Powershield PSCRT1100 Commander RT1100VA/880W Line Interactive UPS, Pure Sine Wave Output,
Commander RT1100VA/880W Line Interactive Pure Sine Wave Output. Rack/Tower Design (2RU) Hot-Swappable Batteries, NZ + IEC Outputs, Leading Surge Protection. Multiple Communication Options.
The Microprocessor-based, line Interactive, Pure Sine Wave Commander Rackmount/Tower UPS offers power protection for applications such as networking, telecom, security and motors.
The Advanced ECO mode function allows cost effective operation of the UPS with an efficiency as high as 98%. To provide longer backup time the 2kVA and 3kVA models are expandable to include an additional battery bank.
- Surge Protection, best in its class
- Output power factor 0.8
- Informative & easy-shift LCD display
- Rack/Tower design
- Programmable outlets
- Emergency Power Off Function (EPO)
- ECO & advanced ECO mode
- Hot swappable batteries
- Buck and Boost AVR
INPUT |
||
Voltage |
240Vac (Nominal) |
|
Voltage Range |
162-290V ac |
|
Frequency Range |
50/60Hz ±5Hz (Auto-sensing) ±5Hz |
|
OUTPUT |
||
Output Voltage (AC Mode) |
240Vac (Selectable 208/220/230VAC) ±10% AVR |
|
Voltage Regulation (Batt. Mode) |
±3% |
|
Frequency Range (Batt. Mode) |
50Hz or 60Hz ± 1Hz |
|
Current Crest Ratio |
3:1 |
|
Transfer Time |
6ms (Typical) |
|
Waveform (Batt. Mode) |
Pure Sine Wave |
|
EFFICIENCY |
||
ECO Mode (Advanced) |
98% |
|
Battery Mode |
83% |
|
BATTERY |
||
Standard Mode |
Battery Type & Number |
12Vx9AH (x2) |
Typical Recharge Time |
4 hours recover to 90% capacity |
|
Additional Battery Banks |
N/A |
|
PROTECTION |
||
Full Protection |
Overload, discharge, thermal, short circuit and overcharge protection |
|
Surge Protection |
1560 Joules/32500 Amps |
|
COMMUNICATIONS & MANAGEMENT |
||
Interface |
USB or RS232 as standard, Intelligent slot for PSSNMP, PSModbus or PSAS400 dry contact |
|
Software |
PowerShield NetGuard® software - supports Windows based operating systems, Linux, Unix and Mac |
|
LCD Display/Alarm |
AC Mode, Batt.Mode, Load Level, Input Voltage, Output Voltage, Overload, Fault, Low Batt, Batt.Time Remaining |
|
Audible Alarm |
Battery Mode, Low Battery (Batt. Mode), Fault, Overload |
|
PHYSICAL |
||
Dimension (D x W x H) |
380 x 438 x 88mm |
|
Weight (Net/Gross) |
15kg/16kg |
|
OPERATING ENVIRONMENT |
||
Temperature |
0 - 40°C |
|
Humidity |
0 - 90% (RH Non-condensing) |
|
Noise Level |
<45dB |
|
COMPLIANCE |
||
Safety |
EN62040-1-1 2003, IEC60950-1-1 |
|
EMC |
EN62040-2 2006 |
|
RoHS |
Directive 2011/65/EU |
INPUT |
||
Voltage |
240Vac (Nominal) |
|
Voltage Range |
162-290V ac |
|
Frequency Range |
50/60Hz ±5Hz (Auto-sensing) ±5Hz |
|
OUTPUT |
||
Output Voltage (AC Mode) |
240Vac (Selectable 208/220/230VAC) ±10% AVR |
|
Voltage Regulation (Batt. Mode) |
±3% |
|
Frequency Range (Batt. Mode) |
50Hz or 60Hz ± 1Hz |
|
Current Crest Ratio |
3:1 |
|
Transfer Time |
6ms (Typical) |
|
Waveform (Batt. Mode) |
Pure Sine Wave |
|
EFFICIENCY |
||
ECO Mode (Advanced) |
98% |
|
Battery Mode |
83% |
|
BATTERY |
||
Standard Mode |
Battery Type & Number |
12Vx9AH (x2) |
Typical Recharge Time |
4 hours recover to 90% capacity |
|
Additional Battery Banks |
N/A |
|
PROTECTION |
||
Full Protection |
Overload, discharge, thermal, short circuit and overcharge protection |
|
Surge Protection |
1560 Joules/32500 Amps |
|
COMMUNICATIONS & MANAGEMENT |
||
Interface |
USB or RS232 as standard, Intelligent slot for PSSNMP, PSModbus or PSAS400 dry contact |
|
Software |
PowerShield NetGuard® software - supports Windows based operating systems, Linux, Unix and Mac |
|
LCD Display/Alarm |
AC Mode, Batt.Mode, Load Level, Input Voltage, Output Voltage, Overload, Fault, Low Batt, Batt.Time Remaining |
|
Audible Alarm |
Battery Mode, Low Battery (Batt. Mode), Fault, Overload |
|
PHYSICAL |
||
Dimension (D x W x H) |
380 x 438 x 88mm |
|
Weight (Net/Gross) |
15kg/16kg |
|
OPERATING ENVIRONMENT |
||
Temperature |
0 - 40°C |
|
Humidity |
0 - 90% (RH Non-condensing) |
|
Noise Level |
<45dB |
|
COMPLIANCE |
||
Safety |
EN62040-1-1 2003, IEC60950-1-1 |
|
EMC |
EN62040-2 2006 |
|
RoHS |
Directive 2011/65/EU |