INSTRUCTION MANUAL
HYBRID SOLAR INVERTER
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Thank you for selecting and buying V-TAC Product. V-TAC will serve you
the best. Please read these instructions carefully & keep this user manual
handy for future reference. If you have any another query, please contact
our dealer or local vendor from whom you have purchased the product.
They are trained and ready to serve you at the best.
INTRODUCTION
Multi-Language Manual QR CODE
Please scan the QR code to access the manual
in multiple languages.
WARNING
1. Please make sure to turn off the power before starting the installation.
2. Installation must be performed by a qualified electrician.
1. All work on the inverter must be carried out by qualified electricians.
2. The PV panels and inverter must be connected to the ground.
3. Do not touch the inverter cover until 5 minutes after disconnecting both DC and AC
power supply.
4. Do not touch the inverter enclosure when operating, keep away from materials that may
be affected by high temperatures.
5. Please ensure that the used device and any relevant accessories are disposed of in
accordance with applicable regulations.
6. VTAC inverter should be placed upwards and handled with care in delivery. Pay attention
to waterproof. Do not expose the inverter directly to water, rain, snow or spray.
7. Alternative uses, modifications to the inverter not recommended. The warranty can
become void if the inverter was tampered with or if the installation is not in accordance
with the relevant installation instructions.
EXPLANATION OF SYMBOL
20
PAP
Symbol Explanation
CE mark.
The inverter complies with the requirements of the applicable CE
guildlines.
Beware of hot surface
The inverter’s housing may reach uncomfortably hot 60°C (140°F)
under high power operation. Do not touch the inverter enclosure when
operation.
Danger of high voltages. Danger to life due to high voltages in the
inverter!
Refer to manual before service
Do not dispose of this device with the normal domestic waste.
Important notes
Read all instructions carefully. Failure to follow these instructions,
warnings and precautions may lead to device malfunction or
damage.
Residual power discharge
Do not open the inverter cover until 5 minutes after disconnection
both DC and AC power supply.
INTRODUCTION
The VTAC Hybrid Solar Inverter series hybrid inverters are designed to increase energy
independence for homeowners. Energy management is based on time-of-use and demand
charge rate structures, significantly reduce the amount of energy purchased from the public
grid and optimize self-consumption.
OPERATION MODES
Self-Use
The Self-Use mode is for the regions with low feed-in tariff and high electricity prices. The
energy produced by the PV system is used to optimize self-consumption needs. The excess
energy is used to recharge the batteries, any remaining excess is then exported to the grid.
Note: Advance Setting
• When select 0 W under P_Feed menu, the inverter will export zero energy
to the grid.
• When select xx W under P_Feed menu, the inverter will export customized
energy to the grid.
Wind
Turbines
PV Array
Grid
Meter
Hybrid Inverter
Storage Baery Generator Cri�cal LoadSmart Load Load
TV
TV
Energy flow:
PV → Load → Battery → Grid
1
2
3
The Time of Use mode is designed to reward customers who do their part to reduce demand
on the electric grid, particularly during peak usage periods. Use most of your electricity
from PV energy and during off-peak time periods, and you could significantly lower your
monthly bill.
Time of Use
A. Charge Setting
B. Discharge
C. Forbidden Discharge
4 periods of time charge setting.
Energy flow:
PV -> Battery -> Load -> Grid
4 periods of time discharge setting, the battery
will be charged firstly.
Energy flow:
PV -> Battery -> Load -> Grid
4 periods of time charge setting.
Energy flow:
PV and Grid -> Battery -> Load
Note:
After select AC charge, when PV have no
sufficient power, AC will also charge the battery.
TV
2
1
3
TV
2
1
PV Charge Mode
4 periods of time discharge
setting.
Energy flow:
Battery and PV -> Load -> Grid
AC Charge Mode
TV
1
2
TV
1
2
TV
2
1
3
Selling First
Back-Up
When the grid fails, the system
will automatically switch to
Back-Up mode. The
back-up loads can be supplied
by both PV and battery energy.
Energy flow:
PV and Battery -> Load
The Selling First mode is
suitable for the regions with
high feed-in tariff.
Energy flow:
PV -> Load -> Grid -> Battery
TV
1
TV
1
3
76 9
10
5
Monitoring
Quick
Installation
Instructions
54
1
Quick
Installation
Instructions
Warranty
Card
2
12 5
14
13
2019
11
Certificate
Of Inspection
17
515
16 18
8
TV
1
3
2
TERMINAL OF PV INVERTER
PRODUCT OVERVIEW
No. Qty Items No. Qty Items
1 1 Hybrid Inverter 11 1 Grounding Terminal
2 1 Certificate Of Inspection 12 1 Wall Mounting Bracket
3 1 Quick Installation Instructions 13 1 Ba�ery Connector
4 1 Warranty Card 14 1 Monitor Module
5 1 Monitoring Quick Installation Instructions 15 1/2 DC Connector
6 1 CT 16 3 Mounting Bracket Screw
7 4 AC Wiring Cover Screw 17 3 Plastic Expansion Tube
8 1 Security Screw 18 1 Smart Meter (Opitional)
9 4 AC Wiring Terminal 19 1 AC Waterproof Cover
10 2 Communication Connectors 20 1 Communication Adapter
Note:
DC connectors Qty.: VT-66036103 is 2 pairs.
370mm
513mm
192mm
INVERTER TERMINALS
Mounting Location
The inverters are designed for indoor and outdoor installation (IP65), to increase the
safety, performance and lifespan of the inverter, please select the mounting location
carefully based on the following rules:
• The inverter should be installed on a solid surface, far from flammable or
corrosion materials, where is suitable for inverter’s weight and dimensions.
• The ambient temperature should be within -25°C ~ 60°C (between -13 °F and 140°F).
• The installation of inverter should be protected under shelter. Do not expose
the inverter to direct sunlight, water, rain, snow, spray lightning, etc
62
3
1 4 5
7
No. Items
1 DC Switch
2 DC Connectors ( + ) For PV Strings
3 DC Connectors ( − ) For PV Strings
4 Ba�ery Port
5 Communication Port
6 AC Port & EPS Port
7 Monitor Module Port
The inverter should be installed vertically on the wall, or lean back on plane
with a limited tilted angle. Please refer to below picture.
Leave the enough space around inverter, easy for accessing to the inverter,
connection points and maintenance.
<15°
>0°
Max
300mm
300mm 300mm
500mm
50mm
MOUNTING
Step 1
Step 3
Step 2
264mm
219mm
17mm
Security
screw
ELECTRICAL CONNECTION
COMMUNICATION ADAPTER PIN ASSIGNMENT
Grid
Wind Turbines
PV Array
Wind Turbines
PV Array
Smart meter
Crical LoadSmart Load
Load
TV
12345678
Note:
For diesel generators or multi-machine parallel use, please contact the
manufacturer, and provide installation and operation instructions separately
No. COM1 Items
1 NTC+ Meter 485A
2 NTC- Meter 485B
3 Dry Contact BAT 485A
4 Dry Contact BAT CANH
5 DRM BAT CANL
6 DRM BAT 485B
7 485A CTU
8 485A CTN
PV CONNECTION
The VT-66036103 series hybrid inverter has two MPPT channels, can be connected with
two strings of PV panels. Please make sure below requirements are followed before
connecting PV panels and strings to the inverter:
• The open-circuit voltage and short-circuit current of PV string should not exceed the
reasonable range of the inverters.
• The isolation resistance between PV string and ground should exceed 300 kΩ.
• The polarity of PV strings are correct.
• Use the DC plugs in the accessory.
• The lightning protector should be equipped between PV string and inverter.
• Disconnect all of the PV (DC) switch during wiring.
Warning:
The fatal high voltage may on the DC side, please comply with electric
safety when connecting.
Please make sure the correct polarity of the cable connected with inverter,
otherwise inverter could be damaged.
STEP 1:
STEP 2:
Note:
Please use PV connector crimper to pinch the point of the arrow.
You’ll hear click sound when the connector assembly is correct.
MC
MC
!
Note:
PV cable suggestion Cross-section 4mm²
VT-6607106 hybrid inverters are compatible with lithium battery. For lead acid
battery or batteries with other brands, please confirm with local distributor or
VTAC for technical support.
BATTERY CONNECTION
Note:
Set battery type and manufacturer, please refer to Chapter 5.3.
BMS(Battery Management System)communication is needed
between inverter and battery.
Note:
Battery cable suggestion Cross - section 8-10 AWG
Please make sure the battery polarities are correct.
Battery cable
19±1mm
STEP 3:
STEP 1:
STEP 6:
Insert the battery connector into the
inverter, if hear a “click”, it means the
battery connection is finished.
STEP 5:
Use an open-end wrench to
tighten the waterproof lock.
STEP 3:
Insert the wire harness into
the terminals according to “+”
and “-” polarity, make the
insulated terminals parallel
with the terminals , the
crimping screw torque is
2.0±0.1N.m
STEP 2:
Pass the crimped battery harness through
the waterproof connector and the cover.
STEP 4:
A “click” sound will be
heard when the connector
assembly is correct.
4 5
BAT-CAN/RS485
CAN/RS485
Lithium
BAT-NTC
NTC
3-8
1
2
PIN Assignment
NTC-
NTC+
RJ45 Plug
12345678
/
Lead Acid
PIN Assignment
1PIN 2 3 6 7 8
5
1-3
4 CANH
/
6-8
CANL
/
2 3 4 5 6 7 8
PIN Assignment
1PIN
4-5
1-2
3 RS485A
/
6
/
7-8
/
RS485B
MULTI INVERTER PARALLEL
1-6
7
PIN Assignment
485A
/
RJ45 Plug
12345678
8 485B
1-6
7
PIN Assignment
485A
/
RJ45 Plug
12345678
8 485B
1-6
7
PIN Assignment
485A
/
RJ45 Plug
12345678
8 485B
485
485
NOTE:
STEP 1:
PLEASE FOLLOW STEPS FOR AC CONNECTION
Qualified electrician will be required for the wiring.
The AC terminal contains “GRID” and “EPS”, GRID for load, and EPS for emergency
load.
Before connecting, a separate AC breaker between individual inverter and AC input
power is necessary. This will ensure the inverter be securely disconnected during
maintenance and fully protected from current of AC input.
An extra AC breaker is needed for On-Grid connection to be isolated from grid when
necessary. Below are requirements for the On-Grid AC-breaker.
• Connect DC protector or breaker first before connecting.
• Remove insulation sleeve 11mm(0.5 inch) length, unscrew the bolts, insert the AC
input wires according to polarities indicated on the terminal block and tighten the
terminal screws.
AC CONNECTION
Inverter Model AC breaker specification
VT-6607106
63A/200V/230V AC breaker
Cable（mm²）
4-6 1.2N·m
Torque value
Model
6kW 8-10AWG
Wire Size
Note:
Cable suggestion
Cross-section 8-10AWG
10±0.5mm
STEP 2:
STEP 3:
Note:
The Max. power load connects to EPS port should not
exceed the inverter's EPS Max. output power range.
NOTE:
The wiring terminals should be wrapped with insulation tape,
otherwise it will cause a short circuit and damage the inverter.
GRID EPS Load
Fix the AC wiring cover with cover screws
GRID EPS Load
4 5 6 7 8
CT OR METER CONNECTION
Meter and a current sensor(CT for short below) are used to detect current power
direction of the local load and the grid. The output control function of the inverters will
be activated based on the detected data.
Meter
CT
INSTALL THE CT
Grid
Main
Breaker
Load
TV
CT
PIN Assignment
1PIN 2 3
8
1-6
7 CTU
/
CTN
1 2 3 4 5 6 7 8
INSTALL THE METER
Grid
VTAC Meter
Main
Breaker
Load
TV
Grid
Inverter
L N
ACL
ACN
PIN Assignment
PIN
3-8
1
2 RS485 B ( 25 )
RS485 A ( 24 )
/
STEP 1:
STEP 2:
COMMUNICATION CONNECTION
The monitoring module could transmit the data to the cloud server, and display the data
on the PC, tablet and smart-phone.
INSTALL THE WIFI / ETHERNET / GPRS / RS485 COMMUNICATION
WIFI / Ethernet / GPRS / RS485 communication is applicable to the inverter.
Please refer to "Communication Configuration Instruction" for detailed instruction.
Wifi/GPRS
Ethemet
Turn on the DC switch and AC circuit breaker, and wait until the LED indicator on the
monitoring module flashes, indicating that the monitoring module is successfully
connected.
EARTH CONNECTION
Grounding terminal
10 ±0.5mm
NOTE:
STEP 1:
STEP 2:
A second protective earth (PE) terminal should be connected to the inverter.
This prevents electric shock if the original protective PE wire fails.
Note:
Earth cable PE suggestion:
Cross-section (Copper) 4-6mm² / 10AWG
Note:
Make sure the earth cables on the inverter and solar panel frame are
separately.
Fix the grounding screw to the grounding
connection of the machine housing.
OPERATION
CONTROL PANEL
○
5
○
6
○
1
○
○
7
8
○ ○ ○
2 3 4
Sign Color Explanation
POWER
GreenON
OFF
ON
OFF
ON
OFF
Green
Red
FAULT
The inverter is stand-by
The inverter is power off
The inverter is feeding power
The inverter is not feeding power
Fault occurred
No fault
GRID
Power
Note:
Hold UP/DOWN button can be rolling quickly.
ItemsNo. ItemsNo.
1
2
3
4
LCD Display
BACK Touch Button
UP Touch Button
DOWN Touch Button
5
6
8
7
FAULT LED Indicator
POWER LED Indicator
ENTER Touch Button
GRID LED Indicator
MENU OVERVIEW
VT-6607106 hybrid inverter has a LCD for clearly operating, and menu of the LCD can be
presented as following:
PV Info
Bat Info
Run Info
Inv Info
Grid Info
Load Info
EPS Info
Tem Info
Run Record
Display Menu
Running Param
PV Mode
Bat Param
EMS Param
Meter Param
P Mode
Q Mode
Grid Ctrl
Diese1Gen Param
Com Param
Wifi
Parallel
Err Record
Protection Param
Sys Cmd
Safty
Model
Prated
Vrated
Irated
RunTimeDay
RunTimeAll
WIFI SN
Version
Sys Info
Start / Stop
Lang
Safty
Date＆Time
System Param
INVERTER SETTING
The setting is for VT-6607106 Hybrid inverter. Any doubts, please contact distributor for
more details.
A. Time & Date
B. Safety
Sys Param
Date &Time
Date YYYY-MM-DD
Time 24:00:00
Sys Param
Safty
Com-50Hz
Com-60Hz
China
Japan-50
Japan-60
US_240S
US_240D
US_208S
US_208D
Australia
UK-G99
UK-G98
......
System parameters setting
System parameters setting
Safety Specifications
Note:
Select the safty according to the
requirements of the installation site.
C. Lithium Battery
Aoboet
ApoLLo
BYD
CALB
Dyness
......
Run Param
Bat Param
Lithium
Operating parameters setting
5432
* * * *
D. PV Mode
NoPV
Independent
Parallel
Run Param
PV Mode
* * * *
Operating parameters setting
5432
1. No PV connection
2. “Independent” and “Parallel” setting
for professional installers.
Note:
Please select the right battery frand to your use.
E. Lead Acid
F. Energy Management System (EMS Param)
SelfUse
Chgfst
SellFst
Maintain
cmdChar
ExtEms
Run Param
Bat Param
LeadAcid
Capacity： 0-1000Ah
* * * *
Run Param
EMS Param
EMS Mode
Energy management
system parameters setting
* * * *
Capacity range (0~1000Ah).
Operating parameters setting
5432
Operating parameters setting
5432
1. Self-Use
2. Back-Up
3. Selling First
4. Maintain (In development)
5. Command charge and discharge
6. External EMS dispatch
G. Time of Use
Chg/DChg
Stop
SocMax: 0.0%
SocMin: 0.0%
VBatMax: 0.0V
VBatMin: 0.0V
IChgMax: 0.00A
IDChgMax: 0.00A
PChg： 0W
Charge / discharge.
Charge / discharge power
range -10000W~10000W.
Battery charge / discharge setting.
1. Upper state of charge.
2. Lower state of charge.
3. Battery Overvoltage Threshold.
4. Battery undervoltage threshold.
5. Maximum charging current.
6. Maximum discharge current.
Run Param
EMS Param
Chg Cmd
* * * *
Chg Pwr
Chg Range
Energy management
system parameters setting
Operating parameters setting
5432
Note:
Timed charge and discharge need to complete the three settings
of "Chg Cmd", "Chg Pwr" and "Chg Range", otherwise it will not
work properly.
I. Forced Charging
1. ACChg — AC charging enable.
2. MaxPpct — AC charging Percentage.
3. MaxSoc — AC charging maximum Soc.
4. TimOff1 — AC charging start time1.
5. TimOn2 — AC charging end time 1.
6. AC charging can be set up to three time periods.
H. AC Charging
ACChg: OFF
MaxPpct: 0.0%
MaxSoc: 0.0%
TimOn1: 00:00
TimOff1: 00:00
TimOn2: 00:00
TimOff2: 00:00
TimOn3: 00:00
TimOff3: 00:00
AC Chg
AC charging
Run Param
EMS Param
* * * *
Energy management
system parameters setting
Operating parameters setting
5432
Run Param
EMS Param
* * * *
Energy management
system parameters setting
Operating parameters setting
5432
ForceChg: ON
PForce: 0.0%
MaxSoc: 0.0V
TimOn1: 00:00
TinOff1: 00:00
TimOn2 : 00:00
TinOff2: 00:00
TimOn3: 00:00
TinOff3: 00:00
Force Chg
J. Forced Discharging
ForceDChg: ON
PForce: 0.0%
MinSoc: 0.0V
TimOn1: 00:00
TinOff1: 00:00
TimOn2: 00:00
TinOff2: 00:00
TimOn3: 00:00
TinOff3: 00:00
Force DChg
1. ForceDChg — Forced discharging enable.
2. PForce — Forced discharging power percentage.
3. MinSoc — Forced discharging max Soc.
4. TimOn1 — Forced discharging start time 1.
5. TinOff1 — Forced discharging end time 1.
Forced charging
Forced discharge
1. ForceChg — Force charging enable.
2. PForce — Forced charging power percentage.
3. MaxSoc — Forced charging Max Soc.
4. TimOn1 — Forced charging start time 1.
5. TimOff2 — Forced charging end time 1.
6. Forced charging can be set to three time periods .
Run Param
EMS Param
* * * *
Energy management
system parameters setting
Operating parameters setting
5432
Note:
Forced discharging can be set
to three time periods.
K. Protection Parameters
IsoChk ON
GfciChk ON
EarthChk ON
V.max 0.0V
V.maxT 0.00S
V.min 0.0V
V.minT 0.00S
F.max 0.00Hz
F.maxT 0.00S
F.min 0.00Hz
F.minT 0.00S
ISO.min 0KΩ
T.conn 0S
T.Reconn 0S
RSSEN ON
1. Insulation resistance detection
2. Leakage current detection
3. Ground detection
4. Voltage upper limit
5. Voltage upper limit time
6. Voltage lower limit
7. Voltage lower limit time
8. Frequency upper limit
9. Frequency upper limit time
10. Frequency lower limit
11. Frequency lower limit time
12. Impedance lower limit
13. Internet time
14. Restart time
15. Restart enable
Run Param
* * * *
Operating parameters setting
5432
Note:
When modifying parameters, you need to pay attention to the unit.
L. Multi-machine in Parallel
Com Param
Addr 1
Baud 9600
P Enable ON
COM4 Parallel
Communication parameters setting
Inv_Amout 2-6
M/S Master/Slave
Addr 1
Meter
Bat
Parallel
Sunspec
Modbus
1. Address
2. Band rate
3. Parallel enable
1. Inverter parallel amount
2. Master / Slave
3. Address of slave
4. Only slave can choose address.
M. Diesel Generator Setting (Diese1 Gen Param)
Diese1Gen Param
Diesel generator parameters
Run Param
* * * *
Operating parameters setting
5432
Diese1Gen GenEn ON
TimeCtr1Em ON
TimeDelay 0S
StarSoc 20.0%
EndSoc 80.0%
TimOn1 00:00
TimOff1 00:00
TimOn2 00:00
TimOff2 00:00
TimOn3 00:00
TimOff3 00:00
Note:
Diesel generator enable and time control enabled
must be on, other wise the diesel generator
an not be started.
1. Diese1Gen GenEn — Diesel generator enable.
2. TimeCtr1Em — Time control enable.
3. TimeDelay — Delay time of diesel generator
start working.
4. StarSoc — Battery power percentage when
diesel generator start charging the battery.
5. EndSoc — Battery power percentage when
diesel generator stop charging the battery.
6. TimOn1 — Diesel generator start time 1.
7. TimOff1 — Diesel generator off time 2.
Power ON/OFF
Please check the following requirements before testing:
• Installation location is suitable according to "Mounting Location"
• All electrical wires are connected tightly, including PV modules, battery and AC
side(Such as the grid side, EPS side, Gen side).
• Earth line and Smart meter/CT line are connected.
• AF-DF hybrid inverters should be set according to the required local grid standard.
• More information please contact with VTAC or distributors.
Power ON
• Turn on DC switch.
• After LCD lighting, hybrid inverter should be set following "Time & Date" at the first
time.
• When inverter running under normal mode, Running indicator will light up
Power OFF
• Turn off DC switch (in hybrid inverter) and all extra-breaker.
Restart
Restart Hybrid inverter, please follow steps as below:
• Shutdown the inverter
• Start the inverter
Maintenance & Trouble Shooting
Maintenance
Periodically maintenance are necessary, please follow steps as below.
• PV connection: twice a year
• AC connection(Grid and EPS) : twice a year
• Battery connection: twice a year
• Earth connection: twice a year
• Heat sink: clean with dry towel once a year
Trouble Shooting
The fault messages are displayed when fault occurs, please check trouble shooting
table and find related solutions.
Diesel generator enable and time control enabled
FAULT CODE AND TROUBLE SHOOTING
Type of Fault
Code
Name Description Recommend Solution
PvAfciFaultA03
A04
A05
A06
A07
A08
A09
A10
A11
A12
A13
A14
A15
PV current arcing
• Check PV modules wires and
connectors broken or loose connect, and
then carry out rectification.
• If the fault occurs continuously and
frequently, please ask help for local
distributors.
IsoFaultA02
PvConnectFault
PV Fault
A01
PV connection type
different from setup
• Check PV modules connection
• Check PV Mode setup Ref.
Chapter 5.3.
ISO check among PV
panels/ wires and ground
is abnormal.
• Check PV modules wires, those wires
are soaked or damaged, and then carry
out rectification.
• if the fault occurs continuously and
frequently, please ask help for local
distributors.
Pv1OverVoltFault
Pv2OverVoltFault
Pv3OverVoltFault
Pv4OverVoltFault
Pv5OverVoltFault
Pv6OverVoltFault
Pv7OverVoltFault
Pv8OverVoltFault
Pv9OverVoltFault
Pv10OverVoltFault
-
-
-
PV6ReverseFault
A16
A17
A18
A19
A20
A21
PV1ReverseFault
PV2ReverseFault
PV3ReverseFault
PV4ReverseFault
PV5ReverseFault
PV Voltage over
PV(+) and PV(-) reversed
Connection
• Reconfiguration of PV strings, reduce
the PV number of a PV string to reducing
inverter PV input voltage.
• Suggestion that contacting with local
distributors.
• Check PV(+) and PV(-) Connect
whether reversed or not.
• If reversed, make correction.
Pv12OverVoltFault
Pv11OverVoltFault
Type of Fault
Code
Name Description Recommend Solution
A22
A23
A24
A25
A26
A27
A33
A34
A35
A36
A37
A38
A39
A40
A41
A42
A43
A44
A45
A46
A47
A48
A49
A50
A51
A52
A53
A54
A55
A56
PV Fault
PV7ReverseFault
PV8ReverseFault
PV9ReverseFault
PV10ReverseFault
PV11ReverseFault
PV12ReverseFault
Pv1AbnormalFault
Pv2AbnormalFault
Pv3AbnormalFault
Pv4AbnormalFault
Pv5AbnormalFault
Pv6AbnormalFault
Pv7AbnormalFault
Pv8AbnormalFault
Pv9AbnormalFault
Pv10AbnormalFault
Pv11AbnormalFault
Pv12AbnormalFault
Pv13AbnormalFault
Pv14AbnormalFault
Pv15AbnormalFault
Pv16AbnormalFault
Pv17AbnormalFault
Pv18AbnormalFault
Pv19AbnormalFault
Pv20AbnormalFault
Pv21AbnormalFault
Pv22AbnormalFault
Pv23AbnormalFault
Pv24AbnormalFault
PV(+) and PV(-) reversed
Connection
• Check PV modules partial occlusion or
cells damaged.
• Check PV module wires and
connectors broken or loose connect,
then repair it.
PcsBatTempSensorOpen
PcsBatTempSensorShort
BmsBatSystemFault
BmsBatVolOverFault
BmsBatVolUnderFault
BmsCellVolOverFault
BmsCellVolUnderFault
BmsCellVolUnbanceFau
BatChgCurOverFault
BatDChgCurOverFault
BatTemperatureOverFa
BatTemperatureUnderF
CelTemperatureOverFa
CelTemperatureUnderF
BatIsoFault
BatSocLowFault
BmsInterComFault
BatRelayFault
B07
B08
B09
B10
B11
B12
B13
B14
B15
B16
B17
B18
B19
B20
B21
B22
B23
B24
Type of Fault
Code
Name Description Recommend Solution
B01
B02
B03
Battery Fault
PcsBatOverVoltFault
PcsBatUnderVoltFault
PcsBatInsOverVoltFaul
All these faults will be
detected or reported by
battery BMS.
• If specific fault high temperature or low
temperature, then should change battery
installed environment temperature.
• Restart battery, maybe can working as
normal.
• If this fault occurs continuously and
frequently, please ask help for local
distributors.
Battery temperature
sensor abnormal
• Check battery temperature sensor and
connected wires damage or not , then
rectification or change new one.
Battery voltage over or
under
• Check inverters connected battery lines
and connectors broken or loose connect.
• Carry out rectification if broken or
loose.
• Checking battery voltage is abnormal
or not, then maintenance or change new
battery.
B04 PcsBatReversedFault
Bat. (+) and Bat. (-) are
reversed.
• Check Bat.(+) and Bat.(-)connect
reversed or not.
• Make correction If reversed.
B05 PcsBatConnectFault
Battery wires loose
• Check battery wires and connectors
damage or loose connect.
• Carry out rectification if break.
B06 PcsBatComFault
Battery communication
abnormal
• Check battery side communication
wires damage or loose connect, and
then carry out rectification.
• Check battery is off or other abnormal,
then Mastertenance battery or change
new battery.
BatPreChaFault
BmsBatChgMosFault
BmsBatDChgMosFault
BMSVolOVFault
BMSVolLFault
VolLockOpenFault
VolLockShortFault
ChgRefOVFault
B25
B26
B27
B28
B29
B30
B31
B32
Type of Fault
Code
Name Description Recommend Solution
Battery Fault
GridOverVoltFault
GridUnderVoltFault
GridLineOverVoltFault
GridLineUnderVoltFault
Grid voltage over
Grid voltage under
Grid line voltage over
Grid line voltage under
C05
C06
C07
C08
• The inverter will restart automatically
when the grid three phase return to
normal.
• Contact with local distributor or
required grid company adjust voltage
protection parameters.
C01 GridLossFault
Grid lost (islanding)
• Inverter will restart automatically when
the grid return to normal.
• Check inverter connected with grid
connectors and cable normal or not.
C02 GridUnbalanVoltFault
Grid Voltage unbalanced.
• The inverter will restart automatically
when the grid three phase return to
normal.
• Check inverter connected with the grid
connectors and wires normal or not.con-
nectors and cable normal or not.
C03 GridInstOverVoltFault
Grid instantaneous
voltage over
• The inverter will restart automatically
when the grid three phase return to
normal.
• Contact with local distributor or
required grid company adjust protection
parameters.
C04
Grid10MinOverVoltFault
Grid voltage Over by
10 Minutes
• The inverter will restart automatically
when the grid three phase return to
normal.
• Contact with local distributor or
required grid company adjust 10 minutes
protection voltage parameters.
C10 GridUnderFreqFault
Grid Frequency under
C09 GridOverFreqFault
Grid Frequency over
• The inverter will restart automatically
when the grid three phase return to
normal.
• Contact with local distributor or
required grid company adjust frequency
protection parameters.
GenOverVoltFault
GenUnderVoltFault
GenOverFreqFault
GenUnderFreqFault
D03
D04
D05
D06
Pv1HwOverCurrFault
Pv2HwOverCurrFault
Pv3HwOverCurrFault
Pv4HwOverCurrFault
Pv5HwOverCurrFault
Pv6HwOverCurrFault
Pv7HwOverCurrFault
Pv8HwOverCurrFault
Pv9HwOverCurrFault
Pv10HwOverCurrFault
Pv11HwOverCurrFault
Pv12HwOverCurrFault
Pv1SwOverCurrFault
Pv2SwOverCurrFault
Pv3SwOverCurrFault
Pv4SwOverCurrFault
Pv5SwOverCurrFault
Pv6SwOverCurrFault
Pv7SwOverCurrFault
Pv8SwOverCurrFault
GenOverVoltFault
GenUnderVoltFault
GenOverFreqFault
GenUnderFreqFault
E01
E02
E03
E04
E05
E06
E07
E08
E09
E10
E11
E12
E13
E14
E15
E16
E17
E18
E19
E20
Type of Fault
Code
Name Description Recommend Solution
D01
Off-grid Fault
DC Fault
UpsOverPowerFault
PV current over, triggered
by Software logic.
• Power off, power on then restart.
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
PV current over, triggered
by hardware protection
circuit
• Power off, then restart (Ref. Chapter8).
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
• Adjust generator running parameters,
make the output voltage, frequency in
allowed range.
• If this fault occurs continuously and
frequently, please ask help for local
distributors.
0ff-grid load over
• Reduce loads.
• If sometimes overload, it can be
ignored, when generation power enough
can be recovery.
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
D02 GridConflictFault
Grid connected to Back-up
terminal
• Check the off-grid port connection
correct, disconnect both off-grid and grid
ports.
Pv9SwOverCurrFault
Pv10SwOverCurrFault
Pv11SwOverCurrFault
Pv12SwOverCurrFault
Boost1SelfCheck(boost)Fault
Boost2SelfCheck(boost)Fault
Boost3SelfCheck(boost)Fault
Boost4SelfCheck(boost)Fault
Boost5SelfCheck(boost)Fault
Boost6SelfCheck(boost)Fault
Boost7SelfCheck(boost)Fault
Boost8SelfCheck(boost)Fault
Boost9SelfCheck(boost)Fault
Boost10SelfCheck(boost)Fault
Boost11SelfCheck(boost)Fault
Boost12SelfCheck(boost)Fault
BusHwOverVoltFault
BusHwOverHalfVoltFault
BusSwOverVoltFault
BusSwOverHalfVoltFault
BusSwUnderVoltFault
BusUnbalancedFault
E21
E22
E23
E24
E33
E34
E35
E36
E37
E38
E39
E40
E41
E42
E43
E44
E45
E46
E47
E48
E49
E50
Type of Fault
Code
Name Description Recommend Solution
DC Fault
PV boost circuit abnormal
when self checking
• Power off, then restart (Ref. Chapter8).
• If those faults continuously and
frequently, please ask help for local
distributors.
Bus voltage over
• Power off, then restart (Ref. Chapter8).
• If those faults continuously and
frequently, please ask help for local
distributors.
• Power off, then restart (Ref. Chapter8).
• If those faults continuously and
frequently, please ask help for local
distributors.
• Power off, then restart (Ref. Chapter8).
• If those faults continuously and
frequently, please ask help for local
distributors.
Bus voltage under as running
DC Bus voltage unbalanced
Bus Controller current over
Bus Controller abnormal
when self checking
BusBalBridgeHwOver-
CurFault
E51
E52
E53
E54
E55
E56
E57
E58
BDCHwOverCurrFault
BDCSwOverCurrFault
BDCSelfCheckFault
BDCSwOverVoltFault
TransHwOverCurrFault
BiDC abnormal as self checking
BiDC voltage over
BiDC current over
BiDC current over
BusBalBridgeSwOver-
CurFault
BusBalBridgeSelf-
CheckFault
Type of Fault
Code
Name Description Recommend Solution
AC Fault
• Change fuse.
• Power off, then restart (Ref. Chapter8).
• If those faults continuously and
frequently, please ask help for local
distributors.
BiDC fuse broken
BiDC relay abnormal
BDCFuseFaultE59
E60 BDCRelayFault
R phase current over
S phase current over
T phase current over
On-grid current unbalanced
DC injection current over
• Power off, then restart (Ref. Chapter8).
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
F01
F02
F03
F04
F05
F06
F07
HwOverFault
InvHwOverCurrFault
InvROverCurrFault
InvSOverCurrFault
InvTOverCurrFault
GridUnbalanCurrFault
DcInjOverCurrFault
PLL abnormal
Grid relay abnormal
Ups relay abnormal
Generator relay abnormal
Relay4 abnormal
• Power off, then restart (Ref. Chapter8).
• If those fault occurs continuously and
frequently, please ask help for local
distributors.
F09
F10
F11
F12
F13
PLLFault
GridRelayFault
UpsRelayFault
GenRelayFault
Relay4Fault
Generator current over
F17
F18
F19
GenROverCurrFault
GenSOverCurrFault
GenTOverCurrFault
Off-grid output current over
• When off-grid the load start impulse
current is over, reduce the start impulse
current load.
• Power off, then restart (Ref. Chapter8).
• If those fault occurs continuously and
frequently, please ask help for local
distributors.
• Check generator output voltage,
frequency is stability, and adjust
generator.
• Power off, then restart(Ref. Chapter8).
• If those fault occurs continuously and
frequently, please ask help for local
distributors.
F14
F15
F16
UpsROverCurrFault
UpsSOverCurrFault
UpsTOverCurrFault
Ac over current by protection
hardware
F20
GenReversePowerFault
Active power injected to
generator
All over current/ voltage by
protection hardware
• Check AC insulation and ground wires
connect ground is well or not, then repair
it.
• Power off, then restart (Ref. Chapter8)..
• If those fault occurs continuously and
frequently, please ask help for local
distributors.
Ac side leakage current over
F08 AcOverLeakCurrFault
Type of Fault
Code
Name Description Recommend Solution
System Fault
AC Fault
• Power off, then restart (Ref. Chapter8).
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
F25
F21
F22
F23
F24
DcInjOverVoltFault
UpsOverVoltFault
UpsUnderVoltFault
UpsOverFreqFault
UpsUnderFreqFault
Sampling hardware
abnormal
• Power off, then restart (Ref. Chapter8).
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
G01
G02
G03
G04
G05
G06
G07
G08
G09
G10
G11
G12
G13
G14
G15
G16
G17
G18
G19
G20
G21
G22
G23
G24
PV1CurAdChanFault
PV2CurAdChanFault
PV3CurAdChanFault
PV4CurAdChanFault
PV5CurAdChanFault
PV6CurAdChanFault
PV7CurAdChanFault
PV8CurAdChanFault
PV9CurAdChanFault
PV10CurAdChanFault
PV11CurAdChanFault
PV12CurAdChanFault
BDCCurrAdChanFault
TransCurAdChanFault
BalBrigCurAdChanFault
RInvCurAdChanFault
SInvCurAdChanFault
TInvCurAdChanFault
RInvDciAdChanFault
SInvDciAdChanFault
TInvDciAdChanFault
LeakCurAdChanFault
VoltRefAdChanFault
UpsRCurAdChanFault
Off-grid DC injection
voltage over
Off-grid output voltage over
or under
Off-grid output frequency
over or under
Type of Fault
Code
Name Description Recommend Solution
System Fault
Inner Warnning
• Power off, then restart (Ref. Chapter8).
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
• Power off, then restart (Ref. Chapter8).
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
• Remove foreign matter logged in fan.
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
• Change or improve the installation
environment temperature, make running
temperature suitable.
• Power off, then restart (Ref. Chapter8).
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
G37
TempAdChanFault
G25
G26
G27
G28
G29
G30
G31
G32
UpsSCurAdChanFault
UpsTCurAdChanFault
GenRCurAdChanFault
GenSCurAdChanFault
GenTCurAdChanFault
UpsRDcvAdChanFault
UpsSDcvAdChanFault
UpsTDcvAdChanFault
G41
G42
G43
G44
G45
G46
G47
EnvirOverTempFault
EnvirLowTempFault
CoolingOverTempFault
CoolingLowTempFault
OverTemp3Fault
LowTemp3Fault
CpuOverTempFault
All temperature sensors
abnormal
G38
VoltAdConflictFault
The sample value of PV,
battery and BUS voltage
inconsistent
G39
CPUAdConflictFault
The sample value between
master CPU and slaver
CPU inconsistent
G40
PowerCalcConflictFault
Power value between PV,
battery and AC output
inconsistent
G48
ModelConflictFault Version conflict with inverter
Installation environment
temperature over or low
I01
I02
I03
InterFanWarning
ExterFanWarning
Fan3Warning
Fan abnormal
Cooling temperature over
or low
Temperature3 over or low
CPU temperature over
Communication between
master inverter and slaver
ones abnormal in parallel
mode
Type of Fault
Code
Name Description Recommend Solution
Outside
Warnning
• The warnings are not matter influence.
• Power off, then restart (Ref. Chapter8).
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
• Check the smart meter model,
connection or connectors are correct,
any loose.
• if abnormal, repair or change.
• Power off, then restart (Ref. Chapter8).
• If those faults occurs continuously and
frequently, please ask help for local
distributors.
• Check Meter/CT connection, installed
place, and installed direction.
• if abnormal, re-installation.
• Power off, then restart (Ref. Chapter8).
• If this those faults continuously and
frequently, please ask help for local
distributors.
• Power off, then restart (Ref. Chapter8).
• If this those faults continuously and
frequently, please ask help for local
distributors.
I04
EnvirTempAdChan-
Warning
I07
I08
ExtFlashComWarning
EepromComWarning
Flash abnormal
Eeprom abnormal
I10
I11
HmiComWarning
FreqCalcConflictWarning
HMI abnormal
Frequency value abnormal
I05
CoolingTempAdChan-
Warning
Some temperature sensors
abnormal
Communication between
slaver CPU and master
CPU abnormal
I06
Temp3AdChanWarning
I09
SlaveComWarning
I12
UnsetModel
Running model is not initial
J01
MeterComWarning
Meter/CT abnormal
J02
MeterConnectWarning
Wires connecting type of
meter wrong
• Check earth line connection or earth
connecting impedance.
• if abnormal, then adjust it.
• Power off, then restart (Ref. Chapter8).
• If this those faults continuously and
frequently, please ask help for local
distributors.
• Check parallel connect communi-
cation wires damage, connectors loose,
connect port correct or not.
• if not, then adjust it.
• Power off, then restart (Ref. Chapter8).
• If this those faults continuously and
frequently, please ask help for local
distributors.
J04
GndAbnormalWarning
Earth impedance over by
cable loose and so on
J05
ParallelComWarning
• Contact with Battery manufacturer.
J03
SohWarning
Battery SOH low
•
Contact with local distributor.
Inner Warnning
SPECIFICATIONS
513 x 370 x 192
17
Transformerless
Intelligent Fan
0 - 100 %
- 25 to 60
< 4000
< 25
< 10
Wall Bracket
SUNSPEC
LCD, LED, RS485, CAN, Wi-Fi, GPRS, 4G
NRS97, G98/G99, EN50549-1, C10/C11, AS 4777, VDE-AR-N4105, VDE0126, IEC62040, IEC62109-1, IEC62109-2
EN61000-6-2, EN61000-6-3
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
IP65 / NEMA4X
97.0
97.6
98.1
96.8
550
80 - 500
360
100
18.5 x 2
26 x 2
2 / 2
198 to 242 @ 220 / 207 to 253 @ 230
50 / 60
0.999 (Adjustable from 0.8 overexcited to 0.8 underexcited)
< 3
220 / 230
50 / 60
Seamless
< 3
51.2
40 - 60
Li-ion / Lead-acid etc.
170 - 500
AF6K-SL
AF6K-SL
AF6K-SL
AF6K-SL
28.0
6.0
41.0 / 39.2
9.0
27.3 / 26.1
9.0
28.0
6.0
27.3 / 26.1
4.8
80
General Data
PV Reverse Polarity Protecon
Over Current/Voltage Protecon
An-Islanding Protecon
AC Short Circuit Protecon
Residual Current Detecon
Ground Fault Monitoring
Insulaon Resister Detecon
PV Arc Detecon
Enclosure Protect Level
Protecon
CEC Efficiency (%)
Max. Efficiency (%)
PV to Bat. Efficiency (%)
Bat. between AC Efficiency (%)
Efficiency
Max. Input Power (kW)
Max. PV Voltage (V)
MPPT Range (V)
Full MPPT Range (V)
Normal Voltage (V)
Startup Voltage (V)
Max. Input Current (A)
Max. Short Current (A)
No. of MPP Tracker / No. of PV String
PV Input
Max Connuous Current (A)
Max Connuous Power (kVA)
Nominal Grid Current(A)
Nominal Grid Voltage (V)
Nominal Grid Frequency (Hz)
Power Factor
Current THD (%)
AC Grid
Max Connuous Current (A)
Max Connuous Power (kVA)
Max Peak Current (A) (10min)
Max Peak Power (kVA) (10min)
Nominal AC Current (A)
Nominal AC Voltage L-N (V)
Nominal AC Frequency (Hz)
Switching Time (s)
Voltage THD (%)
AC Load Output
Max. Charge/Discharge Power (kW)
Max. Charge/Discharge Current (A)
Baery Normal Voltage (V)
Baery Voltage Range (V)
Baery Type
Baery Port
Dimensions (L x W x H, mm)
Weight (kg)
Topology
Cooling
Relavely Humidity
Operang Temperature Range (°C)
Operang Altude (m)
Noise Emission (dB)
Standby Consumpon (W)
Mounng
Communicaon with RSD
Display & Communicaon Interfaces
Cerficaon & Approvals
EMC
