MIL-Solar Eclipse 5000-II User manual

Eclipse 5000-II Solar Inverter
Installation and Operation
Manual

Page 2of 48 MIL-Solar Eclipse series Manual V2
TABLE OF CONTENTS
INSTALLATION
About this manual........................................................................................................................... 3
features............................................................................................................................................4
Inverter Ratings.................................................................................................................................................4
Front view and connections ..............................................................................................................................5
Status LED indicators........................................................................................................................................5
Serial Number ...................................................................................................................................................5
Installing the Eclipse Inverter......................................................................................................... 6
Safety considerations........................................................................................................................................6
Selecting the Mounting Location.......................................................................................................................6
Mounting Location.............................................................................................................................................7
Mounting............................................................................................................................................................8
Wiring............................................................................................................................................. 10
Overall System Wiring Diagram..................................................................................................................... 10
Mains connection ........................................................................................................................................... 10
Photovoltaic input........................................................................................................................................... 11
Fault Alarm Output......................................................................................................................................... 12
DRED ............................................................................................................................................................. 13
Power Meter Installation (Optional)................................................................................................................ 15
Commissioning............................................................................................................................. 18
Pre commissioning checks............................................................................................................................. 18
Power and Grid connect................................................................................................................................. 18
Inverter Settings............................................................................................................................................. 19
OPERATION
Inverter Operation......................................................................................................................... 20
Normal Power up and Grid connection.......................................................................................................... 20
Transient supply events ................................................................................................................................. 21
Eclipse LED State Matrix ............................................................................................................................... 22
WiFi User Interface........................................................................................................................ 24
Connecting with a local mobile device........................................................................................................... 24
Connecting to a home/office network............................................................................................................. 27
Updating Inverter Firmware............................................................................................................................ 28
My Power....................................................................................................................................... 32
MyPower Display............................................................................................................................................ 32
Configuring the Inverter for MyPower ............................................................................................................ 34
Export Limit Operation ................................................................................................................................... 35
Fault Alarm .................................................................................................................................... 36
Eclipse Fault indication .................................................................................................................................. 36
Alarm events raised by the Eclipse Inverter................................................................................................... 38
Troubleshooting............................................................................................................................ 39
Installation...................................................................................................................................................... 39
Alerts .............................................................................................................................................................. 40
Alarms ............................................................................................................................................................ 43
Maintenance.................................................................................................................................. 44
General routine............................................................................................................................................... 44
Build up from nesting insects and vegetation ................................................................................................ 44
Replacement Parts........................................................................................................................ 45
Inverter Specifications.................................................................................................................. 46
Warranty ........................................................................................................................................ 47
Warranty Terms - overview............................................................................................................................ 47
Documentation............................................................................................................................................... 47

MIL-Solar Eclipse series Manual V2 Page 3of 48
ABOUT THIS MANUAL
This manual provides information on how to install, commission and operate the MIL-Solar Eclipse Inverter.
Updates to this manual
MIL-Solar reserves the right to revise this document and to make changes to the content from time to
time without obligation to give prior notification of any such changes.
Please check with your Installation Company or the MIL-Solar website for the latest information.
Revision Table
Version
Release Date
Changes
Applicable Serial No.’s
1
May 2017
First release
140010 - 140099
2
July 2019
Includes updated PV connectors, merging bulletin no. 150719,
150720, 170305, 140701 and User Manual into a single document.
140100 - onwards
Applicable Models
This manual covers the MIL-Solar Eclipse Inverters with the serial number range of 140100 onwards.
Definitions
Inverter For the purposes of this manual, Inverter specifically means a grid connected
Solar Inverter. The Inverter is a device used to convert DC power from photo
voltaic solar cells to AC power for injection into a power grid.
Mains or Grid The public mains network of electricity lines to which all categories of consumers
are connected and as operated by a supply or distribution company.
When Solar Inverters are installed on a domestic or commercial site, they are
connected to this mains grid for the purpose of supplying electrical energy back
into the grid.
Symbols
Special symbols used throughout this manual.
NOTICE
Attention - notes and helpful hints on improving performance.
CAUTION
Indicates a hazardous situation which, if not avoided, could result in minor or
moderate injury and/or damage or failure of the Inverter.
DANGER
Indicates a hazardous situation which, if not avoided, could result in death or
serious injury or potential fire risk.
HOT SURFACES
The top plate and upper surfaces of the Inverter can become hot when
operating at full power on days of high ambient temperature.

Page 4of 48 MIL-Solar Eclipse series Manual V2
FEATURES
Inverter Ratings
Topology Transformerless. Non galvanically isolated.
Protective Class Class I
Operating Temperature range -25oC to 50oC
Maximum humidity 100% non condensing
Altitude (maximum operating) 2000 m
Environmental category Outdoor. To be sheltered from direct rain.
Pollution Degree PD3
Degree of Protection IP44
Weight 23 kg
See “Inverter Specifications” on page 46 for full Inverter specifications.
DC Inputs
Solar photovoltaic inputs only.
The PV inputs are considered Overvoltage Category II.
PV 1
PV 2
V max PV
750 V d.c.
750 V d.c.
V MPPT
90-600 V d.c.
90-600 V d.c.
I SC PV
15 A d.c.
15 A d.c.
I max continuous
12 A d.c.
12 A d.c.
PV inputs are internally protected for over current. No external protective device is required for current
limiting or short circuit protection.
AC Output –Grid connection
Single phase a.c. only.
The a.c. mains connection is considered Overvoltage Category III.
For nominal specifications and maximum ratings refer to the Eclipse Inverter specification sheet for
specific model.
PV arrays
CAUTION
When photovoltaic arrays are exposed to light, a d.c. voltage is supplied to the PV inputs.
CAUTION
PV arrays connected to Eclipse Inverters must be FLOATING –not grounded

MIL-Solar Eclipse series Manual V2 Page 5of 48
Front view and connections
Status LED indicators
The MIL-Solar Eclipse Inverter has three LED indicators for displaying information about the current state of
operation. These indicators have different colours associated with their function.
For further details see “Inverter Operation” on page 20 for standard operation, communications, alerts and
alarms details.
Serial Number
Your Eclipse Inverter has been given a unique serial number at time of manufacture. This serial number is
required for registering your equipment for electrical installation and for any warranty or service claims.
The serial number is displayed on a label located on the lower left hand side of the Inverter near the mains
connection.
GREEN –AC Operation
RED –PV & Status
BLUE- Communications
Mains connection
From AC Isolator
WiFi aerial
PV 1
Serial Number
Status LED
Indicators
Data Connection
Power Meter
DRED
Alarm
(All Optional)
PV 2

Page 6of 48 MIL-Solar Eclipse series Manual V2
INSTALLING THE ECLIPSE INVERTER
Safety considerations
Selecting the Mounting Location
When selecting installation location of your Eclipse Inverter, you must consider and address all of the following points:
Air circulation
Solar Inverters generate heat when operating. They must only be installed in areas with
adequate natural free flowing ventilation.
Vertical orientation
The Inverter must be mounted in a vertical orientation to ensure proper cooling.
The end of the housing with the connection points must always point downwards.
Do not mount tilted at an angle to the vertical. Do not mount horizontally.
Direct Sunlight
To avoid power reduction due to excessive heating do not expose the Inverter to direct
sunlight. Optimal operating performance is achieved when the ambient is
belowtemperature 40o C
Shielded location
The Inverter can be located on a building in an outdoor location but should be mounted in
a position that is sheltered from direct weather such as rain and hail.
Wall mounting
requirements
The mounting method and location must be suitable for the Inverter's weight and
dimensions and it must be mounted on a solid surface.
(Refer to section “ Mounting” on page 8 for mounting instructions)
Access
Access to the Inverter, and especially any associated isolating switches, must be in
accordance with the specific requirements of the relevant AUS/NZ standards.
The mounting location must at all times be clear and have safe access without the use of
additional aids such as ladders or lifting platforms.
User Visibility
Mount the Inverter at a height, and in such a position that visibility cannot be blocked to
allow the operating status LEDs to be seen at all times.
Noise
The Inverter can make noises when in use, which may be perceived as a nuisance in a
living or sleeping area.
Do not mount the unit on plasterboard walls or similar to avoid audible vibrations.
Location regards
other equipment
The minimum horizontal clearance distances to walls and other objects to ensure
sufficient air circulation for heat dissipation is 100 mm.
Special consideration must be given where multiple Inverters are installed in the same
area. As a minimum, all clearance distances are additive.
DO NOT mount Inverters above each other or other heat generating equipment.
DANGER
Danger to life and property.
Breach of Government legislation.
Voiding of Warranty.
All electrical installation and commissioning work undertaken on the Inverter, and the
related connections to isolators, photovoltaic panels and house wiring systems must only be
carried out by suitably qualified and licensed personnel.
WARNING
Failure to install or operate the Inverter in the manner as specified by these Installation
instructions may impair, or render inoperable, the protection systems provided by the
equipment.
CAUTION –High temperature
Parts of the enclosure can become hot in normal operation. In high ambient temperatures
the body and upper surface and the enclosure may become hot to touch.
CAUTION - Electromagnetic Radiation
Do not install the Inverter in a location where people may be closer than 20 cm distance for
any length of time.

MIL-Solar Eclipse series Manual V2 Page 7of 48
Mounting Location
When selecting where to install your Eclipse Inverter, ensure the Inverter meets minimum clearances with respect to the
selected load bearing mounting points.
WiFi access
If the Eclipse Inverter’s WiFi connection is to be used continually by the customer, then consideration
must be given to any metal structures near or around the Inverter which can affect the WiFi signal.
514mm
512mm

Page 8of 48 MIL-Solar Eclipse series Manual V2
Mounting
The Eclipse Inverter must be attached to a flat surface such as timber, masonry or a dedicated pole assembly.
The mounting bracket contains eight pre-drilled 8mm holes for attaching it to the wall.
Mark and drill at least four mounting holes, using the bracket as a template and attach the mounting bracket
securely to the wall.
Weight bearing
The wall structure on which the Inverter is to be mounted must adequately support its weight of 23 kg.
A minimum of FOUR M6 fasteners must be used to securely install the mounting bracket onto the
supporting structure. Always use correct fasteners for the structure being fixed to.
CAUTION –Wall mounting strength
DO NOT mount on plasterboard, thin sheet cladding or sheetmetal unless you can
absolutely ensure that all mounting points are fixed into suitably supporting structural
members such as timber or metal studs.
CAUTION –Dissimilar metals
DO NOT mount directly onto galvanised steel.
WARANTY
Installing the Inverter incorrectly will invalidate the warranty.
Please see section “Warranty” on page 47 for terms and conditions.

MIL-Solar Eclipse series Manual V2 Page 9of 48
Install Inverter on mounting bracket
Lift and place the top of the Eclipse Inverter over the mounting bracket and lower it until the Inverter
weight is borne by the bracket.
Slide slightly from side to side to ensure that it has dropped into its fully seated position.
Secure the Inverter to the bracket
Before undertaking any wiring or connections, the Inverter must be secured to the mounting
bracket using the M5 fastener provided.
CAUTION –Manual Handling
The Inverter weighs over 23 kg
Care must be taken when lifting and placing the Inverter on mounting bracket.

Page 10 of 48 MIL-Solar Eclipse series Manual V2
WIRING
Overall System Wiring Diagram
This diagram shows the full wiring diagram of an Eclipse Inverter including the optional power meter.
The Export Limit and “MyPower” features of the Inverter require the installation of the power meter in
the overall supply to the installation. As shown below, this sensor must be installed such that it
measures the total site power at the point of connection to the Grid supply.
Mains connection
Recommended AC circuit breaker
The breaker must be rated for bidirectional power flow at 32A. Sizing of all AC wiring for the Inverter
must comply with AS/NZS electrical standards in accordance with the AC breaker and Isolator
employed.
Wire Size
Wire size is critical as undersized wiring can lead to significant power losses and a reduction
in system efficiency.
AC Isolator
The AC connection must comply with Section 4 of AS/NZS 4777.1. The AC wiring scheme to the
Inverter must include an isolating device in compliance with this standard and be capable of safely
disconnecting under conditions of the maximum ratings as specified above.
ELECTRICAL SAFETY STANDARDS - QUALIFIED PERSONNEL ONLY
All wiring must be in strict accordance with all local electrical and safety regulations, and in
full compliance with all applicable standards as required by AS/NZS3000. All wiring and
electrical works must carried out by suitably qualified and licensed electricians.
CAUTION
Using undersized wiring can result in a serious safety and fire risk to equipment and
property.
DATA Connection - Communications Wiring
AC
Isolator
DC
Isolators
(Optional)
AC
Circuit
Breaker

MIL-Solar Eclipse series Manual V2 Page 11 of 48
Mains connection to the Inverter
The mains connection to the Eclipse Inverter is by way of an external connector.
Description
Female, 3-pole circular connector for permanent
installation according to IEC 61535
Voltage
rating
250 V
Current
rating
32 A with 6 mm² wiring
IP Rating
IP66/68
5 kW Wire Thickness
For installations requiring 32 A circuits, 6.0 mm2conductors must be used.
Screw terminal
tightening torque:
0.8 –1 Nm
Earthing
The overall Solar PV system, including the photovoltaic modules and mountings, must be grounded in
accordance with all local regulations and applicable standards.
The grounding connection provided on the Inverter mains connection plug is for grounding of the
Inverter unit only. Do not use for grounding other parts of the system.
Ground conductor - Minimum cross section
The ground conductor must be sized in accordance with the installed circuit breaker.
Photovoltaic input
Panel Ratings
All PV panels and modules used with an Eclipse Inverter must have an IEC 61730 Class A
rating as required by IEC 62109.
PV Input - Maximum Ratings
PV 1
PV 2
Maximum Input Voltage
Maximum Operating Input Current
750 V
12 A
12 A
PV Isolator
All PV connections must comply with Section 4 of AS/NZS 4777.1. All PV array wiring connected to the
Inverter must include isolating devices in compliance with AS/NZS 5033 capable of safely disconnecting
under conditions of the maximum input ratings as specified above.
If two different PV circuits are to be used for the dual, independent Inverter PV inputs, then two
appropriately rated Isolators are required or a combined Isolator capable of breaking both circuits
independently.
CAUTION
PV arrays connected to the Eclipse Inverter must be FLOATING –not grounded

Page 12 of 48 MIL-Solar Eclipse series Manual V2
PV array –Cable connectors
POSITIVE
NEGATIVE
Physical
*Units in mm
*Units in mm
Description
Cable Plug
MC4 (+)
Cable receptacle
MC4 (-)
Terminations of the PV system wiring to the connectors must be carried out in strict accordance with the
connector manufacturers’ instructions and using the specified tools as applicable.
Fault Alarm Output
Since July, 2015, all Inverters sold and installed in Australia must be certified as compliant to the electrical
safety standard IEC 62109 parts 1 and 2.
A feature of this Safety Standard is the requirement for automatic testing and detection of a range of system
wiring and fault conditions by the Inverter.
Where the Inverter determines any such faults a “Fault indication” must be provided to the User.
These fault tests include:
PV array isolation
RCD –Earth leakage
Grid disconnect relay tests
Self tests of the fault detection circuits
AC mis-wiring
Alarm Faults
All Alarm faults are displayed on the Inverter LED’s as detailed on page 43.
Email Alerts
The Eclipse Inverter will automatically send an email alarm message to the Manufacturer/Installer as the
primary form of alert. (Via WiFi network connection)
Alarm messages identify the unique site ID as well as the type of fault detected.
CAUTION –Do not substitute alternate connectors!
Only use the MC4 connectors provided with the Inverter.
-
37.00
~63.00
19.50
+
~61.00
35.00
19.50

MIL-Solar Eclipse series Manual V2 Page 13 of 48
External Alarm Output
The Eclipse Inverter also provides for the connection of a local Alarm indicator. The Alarm output
connection is a voltage free, normally open relay contact.
Ratings:
Maximum Voltage: 30V d.c.
Maximum Current: 1A –resistive only
External Alarm Installation (Optional)
The Eclipse Inverters are supplied with a screw terminal style connector for terminating the Data
connections at the Inverter including the Alarm. It comprises of two parts –terminal insert and outer
housing. To access the pin screw terminals, unscrew the outer housing from the terminal insert.
Multi Pin
Note: The Alarm output is only two of the seven pins in the connector. Ensure to wire up
all of the required cables before closing the connector
DRED
AS/NZS AS4777.2-2015 calls up the capability for an Inverter to be connected to a Demand Response
Enabling Device (DRED). The DRED device can control various power output modes of the Inverter including
demanding disconnection from the grid.
Most installations of inverters of 5kW output or less do not have DRED devices at this stage.
Demand Response Mode - DRM 0
This section covers connection details for DRM 0 mode only.
Before getting started
Plan and review:
Location of the DRED device provided by the utility, likely in the site switchboard
Connection and termination details at the DRED device
Route for data cabling from the DRED device to the Eclipse Inverter
Ensure that you have the mating connector supplied for the DRED connection to the Eclipse Inverter
and sufficient length of interconnecting cable.
No DRED required
If the installation does not have a DRED device, then no action is required.
The DRM 0 connection pins should be left open circuit –no connections.
Inverter Alarm connector wiring.
Pin 4
N.O.
COM
MS Part No. 6800
Pin 7
Data connector.
Inverter end.

Page 14 of 48 MIL-Solar Eclipse series Manual V2
MS Part No. 6800
Installing DRED connection
Inverter Connector
Eclipse Inverters are supplied with a screw terminal connector for
terminating data connections to the Inverter. This connector is
also used for the DRM 0 connection.
DRM 0 connection
DRM 0 mode is enabled via connections RefGen and Com
Load/DRM0 (Refer AS4777.2_2015)
DRM 0
Data
Connector
REF GEN/0
5
COM LOAD/0
6
Multi Pin
Note: DRED connection is only the two of the seven pins in the connector. Ensure to wire up
all of the required cables before closing the connector
CAUTION
The Data connection to the Inverter is SELV.
Suitable insulated cable and/or protection must be provided where the cable is routed through
the switchboard for connection to the DRED device.
Data Cable Specification
AS4777.2 specifies the following rating for the DRED connection:
TABLE 6
RJ45 SOCKET AND TERMINAL BLOCK SPECIFICATIONS
Property
Value
Symbol
Current rating
> 1.5
A
Voltage rating (V r.m.s.)
> 125
V
Dielectric strength
(V r.m.s. 50 Hz, 1 min)
> 1000
V
Insulation resistance (MΩ min 500 V)
> 500
M Ω
WARNING
Installation and wiring of the DRED connection in the switchboard MUST ONLY be
carried out by a suitably qualified and licensed electrician.
Failure to install the DRED correctly could result in an electrical shock hazard leading to
death or serious injury or potential fire risk.
REF GEN/0
Data connector.
Inverter end.
COM LOAD/0

MIL-Solar Eclipse series Manual V2 Page 15 of 48
Power Meter Installation (Optional)
MIL-Solar Eclipse Inverters are provided with an optional feature that enables the Inverter to monitor the
power usage of the installation. This feature shows graphical trends of power usage in real time through the
Inverters UI, enabling the user to better manage their usage. See “My Power”on page 32 for further details.
The power meter also enables the use of the Export Limit feature, limiting the amount of power exported to the
grid. See “Export Limit Operation” on page 35 for further details.
For the MyPower feature, a special Power Meter must be installed in the site switchboard that communicates
directly with the Inverter.
Before getting started
Plan and review:
Single phase or 3 phase meter being used
Possible locations for the Power Meter in the site switchboard
Access to the incoming main supply for diversion through the Power Meter
Route for data cabling from the Power Meter to the Eclipse Inverter
Ensure that you have the mating connector supplied for the data cable connection to the Eclipse
Inverter and sufficient length of suitable data cable.
Power Meter Wiring
The Power Meter must be wired into the main switchboard feed immediately after the main isolator, but
before the connection point for the Solar Inverter. Use the appropriate power meter to match the
number of phases at the site. The power meter has a maximum rating of 100 A.
WARNING
Installation and wiring of the Power Meter in the switchboard MUST ONLY be
carried out by a suitably qualified and licensed electrician.
Failure to install the power meter correctly could result in an electrical shock
hazard leading to death or serious injury and potential fire risk.
Single Phase
Term
Description
1
Incoming supply - ACTIVE
2
ACTIVE feed to installation
switchboard
3
Neutral
8
Data B
9
Data A
Single Phase Power Meter Wiring
INSTALLATION
GRID

Page 16 of 48 MIL-Solar Eclipse series Manual V2
3 Phase Meter Configuration:
The 3 phase power meter internal settings need to be updated to reflect the configuration used at the
installation. Ignore this section if using a single phase power meter.
1. Press to the ‘Set-up Menu’
2. Select System (SYS) option by using and to move through options and to enter
3. Select correct power configuration and press to confirm selection
3-Wire (3P3)
4-Wire (3P4)
3 Phase
Term
Description
1-4
Incoming L1, L2, L3, N
5-8
Outgoing L1, L2, L3, N
9
Data B
10
Data A
11-15
Un-used
Inverter Phase
The Inverter can be setup on any of the 3 phases as long as it is setup on the installation
side of the power meter. Ensure to note down the phase and update it in the Inverter UI,
see “Configuring the Inverter for MyPower”on page 34 for details.
3Phase Power Meter Wiring
4-Wire Configuration
0000.00
11
14
12
9
13
10
5
6
7
8
1
2
3
4
15
GRID
L1
L2
L3
N
L1
L2
L3
N
INSTALLATION
0000.00
11
14
12
9
13
10
5
6
7
8
1
2
3
4
15
3-Wire Configuration
GRID
L1
L2
L3
L1
L2
L3
INSTALLATION

MIL-Solar Eclipse series Manual V2 Page 17 of 48
Data Connection
The power meter needs to be linked to the Inverter via a data connection cable.
Data Cable Specification
Dual twisted pair. AWG 22 –26
The Data ‘A’ and Data ‘B’ connections must use one twisted pair.
USE: Clipsal 5005C305B. C-BUS Cat 5E
This cable is commonly used for the power meter data wiring as the outer insulation is rated for
switchboard installations.
Inverter Data Connector
Eclipse Inverters are supplied with a screw terminal connector for terminating the meter data cable at
the Inverter. It is comprises of two parts –a terminal insert and an outer housing.
Data Connection Wiring
Wire the data cable between the power meter and Inverter using
the following table
Multi Pin
Note: Power meter connection is only two of the seven pins in the connector. Ensure to
wire up all of the required cables before closing the connector
CAUTION
The Data connection to the Inverter is classed as SELV.
Suitable insulated cable and/or protection must be provided where the cable is routed
through the switchboard for connection to the Power Meter.
Terminal
Connector
(Inverter end)
1 Phase
Power Meter
3 Phase
Power Meter
Data A
2
9
10
Data B
1
8
9
MS Part No. 6800
A
B
A
B
Screen
(If fitted)
Power Meter
Inverter Cable connector
Data B
Cable connector
Inverter end
Data A

Page 18 of 48 MIL-Solar Eclipse series Manual V2
COMMISSIONING
Pre commissioning checks
Check the following requirements before commissioning:
•The Inverter is correctly installed, mounted and secured to mounting bracket at bottom
•Correct installation of AC distribution at switchboard
•The AC circuit breaker is connected and operating correctly
•Correct wiring of AC Isolator and connection of the AC cable to the Inverter
•Correct connection of protective earth
•Complete connection of all DC cables (PV arrays)
•Correct polarity of all DC connections
Power and Grid connect
To power the Inverter on/off follow the instructions bellow
Power On Routine
1. Switch ON the AC circuit breaker and the AC Isolator.
Successful power up initialisation is indicated by a slow blinking
green LED. (AC ON, No DC input)
2. Switch ON the DC Isolators for the PV panels.
3. Grid connecting.
When the Inverter determines that there is sufficient PV power input,
it will initiate the one minute grid connect countdown delay.
The green LED will flash at a medium rate
4. Grid connected - Generating.
Once the one minute grid connect delay has expired, the Inverter will
synchronise with the grid and activate it’s internal connection relay.
Successful grid connection is indicated by a constant green LED.
(Normal operating state)
If you encounter any problems, refer to section “Troubleshooting” on
page 39 for assistance in diagnosing any exception events
Power OFF Routine
1. Switch OFF AC Isolator
The status LEDs will revert to slow flash indicating awaiting for AC
Isolator to be turned ON
2. Switch OFF DC Isolators, the status LED’s will turn off.
LED Legend See “Eclipse LED State Matrix” on page 22 for all LED configurations
OFF
Slow Rate
2 Second
Flash Rate
Medium Rate
1 Second
Flash Rate
Fast Rate
0.5 Second
Flash Rate
ON
Constant
Commissioning –status display
Refer to section “Inverter Operation” on page 20 for the corresponding Status messages
shown on the Inverter display as accessed by a web browser.

MIL-Solar Eclipse series Manual V2 Page 19 of 48
Inverter Settings
To configure the Inverter settings, connect using the WiFi interface. See “WiFi User Interface”on page 24 for
connection details.
Date –Time
To ensure all data records that are automatically
logged by the Inverter are referenced correctly, the
Inverter must have the correct Date and Time.
The Date/Time can be verified and/or set by accessing
the [User Setup] tab under the Status menu.
Inverter Name
The Eclipse Inverter can be given a unique name as
determined by the User. This personalised ‘naming’
can be particularly useful where:
The user or the Installation Company wishes to
regularly access data from the Inverter over the
internet using a local network connection.
Choosing your own name can make it easy to
identify.
PVOutput is a free online service allowing your
Inverter to automatic upload its solar power
generation data to be accessed from anywhere.
To use this feature create a PVOutput account at
pvoutput.org and enter details into the Inverters
‘User Setup’ tab.
Retained Settings
Inverter settings such as Date/Time can be set in advance prior to installation on site.
Settings will be retained for a minimum of 10 days without power.
NOW
Can be selected to fill the Date/Time field as per
the current values in your device.
Submit
Any changes made to values on this page must
be submitted before taking effect in the Inverter.

Page 20 of 48 MIL-Solar Eclipse series Manual V2
INVERTER OPERATION
Normal Power up and Grid connection
The Inverter is powered up by switching ON the AC Isolator switch installed beside the Inverter or in the
adjacent meter box.
AC On
When power is first turned ON at the AC Isolator, (No DC at this stage), the Green power indicator will
slowly flash. At this point, the Inverter is awaiting DC power from the PV panels.
AC On, DC turned On
When DC Power is then available, the Inverter will go through two initialisation stages:
1. Internal checks. RED indicator brief fast flashing.
2. Internal checks. Earth leakage, Relays, AC wiring, etc.
Grid Connecting
When there is sufficient solar power available for the Inverter to begin generation, the Inverter will
perform a 60 second count down sequence before connecting, or reconnecting, to the grid.
Status
Time Exporting
WiFi network
Inverter
PV Panel
00:00
AC ON - Initialising
Solar available
Local 0012456
GREEN Status.
Flashes at a Fast rate while
self checks are done
GREEN Status.
Flashes at slow rate
Status
Time Exporting
WiFi network
Inverter
PV Panel
00:00
AC ON –Low solar
Solar available
Local 0012456
Status
Time Exporting
WiFi network
Inverter
PV Panel
00:00
Connecting 58 secs
Solar available
Local 0012456
GREEN Status.
Flashes at medium rate
RED Status.
Flashes briefly at a Fast rate
Status
Time Exporting
WiFi network
Inverter
PV Panel
00:00
AC ON - Initialising
Solar available
Local 0012456
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