LIEBERT APM 60 kWA

Liebert APM - this compact uninterruptible power supply (UPS) with FlexPower technology, which combines the functions of a scalable power and distributed intelligence in one unit. This technology enables maximum performance in minimum space

Benefits:.
· Energy Efficiency. Liebert APM allows to set any number of power modules in dependence on the system parameters, and high efficiency (up to 96%) provides the best state of the system and reduces power consumption.
Liebert APM is designed to be the standard double conversion UPS efficiency.
· Modular design. Using a smaller number of blocks, you can build a power system that will meet your objectives and be able to grow with them.
· Hot-swappable power units, which ensures maximum operational readiness. Recovery efficiency in seconds, thanks to hot-swappable modules.
· Compactness and UPS battery providing backup power 60 kW for 10 minutes on a total area of ​​0.66 sq. meters - it was impossible to imagine even a few years ago
· A wide range of reliable operation!. Load with leading or lagging power factor - it's hard to find a strain that could not have done Liebert APM
· FlexPower TM technology. The Liebert APM is used FlexPowerTM technology, based on distributed intelligence and scalable power
· monitoring and control functions for monitoring the status and control system. (Integrated main display)

maximum efficiency at all levels of activity
Liebert APM - standard UPS efficiency, reaching almost 96%. Most of the UPS in real conditions is not fully loaded, and 60 - 70%. This is especially true in the case of parallel redundant systems, where each unit responsible for half load, i.e. 35 or 30%. Always wise to leave a safety margin in case of growth or peak load values, but it may decrease the efficiency of the system. All this does not apply to Liebert APM: thanks to the efficiency curve substantially flat, they provide maximum efficiency regardless of load level

Specifications:
Power (KW) - 60 kVA
<. br /> system efficiency:
double conversion mode (AC-AC) - from 95% to 96% under a load of> 30%

input parameters:
Nominal input voltage - 380 / 400/415 VAC, three phase, four wire
nominal operating frequency - 50/60 Hz
range input voltage - 305V - 477V at full load, from -25% to -40% with linear load reduction
range input frequency - 40/70 Hz
input power factor -> .99 0 at full load,> 0.98 at half load
input power factor -> .99 0 at full load> 0.98 at half load
input total harmonic distortion (THDi) - <3%

DC Parameters:
Number accumulator secondary batteries - 30,32,34,36,38,40
Temperature Compensation - Yes
The maximum operating time of the internal battery - 10 minutes
Control accuracy charger output voltage - 1%
ripple DC - <1%

Output parameters:
inverter output voltage - 380/400/415 VAC, three phase, four wire
inverter output frequency - 50/60 Hz
Stability output frequency - 50/60 Hz ± 0.02%

voltage Stability:
Steady state ± 1%, typically
transition mode +/- 5%, typically
reaction time in the transient operation mode <20 ms
Stability inverter overload - 1 hour at 110%, 10 minutes at 125%, 1 minute at 150%, 200 ms for> 150%

phase shift:
At 100% balanced load - <1 °
At 100% unbalanced load - <1.5 °

total harmonic voltage distortion ( THDv):
100% linear load - < 1 °
nonlinear load 100% - <1.5 °

bypass Parameters:
bypass input voltage - 380/400/415 VAC, three phase, four wire
bypass voltage range, software - default from -20% to + 15%, and other values, e.g., -40%, -30%, -10% to + 10%, + 15%
bypass Stability overload - 135% durable, 170% for 1 hour to 1000% for 100 ms

Environmental parameters:
operating temperature range - 0 - 40 ° C
storage temperature - from -25 to 70 ° C
maximum working height above sea level - <1000 m, when working at a height of 1000> 2000 nominal performance is reduced by 1% for every 100 m lift
Relative humidity - <95%
noise level (at a distance of 1 m) - 52 - 62 dB, depending on the load and number of modules
class IP - IP20

Standards:
EC Low Voltage Directive - 2006/95 / EC with additional Directive 93/68 / EEC, EMC Directive 2004/108 / EC
General requirements and safety requirements for UPS used in accessible areas for personnel - IEC / EN 62040-1-1, including IEC / EN requirements 60950-1
requirements for electromagnetic Compatibility (EMC) for UPS - IEC / EN 62040-2 class C2 stability, emission class C2
method of determining the performance of the UPS testing requirements - IEC / EN / AS 62040-3 < br />
Physical parameters:
Dimensions W x B x D (mm) - 600 x 1996 x 1100
Weight (kg) - 315