Powerware 9340



Features and Benefits

  • Easy access for service and requires less space

  • No unexpected failures (digital DSP technology constantly monitors internal UPS operation)

  • Reduced battery corrosion is resulting up to 50% longer battery lifetime

  • Patented paralleling technology requires no communication between modules

  • Distributed canbus control architecture, redundant 2 + 1 main cooling fans, redundant power supplies

  • Small input fuses, cheaper installation

  • Active control leading to low current distortion in the input

  • Trouble free output. Solution for every application


Powerware 9370 UPS Technical Specs

Specification Details

 

Rating

80 kVA

100 kVA

130 kVA

Part number

PW9340-80I-N

PW9340-100I-N

PW9340-130I-N

Capacity (VA/Watts)

80/64

100/80

130/104

Dimensions HxWxD ( mm)

1917x1100x766

1917x1100x766

1917x1100x766

Weight (kg)

1040

1040

1040

Input connection

Hardwired

Hardwired

Hardwired

Output connection

Hardwired

Hardwired

Hardwired

Typical runtime

Full load

5 min (ext. bat)

5 min (ext. bat)

5 min (ext. bat)

Half load

87 min

64 min

44 min

Oprational

Nominal input voltage (Vac)

220/380, 230/400, 240/415 Vac three-phase

Input voltage range

342 to 456 Vac

Operating frequency

50/60 Hz (45 to 65 Hz)

Input power factor

0,99

Input current distortion

3% THD

Nominal output voltage

220/380, 230/400, 240/415 Vac three-phase

Output voltage regulation

±1% static;
±5% dynamic at 100% load change, <3 ms recovery time

Overload capacity

101-110% for 10 min (online);
111-125% for 1 min (online);
126-150% for 30 sec (online);
1000% for 20 msec (bypass)

Efficiency

92% (online); 97% with Efficiency Optimiser

User Interface

LCD-display

Graphical with status, measurements of performance, alarms and event log.

LED

UPS on, on battery, on bypass, notice, alarm

Standard communication ports

1 x RS232 for local support;
2 x relay contacts: general UPS alarm, line failure;
4 x programmable inputs: generator on, external bypass,
inverter on/off, Environment alarm;
1 x emergency power off input
4 x empty connectivity slots for optional cards

Optional

External battery cabinets and racks;
remote ViewUPS display panel
RS232 extension,
SNMP/web, Modbus/Jbus, modem,
and AS/400 relay cards for connectivity slots;
Parallel capacity/redundancy systems, isolation transformers, SPM 9340

Environmental

Operating temperature

0°C to +40°C

Storage temperature

-25°C to +60°C

Altitude

< 1000 m

Audible noise at 1 meter

67 dB(A) according to ISO 7779

Certification

Quality

ISO 9001

Markings

CE/GOST

Safety

EN 50091-1-1, IEC 60950

EMC

EN 50091-2



Powerware 9370



Features and Benefits

  • Powerware Hot Sync® parallel up to 8 units

  • Completely digital control, using CAN bus technology (typically for harsh environments)

  • Excellent output voltage stability, ideal for 100% step loads, unbalanced and nonlinear loads

  • 12 Pulse rectification standard for 400-500 kVA

  • Internal static and manual bypass

  • Top & bottom cable entry standard for 400-500 kVA

  • Inherent reliability through distributed control, power supply and cooling system redundancy

  • Easier maintenance with front access for installation and service

  • Software Suite with full compatibility


Powerware 9370 UPS Technical Specs

Specification Details

 

Rating (kVA)

200 kVA

250 kVA

400 kVA

500 kVA

Capacity (kVA/KW)

200/160

250/200

400/320

500/400

Dimensions 6 pulse WxHxD mm

1220x1900x860 

1220x1900x860 

 

 

Dimensions 12 pulse WxHxD mm

1620x1900x860 

1620x1900x860

2140x860x1900 

2140x860x1900 

Weight 6 pulse (kg)

1300

1300

 

 

Weight 12 pulse (kg)

1700

1700

2880

2880

Input connection

Hardwired

Hardwired

Hardwired

Hardwired

Output connection

Hardwired

Hardwired

Hardwired

Hardwired

Battery

External

Operational

Nominal Input voltage (VAC)

220/380, 230/400, 240/415 VAC three-phase

Input voltage range

342 to 456 VAC

Operating frequency

50/60 Hz (45–65 Hz)

Input Power factor

0,83 lag (nominal full load) ; 0,95 with filter

Input current distortion (THD)

30% 6p, 7% 12p, <4% 12p + filter

Nominal Output voltage

220/380, 230/400, 240/415 VAC three-phase

Output voltage regulation

±1% static; 

±5% dynamic at 100% load change, <3 ms recovery time

Overload capacity

101–125% for 10 min (on-line); 126–150% for 1 min (on-line); 1000% for 1 cycle (bypass)

Efficiency 

93%

Option

Parallel capacity/redundancy; ABM; backfeed protection; isolation transformer; 12 pulse (standard for 400-500 kVA); input filters; external bypass; external battery cabinets; transformers/ autotransformers for voltage adaption; top cable entry (standard for 400-500 kVA)

User interface

LCD-display

Graphical LCD display showing status, measurements of performance, alarms and event log

LED

UPS on, on battery, on bypass, notice, alarm

Standard communication ports

1x RS232 for local support; 4x AS/400 relays;
4 programmable input:: generator on, external bypass, inverter on/off, environment alarm;
Remote Emergency Power Off;
4x empty connectivity slots for optional cards

Optional

RS232 extension, SNMP/WEB, Modbus/Jbus, modem,
Remote ViewUPS display panel, additional relays

Environmental

Operating temperature

0°C to +40°C

Storage temperature

--25°C – +60°C

Altitude

< 1000 m

Audible noise at 1 meter (dBA)
(According to ISO 3747)

70

Certification

Markings

CE, GOST

Safety

IEC 60950, IEC EN 62040-1-1

EMC

EN 50091-2 , IEC 62040-2

Performance and Test

IEC EN 62040-3



Powerware PB4000 UPS



Features and Benefits

  • Modular construction for flexible solutions

  • Parallel able up to 2 MVA and Advanced Power Management (APM)

  • Progressive Battery Management (PBM) with temperature compensation

  • Excellent output voltage, even with 100% unbalanced and non-linear loads

  • Inherent reliability through distributed controls and power supply

  • Easy maintenance with front access for installation and service




Powerware PB4000 UPS Technical Specs

Specification Details

 

Rating (kVA)

10–15-20-30

40-60

80-100-120

160-200

250

Capacity (kVA/KW)

10/8, 15/12, 20/16, 30/24

40/32, 60/48

80/120, 100/80, 120/96

1600/128, 200/160

250/200

Dimensions HxWxD ( mm)

1470x560x835

1470x560x835

1470x825x835

1825x1220x925

1825x1220x925

Weight (kg)

310-385

440-510

669-745

1175

1300

Input connection

Hardwired

Hardwired

Hardwired

Hardwired

Hardwired

Output connection

Hardwired

Hardwired

Hardwired

Hardwired

Hardwired

Battery

Internal or external

External

Operational

Nominal Input voltage (VAC)

220/380, 230/400, 240/415 VAC three-phase

Input voltage range

342 to 477 VAC

Operating frequency

50/60 Hz (+-10%)

Input Power factor

0,83 lag (nominal full load) ; 0,9 with filter

Input current distortion (THD)

27% 6p, 10% 12p, 5% 12p + filter

Nominal Output voltage

220/380, 230/400, 240/415 VAC three-phase

Output voltage regulation

±1% static;
±5% dynamic at 100% load change, <50 ms recovery time

Overload capacity

125% for 10 min, 150% 5sec (online three-phase);
170% for 10 min, 200% 5sec (online one-phase);
2000% for 20 msec (bypass),
130% continuous (bypass)

Efficiency ( 98% with Efficiency Optimiser)

>90%

>91%

>91%

>93%

>93%

Option

Parallel capacity/redundancy and hot-standby systems; isolation transformers, 12 pulse, input filters, separate input terminals, external bypass, external battery cabinets, transformers/autotransformers for voltage adaptations, top cable entry, frequency converters

User interface

LCD-display

LCD display showing status, measurements of performance, alarms and event log.

LED

LEDs + mimic display

Standard communication ports

1xRS232 for local support; AS/400 relays;
2xrelay contacts: EPO signal, General UPS alarm;
Remote Emergency Power Off

Optional

RS232 extension, SNMP/WEB, Remote UPS display panel,
9 relay Outputs; additional measures

Environmental

Operating temperature

0ºC to +40ºC

Storage temperature

-25ºC to +85ºC

Altitude

< 1000 m

Audible noise at 1 meter (dBA)
(According to ISO 3747)

58

60

61-62

70

70

Certification

Markings

CE

Safety

EN 50091-1

EMC

EN 50091-2