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Inverter

Battery Qty.

Battery Type 

(Total Amp Hours, Voltage)

500W

1000W

1500W

1750W

2000W

2250W

2500W

2750W

3000W

APSX3024SW

2

12V 75AH* (or 75AH @ 24VDC total)

142

63

38

32

28

24

21

19

17

APSX3024SW

4

12V 75AH* (or 150AH @ 24VDC total)

316

147

91

77

67

59

52

47

42

APSX3024SW

6

12V 75AH* (or 225AH @ 24VDC total)

493

236

149

126

111

97

87

78

71

APSX3024SW Estimated Runtime

Load in Watts

APSX3024SW

8

12V 75AH* (or 300AH @ 24VDC total)

669

326

209

178

156

137

123

110

101

APSX3024SW

10

12V 75AH* (or 375AH @ 24VDC total)

844

418

269

230

202

178

160

144

132

APSX3024SW

12

12V 75AH* (or 450AH @ 24VDC total)

1017

509

330

283

249

220

198

179

163

APSX3024SW

14

12V 75AH* (or 525AH @ 24VDC total)

1188

600

392

337

297

263

237

214

196

APSX3024SW

16

12V 75AH* (or 600AH @ 24VDC total)

1357

691

453

390

345

305

276

249

228

APSX3024SW

18

12V 75AH* (or 675AH @ 24VDC total)

1524

781

515

444

393

348

315

285

261

APSX3024SW

20

12V 75AH* (or 750AH @ 24VDC total)

1689

871

576

497

440

391

354

320

294

APSX3024SW

22

12V 75AH* (or 825AH @ 24VDC total)

1852

960

637

551

488

434

393

356

327

APSX3024SW

24

12V 75AH* (or 900AH @ 24VDC total)

2013

1049

698

604

536

477

432

392

360

APSX3024SW

26

12V 75AH* (or 975AH @ 24VDC total)

2172

1137

759

657

584

520

472

428

393

APSX3024SW

28

12V 75AH* (or 1050AH @ 24VDC total)

2329

1225

820

711

632

563

511

464

427

APSX3024SW

30

12V 75AH* (or 1125AH @ 24VDC total)

2484

1312

880

764

679

606

550

499

460

APSX3024SW

32

12V 75AH* (or 1200AH @ 24VDC total)

2637

1399

940

816

727

648

589

535

493

All runtime values are in minutes. 

*IMPORTANT

 

NOTES

 ‐

Battery set

 

must

 

be

 

professionaly

 

configured

 

to

 

24VDC.

  

See

 

manual.

  

Tripp

 

Lite

 

part

 

number

 

"98

121"

 

is

 

a

 

single

 

12V

 

75AH

 

sealed

 

lead

 

acid

 

battery.

  

All

 

wiring

 

and

 

required

 

fusing

 

is

 

user

 

supplied.

All

 

runtimes

 

are

 

based

 

on

 

non

inductive

 

continuous

 

loading.

  

Runtime

 

is

 

subject

 

to

 

capacity

 

degradation

 

over

 

time.

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