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Outback Power Systems FX Series Installation Manual User Manual

Page 51

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49

12 VDC System

DEFAULT

MINIMUM

MAXIMUM

Float Voltage

13.6V

12V

15V

Absorb Voltage

14.4V

13V

16V

EQ Voltage

14.4V (24VDC Grit-Tie=29.2) 14V

17V

ReFloat

12.5V

11V

13V

LBCO

10.5V

9V

12V

LBCI

12.5V

10V

14V

Sell RE

13V

10V

15V

Gen Alert

Off Set Point

14V

12V

18V

On Set Point

11V

10V

14V

Load Shed Off Set Point

11V

10V

14V

Vent Fan ON Set Point

13V

10V

16V

Diversion ON Set Point

14.6V

12V

16V

Absorb Time

1.0 hours

0.0 hours

24.0 hours

EQ Time

1.0 hours

0.0 hours

24.0 hours

Float Time

1.0 hours

0.0 hours

24.0 hours

AC2/Gen Transfer Delay
(Cycles for AC)

60 cycles*
(*20 for Grid-Tie)

0 cycles

240 cycles

Search

6

0

50

Grid Lower Limit

108V

40V

115V

Grid Upper Limit

140

80V

220V

Grid Upper Limit

140V

130V

150V

Grid Connect Delay

.5 min

.2 min

15.0 min

DROP or USE

USE

N/A

N/A

Charger OFF/AUTO/ON

AUTO

AUX Output Option

COOL FAN

Gen Alert ON Delay

4 min

0 min

240 min

Gen Alert OFF Delay

9 min

0 min

240 min

Vent Fan OFF Delay

5 min

0 min

30 min

Gen Window Lower Limit

108V

40V

115V

Gen Upper Window Limit

140V

130V

150V

AC1/Grid Transfer Delay

6 Cycles of AC

0 Cycles of AC

240 Cycles of AC

Set AUX Control

AUTO

Search Pulses

8

2

20

Search Pulse Spacing

60 Cycles Ac

4 Cycles AC

120 Cycles AC

Stacking Phase

1 or 2 phase

InPut Select

Master Gen

Charge Rates

Vented 24 & 48 VDC

18 AAC

0 AAC

20 AAC

Vented 12 VDC

12 AAC

0 AAC

14 AAC

Sealed 24 & 48 VDC

10 AAC

0 AAC

14 AAC

Sealed 12 VDC

10 AAC

0 AAC

12 AAC

Grid Input Settings

Set AC Input Size

Mobile

28 Amp

5 Amp

30 Amp

Non-Mobile U.S.

48 Amp

5

Grid-Tie

50 Amp

Gen Input Settings

Mobile

28 Amp

2Amp

30 Amp

Non-Mobile U.S.

48 Amp

2 Amp

60 Amp

Grid-Tie

50 Amp

Set VAC

120V (230V Export)

110V GT (210V Export,
105V Off -Grid and Mobile)

125V (240V Export)

FX Default Values (subject to change with FX upgrades)

C

o

rr

ec

tion F

a

c

tor •24VDC: Multiply 12VDC values by 2 •32VDC: Multiply 12VDC values by 2.64 •48VDC: Multiply 12VDC values b

y 4