These modules allow the design UPS systems with output
power ratings between kVA and 480 kVA.
UPS systems with built-in batteries are available combina
tion cabinets.
The hot plug power modules are mounted inside the UPS
system cabinets and can replaced any time whilst the
load continues supplied with secure UPS power.
Output power kVA (n+1)
The UPS system cabinets with dimensions D)
1800 600 800 can accommodate off kVA,
5 off kVA off kVA power modules.
.
2000 high cabinets can accommodate off
10 kVA, off kVA off kVA power modules.s
EN ERTRO NIC odular
Three Phase UPS System s
Technical specification and dimensions
3
BENNING followed the request many customers and has
developed the reliable and cost-effective ENERTRONIC modular
UPS Range with parallel operating three phase hot-plug power
modules.
See page for the specification these systems.
The ENERTRONIC modular UPS range consists power
modules rated kVA, kVA and kVA.
Behind door, the lower part the cabinet contains the
terminals for mains, load, monitoring and battery cables,
plus the maintenance bypass switch. 4).
The UPS monitoring and control panel mounted the
front door the distribution cabinet.
ENERTRONIC modular UPS systems with 240 kVA output
power consist two cabinets. ENERTRONIC modular with kVA
power modules and distribution cabinet.
Output power 200 kVA (n+1)
Fig.
Enertronic modular UPS systems from 280 kVA 480 kVA
output power consist two system cabinets and one distri
bution cabinet.
The distribution cabinet contains the parallel connections
for all the power modules and terminals for mains, battery
and monitoring cables. ENERTRONIC modular
with kVA power modules.
Each power module represents complete double conver
sion UPS system with three phase input, rectifier, inverter,
static by-pass, DSP processor regulation and three phase
output.
Fig. The output power ranges between kVA and
40 kVA (Fig. 3).
Please note that the width system cabinets for kVA
power modules always 800 mm. One system cabinet for up
to power modules and one distribution cabinet (fig
