Alpha Group OutBack Power GS8048A Operator'S Manual Download Page 65

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Specifications

900-0161-01-01 Rev B

Table 17

Radian Menu Items

Field

Item Default

Minimum

Maximum

(Gen Alert)

ON: Batt <

44.0 Vdc

40.0 Vdc

56.0 Vdc

(Gen Alert ON)

Delay

0.5 minutes

0.1 minutes

25.0 minutes

(Gen Alert)

OFF: Batt >

56.0 Vdc

40.0 Vdc

72.0 Vdc

(Gen Alert OFF)

Delay

0.5 minutes

0.1 minutes

25.0 minutes

(Vent Fan)

ON: Batt >

56.0 Vdc

40.0 Vdc

72.0 Vdc

(Vent Fan)

Off Delay

0.5 minutes

0.1 minutes

25.0 minutes

(DC Divert)

ON: Batt >

56.0 Vdc

40.0 Vdc

72.0 Vdc

(DC Divert ON)

Delay

0.5 minutes

0.1 minutes

25.0 minutes

(DC Divert)

OFF: Batt <

44.0 Vdc

40.0 Vdc

56.0 Vdc

(DC Divert OFF)

Delay

0.5 minutes

0.1 minutes

25.0 minutes

(AC Divert)

ON: Batt >

56.0 Vdc

40.0 Vdc

72.0 Vdc

(AC Divert ON)

Delay

0.5 minutes

0.1 minutes

25.0 minutes

(AC Divert)

OFF: Batt <

44.0 Vdc

40.0 Vdc

56.0 Vdc

(AC Divert OFF)

Delay

0.5 minutes

0.1 minutes

25.0 minutes

Inverter
Stacking

Stack Mode

Master Master,

Slave

Power Save
Ranking

Mode =

Master

Master Power Save Level

0 0 31

Mode =

Slave

Slave Power Save Level

1 1 31

Grid-Tie Sell

Grid-Tie Enable

Sell Voltage

52.0 Vdc

44.0 Vdc

64.0 Vdc

Module Control

GS8048A

Auto

Auto, Left, Right, Both

GS4048A

Left

Auto, Left, Right, Both

Calibrate

Grid AC Input Voltage

0 Vac

–7 Vac

7 Vac

Gen AC Input Voltage

0 Vac

–7 Vac

7 Vac

Output Voltage

0 Vac

–7 Vac

7 Vac

Battery Voltage

0.0 Vdc

–0.8 Vdc

0.8 Vdc

Grid Interface Protection Menu

Operating
Frequency

Operating Frequency

60 Hz

50 Hz, 60 Hz

Mains Loss

Clearance Time

2.0 seconds

1.0 seconds

25.0 seconds

Sell Current
Limit

Maximum Sell
Current

GS8048A

30 Aac

5 Aac

30 Aac

GS4048A

15 Aac

5 Aac

15 Aac

Grid Support

Defaults shown
are for IEEE
1547 setting

Grid Support Functions

N/A

Start Ramp

Freq/Watt

Ramp Rates

Volt/Watt

Fixed PF

Volt/VAr

Regulatory Specification

IEEE 1547

HECO Rule 14

AS4777

ABNT 16149

CA Rule 21

Low/High Voltage
Ride-Through

OV2

Volts

144 Vac

120 Vac

144 Vac

Mode

Cont.

Mand.

Perm.

Mom.

Cease

Trip

0.16 seconds

0.12 seconds

5.00 seconds

OV1

Volts

132 Vac

120 Vac

140 Vac

Mode

Cont.

Mand.

Perm.

Mom.

Cease

Trip

1 second

50 seconds

UV1

Volts

106 Vac

60 Vac

120 Vac

Mode

Cont.

Mand.

Perm.

Mom.

Cease

Trip

2 seconds

1 second

50 seconds

UV2

Volts

60 Vac

106 Vac

Mode

Cont.

Mand.

Perm.

Mom.

Cease

Trip

11 seconds

1 second

50 seconds

UV3

Volts

60 Vac

0 Vac

105 Vac

Mode

Cont.

Mand.

Perm.

Mom.

Cease

Trip

0.16 seconds

0.12 seconds

21 seconds

Summary of Contents for OutBack Power GS8048A

Page 1: ...Radian Series Inverter Charger GS4048A GS8048A Operator s Manual ...

Page 2: ...OVIDED IN ITS MANUALS OR OTHER DOCUMENTATION b ASSUMES NO RESPONSIBILITY OR LIABILITY FOR LOSS OR DAMAGE WHETHER DIRECT INDIRECT CONSEQUENTIAL OR INCIDENTAL WHICH MIGHT ARISE OUT OF THE USE OF SUCH INFORMATION THE USE OF ANY SUCH INFORMATION WILL BE ENTIRELY AT THE USER S RISK OutBack Power Technologies cannot be responsible for system failure damages or injury resulting from improper installation...

Page 3: ...rface Protection Menu 15 UPS 16 Backup 16 Mini Grid 16 GridZero 18 Description of Inverter Operations 21 Inverting 21 DC and AC Voltages 21 AC Frequency 22 Search 23 Input 24 AC Current Settings 24 AC Source Acceptance 25 Generator Input 26 Transfer 26 Battery Charging 27 Charge Current 27 Charge Cycle 28 Advanced Battery Charging ABC 29 Charging Steps 29 New Charging Cycle 31 Equalization 34 Batt...

Page 4: ...rnings 53 Disconnect Messages 54 Sell Status 55 Specifications 57 Electrical Specifications 57 Mechanical Specifications 58 Environmental Specifications 59 Temperature Derating 59 Regulatory Specifications 60 Listings 60 Certifications 60 Compliance 60 Limiting Charge Current Multiple Inverters 61 Firmware Revision 63 Default Settings and Ranges 63 Definitions 68 Index 69 ...

Page 5: ...able 13 Mechanical Specifications for Radian Models 58 Table 14 Environmental Specifications for Radian Models 59 Table 15 Chargers On and Current Settings 62 Table 16 Charge Currents for Calculations 62 Table 17 Radian Menu Items 63 Table 18 Terms and Definitions 68 List of Figures Figure 1 Radian Series Inverter Charger 8 Figure 2 Charging Stages Over Time 28 Figure 3 Charging Stages Over Time 2...

Page 6: ...Table of Contents 6 900 0161 01 01 Rev B THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 7: ...n provided is important to the installation operation and or maintenance of the equipment Failure to follow the recommendations in such a notation could result in voiding the equipment warranty NOTE This type of notation indicates useful information This symbol is not always used MORE INFORMATION When this symbol appears next to text it means that more information is available in other manuals rel...

Page 8: ...ies Inverter Charger It is designed to offer a complete power conversion system between batteries and AC power As part of an OutBack Grid Hybrid system it can provide off grid power grid backup power or grid interactive service which sells excess renewable energy back to the utility Figure 1 Radian Series Inverter Charger ...

Page 9: ...system display is required for grid support functionality see below Supports the OPTICS RE online tool1 for a cloud based remote monitoring and control application Requires the MATE3 or the AXS Port Visit www outbackpower com to download Uses the HUB10 3 Communications Manager for stacking as part of a Grid Hybrid system Stackable in parallel configuration up to ten inverters Certified by ETL to U...

Page 10: ...ified using a MATE3 class device it can be removed from the installation The settings are stored in the nonvolatile memory of the Radian inverter However it is highly recommended to include a system display as part of the system This provides the means to monitor system performance and respond quickly should it be necessary to correct a fault or shutdown condition In a MATE3 class device the Profi...

Page 11: ...rations These operations are described in detail beginning on page 20 Most of these items operate the same regardless of which input mode is selected The exceptions are noted where appropriate NOTE The Radian s battery charger uses the same programming and settable limits regardless of which input is used It does not have independent charger settings on each input Each distinct mode function or op...

Page 12: ... mode when used with the Radian Generator allows these waveforms to be accepted The charging algorithm of this mode is designed to work well with AC generators regardless of power quality or regulation mechanism The generator must still comply with the inverter s nominal input specifications See page 25 BENEFITS This mode enables the battery charging function to tolerate a wider range of generator...

Page 13: ...om the batteries See page 36 for more information on the Offset function NOTES IMPORTANT The inverter will draw energy from the batteries when the loads exceed the appropriate AC Limit With sustained loads and no other DC source the batteries may discharge to the Low Battery Cut Out point The inverter will shut down with a Low Battery error See pages 21 and 51 To prevent the loss of power load use...

Page 14: ... will not connect to the utility grid The timer is adjustable in the Grid Interface Protection menu see below Upon initial connection to the utility grid the inverter may be required to perform a battery charging cycle This may delay the operation of the grid interactive function The grid interactive function only operates when excess DC renewable power is available The grid interactive function i...

Page 15: ...page 25 which are used in most other modes See page 37 for more information on the Grid Support function Before operating in Grid Tied mode be sure to obtain any necessary interconnection agreements or related documents from the utility company or local building authority These documents will typically specify the grid support and interface protection settings that must be used for that installati...

Page 16: ... When the utility power returns it will be used to power the loads again BENEFITS This mode will continuously maintain the batteries in a fully charged state unlike the Support mode It does not have the overhead consumption of the UPS mode Mini Grid In Mini Grid mode the Radian inverter automatically rejects an AC source and runs solely from battery and renewable energy The inverter only connects ...

Page 17: ...e with the system display Grid Use Time and Load Grid Transfer functions These functions do not have similar priorities to Mini Grid or HBX but they do control the inverter s grid connection and disconnection Mini Grid should not be used with these functions When deciding whether to use Mini Grid mode or HBX the user should consider aspects of each Mini Grid logic is based in the Radian inverter a...

Page 18: ...the use of battery power and grid power It puts renewable energy to the most effective use without selling power to the utility grid GridZero mode minimizes dependence on the grid as long as certain conditions are met The inverter remains connected to the utility grid in case the grid is needed If large loads require the use of grid power no transfer is necessary to support the loads This mode uti...

Page 19: ...eries with fastest possible response time Quick backup for sensitive devices during grid outage Uses higher idle power than other modes Search function unavailable Offset unavailable Source Grid Loads PC audio video etc Performs three stage charge and goes silent as specified by user settings Backup In grid failure unit switches batteries to support loads Simple use compared to other modes often u...

Page 20: ...Operation 20 900 0161 01 01 Rev B NOTES ...

Page 21: ...design uses transformers and high frequency H Bridge FET modules to achieve the required high wattage output In the GS8048A the dual design allows half the inverter to shut down for lower idle consumption when not in use The Radian can deliver the rated wattage continuously at 25 C The maximum output is derated at temperatures exceeding 25 C See pages 57 and 59 for these wattages Measure the total...

Page 22: ...verter is also controlled by a high battery cut out limit If the DC voltage rises above this limit the inverter will immediately stop functioning and give a High Battery V error This function is intended to protect the inverter s output and loads Continuing to invert on a high DC voltage may produce a distorted waveform Note that the inverter s high battery cut out does not alleviate the high batt...

Page 23: ...s simply results in a power interruption or nuisance shutdown Search mode may not be useful with loads that are critical or are intentionally operated a large portion of the time even if they are not continuous These loads include computers and similar devices The inverter may sleep so rarely that the mode has no benefit Some devices may not be easily detected by Search mode Search is inoperative ...

Page 24: ...st a smaller AC source When GridZero mode is selected the battery charger cannot be used See page 19 for descriptions of these and other input modes AC Current Settings The AC current settings Grid Input AC Limit and Gen Input AC Limit control the amount of current that the inverter draws from the source s When using either of the Radian s AC inputs the appropriate setting limits the input Adjust ...

Page 25: ...and Limits The settings are titled Voltage Limit Lower and Upper When adjusted they apply equally to L1 and L2 There can be side effects to changing the range of allowed voltages Each of the AC inputs has a settable Connect Delay This is intended as a warmup period which allows an input source to stabilize before connection The default setting for the GRID input is 0 2 minutes 12 seconds The defau...

Page 26: ...s loads on that output should never exceed this number When connected to an AC source the Radian inverter cannot limit the load current An overload condition is possible The inverter does not filter or actively condition the AC source The voltage and power quality received by the output loads is the same as that of the source If the voltage or quality do not meet the inverter s input requirements ...

Page 27: ...nto a usable AC figure divide the DC figure by 4 and round up The result can be used as a charger setting for the Radian inverter Examples 1 Bank consists of 8 x L16 FLA batteries in series Recommended maximum charge current is 75 Adc 75 4 18 75 or 19 Aac 2 Battery bank consists of 12 x OutBack EnergyCell 200RE VRLA batteries in series parallel Recommended maximum charge current is 90 Adc 90 4 22 ...

Page 28: ...ulk Absorption and Float stages These stages follow a series of steps which are shown on graphs and described beginning below The inverter s factory default settings are intended for three stage charging of lead acid batteries Charging Graphs Figure 2 shows the progression of steps of the three stage charging cycle Figure 2 Charging Stages Over Time Figure 3 shows the charge cycle used by the inve...

Page 29: ...ut the charger has been turned off Bulk Stage This is the first stage in the three stage charge cycle It is a constant current stage which drives the battery voltage up This stage typically leaves the batteries at 75 to 90 of their capacity depending on the battery type the exact charger setting and other conditions Voltage Used Absorb Voltage setting The default setting is 57 6 Vdc The initial DC...

Page 30: ...ge will naturally decrease when not maintained by another means such as a renewable source The term Silent is also used in an unrelated context regarding Power Save See the Power Save section of the Installation Manual Voltage Used Re Float Voltage setting When the battery voltage decreases to this point the charger becomes active again The default set point is 50 0 Vdc To skip this step Setting F...

Page 31: ...lent However the charger can begin a single three stage charge if the criteria are met after which it will return to continuous Float Silent Following the expiration of the Float timer the unit enters or re enters the Silent stage The unit remains connected to the AC source but the charger is inactive The unit will continue cycling between Float and Silent for as long as the AC source is present N...

Page 32: ...t in Cycle 1 Absorb Time had expired It was not reset afterward and retained a remaining run time of zero The Bulk and Absorb stages do not occur on subsequent cycles until the timer reads something other than zero This graph is continued in Figure 5 During the Silent period AC is lost again The battery voltage decreases until it reaches the Re Bulk set point This causes the charger to prepare a n...

Page 33: ...er began running near the beginning of Cycle 3 and also Cycle 4 when the batteries exceeded the Float Voltage setting the Float Time has also expired The charger does not enter Refloat or Float and goes Silent During the Silent period AC is lost again The battery voltage decreases until it reaches the Re Bulk set point prompting a new charge cycle The Absorption timer resets to its maximum amount ...

Page 34: ... manufacturer Some batteries may suffer severe damage from equalization Contact the battery manufacturer for recommendations on equalization voltage duration schedule and or advisability Other battery manufacturers may use a different definition of equalization than that shown above Always follow manufacturer recommendations for equalization Battery Temperature Compensation Battery performance wil...

Page 35: ... the charging voltage inversely with changes in temperature It will increase the charge voltage by 5 mV for every decrease of 1 degree Celsius per battery cell Similarly it will decrease the voltage 5 mV for every increase of 1 C per cell This setting affects the Absorption Float and Equalization set points The Sell Voltage and Re Float Voltage set points are not temperature compensated The Equali...

Page 36: ... settings Absorb Voltage Float Voltage and Equalize Voltage as shown in the system display are all used as reference voltages Normally the charger regulates to these set points by adding power to the batteries Offsetting does the opposite it uses the same set points but regulates the voltage by removing power from the DC side of the system If none of the battery charger s timers are active the ref...

Page 37: ... High Frequency Ride Through2 the high or low limit for AC frequency disturbances If these limits are exceeded for the Trip time or longer the inverter will disconnect from the utility grid For a lesser duration the inverter is required to ride through the disturbance and remain connected Fixed Power Factor the power factor to be produced by the inverter when offsetting or selling Ramping the rate...

Page 38: ...creen in Figure 6 shows which functions are enabled Figure 6 Grid Support Function Screen When Grid Support functions require the inverter to export power to help sustain grid voltage or frequency the inverter will do so with respect to the following limits An inverter in Grid Tied mode will observe the Sell Current limit and the Sell Voltage limit An inverter in GridZero mode will observe the DoD...

Page 39: ...ntly Not all set points are used by all functions Each AUX mode description below will detail the set points that are used for that function Low DC voltage settings High DC voltage settings On delay settings in increments of 0 1 minutes Off delay settings in increments of 0 1 minutes These are not temperature compensated Compensation is only used for inverter battery charging There are nine functi...

Page 40: ...d the GRID terminals are energized an automatically controlled generator will shut down This prevents an automatic generator from working correctly when using the GRID terminals Fault activates the AUX output when the inverter shuts down due to an error condition see page 51 It can activate a light or alarm to show that the inverter has failed With the appropriate devices it could send an alarm si...

Page 41: ...n can serve as rough charge regulation for an external charging source When battery voltage rises above a settable high voltage level the AUX output is activated after a settable delay The AUX output controls a larger relay which allows current to flow from the batteries to a dedicated AC load when energized Diversion is usually used to regulate battery charging The AC device is usually wired to t...

Page 42: ...e Vent Fan Runs fan to vent batteries while charging High Vdc Below high Vdc High Vdc Off delay Cool Fan Runs fan to cool Radian Internal sensor 60 C Internal sensor 49 C None DC Divert Turns on DC dump load to prevent overcharging High Vdc Low Vdc Low high Vdc On Off delay GT Limits Signals disconnect of grid tied Radian due to AC conditions GIP parameters not met GIP parameters met None Source S...

Page 43: ...rked inverters if present Figure 8 Inverter Screens Screen items The upper left corner is the Inverter Mode see above If the selected inverter is a slave only a few modes are possible When Charging is indicated in this location the Charge Mode see above specifies the stage Invert displays the kilowatts and AC amperage generated by the inverter It may go to loads or in a grid interactive system it ...

Page 44: ...pes of data over time on the system display screen Battery Screen From the L2 Phase screen the Next soft key brings up a screen showing charger status charger settings and battery voltage and temperature information Figure 9 Battery Screen Screen items Actual displays the uncompensated battery voltage Absorb displays the charger s Absorption voltage setting See page 29 Float displays the charger s...

Page 45: ...e Use a DC voltmeter to check the voltage directly on the DC terminals If not present the problem is external If present the inverter could be damaged Jumper J3 missing See the Installation Manual for the location of J3 Confirm the jumper is present If missing replace the jumper Or follow the manual instructions to install an external switch Unit defaulted off No system display initial install J3 ...

Page 46: ... hot key If this setting was intentional then no action is required Grid use function has disconnected from AC System display only If activated prematurely check the Grid Use Time settings and the system display clock If this setting was intentional then no action is required High Battery Transfer HBX mode has disconnected from AC System display only Check the AC INPUT hot key screen to see if HBX...

Page 47: ...erter s approved limits If not the inverter is operating correctly Contact the utility company if necessary System display only The program limits are found in the inverter s Grid Interface Protection menu See page 14 for more information on this menu The inverter has other criteria besides the AC source which must be met such as the qualifying time System display only Check Sell Status screen usi...

Page 48: ...ynchronized with the AC source This may require a short time Loads drop out or crash during transfer Erratic AC source voltage Check AC voltage on the inverter s input test points See page 45 If not consistent the problem is external System display only AC source voltage may have dipped or hovered at a low enough point to crash a sensitive load before the inverter could take over This can happen i...

Page 49: ...reconnect to the generator and try again Change input modes or move the generator to an input with a different mode selected Inverter hums loudly System display may show messages for high battery voltage low battery voltage or backfeed error Inverter output is being fed with an external AC source that is out of phase Disconnect AC output wires Turn the inverter off and then on If the problem clear...

Page 50: ...ut priority is set to GRID and the GRID terminals are energized an automatically controlled generator will shut down This could indicate that the generator has been wired to the GRID input or it could indicate that another AC source is active on the GRID input while the generator is using the GEN input The GEN input must be the only terminals in use when automatically controlling a generator Eithe...

Page 51: ... present shut it off Stacking Error Programming problem among stacked units Occurs if master inverter was not designated Can also occur if AC Output Backfeed occurs Check stacking programming and designation of master See page 36 Check for output backfeed from an external source Disconnect output if necessary Low Battery V3 DC voltage is below the low battery cut out set point usually due to batte...

Page 52: ...eptable frequency limit and prevents connection Check the AC source If it is a generator increase its speed Voltage Too High The AC source is above the upper acceptable voltage limit and prevents connection Check the AC source The inverter s acceptance range is adjustable NOTE Adjusting the range may accommodate a problematic AC source but it will not fix it Voltage Too Low The AC source is below ...

Page 53: ...The temperature sensor readings shown in Table 7 are used to limit the inverter operation in high temperatures Table 8 shows the effects on the inverter and the temperature used by each sensor to cause the effect Table 8 Inverter Temps Effect Temperature Reading Transformer Output FETs Capacitors Over Temperature error 125 C 80 C 80 C Reduced charging or selling 120 C 80 C 80 C Fan turns on 60 C 6...

Page 54: ...eck AC source If it is a generator reduce speed Frequency Too Low The AC source has dropped below acceptable frequency levels Check AC source If it is a generator increase speed Voltage Maximum The AC source has exceeded acceptable voltage levels Check AC source The inverter s acceptance range is adjustable NOTE Adjusting the range may accommodate a problematic AC source but it will not fix it Vol...

Page 55: ...rid and begin selling power again If the AC source is unstable it may become unacceptable before the timer expires This may cause the timer to continually reset It is possible for brief fluctuations to occur that are too fast to be seen on a DVM If this happens the appropriate message will still appear on the system display for a short time to help troubleshoot the problem Additionally undersized ...

Page 56: ...Troubleshooting 56 900 0161 01 01 Rev B NOTES ...

Page 57: ...ms peak 100 Aac 240 Vac 50 Aac 240 Vac AC Maximum Output Current 100 ms RMS 70 7 Aac 240 Vac 35 35 Aac 240 Vac AC Overload Capability 100 ms surge 16 97 kVA 8 48 kVA AC Overload Capability 5 second 12 0 kVA 6 0 kVA AC Overload Capability 30 minute 9 0 kVA 4 5 kVA AC Maximum Output Fault Current and Duration 109 Aac for 0 364 seconds 54 5 Aac for 0 364 seconds Power Consumption idle Invert mode no ...

Page 58: ...4 to 68 Vdc 44 to 68 Vdc Auxiliary Output 0 7 Adc at 12 Vdc 0 7 Adc at 12 Vdc Auxiliary Relay 10 A at 250 Vac or 30 Vdc 10 A at 250 Vac or 30 Vdc Mechanical Specifications Table 13 Mechanical Specifications for Radian Models Specification GS8048A GS4048A Inverter Dimensions H x W x D 28 x 16 x 8 75 71 1 x 40 6 x 22 2 cm 28 x 16 x 8 75 71 1 x 40 6 x 22 2 cm Shipping Dimensions H x W x L 14 5 x 21 x...

Page 59: ...et locations No Relative Humidity Rating 93 Pollution Degree Classification PD 2 Maximum Altitude Rating 6561 2000 m Overvoltage Category AC Input 3 Overvoltage Category DC Input 1 Temperature Derating All Radian inverters can deliver their full rated wattage at temperatures up to 25 C 77 F The maximum wattage is rated less in higher temperatures Above 25 C the GS8048A is derated by a factor of 80...

Page 60: ...ection response times as required by IEEE 1547 They also include manufacturer s stated accuracies and grid support function parameters as required by UL 1741 SA NOTE The reconnection delay has a default setting of 5 minutes The grid interactive default settings are shown in the Grid Interface Protection Menu portion of Table 17 The Grid Interface Protection settings are adjustable However this is ...

Page 61: ...t setting Note that this table specifies the number of chargers to leave on This will achieve the possible closest charging output to the number specified in Aac without exceeding it All other chargers should be turned off using the Charger Control menu item See the menu tables beginning on page 63 to locate this command in the menu structure The lowest Adc figures in this table allow for a single...

Page 62: ...on higher numbered ports should be turned off first Chargers should be turned off by setting the Charger Control menu item to Off See the menu tables beginning on page 63 to locate this command in the menu structure Table 16 Charge Currents for Calculations Model Maximum DC Output sent to battery Maximum AC Input used from source GS4048A 57 5 Adc 15 Aac GS8048A 115 Adc 30 Aac Table 15 Chargers On ...

Page 63: ...dian Menu Items Field Item Default Minimum Maximum INVERTER Hot Key Inverter Mode Off On Off or Search CHARGER Hot Key Charger Control On On or Off AC Input Hot Key AC Input Mode Use Drop or Use Search Sensitivity see page 23 for increments 10 0 250 Pulse Length 8 AC Cycles 4 AC Cycles 20 AC Cycles Pulse Spacing 60 AC Cycles 4 AC Cycles 120 AC Cycles AC Input and Current Limit Input Priority Grid ...

Page 64: ...ed Gen Alert Fault Vent Fan Cool Fan DC Divert GT Limits Source Status AC Divert Load Shed ON Batt 56 0 Vdc 40 0 Vdc 72 0 Vdc Load Shed ON Delay 0 5 minutes 0 1 minutes 25 0 minutes Load Shed OFF Batt 44 0 Vdc 40 0 Vdc 56 0 Vdc Load Shed OFF Delay 0 5 minutes 0 1 minutes 25 0 minutes Gen Alert ON Batt 44 0 Vdc 40 0 Vdc 56 0 Vdc Gen Alert ON Delay 0 5 minutes 0 1 minutes 25 0 minutes Gen Alert OFF ...

Page 65: ...uto Auto Left Right Both GS4048A Left Auto Left Right Both Calibrate Grid AC Input Voltage X 0 Vac 7 Vac 7 Vac Gen AC Input Voltage X 0 Vac 7 Vac 7 Vac Output Voltage X 0 Vac 7 Vac 7 Vac Battery Voltage X 0 0 Vdc 0 8 Vdc 0 8 Vdc Grid Interface Protection Menu Operating Frequency Operating Frequency X 60 Hz 50 Hz 60 Hz Mains Loss Clearance Time X 2 0 seconds 1 0 seconds 25 0 seconds Sell Current Li...

Page 66: ... 00 Hz 59 95 Hz Gradient High X 250 Hz 5 Hz 250 Hz Low 133 Hz 5 Hz 250 Hz Re Start Freq High X 60 50 Hz 60 000 Hz 64 90 Hz Low 59 85 Hz 55 10 Hz 60 00 Hz Re Start Period 1 minute 0 minutes 30 minutes Volt Watt Start Volt High X 127 Vac 123 Vac 132 Vac Low 113 Vac 108 Vac 117 Vac Gradient High X 10 Vac 3 Vac 100 Vac Low 10 Vac 3 Vac 100 Vac Re Start Volt High X 125 Vac 122 Vac 130 Vac Low 114 Vac 1...

Page 67: ...Specifications 900 0161 01 01 Rev B 67 NOTES ...

Page 68: ...tage to AC voltage for load use or other applications LBCO Low Battery Cut Out set point at which the inverter shuts down due to low voltage Master An inverter which provides the primary output phase of a stacked system other stacked inverters base their output and on off state on the master NEU AC Neutral also known as Common Neutral to ground bond A mechanical connection between the AC neutral C...

Page 69: ...8 32 33 Steps 28 Battery Voltage 44 Bulk Stage 29 C Caution Symbol 7 Charging Absorption Stage 29 Bulk 29 Current 27 Equalization 34 Float 30 Multiple Inverters 27 61 New Bulk 32 None 29 Re Bulk 31 33 Refloat 30 Re Float 32 Silent 30 Steps 29 31 Charging Current 28 61 Communications Manager 68 Cool Fan 40 CSA 9 60 D Default Settings 63 Definitions 68 Design 21 Disconnect 54 Diversion Control 41 E ...

Page 70: ...Transfer 16 LoadShed 39 Low Battery Cut In 22 Low Battery Cut Out LBCO 22 M MATE3s MATE3 class 10 43 45 Metering 43 Mini Grid Mode 16 Modes 9 Backup 16 Generator 12 Grid Tied 14 25 55 GridZero 18 Mini Grid 16 Summary Table 19 Support 13 UPS 16 Module 21 50 N Note Symbol 7 O Offset 36 OPTICS RE 9 10 Output Frequency 15 22 Voltage 22 R Re Bulk 31 33 Re Float 32 Regulatory 60 Relay AUX 39 Remote Syst...

Page 71: ...mers Absorption 29 Equalize 34 Float 31 Transfer Relay 24 26 Troubleshooting 45 Disconnect Messages 54 Error Messages 51 Sell Status Messages 55 Warning Messages 52 U UL 1741 9 60 Updating Firmware 63 UPS Mode 16 Utility Grid 68 V Vent Fan Control 40 W Warning Symbol 7 Warnings General 52 Warnings Grid Tie 53 Website 63 ...

Page 72: ... B Masters of the Off Grid First Choice for the New Grid Corporate Headquarters 17825 59th Avenue N E Suite B Arlington WA 98223 USA 1 360 435 6030 European Office Hansastrasse 8 D 91126 Schwabach Germany 49 9122 79889 0 ...

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