OutBack Power EnerSys RADIAN Series User manual

WARNING: Fire/Explosion Hazard
Do not place combustible or flammable materials within 3.7 m (12 feet) of the equipment. This unit employs mechanical relays
and is not ignition-protected. Fumes or spills from flammable materials could be ignited by sparks.
WARNING: Personal Injury
Use safe lifting techniques and standard safety equipment when working with this equipment.
IMPORTANT:
Clearance and access requirements may vary by location. Maintaining a 92 cm (36”) clear space in front of the system for
access is recommended. Consult local electric code to confirm clearance and access requirements for the specific location.
IMPORTANT:
These instructions are for use by qualified personnel who meet all local and governmental code requirements for licensing
and training for the installation of electrical power systems with AC and DC voltage up to 600 volts. This product is only
serviceable by qualified personnel.
NOTE:
For specifications, functions, applications, stacking, and programming instructions (or if installing with hardware not sold by
OutBack Power), see the Radian product literature. For menu navigation, see the system display product literature.
This document contains hyperlinks and QR codes leading to the product literature at www.outbackpower.com.
Quick Start Guide
Specifications
RADIAN™ Series Inverter/Charger
900-0159-01-01 REV D
Do not copy or distribute without permission.
This Quick Start Guide is printed in unbound format. The pages can be read in any order, or shown alongside one another.
Specification Value
Rated Temperature Range (meets component specifications; however, please note
that the inverter output wattage is derated above 25°C)
Operational Temperature Range (functions, but not rated for operation; does not
necessarily meet all component specifications)
Storage Temperature Range
IP (Ingress Protection) Rating of Enclosure
Environmental Category
Wet Locations Classification
Relative Humidity Rating
Pollution Degree Classification
Maximum Altitude Rating
–20°C to 50°C (–4°F to 122°F)
–40°C to 60°C (–40°F to 140°F )
–40°C to 60°C (–40°F to 140°F)
IP20
Indoor, Unconditioned
Wet locations: No
93%
PD 2
2000 m (6561’)
All Radian inverters can deliver their full rated wattage at temperatures up to 25°C (77°F). The Radian
maximum wattage is rated less in higher temperatures. Above 25°C, the GS7048E is derated by a factor of
70 VA for every increase of 1°C. The GS3548E is derated by 35 VA per 1°C. This derating applies to all
power conversion functions (inverting, charging, selling, offsetting, etc.)
Overvoltage Category (AC Input) 3
Overvoltage Category (DC Input) 1
Environmental Specifications
IMPORTANT:
This inverter is intended for indoor use only. Failure to
adequately protect the inverter will void the warranty.
HUB 10.3
Communications
Manager
MATE3s
System
Display and
Controller
Radian Inverter/Charger
GS Load Center
(GSLC)
FM60 Charge
Controllers
(×2)
Radian System Products
(optional; depicted as being installed)
Major Components
GS7048E
GS3548E
System Display
and Controller MATE3s™ depicted
GS Load Center
GSLC175-PV-230
GSLC175PV1-230
(both depicted)
FLEXnet DC™ Monitor (FN-DC)
FLEXmax 60™ depicted
Communications
Manager HUB10.3™ depicted
Remote Temperature Sensor
Charge Controller
Radian
Inverter/Charger
Battery Bank
Main Electrical Panel and
Distribution Subpanel (Load Panel)
Other Components
AC Source Utility Grid or
AC Generator
Photovoltaic (PV) Array and Combiner
IMPORTANT:
Not intended for use with
life support equipment.
Warranty
The warranty for this product can be downloaded from
https://www.outbackpower.com/resources/warranty/procedures
A copy is available by sending a self-addressed envelope to the address
noted to the left.
World Headquarters
2366 Bernville Road
Reading, PA 19605 USA
[phone] / [phone]
EnerSys EMEA
EH Europe GmbH
Baarerstrasse 18
6300 Zug Switzerland
EnerSys Asia
152 Beach Road
Gateway East Building #11-08
Singapore 189721 / [phone]
For more information visit www.enersys.com ©2017 EnerSys. All Rights Reserved. Trademarksand logos are the
property of EnerSys and its affiliates unless otherwise noted. Subject to revisions without prior notice. E.&O.E.
Contact Information
Mailing Address: 3767 Alpha Way
Bellingham, WA 98226 USA
Web Site: www.outbackpower.com
Date and Revision
September 2022, Revision B

RELAY
AUX
+‐
12V
AUX
Switch
INV
Remote Battery
Temp
ON/OFF
INV
35.6 cm
(14.0")
31.8 cm
(12.0")
Bottom
Screws
Plywood
(Optional)
Wall Board
Wall
Bracket
Wall Stud
71.1 cm
(28.0")
40.6 cm (16")
1.3 cm (0.5")1.3 cm (0.5")
74.0 cm
(29.1")
114.3
cm
(45.0")
34.8 cm
(13.7")
Inverter
Bracket
22 cm
(8.75")
For GSLC door
clearance, space
systems 3.2 cm
(0.9") apart.
When
stacking
multiple
inverters:
Installation
7
5
6
1
3
4
40.6 cm (16")
Plywood (Optional)
Wall Board
Wall
Stud
Wall Bracket
Wall
Stud
10.4 cm
(4.1")
12.7 cm
(5.0")
15.2 cm
(6.0" )
20.3 cm
(8.0")
2
Keyhole Slots
Different
mounting
locations
are
available
.
5
6
7
8
Tools Required
oWrench and socket sets; should include
 torque and ratchet wrenches
 reversible (stubby) wrenches for narrow access
 offset box wrench, 13 mm or ½"
oWire cutters/strippers
oInsulated screwdriver set (flat and Phillips);
should include
 #2 Phillips screwdriver (38 cm or longer)
oLong-nose pliers
oHigh-resolution voltmeter
Ensure the mounting surface is strong enough to handle 3 times the total
weight of all the components. Add plywood or other reinforcing material as
necessary to strengthen the surface.
Attach the wall bracket. Center the mounting holes on the wall studs. Use all
6 mounting screws to secure the bracket.
Lift the inverter so that the inverter bracket is above the wall bracket.
Lower the inverter so that the inverter bracket slips into the wall bracket.
To install the GSLC, unscrew the inverter bottom screws approximately 0.6 cm
(¼”) to 0.5 cm (3/16").
Align the GSLC along the bottom of the inverter. Slide the bottom screws into
the keyhole slots.
Mark the spots for the GSLC mounting feet. (If necessary, remove the GSLC
to install wall anchors.) Install screws to secure the feet.
NOTE: If the GSLC is not used, secure the inverter to the surface using the
lower bracket and a minimum of 1 wall screw (or appropriate hardware).
Follow the appropriate instructions for installing other components. Different
mounting locations are available.
1
3
4
2
BEFORE STARTING
oThis product is for indoor use only
oThese instructions generally assume the use of OutBack Power
products from the front page; instructions may differ if not used
oIf GSLC is not used, make certain all electrical connections
meet local safety standards and codes
Materials In Box
oInverter
oMounting Bracket
oHardware Kit
oQuick Start Guide
(this document)
oRTS
(Remote Temperature Sensor)
The FLEXmax charge controller
is mounted with brackets. Two
controllers can be mounted side
by side with larger brackets
(using the forward holes to allow
for conduit).
The Radian inverter has two sets
of bracket positions. The GSLC
has one set.
NOTE: The FLEXmax 100
charge controller attaches
directly to the wall, not the
Radian system.
The Radian inverter allows two locations
for the system display mounting bracket.
The Radian inverter
has one mounting
location for the HUB
product. The GSLC
also has one location.
Left Side: Right Side:
8
900-0159-01-01 REV D
Do not copy or distribute without permission.
12
LN
OUT
LN
GEN
LN
GRID
Lower Bracket
(for wall screws)
For more information, see the Radian Series
Inverter/Charger Installation Manual
1
and the GSLC Planning Guide.
2
See QR codes above.

Wiring Data
RELAY
AUX
+ -
12V
AUX
Switch
INV
Remote Battery
Temp
FM60 #1 FM60 #2
MATE3s
HUB
10.3
GS8048A
GSLC175-PV-230
ON/OFF
INV
FN-DC (FN-DC wiring is displayed
on the Wiring page.)
900-0159-01-01 REV D
Do not copy or distribute without permission.
AC Wire Sizes and Torque Values
OutBack Power recommends that conductors be
#6 AWG THHN copper, or larger, rated to 75°C
(minimum) unless local code requires otherwise.
AWG In-lb
#14 to #10 20
#8 25
#6 to #4 35
#3 35
#2 40
#1 50
1/0 50
mm2
2.5 to 6
10
16 to 25
35
35
50
70
Nm
2.3
2.8
4.0
4.0
4.5
5.6
5.6
Wire Size Torque
CAUTION:
Equipment Damage
When connecting cables from the Radian
inverter to the battery terminals, observe the
proper polarity. Incorrect connection can
damage or destroy the equipment and void
the warranty.
!
DC Wiring Notes
oBattery cables should be no longer than 3 m (10 feet) each to minimize voltage loss and
other possible effects.
oTurn off DC circuit breakers or remove fuses before proceeding.
oTie, tape, or twist cables together to reduce self-inductance. Run positive and negative
cables through the same knockouts and conduit.
oEach inverter battery terminal is a threaded stud which accepts a ring terminal lug. Use
compression lugs or crimped and sealed copper ring lugs with 0.79 cm (5/16 inch) holes.
oInstall overcurrent devices according to applicable codes.
oThe DC terminals must be installed in an enclosure to meet NEC requirements. The
GSLC meets this requirement. Note that the GSLC top can be removed for access.
oThe modular construction of the GS7048E requires two DC circuit breakers or fuses.
Both sets of positive terminals must be connected to battery power.
oThe GS3548E has two sets of positive terminals, but only the terminals on the left are
functional. The terminals on the right must not be connected to battery power.
AC Wiring Notes
oRecommended conductor size: 16 mm2(#6 AWG) or 0.021 in2
oInverter output varies with model; size the loads accordingly
oThe transfer relay is rated 50 Aac; AC input and output may need to be protected with branch-rated circuit breakers of
maximum 50 Aac size to meet applicable code requirements
oThe neutral terminals are common; typically only one is used
Generator Notes
oA generator should be sized to provide enough power for maximum loads and charging at the same time
oMinimum generator size is recommended to be twice the power of the inverter(s) due to overload and/or balancing issues
Negative Battery Cable Connections
Shunt
14 mm Bolt (3/8")
Lock
Washer
Flat
Washer Battery
Negative
(–) Lug
DC
Negative (–)
Plate
(GS-SBUS)
1
2
3
4
5
6
Charge Controller
Terminals
7
8
Mechanical Interlock
(Bypass)
9
10
11
12
13
14
15
16
17
18
19
DC Positive (+) Plate
(not used on
GSLC175PV1-230)
DC Negative (–) Plate
(GS-SBUS)
AC Terminals – Inverter
DC Terminals – Inverter
AC Circuit Breakers
DC Circuit Breakers
GFDI
PV Circuit Breakers
Communication Ports
Auxiliary Terminals
AC OUT Bus Bar
GRID IN Bus Bar
GEN IN Bus Bar
AC Neutral
Ground
PV Negative (–) Terminals
PV Positive (+) Bus Bars Grounding Notes
oThis product meets the IEC requirements of Protection Class I.
oThis product must be connected to a permanent wiring system that is grounded according to the IEC 60364 TN standard.
oThe input and output are isolated from ground. The installer is responsible for grounding according to all applicable codes.
oThe central AC ground terminals are common. Typically only one is used.
oMinimum conductor size for the ground TBB: 10 mm2(#8 AWG) or 0.013 in2. Torque requirements: 2.8 Nm (25 in-lb).
WARNING: Shock Hazard
 For safety, the neutral and ground conductors should be mechanically bonded. OutBack Power does not bond these conductors within the inverter.
 The GSLC is equipped with a neutral-ground bond. Remove this bond if the bond is required to be made at the main panel or another location.
Make sure that no more than one bond is present in the AC system at any time.
 For all installations, the negative battery conductor should be bonded to the grounding system at only one point. If the OutBack Power GFDI is
present, it can provide the bond.
Torque Requirements
DC Plates Torque
In-lb
Nm
Upper holes (+) 606.8
Lower holes (+) 505.6
Shunt Bolts (–), GS-SBUS,
Inverter DC terminals 606.8
Circuit Breaker Stud Torque
In-lb
Nm
M8 202.3
1/4 - 20 354.0
5/16 - 18 505.6
3/8 - 16 225
25.4
Minimum DC Cable based on
the DC Circuit Breaker
Torque
In-lb Nm
50 5.6
225 25.4
225 25.4
Circuit
Breaker Cable Size
125 70 mm2(1/0)
175* 70 mm2(2/0)
250 120 mm2(4/0)
35 4.080 25 mm2(#4 AWG)
35 4.060 16 mm2 (#6 AWG )
IMPORTANT
 This product requires batteries for operation. The required nominal voltage is 48 Vdc.
 This inverter/charger product uses a three-stage cycle to charge batteries. The default settings
are for lead-chemistry batteries intended for deep discharge. These include all energy storage
offered by OutBack Power. OutBack Power recommends the use of batteries designed
specifically for renewable energy applications.
 Protection for the battery circuit external to this product must be provided by the installer.
 Protection for the AC circuit external to this product must be provided by the installer.
 Prewired load centers are for single inverters only. See application notes on the OutBack
Power website www.outbackpower.com for applications with multiple inverters.
Positive Battery Cable Connections
14 mm Bolt (3/8")
DC
Positive (+)
Plate
Battery
Positive (+)
Lug
Flat Washer
Nut
Lock Washer
Flat Washer
GSLC175PV1-230
DC
Disconnect
Stud
Battery
Positive
(+) Lug
FM60 Positive
(+) Terminal
Flat Washer
Nut
Lock Washer
FN-DC
Positive (+)
Sense
Terminal
GSLC175PV-230
*Minimum recommended size per DC disconnect for
both GS3548E and GS7048E
1
2
3
2
4
5
68
9
10
14
15
16
17
18
19
2
8
9
9 9
10 10
17
18
9
19
4
2
7
LN
OUT
LN
GEN
LN
GRID
11 12 13

Energize/Startup
Procedures
Pre-startup Procedures:
1. Double-check all wiring connections.
Ensure all torque values are met.
See Wiring Data.
2. Inspect the enclosure to ensure no debris or
tools have been left inside.
3. Disconnect all AC loads at the backup (or
critical) load panel.
4. Disconnect the AC input at the source.
De-energize/Shutdown
Procedures
To de-energize or shut down the OutBack Power devices:
1. Turn off (open) the AC circuit breakers.
2. Turn off (open) the DC circuit breakers for the battery.
Wait 5 minutes for the devices to internally discharge themselves.
3. Turn off (open) the PV circuit breakers.
4. Turn off (open) the GFDI circuit breaker.
5. Verify 0 Vdc on the first DC bus of the inverter by placing the
voltmeter leads on and .
6. Verify 0 Vdc on the second DC bus by placing the voltmeter leads on
and .
7. Verify 0 Vdc on one PV circuit by placing the voltmeter leads on
and .
8. Verify 0 Vdc on the other PV circuit by placing the voltmeter leads on
and .
9. Verify 0 Vac on the AC output circuit breakers by placing the
voltmeter leads on and .
900-0159-01-01 REV D
Do not copy or distribute without permission.
1
2
3
4
43
WARNING: Lethal Voltage
Review the system configuration to identify all
possible sources of energy. Ensure ALL
sources of power are disconnected before
performing any installation or maintenance on
this equipment. Confirm that the terminals are
de-energized using a validated voltmeter (rated
for a minimum 1000 Vac and 1000 Vdc) to
verify the de-energized condition.
WARNING: Lethal Voltage
The numbered steps will remove power from
the inverter and charge controllers. However,
sources of energy may still be present inside
the GSLC and other locations. To ensure
absolute safety, disconnect ALL power
connections at the source.
1b 1c
1b
1d
Test points 2c and 2d refer to the
right terminal of each circuit breaker.
2c
1b
2d
1b
WARNING: Burn Hazard
Internal parts can become hot
during operation. Do not
remove the cover during
operation or touch any internal
parts. Be sure to allow them
sufficient time to cool down
before attempting to perform any
maintenance.
Functional
Test Points
Battery Voltage Test Points
AC OUT Voltage Test Points
(Terminal bus bar = TBB)
PV Voltage Test Points
1a 1b 1c 1d
3 4
2a 2b 2c 2d 1b
CAUTION: Fire Hazard
Before energizing, confirm that all hardware
is installed as shown on the Installation
page. Stacking battery terminal hardware in
any other order can overheat the terminals.
Functional
Test Points
Battery Voltage Test Points
GRID IN Voltage Test Points
(Terminal bus bar = TBB)
AC OUT Voltage Test Points
(Terminal bus bar = TBB)
PV Voltage Test Points
GEN IN Voltage Test Points
(Terminal bus bar = TBB)
4
1a 1b
3 4
2c2a 2b 2d 1b
To energize or start the OutBack Power devices:
1. Using a digital voltmeter (DVM), verify 48 Vdc
on the DC input terminals by placing the DVM leads
on and .
Confirm that the battery voltage is correct for the
inverter and charge controller models.
Confirm the polarity.
2. Turn on (close) the GFDI circuit breaker.
3. Verify that the PV input for each charge controller
is in the correct range of open-circuit voltage and
confirm the polarity by:
a) placing the DVM leads on and , and
b) placing the DVM leads on and .
4. Turn on (close) the PV input circuit breakers.
5. Turn on (close) the DC circuit breakers from the battery bank to the inverter.
6. If the inverter is in the Off state, turn it On. (See NOTES.)
7. Turn on (close) the AC output circuit breakers.
8. Verify 230 Vac on the AC OUTPUT TBB by placing the DVM leads on and .
9. Start the generator (if used). Verify 230 Vac on the terminals of the AC input sources.
10. Turn on the AC input feed to the GSLC (if used).
11. Verify 230 Vac on the GRID INTBB by placing the DVM leads on and .
12. Verify 230 Vac on the GEN INTBB by placing the DVM leads on and .
13. Turn on (close) the AC input circuit breakers.
14. Turn on the AC disconnects at the backup (or critical) load panel and test the loads.
1
2
3
4
5
4 3
5 3
6 3
1a 1b
6
CAUTION: Equipment Damage
Incorrect polarity will damage the equipment.
1b2a
1b2b
!
!
NOTES:
 For instructions on turning
on the inverter, see the
MATE3s system display
Overview Guide.
 If a system display is
not present, the inverter
must be turned off or on
using an external switch
or the J3 jumper. See
the Installation Manual
for more instructions.
 If any of these tests do not
function as described, or for
other troubleshooting, see
the Operator’s Manual.
413
In23. 2V0.0A
Out27.6V0.0A
0.000kW0.0kWH
AUX:OFF Sleeping
In23. 2V0.0A
Out27.6V0.0A
0.000kW0.0kWH
AUX:OFF Sleeping
1b
1a
1
2
3
5
3
64 5
2b
2a
6
3 5
3 6
Bypass Interlock
Plate Position Key
The AC bypass allows a source
to power the loads directly.
The Radian inverter can be
shut down for maintenance or
other reasons.
Normal
(bypass plate
down position)
Bypass
(bypass plate
up position)
ON
OFF
OFF
ON
1
2
3
4
1b
1c 1d
2c
2d
4
3
In23. 2V0.0A
Out27.6V0.0A
0.000kW0.0kWH
AUX:OFF Sleeping
In23. 2V0.0A
Out27.6V0.0A
0.000kW0.0kWH
AUX:OFF Sleeping
4
1
3

In 46.4 V 0.0 A
Out 55.2 V 0.0 A
0.000 kW 0.0 kWH
AUX: OFF Sleeping
PV
+
PV
–
BAT
–
BAT
+
MATE
Port
(RJ45)
RTS
Port
(RJ11)
In 46.4 V 0.0 A
Out 55.2 V 0.0 A
0.000 kW 0.0 kWH
AUX: OFF Sleeping
PV
+
PV
–
BAT
–
BAT
+
MATE
Port
(RJ45)
RTS
Port
(RJ11)
LN
OUT
LN
GEN
LN
GRID
N
FM80 #2FM60 #1
1
2
7
8
9
10
Wiring
AC
Main Panel,
Grounded,
with
Utility Grid
RTS
N
L1
N
L1
L1
N
AC
Subpanel
with Loads
CAT5-style Cables
AC
Generator
Generator
Start
Also
Remove
On/Off Jumper
GS7048E wiring
and external system
RTS Cable
On/Off
Switch
or
Rapid
Shutdown
RELAY
AUX
+ -
12V
AUX
Switch
INV Remote Batt ery
Temp
RELAY
AUX
+ -
12V
AUX
Switch
INV Remote Battery
Temp
With GSLC175-PV-230
and grid bypass
PV Array #1 and #2
6
Battery Bank
NOTES:
and Operator’s Manual.
 For information on charge controller
wiring, see the FLEXmax 60/80
Owner’s Manual.
FM60 #1 FM60 #2
FLEXnet DC Twisted-pair wiring
1
2
3
4
5
6
(–) Negative
(+) Positive
7
8
9
Relay Connections
(not shown)
10
NOTE:
Terminals and are used for the Battery Sense
function. Terminals and connect to Shunt C.
Terminals and connect to Shunt B. Terminals
and connect to Shunt A. For more
information,
see both the FLEXnet DC Overview Guide
and the GSLC Planning Guide.
1 2
5 6
7 8
910
(–) FM60 #2
(–) Bus Bar
(–) FM60 #1
(–) Bus Bar
(–) Inverter
(–) Bus Bar
900-0159-01-01 REV D
Do not copy or distribute without permission.
56 123
5
N
L1
Negative
Battery
Positive
Neutral
Hot L1
Ground
LEGEND
PV
Positive
To AC, DC, and PV as shown to the left
N
LN
OUT
LN
GEN
LN
GRID
To ports as shown below
GS3548E wiring
With GSLC175PV1-230 and grid bypass
2
7
8
9
10
1
3
5
 For information on stacking multiple units,
see the Radian Installation Manual
1
2
6

Setup and Programming
900-0159-01-01 REV D
Do not copy or distribute without permission.
Monitoring
CAUTION: Equipment Damage
These procedures should be done by a qualified installer who is trained on programming inverter power systems. Failure to set accurate
parameters for the system could potentially cause equipment damage. Damage caused by inaccurate programming is not covered by the
limited warranty for the system.
IMPORTANT
 Ensure all settings are correct for the system. The Profile Wizard can be used for rapid setup. For Grid Support functions it may be
necessary to load a .GIP file. This requires the MATE3s system display.
 Verify the firmware revision of all OutBack Power devices before use. The Radian inverter and system display may not communicate or
operate correctly unless their firmware is above a specified revision number. Radian inverters with firmware revision 001.006.061 or
higher must use the MATE3s system display.
 For firmware and .GIP file installation, see the Installation Manual. For settings and functions, see the Operator’s Manual.
!
Profile Wizard
In the MATE3s system display, the Profile Wizard allows quick setup of parameters that apply to all systems. The Profile Wizard is
reached from the Main Menu as shown in
B
.
The Profile Wizard isuseful for rapid setup of multiple parameters including date, time, battery charging, AC source size and limits, and
System Type. It can also configure functions such as High Battery Transfer and Grid Use times. Note that the last two items are not
available if the System Type is set to Off Grid.
NOTE: The Wizard does not configure the entire system. It does not select AC input modes for the Radian inverter, parameters for
automatic generators, or “fullycharged” parameters if the FLEXnet DC battery monitor is in use. If settings are made in the wrong order,
the Wizard can overwrite some customized settings. See the MATE3s Programming Guide for more information.
7
The firmware revision of all devices can be confirmed by navigating from the Main Menu as shown in
A
. Upgrades to the firmware
revision can be downloaded from the OutBack power website.
8
The FLEXnet DC (FN-DC) is a battery monitor which measures DC current flow
on one or more shunts. It provides battery state-of-charge (SoC) information.
Exact measurements and programming are performed with the system display.
(See the system display and FLEXnet DC literature.) The LED indicators
shown below provide approximate measurements of the battery state of charge.
FLEXnet DC Battery Monitor
Green
Color
Red
Yellow
Yellow
Yellow ≥80%
≥70%
≥60%
≥60% off, < 60% solid, < 50% blinks
Battery State of Charge
FN-DC LED Indicators
> 90% (blinks if charge parameters are met)
After commissioning and programming the Radian system, perform a full battery
charge. Reset the FN-DC by unplugging the communications cable and then plugging
it back in. (The system must be energized at the time.) The FN-DC will reset to 100%
SoC tomatch the batteries.
NOTE: The FN-DC must be programmed with correct values for battery capacity and
charging requirements. The factory default values may not be correct. If not
programmed accurately, the FN-DC readings and LED indicators will not be accurate.
The same is true if the shunt(s) are not wired correctly. See the FLEXnet DC
Overview Guide for more information.
6
A B
Profile Wizard
New Profile Initialized
Back Continue
Wizard Date & Time
16:56
13 May 2022 Fri
Back Continue
Wizard System Type
System Type Grid Tied
System Voltage 48 VDC
Array Wattage 1000
Battery Type FLA Capacity 500 Ah
Back Continue
Grid Tied
Main Menu
Settings >>
Profile Wizard >>
Device Data Logs >>
Event Logs >>
Firmware Update >>
Profile Wizard
Profile Wizard
New Profile >>
Existing Profile >>
Restore Profile >>
New Profile
System Configuration
System Information >>
Save / Store Configuration >>
Firmware Version >>
Date and Time >>
LCD Display >>
Firmware Version
Firmware Versions
MATE3s 001.004.007
1:GS7048E 001.006.065
2:GS7048E 001.006.065
Main Menu
Settings >>
Profile Wizard >>
Device Data Logs >>
Event Logs >>
Firmware Update >>
Profile Wizard
Settings Menu
System >>
Inverter >>
Charge Controller >>
Battery Monitor >>
MATE3s >>
System
A
Wizard AC Configuration
AC Output Voltage 240 VAC
AC Phase Single
AC Input Breaker Size 50 A
Maximum Output Load 30 A
Back Continue
230
Wizard AC Input Limits
Grid Lower Voltage Limit 105 VAC
Grid Upper Voltage Limit 264 VAC
Gen Lower Voltage Limit 208 VAC
Gen Upper Voltage Limit 280 VAC
Back Continue
210
Wizard Generator Configuration
Generator Installed N
Generator Type AC Size 5.0 kW
Generator Start Manual
AUX Output Device Port 1
Back Continue
N
Wizard Battery Charging
Absorb Voltage 57.6 VDC Time 1.0
Float Voltage 54.4 VDC Time 1.0
Equalize Voltage 60.0 VDC Time 3.0
Re-Float Voltage 44.0 VDC
Back Continue
A
This advances the display to the Setup
Complete screen.
BIf the FLEXnet DC is installed, the
display advances to the Shunt screens.
If the FLEXnet DC is not installed, see .
C
If the System Type is Grid Tied or Backup, the
display advances to the Grid Use Schedule
screens. If the System Type is Off Grid, see .
B
C
If FN-DC
is installed...
If
System Type
is
Grid Tied or
Backup ...
B
C
A
Wizard Grid Use Schedule
Period 1 Enable N
Weekday Use 0:00 Drop 0:00
Weekend Use 0:00 Drop 0:00
Back Continue
N
Wizard Grid Use Schedule
Period 2 Enable N
Weekday Use 0:00 Drop 0:00
Weekend Use 0:00 Drop 0:00
Back Continue
N
Wizard High Battery Transfer
Mode Disabled
Grid Connect 48.0 VDC Delay 60 Min
Grid Disconnect 52.0 VDC Delay 60 Min
Grid Connect SOC 60% Disconnect SOC 95%
Back Continue
Disabled
Wizard Grid Use Schedule
Period 3 Enable N
Weekday Use 0:00 Drop 0:00
Weekend Use 0:00 Drop 0:00
Back Continue
N
Wizard Battery Monitor
Shunt A
Connection Inverter
Back Continue
A
Wizard Battery Monitor
Shunt A
Connection Inverter
Back Continue
B
Wizard Battery Monitor
Shunt A
Connection Inverter
Back Continue
C
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