Manual Calibração UPS Smart APC Rev2

SMART UPS

Procedimento de Calibrao

Rev 02

17 December 2004

Smart-UPS 3G 0P1000 0P1001

0P1002

0P1003

0P1004

0P1005

0P1007

0P1008

0P1010

0P1011

0P1012

0P1013

0P1014

0P1015

0P1016

0P1017

0P1019

0P1020

0P1021

0P1023

0P1024

0P1025

0P1026

0P1030

0P1031

0P1061

0P1084

0P1101

0P1103

0P1200

0P1201

0P1210

0P1211

0P1212

0P1221

0P1300

0P1301

0P1302

0P1303

0P1304

0P1310

0P1311

0P1312

0P1313

0P1314

0P1315

0P1320

0P1321

0P1322

0P1323

0P1324

0P1334

0P1335

0P1337

0P1338

0P1350

0P1611

0P1751

0P1752

0P1827

0P1828

0P1829

0P1830

0P1882

0P1935

0P7001

AP1250

AP1250I

AP1250J

AP1250RM

AP1250RMI

AP2000

AP2000I

AP2000J

AP2000M

AP2000MRM

AP2000RM

AP2000RMI

AP2000XL

AP2000XLI

AP250

AP250I

AP250INET

AP250J

AP250NET

AP400

AP400I

AP400INET

AP400J

AP400NET

AP600

AP600I

AP600J

AP600RM

AP600RMI

AP600XL

AP600XLI

AP900

AP900I

AP900J

AP900XL

AP900XLI

DL5000RMI5U

DL5000RMT5U

NEC500J

NS2200RM3U

NS2200RMI3U

NS3000RMI3U

NS3000RMT3U

SAM1000I

SAM1400I

SU1000

SU1000I

SU1000J

SU1000RM

SU1000RMI

SU1000RMXL

SU1000RMXLI

SU1000XL

SU1000XLI

SU1000XLJ

SU1400

SU1400I

SU1400J

SU1400RM

SU1400RMI

SU1400RMJ

SU1400RMXL

SU1400RMXLI

SU1400RMXLT

SU1400XLT

SU2200

SU2200I

SU2200J

SU2200RM

SU2200RM3U

SU2200RMI

SU2200RMI3U

SU2200RMXL

SU2200RMXLI

SU2200RMXLT

SU2200XL

SU2200XLI

SU2200XLT

SU3000

SU3000I

SU3000J

SU3000RM

SU3000RM3U

SU3000RMI

SU3000RMI3U

SU3000RMJ

SU3000RMJ3U

SU3000RMRMJ3U

SU3000RMRMT3U

SU3000RMT3U

SU3000RMXL3U

SU3000RMXLI3U

SU3000T

SU450

SU450I

SU450J

SU5000I

SU5000RMI5U

SU5000RMT5U

SU5000RMXLI5U

SU5000RMXLT5U

SU5000T

SU500J

SU700

SU700I

SU700J

SU700RM

SU700RMI

SU700XL

SU700XLI

Smart-UPS 3.5G 0P1150 0P1151

0P1230

0P1231

0P1232

0P1233

0P1234

0P1235

0P1236

0P1282

Smart-UPS 3.6G 0P1060 0P1062

0P1153

0P1238

0P1239

0P1241

0P1242

0P1243

0P1244

0P1245

0P1246

0P1247

0P1248

0P1249

0P1280

0P1281

0P1282

0P1283

0P1284

0P1285

0P1291

0P1292

0P1293

0P1293

0P1358

0P1359

0P1360

0P1361

0P1362

0P1363

0P1364

0P1365

0P1366

0P2120

0P2121

0P2122

0P2123

0P2124

0P2125

0P2230

0P2231

0P2232

0P2233

(Not Categorized)

Smart-UPS 4G 0P0290 0P0291

0P0292

0P0295

0P0296

0P0297

0P0298

0P0299

0P0300

0P0301

0P0302

0P0303

0P0305

0P0306

0P0340

0P0341

0P0384

0P0385

0P0386

0P0388

0P0388

0P0397

0P0398

0P0399

0P0799

0P0800

0P0801

0P0802

0P0803

0P1341

0P1342

0P1344

0P1352

0P1353

0P1356

0P1382

0P1387

0P1390

0P1392

0P1393

0P1393

SMART UPS 3G

Test Condition: Send a "Y" to the PCB Pass/Fail Conditions: The unit shall pass if it responds "SM" A= Beeper & LED Test O= Output voltage W= Simulation of power failure With the unit online: To calibrate Send a 1, wait four seconds then sent a 1, terminal should respond with PROG. Line: Send the unit under test the ASCII "L" command and compare response to the target value (Input value=Terminal value) Send the unit under test the ASCII "+/-" command to increase or decrease the value. Repeat sending these two commands until the target value is obtained. Pass/Fail Conditions: The unit will pass if the data from the PCB reads within +/- 1.0% of the voltage actually supplied to the PCB. Set Model Type: Test Condition: Send the unit a "b". Set model type per the following table. Use "+" and "-" to change value. Pass/Fail Conditions: HEX MODEL CODE 1 7 SMART-UPS 3000 230V 1 6 SMART-UPS 3000 100V 1 5 SMART-UPS 3000 208V 1 4 SMART-UPS 3000 120V 3 7 SMART-UPS 3000 230V XL 3 6 SMART-UPS 3000 100V XL 3 5 SMART-UPS 3000 208V XL 3 4 SMART-UPS 3000 120V XL 5 7 SMART-UPS 3000 230V RM 5 6 SMART-UPS 3000 100V RM 5 5 SMART-UPS 3000 208V RM 5 4 SMART-UPS 3000 120V RM 7 7 SMART-UPS 3000 230V RMXL 7 6 SMART-UPS 3000 100V RMXL 7 5 SMART-UPS 3000 208V RMXL 7 4 SMART-UPS 3000 120V RMXL 1 3 SMART-UPS 2200 230V 1 2 SMART-UPS 2200 100V 1 1 SMART-UPS 2200 208V 1 0 SMART-UPS 2200 120V

3 3 SMART-UPS 2200 230V XL 3 2 SMART-UPS 2200 100V XL 3 1 SMART-UPS 2200 208V XL 3 0 SMART-UPS 2200 120V XL 5 3 SMART-UPS 2200 230V RM 5 2 SMART-UPS 2200 100V RM 5 1 SMART-UPS 2200 208V RM 5 0 SMART-UPS 2200 120V RM 7 3 SMART-UPS 2200 230V RMXL 7 2 SMART-UPS 2200 100V RMXL 7 1 SMART-UPS 2200 208V RMXL 7 0 SMART-UPS 2200 120V RMXL 0 F SMART-UPS 1400 230V This block has 24V battery system 0 E SMART-UPS 1400 100V 0 D SMART-UPS 1400 208V 0 C SMART-UPS 1400 120V 4 F SMART-UPS 1400 230V RM 4 E SMART-UPS 1400 100V RM 4 D SMART-UPS 1400 208V RM 4 C SMART-UPS 1400 120V RM 0 B SMART-UPS 1000 230V 0 A SMART-UPS 1000 100V 0 9 SMART-UPS 1000 208V 0 8 SMART-UPS 1000 120V 2 B SMART-UPS 1000 230V XL 2 A SMART-UPS 1000 100V XL 2 9 SMART-UPS 1000 208V XL 2 8 SMART-UPS 1000 120V XL 4 B SMART-UPS 1000 230V RM 4 A SMART-UPS 1000 100V RM 4 9 SMART-UPS 1000 208V RM 4 8 SMART-UPS 1000 120V RM 6 B SMART-UPS 1000 230V RMXL 6 A SMART-UPS 1000 100V RMXL 6 9 SMART-UPS 1000 208V RMXL 6 8 SMART-UPS 1000 120V RMXL 0 7 SMART-UPS 700 230V 0 6 SMART-UPS 700 100V 0 5 SMART-UPS 700 208V 0 4 SMART-UPS 700 120V 2 7 SMART-UPS 700 230V XL 2 6 SMART-UPS 700 100V XL 2 5 SMART-UPS 700 208V XL 2 4 SMART-UPS 700 120V XL 4 7 SMART-UPS 700 230V RM 4 6 SMART-UPS 700 100V RM 4 5 SMART-UPS 700 208V RM 4 4 SMART-UPS 700 120V RM 6 7 SMART-UPS 700 230V RMXL 6 6 SMART-UPS 700 100V RMXL 6 5 SMART-UPS 700 208V RMXL 6 4 SMART-UPS 700 120V RMXL

0 3 SMART-UPS 450 230V 0 2 SMART-UPS 450 100V 0 1 SMART-UPS 450 208V 0 0 SMART-UPS 450 120V 2 3 SMART-UPS 450 230V XL 2 2 SMART-UPS 450 100V XL 2 1 SMART-UPS 450 208V XL 2 0 SMART-UPS 450 120V XL 4 3 SMART-UPS 450 230V RM 4 2 SMART-UPS 450 100V RM 4 1 SMART-UPS 450 208V RM 4 0 SMART-UPS 450 120V RM 6 3 SMART-UPS 450 230V RMXL 6 2 SMART-UPS 450 100V RMXL 6 1 SMART-UPS 450 208V RMXL 6 0 SMART-UPS 450 120V RMXL 3 B SMART-UPS 1400 230V XL This block has 48V battery system 3 A SMART-UPS 1400 100V XL 3 9 SMART-UPS 1400 208V XL 3 8 SMART-UPS 1400 120V XL 7 B SMART-UPS 1400 230V RMXL 7 A SMART-UPS 1400 100V RMXL 7 9 SMART-UPS 1400 208V RMXL 7 8 SMART-UPS 1400 120V RMXL Check Model type: Press: crtl + a = descrio do modelo. Test Condition: The UPS shall be sent the ASCII command "b" command and the response evaluated. Pass/Fail Conditions: The unit shall pass if the response to "Y" is "SM" and the response to "b" is as shown in the following table. The first two digits represent the VA rating and special model designation (RM or XL). The middle digit represents the microprocessor revision level. The current microprocessor revision is 9. This value is the same for all models. The last digit represents the voltage rating (100V, 120V, 208V, 230V). "b" Model 90.9.I 3000 230V 90.9.A 3000 100V 90.9.M 3000 208V 90.9.D 3000 120V 91.9.I 3000 230V XL 91.9.A 3000 100V XL 91.9.M 3000 208V XL 91.9.D 3000 120V XL 92.9.I 3000 230V RM 92.9.A 3000 100V RM 92.9.M 3000 208V RM 92.9.D 3000 120V RM 93.9.I 3000 230V RMXL 93.9.A 3000 100V RMXL

93.9.M 3000 208V RMXL 93.9.D 3000 120V RMXL 80.9.I 2200 230V 80.9.A 2200 100V 80.9.M 2200 208V 80.9.D 2200 120V 81.9.I 2200 230V XL 81.9.A 2200 100V XL 81.9.M 2200 208V XL 81.9.D 2200 120V XL 82.9.I 2200 230V RM 82.9.A 2200 100V RM 82.9.M 2200 208V RM 82.9.D 2200 120V RM 83.9.I 2200 230V RMXL 83.9.A 2200 100V RMXL 83.9.M 2200 208V RMXL 83.9.D 2200 120V RMXL 70.9.I 1400 230V This block has 24V battery system 70.9.A 1400 100V 70.9.M 1400 208V 70.9.D 1400 120V 72.9.I 1400 230V RM 72.9.A 1400 100V RM 72.9.M 1400 208V RM 72.9.D 1400 120V RM 60.9.I 1000 230V 60.9.A 1000 100V 60.9.M 1000 208V 60.9.D 1000 120V 61.9.I 1000 230V XL 61.9.A 1000 100V XL 61.9.M 1000 208V XL 61.9.D 1000 120V XL 62.9.I 1000 230V RM 62.9.A 1000 100V RM 62.9.M 1000 208V RM 62.9.D 1000 120V RM 63.9.I 1000 230V RMXL 63.9.A 1000 100V RMXL 63.9.M 1000 208V RMXL 63.9.D 1000 120V RMXL 50.9.I 700 230V 50.9.A 700 100V 50.9.M 700 208V 50.9.D 700 120V 51.9.I 700 230V XL 51.9.A 700 100V XL 51.9.M 700 208V XL 51.9.D 700 120V XL 52.9.I 700 230V RM 52.9.A 700 100V RM

52.9.M 700 208V RM 52.9.D 700 120V RM 53.9.I 700 230V RMXL 53.9.A 700 100V RMXL 53.9.M 700 208V RMXL 53.9.D 700 120V RMXL 40.9.I 450 230V 40.9.A 450 100V 40.9.M 450 208V 40.9.D 450 120V 41.9.I 450 230V XL 41.9.A 450 100V XL 41.9.M 450 208V XL 41.9.D 450 120V XL 42.9.I 450 230V RM 42.9.A 450 100V RM 42.9.M 450 208V RM 42.9.D 450 120V RM 43.9.I 450 230V RMXL 43.9.A 450 100V RMXL 43.9.M 450 208V RMXL 43.9.D 450 120V RMXL 101.9.I 1400 230V XL This block has 48V battery system 101.9.A 1400 100V XL 101.9.M 1400 208V XL 101.9.D 1400 120V XL 103.9.I 1400 230V RMXL 103.9.A 1400 100V RMXL 103.9.M 1400 208V RMXL 103.9.D 1400 120V RMXL Float Voltage Calibration: Test Condition: Send the unit under test the ASCII "B" command. Check the response from the unit. If measured float voltage in test sequence 21 is 27.4V or greater, adjust "B" response to equal the measured float voltage. If measured float voltage is less than 27.4V, set "B" response to be 27.60. Increment or decrement battery voltage calibration constant by sending "+" or a "-"to the board . Repeat until the Pass condition below is satisfied. Pass/Fail Conditions: The unit will fail if the response to the "+" or "-" command is less than HEX "E0" The unit will pass if the value returned by the unit in response to the "B" command is ASCII "27.6" or the actual float voltage if it is higher than 27.4V. Test Condition: Send the unit under test the ASCII "B" command. Check the response from the unit. If measured float voltage in test sequence 21 is 54.8V or greater, adjust "B" response to equal the measured float voltage. If measured float voltage is less than 54.8V, set "B" response to be 55.20. Increment or decrement battery voltage calibration constant by sending "+" or a "-"to the board . Repeat until the Pass condition below is satisfied. Pass/Fail Conditions: The unit will fail if the response to the "+" or "-" command is less than HEX "E0"

The unit will pass if the value returned by the unit in response to the "B" command is ASCII "55.20" or the actual float voltage if it is higher than 54.8V. Constants Calibration: UPS Models: SU450, SU450I, SU450J, SU700, SU700I, SU700J, SU700RM, SU700RMI, SU700XL, SU700XLI, SU1000, SU1000I, SU1000J, SU1000XLJ, SU1000XL, SU1000XLI, SU1000RM, SU1000RMI, SU1000RMXL, SU1000RMXLI, SU1400, SU1400I, SU1400J, SU1400RM, SU1400RMI, SU1400RMJ, NS2200RM3U, NS2200RMI3U, NS3000RMI3U, NS3000RMT3U, SU1400RMXL, SU1400RMXLI, SU1400RMXLT, SU1400XLT, SU2200, SU2200I, SU2200J, SU2200RM, SU2200RMI, SU2200RMXL, SU2200RMXLI, SU2200RMXLT, SU2200RM3U, SU2200RMI3U, SU2200XL, SU2200XLI, SU2200XLT, SU3000, SU3000I, SU3000J, SU3000RM, SU3000RMI, SU3000RMI3U, SU3000RMJ, SU3000RMT3U, SU3000RM3U, SU3000T, SU5000T, SU5000I, SU5000RMT5U, SU5000RMI5U, SU5000RMXLT5U, SU5000RMXLI5U, SAM1000I, SAM1400I, 0P1007, 0P1008, 0P1020, 0P1334, 0P1335, 0P1751, 0P1752, 0P1611, 0P1061, 0P1338, 0P1935 Platform Team: Smart-Ups Purpose of the Test: To set the values of the battery calibration constants in the EEPROM Pre-Conditions: The PCB must be in the smart communications mode. See sequence 8. The PCB must be in program mode. See sequence 9. The unit will have a rev 8 (or later) processor. Test Condition: Send the command to read the constant ("4", "5", "6", or "0"). Compare the response to the expected value in the table. If the value does not agree, use the "+" or "-" command to change the constant until it agrees with the value in the table. Abort the test if no response is obtained from the UPS at any point in the procedure. Pass/Fail Conditions: Pass if communications were opened and the calibration constants achieved the values in the following table. If the table contains no values for a particular model use the constants in the table for the rev. 7 code.

Product 4 5 6 0

450 28 F2 FA 96

500 (0P1611) 26 EF F9 89

700 28 F2 FA 96

700RM -- -- -- --

700XL 45 EE F5 7F

1000 1000RM 35 EF F9 A0

1000XL 35 EE FC 90

1400 35 EE FC 9A

1400RM 28 ED FA 89

1400XLT 1400RMXL (5U) 45 F6 F4 80

0P1007 (SU1400RMXL3U) 0P1008 (SU1400RMXLI3U) 0P1061 (SU1400RMXLJ3U) 20 F3 FD 81

2200 2200RM 2200RM3U 35 EE FB AF

2200XL 2200RMXL 35 EE FB 8B

0P1751 (SU2200RMXLI3U) 0P1752 (SU2200RMXL3U) 35 F4 F8 73

3000 3000RM 35 EE FB 96

3000RM3U 35 EE FB 8C

0P1334 (SU3000RMXL3U) 0P1335 (SU3000RMXLI3U) 35 F3 F4 52

5000T 5000RMT 5000I 5000RMI 20 F2 FA 91

5000RMXLT 5000RMXLI 20 EE FC 80 Indications / Comments: Revision History: Rev # Date Nature 1 8/2/94 Initial release. Ron Leblanc 2 11/18/94 Added 700XL, revised values for 1400, 1000XL, 3000. Ron Leblanc 3 1/27/95 Changed constants for 450, 700, 700XL, 700RM, 1000, 1000XL, 1400, and 1400RM. Ron Leblanc 4 2/17/95 Le OOPS, change 'em all back. Changed EA to EE on 1400 series. Ron Leblanc 5 6/1/95 Added constants for Rev 8 code. The following table contains constants for Rev 7 code.

450 700 700XL

700RM

1000

1000XL

1400

1400RM

2200

2200XL

3000

4 28 28 17 28 28 17 17 11 28 28 28

5 EE EE EE EE F3 EE EE F1 F1 F1 F1

6 F8 F8 F9 F8 FC F9 F9 FC F9 F9 F9

0 9F 9F 9F 9F 9F 9F 9F 83 9F 9F B0 Temperature reading verification: Test Condition: The unit shall be sent the ASCII "C" command and the response evaluated. Pass/Fail Conditions: The unit shall pass if the response is between ASCII "12" and "35" Set Battery Date: Send the ASCII "x" to the unit Send the ASCII "-" followed by the 8 digit date code of the form XX/XX/XX and evaluate the response. Send the ASCII "x" to the unit Pass/Fail Conditions: The test shall pass if ASCII "OK" is received in response to the transmission of the battery date to the unit AND the response to the second "x" is equivalent to what was sent Set UPS ID: Send the ASCII "c" to the unit Send the ASCII "-" followed by the 8 digit UPS ID "UPS IDEN" (space between "S" and "I") and evaluate the response. Pass/Fail Conditions: The test shall pass if ASCII "OK" is recieved in response to the transmission of the ID to the unit. "R" to exit the Program mode, the response will be "Bye"

SEGUE ABAIXO SOMENTE AS DIFERENAS DE CALIBRAO ENTRE GERAES

SMART UPS 3.5 G

Set Model Type

Hex Code UPS Model Type

00 Smart-UPS 450 120V










0A Smart-UPS 700 230V

0B Smart-UPS 700 208V

0C Smart-UPS 1000 120V

0D Smart-UPS 1000 100V

0E Smart-UPS 1000 230V

0F Smart-UPS 1000 208V

10 Smart-UPS 1400 120V (24VDC)




















40 Smart-UPS 450 XL 120V










4A Smart-UPS 700 XL 230V

4B Smart-UPS 700 XL 208V

4C Smart-UPS 1000 XL 120V

4D Smart-UPS 1000 XL 100V

4E Smart-UPS 1000 XL 230V

4F Smart-UPS 1000 XL 208V

50 Smart-UPS 1400 XL 120V (24VDC)




















80 Smart-UPS 450 RM 120V










8A Smart-UPS 700 RM 230V

8B Smart-UPS 700 RM 208V

8C Smart-UPS 1000 RM 120V

8D Smart-UPS 1000 RM 100V

8E Smart-UPS 1000 RM 230V

8F Smart-UPS 1000 RM 208V

90 Smart-UPS 1400 RM 120V (24VDC)





A0 Smart-UPS 1400 RM 120V (48VDC)




A4 Smart-UPS 2200 RM 120V






AA Smart-UPS 3000 RM 230V

AB Smart-UPS 3000 RM 208V

AC Smart-UPS 5000 RM 120V

AD Smart-UPS 5000 RM 100V

AE Smart-UPS 5000 RM 230V

AF Smart-UPS 5000 RM 208V

C0 Smart-UPS 450 RM XL 120V










CA Smart-UPS 700 RM XL 230V

CB Smart-UPS 700 RM XL 208V

CC Smart-UPS 1000 RM XL 120V

CD Smart-UPS 1000 RM XL 100V

CE Smart-UPS 1000 RM XL 230V

CF Smart-UPS 1000 RM XL 208V

D0 Smart-UPS 1400 RM XL 120V (24VDC)

D1 Smart-UPS 1400 RM XL 100V

(24VDC) D2 Smart-UPS 1400 RM XL 230V

(24VDC) D3 Smart-UPS 1400 RM XL 208V

(24VDC) E0 Smart-UPS 1400 RM XL 120V





E5 Smart-UPS 2200 RM XL 100V





EA Smart-UPS 3000 RM XL 230V

EB Smart-UPS 3000 RM XL 208V

EC Smart-UPS 5000 RM XL 120V

ED Smart-UPS 5000 RM XL 100V

EE Smart-UPS 5000 RM XL 230V

EF Smart-UPS 5000 RM XL 208V

Check temperature reading:

Test Condition: Connect a 10 kOhm 1% resistor to the remote temperature sense connector of the PCB. Send a "C" to the PCB. Pass/Fail Conditions: The PCB shall pass if it responds between "021.1" and "022.5", inclusive.

Check Model Type

"b" response

UPS Model

140.4.D Smart-UPS 450 120V

140.4.A Smart-UPS 450 100V

140.4.I Smart-UPS 450 230V

140.4.M Smart-UPS 450 208V

145.4.D Smart-UPS 500 120V

145.4.A Smart-UPS 500 100V

145.4.I Smart-UPS 500 230V

145.4.M Smart-UPS 500 208V

150.4.D Smart-UPS 700 120V

150.4.A Smart-UPS 700 100V

150.4.I Smart-UPS 700 230V

150.4.M Smart-UPS 700 208V

155.4.D Smart-UPS 1000 120V

155.4.A Smart-UPS 1000 100V

155.4.I Smart-UPS 1000 230V

155.4.M Smart-UPS 1000 208V

160.4.D Smart-UPS 1400 120V (24VDC)

160.4.A Smart-UPS 1400 100V (24VDC)

160.4.I Smart-UPS 1400 230V (24VDC)

160.4.M Smart-UPS 1400 208V (24VDC)

170.4.D Smart-UPS 1400 120V (48VDC)

170.4.A Smart-UPS 1400 100V (48VDC)

170.4.I Smart-UPS 1400 230V (48VDC)

170.4.M Smart-UPS 1400 208V (48VDC)

175.4.D Smart-UPS 2200 120V

175.4.A Smart-UPS 2200 100V

175.4.I Smart-UPS 2200 230V

175.4.M Smart-UPS 2200 208V

180.4.D Smart-UPS 3000 120V

180.4.A Smart-UPS 3000 100V

180.4.I Smart-UPS 3000 230V

180.4.M Smart-UPS 3000 208V

185.4.D Smart-UPS 5000 120V

185.4.A Smart-UPS 5000 100V

185.4.I Smart-UPS 5000 230V

185.4.M Smart-UPS 5000 208V

141.4.D Smart-UPS 450 XL 120V

141.4.A Smart-UPS 450 XL 100V

141.4.I Smart-UPS 450 XL 230V

141.4.M Smart-UPS 450 XL 208V













161.4.D Smart-UPS 1400 XL 120V (24VDC)

161.4.A Smart-UPS 1400 XL 100V (24VDC)

161.4.I Smart-UPS 1400 XL 230V (24VDC)

161.4.M Smart-UPS 1400 XL 208V (24VDC)

171.4.D Smart-UPS 1400 XL 120V (48VDC)

171.4.A Smart-UPS 1400 XL 100V (48VDC)

171.4.I Smart-UPS 1400 XL 230V (48VDC)

171.4.M Smart-UPS 1400 XL 208V (48VDC)













142.4.D Smart-UPS 450 RM 120V

142.4.A Smart-UPS 450 RM 100V

142.4.I Smart-UPS 450 RM 230V

142.4.M Smart-UPS 450 RM 208V













162.4.D Smart-UPS 1400 RM 120V (24VDC)

162.4.A Smart-UPS 1400 RM 100V (24VDC)

162.4.I Smart-UPS 1400 RM 230V (24VDC)

162.4.M Smart-UPS 1400 RM 208V (24VDC)

172.4.D Smart-UPS 1400 RM 120V (48VDC)

172.4.A Smart-UPS 1400 RM 100V (48VDC)

172.4.I Smart-UPS 1400 RM 230V (48VDC)

172.4.M Smart-UPS 1400 RM 208V (48VDC)













143.4.D Smart-UPS 450 RM XL 120V

143.4.A Smart-UPS 450 RM XL 100V

143.4.I Smart-UPS 450 RM XL 230V

143.4.M Smart-UPS 450 RM XL 208V













163.4.D Smart-UPS 1400 RM XL 120V (24VDC)

163.4.A Smart-UPS 1400 RM XL 100V (24VDC)

163.4.I Smart-UPS 1400 RM XL 230V (24VDC)

163.4.M Smart-UPS 1400 RM XL 208V (24VDC)

173.4.D Smart-UPS 1400 RM XL 120V (48VDC)

173.4.A Smart-UPS 1400 RM XL 100V (48VDC)

173.4.I Smart-UPS 1400 RM XL 230V (48VDC)

173.4.M Smart-UPS 1400 RM XL 208V (48VDC)













Battery Constant

Product 4 5 6 0

SU700RM SU750RM

07 B1 0D 92

SU1000RM 08 B5 0D C7

SU1400RM (24V) 08 B4 10 A3

SMART UPS 3.6 G


Test Condition: Send a "C" to the PCB. Pass/Fail Conditions: The PCB shall pass if it responds between "012" and "035", inclusive. Set Model Type














0C Smart-UPS 1500 120V (24VDC)

0D Smart-UPS 1500 100V (24VDC)

0E Smart-UPS 1500 230V (24VDC)

0F Smart-UPS 1500 208V (24VDC)





























4C Smart-UPS 1500 XL 120V (24VDC)

4D Smart-UPS 1500 XL 100V (24VDC)

4E Smart-UPS 1500 XL 230V (24VDC)

4F Smart-UPS 1500 XL 208V (24VDC)





























8C Smart-UPS 1500 RM 120V (24VDC)

8D Smart-UPS 1500 RM 100V (24VDC)

8E Smart-UPS 1500 RM 230V (24VDC)

8F Smart-UPS 1500 RM 208V (24VDC)





























CC Smart-UPS 1500 RM XL 120V (24VDC)

CD Smart-UPS 1500 RM XL 100V (24VDC)

CE Smart-UPS 1500 RM XL 230V (24VDC)

CF Smart-UPS 1500 RM XL 208V (24VDC)

E0 Smart-UPS 1500 RM XL 120V (48VDC)
















Battery Constant

Product 4 5 6 0

0P1364 (IBM750), 0P1366 (IBM750J), 0P1365 (IBM750I) 0F BA 14 E1

0P1280 (SUA750RM1U) , 0P1281 (SUA750RMI1U) 0P1285 (SUA750RMJ1U), 0P2120 (SUA750RM2U) 0P2230 (SUA750RMI2U)

07 B1 0D 92

0P1283 , 0P1284, (SUA1000RM1U) 05 B2 10 70

0P1243, 0P1244, 0P1291, 0P1358, 0P1360 0P1359 , 0P1342, (SUA1000)

07 B5 13 A8

0P1241 0P1242 0P1249 0P1292 0P1361 0P1362 0P1363 0P1353 (SUA1500)

09 B9 13 A1

0P1245, 0P1246, (SUA1000XL) 0B BD 0F 7F

0P1247 0P1248 (SUA750XL)

0A B9 0C 88

0P1238 0P1239 0P1293 (1500RM2U, 1350W)

7 B9 15 8E

0P2122 (SUA1500RM2U) 0P2124 (SUA1500RMJ2U) 0P2232 (SUA1500RMI2U) 0P2123 (DLA1500RM2U) 0P2233 (DLA1500RMI2U) 0P2125 (DLA1500RMJ2U) 0P1356

08 B4 10 A3

0P2121 (SUA1000RM2U) 0P2231 (SUA1000RMI2U)

08 B5 0D C7

SMART UPS 4 G

Set Model Type


00 Smart-UPS 500 120V 0P0340

01 Smart-UPS 500 100V 0P0295

02 Smart-UPS 500 230V 0P0341


04 Smart-UPS 750 120V 0P0291, 0P0385, 0P0398

05 Smart-UPS 750 100V 0P0290, 0P0384, 0P0397

06 Smart-UPS 750 230V 0P0292, 0P0386, 0P0399






0C Smart-UPS 1500 120V (24VDC)

0D Smart-UPS 1500 100V (24VDC)

0E Smart-UPS 1500 230V (24VDC)

0F Smart-UPS 1500 208V (24VDC)





























4C Smart-UPS 1500 XL 120V (24VDC)

4D Smart-UPS 1500 XL 100V (24VDC)

4E Smart-UPS 1500 XL 230V (24VDC)

4F Smart-UPS 1500 XL 208V (24VDC)





























8C Smart-UPS 1500 RM 120V (24VDC)

8D Smart-UPS 1500 RM 100V (24VDC)

8E Smart-UPS 1500 RM 230V (24VDC)

8F Smart-UPS 1500 RM 208V (24VDC)





























CC Smart-UPS 1500 RM XL 120V (24VDC)

CD Smart-UPS 1500 RM XL 100V (24VDC)

CE Smart-UPS 1500 RM XL 230V (24VDC)

CF Smart-UPS 1500 RM XL 208V (24VDC)

















Battery Constants

PCB Assy SKU 4 5 6 0

0P0290, 0P0291, 0P0292 0P0384, 0P0385, 0P0386 0P0397, 0P0398, 0P0399

04 B6 14 82

0P0295 09 B4 10 B8

0P0340, 0P0341 0A BE 16 B5

0P1342 0P1341 0P1392

SUA1000J SUA1000I IBM1000J

07 B5 13 A8

0P1353 0P1352 0P1390 0P1393

SUA1500J SUA1500I DLA1500J IBM1500J

09 B9 13 A1

0P1344 SUA1000XLI 0B BD 0F 7F

0P1382 SUA750XLI 0A B9 0C 88

0P1356 0P1387

SUA1500RMJ2U DLA1500RMJ2U

08 B4 10 A3


Test Condition: Send a "C" to the PCB. Pass/Fail Conditions: The PCB shall pass if it responds between "012" and "035", inclusive.

Documents

Manual Calibração UPS Smart APC Rev2