AC Wiring DC Wiring Parallel or Separate RPI M30A can support 3P3W system DC Distrib...

Page 178: ...G 3 Communication Wiring 1 3 PV Array AC Wiring Must be Parallel Connection DC Distribution box Plus GND or Minus GND Z Z or Isolated transformer Utility To Inverter 3Ph 400Vac 3Ph 400Vac Must install...

Page 179: ...0 B 1RWH IRU LHOG LULQJ RPI M30A_120 RPI M30A_121 32A 179...

Page 180: ...0 B Strictly forbidden Risk of fire on internal entrance cabling Strictly forbidden Risk of fire on internal entrance cabling 180...

Page 181: ...Note 0 B 181...

Page 182: ...0 B DQG 0 B 182...

Page 183: ...53 0 SKDVH DQG 3 SKDVH 1 DQG 3 0 PP2 Model 8SVWUHDP FLUFXLW EUHDNHU RPI M30A RPI M30A 1 P G 1 L1 L3 L2 1 L1 L2 L3 P To solDr LnverWer A SluJ PP2 PP 3 3 3 1 3 183...

Page 184: ...SOXJ PP 1 PP 53 0 PP PP PP WIRE SIZE DIMENSIONS mm L F 28 18 5 8 6 2 8 7 16mm 6AWG W C D F B L PP 0 PP 0 PP 3 1 L1 L2 L3 2XWHU DFNHW 184...

Page 185: ...3OXJ 185...

Page 186: ...a 1 3 NJI FP a NJI FP 3DUW 1P D1 D2 20 5 32 6 13 15 D3 15 3 20 5 3 PP PP 32 6 41 3 13 20 1 7 0 7 13 20 1 5 5 P Part F 165 3 168 5 REF 53 0 B 186...

Page 187: ...3 1 3 3 3 L1 L2 L3 N PE L1 L2 L3 PE B 9DF 1 9DF 20 9DF 1 9DF 20 9DF 1 9DF 20 1 3 9UPV 77 TN S Yes TN C Yes TN C S Yes TT Yes IT No 187...

Page 188: ...RPI M30A N N VWULQJ 7 VWULQJ 9RF 9GF 39 UUD RPI M30A_121 PP2 RPI M30A_120 PP2 PV KST 4 6 PV KBT 4 6 188...

Page 189: ...53 0 53 0 53 0 9 56 a EPO 1 Digital Input 6 DRMs 5 Dry Contact 2 VCC RS 485 Terminal Resistor VCC Switch L1 Grid L2 Grid L3 Grid N Grid 189...

Page 190: ...ction 1 VCC 12V 2 GND 3 DATA 4 DATA 5 DATA 6 DATA 56 1 2 3 4 5 6 56 Data Format Baud rate 9600 19200 default or 38400 Data bits 8 Stop bit 1 Parity N A RS485 USB or RS485 RS232 Terminal Resistor 120 1...

Page 191: ...ital Input DRMs 9 9 9 9 9 9 9 HPDQG 5HVSRQVH 0RGHV 50V DRM0 Emergency power off DRM5 0 active power DRM6 Maximum 50 active power DRM7 Maximum 75 active power and sink reactive power DRM8 Maximum 100 a...

Page 192: ...K0 EPO K1 0 Power K2 30 Power K3 60 Power K4 100 Power K5 K6 INV_2 VCC V1 K0 EPO K1 0 Power K2 30 Power K3 60 Power K4 100 Power K5 K6 INV_N VCC V1 K0 EPO K1 0 Power K2 30 Power K3 60 Power K4 100 Po...

Page 193: ...53 0 U RQWDFW 9DF 9GF PP Dry Contact A Dry Contact B 193...

Page 194: ...Inverter Information General Settings Install Settings Active Reactive Power FRT 5 2 2 5 2 3 5 2 4 5 2 5 5 2 6 5 2 7 5 2 8 5 2 9 LED Indicator RED LED Indicator GRN EXIT Exit Menu Down Move Down UP M...

Page 195: ...et country XXX Yes No AU NZ LV AU NZ MV AU NZ AU NZ PL 4 99k Select Language English Deutsch Fran ais Setting ID ID 002 Are you sure to set ID 001 Yes No Delta Solivia prot Sunspec prot Are you sure t...

Page 196: ...oday 7935 192 W kWh On Grid Today Energy Inverter Status Output Power Day Time V 400 400 400 I 11 5 11 5 11 5 P 2645 2645 2645 L1 L2 L3 AC Power Frequency E Today PF 7935 50 00 24 W Cap 0 95 Hz kWh or...

Page 197: ...016 05 19 2016 05 18 2016 05 17 0kWh 0kWh 0kWh Life Energy Day Energy Month Energy Month Energy 2016 05 2016 04 2016 03 0kWh 0kWh 0kWh EXIT ENT EXIT ENT EXIT ENT EXIT ENT 1 20 02 2013 15 30 AC Freq Hi...

Page 198: ...S N RN11179CB0 Install 30 04 2014 DSP 1 80 Red 1 65 Comm 1 65 ID 002 Country Insulation Baud Rate Germany MV 19200bps FRT Settings EPO Grid Settings Active Pwr Settings React Pwr Settings Normal Close...

Page 199: ...ds 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 Solivia prot Sunspec prot EXIT EXIT ENT EXIT EXI...

Page 200: ...00W User Level Inverter ID Insulation Country Dry Contact EPO AC Connection Max Power Manufacturer Level All Settings Installer Level Inverter ID Insulation Country Grid Settings Dry Contact EPO AC Co...

Page 201: ...tion Country Grid Settings AU NZ Austria Belgium China EXIT ENT 5 2 7 2 Insulation 5 2 7 3 Country Inverter ID 002 Insulation Country Grid Settings Mode ON Resistance 1200k ON Plus Grounded Minus Grou...

Page 202: ...n Freq Protection Reconnect T P Ramp Up High Off High On High Off T Low Off 51 50Hz 50 05Hz 0 1s 47 50Hz Low On Low Off T Hi Off Slow Hi On Slow 47 55Hz 0 1s 65 00Hz 64 95Hz Hi Off Slow T Lo Off Slow...

Page 203: ...2 7 5 Dry Contact DC Injection Dry Cont PID Function RCMU ON Alarm Error Fault Warning Disable On Grid Fan Fail Insulat Dry Cont A Dry Cont B Insulat On Grid Dry Cont A Dry Cont B Insu On Grid Alarm E...

Page 204: ...l Close 32 0D 3RZHU AC Connection Anti islanding Max Power Return to Factory 3P4W ON 33000W AC Connection Anti islanding Max Power Return to Factory 3P4W ON 33000W 5 2 7 7 EPO 5 2 7 8 AC connection 5...

Page 205: ...Power vs Frequency P V Mode Set Point ON 100 EXIT ENT Power Limit Power vs Frequency P V Mode F start F recovery Gradient ON 50 20 Hz 50 20 Hz 40 T recovery 300s EXIT EXIT ENT Active Power Ctrl React...

Page 206: ...Italy Others f recovery fprotection fprotection 3RZHU YV UHTXHQF 3 9 9 ORFN LQ 3 ORFN LQ 3 ORFN RXW 9 ORFN RXW 7 UHFRYHU Power Limit Power vs Frequency P V Mode P lock in P lock out V lock in OFF 20...

Page 207: ...wer P upper RVSKL 3 5 2 8 4 Constant cosphi 5 2 8 5 Cosphi P Constant cosphi Cosphi P Constant Q Q V Mode cosphi OFF Ind 1 000 EXIT ENT Constant cosphi Cosphi P Constant Q Q V Mode Q upper P lower Q l...

Page 208: ...i 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 248 4V 253 0V Ind 44 V1i V2i Qi limit T delay 211 6V 207 0V Cap 44 10 00s P lock in...

Page 209: ...ning Adj would affect energy production Password EXIT EXIT EXIT ENT ENT V1s V2s V1i V2i Qi limit Qs limit V Q V1s V2s V1i V2i Qi limit Qs limit V Q Curve A Curve B Others Italy MV Italy LV 4 9 57 57 5...

Page 210: ...53 0 B 39 QYHUWHU 6 63 63 DLO 63 JI FP 210...

Page 211: ...211...

Page 212: ...63 212...

Page 213: ...0 B WHP 6WULQJ XVH VRXUFH 3DUW QXPEHU 39 8 5DWH DPS 5DWH YROWDJH 9 0DQXIDFWXUHUV ROO ODQG Item String Fuse source 2 Part number 0SPF015 T Rate amp 15 A Rate voltage 1000 V Manufacturers Littelfuse 21...

Page 214: ...214...

Page 215: ...215...

Page 216: ...AC Freq Low E02 Grid Quality E07 HW Con Fail E08 No Grid E09 AC Volt Low E10 E15 E20 AC Volt High E11 E13 E16 E18 E21 E23 Solar1 High E30 6RODU 9GF VRODU DUUD 9RF 9GF Solar2 High E31 6RODU 9GF VRODU...

Page 217: ...Insulation E34 Solar1 Low W01 Solar2 Low W02 HW FAN W11 6RODU 6RODU 6RODU 6RODU 6RODU ERRVW 6RODU YROWDJH ERRVW De rating W07 3 3 9 39 SDQHO 39 SDQHO SPD Fail 63 63 63 63 217...

Page 218: ...DC Injection F01 F02 F03 Temperature F05 Temperature F07 HW NTC1 Fail F06 HW NTC2 Fail F08 HW NTC3 Fail F09 HW NTC4 Fail F10 HW RLY F13 HW DSP ADC1 F15 570 57 57 DQG 57 570 57 57 57 9GF 9GF 218...

Page 219: ...6 HW DSP ADC3 F17 HW Red ADC1 F18 HW Red ADC2 F19 HW Eff F20 HW COMM1 F23 HW COMM2 F22 Ground Cur F24 63 5HG 38 RRVW RRVW 9GF 9GF 9GF 9GF 63 UHVHW FU VWDO 63 200 5HG 38 UHVHW FU VWDO 5HG 38 63 1 1 X E...

Page 220: ...RLY Open F13 F29 Bus Unbal F30 HW Bus OVR F31 F33 F35 AC Cur High F36 F37 F38 F39 F40 F41 HW CT A Fail F42 5 08 GULYHU 9JULG 9RXW RRVW RRVW 9RF 9GF QYHUWHU VWDJH 6 5 08 9JULG 9RXW ERRVW ERRVW 9RF 9GF...

Page 221: ...HW CT B Fail F43 HW CT C Fail F44 HW AC OCR F45 HW ZC Fail F50 DC Cur High F60 F61 F70 F71 6 6 1 6 RRVW RRVW 1 6 1 6 LQYHUWHU VWDJH ERRVW ERRVW 221...

Page 222: ...0DQXDO 6ZLWFK 2 YROWPHWHU 56 222...

Page 223: ...locations IP65 Electronics II AC output III DC Input II 0 Class I metal enclosure with protective earth 612 625 278mm Weather resistant connectors 35kW 31 5kW 38kW 600Vdc 200Vdc 1000 Vdc 250 Vdc 1100...

Page 224: ...45 5A 220Vac 50A V 88 6A 57A Rated 50 60Hz Programmable 45Hz 65Hz 3 0 99 full power Adjustable 0 80 leading 0 80 lagging 0 5 rated current 3W 3 Ph N PE 3 phase AC plug that meets IP67 and specificati...

Page 225: ...E conformity Yes Grid interface VDE AR N 4105 BDEW UK G59 3 VDE0126 1 1 NB T 32004 Emission EN 61000 6 3 Harmonics EN 61000 3 12 EN 61000 6 2 CS Immunity PFMF IEC 61000 4 2 IEC 61000 4 3 IEC 61000 4 4...

Page 226: ...0 5 0 55 0 6 0 65 0 7 0 75 0 8 0 85 0 9 0 95 1 1 05 1 1 1 15 25 30 35 40 45 50 55 60 520V 600V 800V P Pn Pn 30kW AmbientTemperature Temperature Derating of RPI M30A cos 1 0 0 FRV 226...

Page 227: ...0 5 0 55 0 6 0 65 0 7 0 75 0 8 0 85 0 9 0 95 1 1 05 1 1 1 15 25 30 35 40 45 50 55 60 S 520V S 600V S 800V P 520V P 600V P 800V P Pn Pn 30kW AmbientTemperature Temperature Derating of RPI M30A cos 0 9...

Page 228: ...55 0 6 0 65 0 7 0 75 0 8 0 85 0 9 0 95 1 1 05 1 1 1 15 25 30 35 40 45 50 55 60 S 520V S 600V S 800V P 520V P 600V P 800V P Pn Pn 30kW AmbientTemperature Temperature Derating of RPI M30A cos 0 9 0 FRV...

Page 229: ...9 9 9GF 9 FXUYH OLPLWDWLRQ 229 9 FXUYH OLPLWDWLRQ...

Page 230: ...Kgf cm 2 5N m SPD board 8 Kgf cm 0 8N m AC plug 55 75 kgf cm 5 4 7 4N m Communication cover 8 Kgf cm 0 8N m Rubber rings D1 D2 D3 133 204 Kgf cm 13 20N m Fans 8 Kgf cm 0 8N m Air inlet 8 Kgf cm 0 8N...

Page 231: ......

Page 232: ...Version 04171215 5013230203...

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