Tower models – MaxPower Corp UniStar P Tower User Manual

Page 5

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Tower Models

SC60021T

SC60022T

SC80021T

SC80022T

SC11021T

SC11022T

INPUT

Connection

Hardwire / Optional 6ft. Line

Cord with L6-30P Plug

Hardwire

Voltage Range

160 -280Vac

Frequency

45 ~ 65 Hz

Phase/Wire

Single, Line + Common + Ground

Power Factor

Up to 0.99 at 100% Linear Load

Current THD

<5% at 100% Linear Load

OUTPUT

Connection

Hardwire

Voltage

208/120 or

240/120Vac

208/220/230/

240Vac

208/120Vac or

240/120Vac

208/220/230/

240Vac

208/120 or

240/120Vac

208/220/230/

240Vac

Voltage Adjustment

+/- 0%; +/- 1%; +/- 2%; +/- 3% For All Voltages

Voltage Regulation

+/- 2%

Capacity

6000VA/4200W

8000VA/5600W

10000VA/7000W

Parallel Capability

Redundancy or Capacity – 4 Units

Rated Power Factor

0.7 Lagging

Wave Form

Sine Wave, THD < 3% (no load to full load)

Frequency Stability

+/- 0.2% (Free Running)

Frequency Regulation

+/- 1 Hz

Transfer Time

0ms/instantaneous

Crest Factor

3:1

Effi ciency
(AC to AC Nominal)

91%

Effi ciency
(AC to AC ECO Mode)

Up to 97%

Up to 93%

Leakage Current

< 3mA @ Full Load

Manual Bypass Switch

Make – Before - Break

DC Start

Yes

Cooling

Load Dependant Variable Speed Fans

DISPLAY, ALARMS, DIAGNOSTICS, COMMUNICATIONS & EMERGENCY FUNCTION

Status On LED + LCD

Line Mode, Backup Mode, ECO Mode, Bypass Supply, Battery Low, Battery Bad/Disconnected,
Overload, Transferring with interruption & UPS Fault

Readings On LED + LCD

Input Voltage, Input Frequency, Output Voltage, Output Frequency, Load Percentage,
Battery Voltage & Unit’s Inner Temperature

Self-Diagnostics

Upon Power-on, Front Panel Setting & Software Control, 24 Hour self check

Audible Alarms and Visual

Line Failure, Battery Low, Transfer to Bypass, System Fault Conditions

Communications

RS232 Serial Port ( 2 slots available for optional SNMP/WEB, USB or Dry Contact Card)

Emergency Power Off
(EPO) Connection

Emergency Power Off shuts down UPS when activated by customer supplied EPO Circuit

PHYSICAL

Dimensions (H x W x D)

29.5" x 11.4" x 25.4"

34.7" (21

T

)

, 29.5" (22

T

)

x 11.4" x 25.4" 34.7" (21

T

)

, 29.5" (22

T

)

x 11.4" x 25.4"

Weight (lbs.)

265 (21T), 190 (22T)

320 (21T), 203 (22T)

340 (21T), 223 (22T)

Safety and Performance

UL1778, c-UL; CE – FCC Class A, N 50091-2, EN 61000 (various),

IEC 61000 (various), IEC 62040-2, CISPR 22

INTERNAL BATTERY

Battery Run Time@Full
Load

8

7

5

Type

Sealed Lead Acid Maintenance

Free, 20 each 12V/7AH, 240Vdc

Sealed Lead Acid Maintenance

Free, 20 each 12V/9AH, 240Vdc

Sealed Lead Acid Maintenance

Free, 20 each 12V/9AH, 240Vdc

Hot – Swap Batteries

Yes

Recharge Time

4 hours to 90%

5 hours to 80%

*Extended Run Time
Battery Cabinets

SC-BP6000T-2, SC-BP6000T-3, SC-BP1100T-2, SC-BP1100T-3

(Refer To Run Time Chart)

OPTIONAL COMMUNICATION Cards and Shutdown Software

SC-SNMP1

SNMP/WEB Network Card & Shutdown Software

SC-Contact/EPO

Dry Contact & EPO Card

SC-PK

Parallel Cable kit contains two RJ45 cables and miscellaneous hardware for paralleling

Note: (2) slots available; both cards can be used simultaneously; RS232 Port is disabled when communication cards are installed.

OPTIONAL EXTERNAL EXTENDED BATTERY CABINETS

Model

SC-BP6000T-2 & -3

SC-BP1100T-2 & -3

Type

Sealed Lead Acid Maintenance Free,

-2: 40 each & -3: 60 each 12V/9AH, 240Vdc

Sealed Lead Acid Maintenance Free,

-2: 40 each & -3: 60 each 12V/9AH, 240Vdc

Hot – Swap Cabinets

Yes

Battery Connection

Connector

Dimensions (H x W x D)

29.5" x 11.4" x 25.4"

Weight (lbs.)

326

OPTIONAL EXTENDED BATTERY PACK CHARGER

SC-CHG-1000

1000W External Mount Battery Charger (1) charger per
every (2) External Battery Packs Required

3.4"H x 6.6"W x 11.1"D

7 lbs.

OPTIONAL PARALLEL DISTRIBUTION / BYPASS MODULE

(Note 1)

SC-PKIT-2

Parallel Distribution Bypass 60Amp for (2) UPS Modules

3.7"H x 10.5"W x 9.5"D

11 lbs.

SC-PKIT-4

Parallel Distribution Bypass 120Amp for (4) UPS Modules

3.7"H x 10.5"W x 16.4"D

20 lbs.

Notes:
Parallel for capacity confi gurations can use (1) battery system sized for the ultimate capacity.
Parallel for redundancy confi gurations require (1) battery system for each UPS.

Tower Models

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