Nessun titolo diapositiva

1
The 70-NET
Power range from 10 to 60 KVA
Voltages and frequencies
Full flexibility for battery autonomies
General characteristics
2
Upper and lower 70-NET ranges
Upper 70-NET 50 to 60kVA
Lower 70-NET 10 to 40kVA
3
Ratings and dimensions
External Batteries Double Input Feeder Floor
standing Frontal Switches Frontal
Terminals Top Ventilation (IP20)
50kVA
60kVA
4
Switches and Terminals
50kVA
60kVA
5
Ratings and dimensions
50 kVA at 40C 55 kVA at 25 C Foot print 0,52
m2 Weight 260 kg
50kVA
1780mm
60kVA
835mm
620mm
6
Ratings and dimensions
60 kVA at 40C 66 kVA at 25 C Foot print 0,52
m2 Weight 260 kg
50kVA
1780mm
60kVA
835mm
620mm
7
Ratings and dimensions
10kVA
Integrated Batteries Double Input Feeder On
Casters Frontal Swithces Rear Connections Rear
Ventilation (IP21)
15kVA
20kVA
30kVA
40kVA
8
Switches and Terminals
10kVA
15kVA
20kVA
30kVA
40kVA
9
Ratings and dimensions
10kVA
10 kVA at 40C 11 kVA at 25 C Foot print 0,40
m2 Weight 145 kg()
15kVA
20kVA
1400mm
30kVA
40kVA
800mm
500mm
() Weight without batteries
10
Ratings and dimensions
10kVA
15 kVA at 40C 16,5 kVA at 25 C Foot print
0,40 m2 Weight 145 kg()
15kVA
20kVA
1400mm
30kVA
40kVA
800mm
500mm
() Weight without batteries
11
Ratings and dimensions
10kVA
20 kVA at 40C 22 kVA at 25 C Foot print 0,40
m2 Weight 145 kg()
15kVA
20kVA
1400mm
30kVA
40kVA
800mm
500mm
() Weight without batteries
12
Ratings and dimensions
10kVA
30 kVA at 40C 33 kVA at 25 C Foot print 0,44
m2 Weight 190 kg()
15kVA
20kVA
1600mm
30kVA
40kVA
800mm
550mm
() Weight without batteries
13
Ratings and dimensions
10kVA
40 kVA at 40C 44 kVA at 25 C Foot print 0,44
m2 Weight 210 kg()
15kVA
20kVA
1600mm
30kVA
40kVA
800mm
550mm
() Weight without batteries
14
The 70-NET
Power range from 10 to 60 KVA
Voltages and frequencies
Full flexibility for battery autonomies
General characteristics
15
Standard voltages and frequencies
Three phase input Voltage 400V 20 15
voltage with derating -30 Frequency 50/60
Hz 10 Power Factor gt0,95
Three phase output Voltage 380-400-415V
Frequency 50/60 Hz Power Factor 0,8
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R Special Version
3 wires (3Ph)
4 wires (3Ph N)
T.V.S.S.
Three phase input Voltage 400V 25 15
voltage with derating -30 Frequency 50 Hz
10 Power Factor gt0,95
Three phase output Voltage 380-400-415V
Frequency 50 Hz Power Factor 0,8
17
T Special Version
3 wires (3Ph)
4 wires (3Ph N)
Three phase input Voltage 400V 25 15
voltage with derating -30 Frequency 50 Hz
10 Power Factor gt0,95
Three phase output Voltage 380-400-415V
Frequency 50 Hz Power Factor 0,8
18
LAM Special Version
3 wires (3Ph)
4 wires (3Ph N)
Three phase input Voltage 208V voltage
with derating -30 Frequency 60 Hz
10 Power Factor gt0,95
Three phase output Voltage 208V Frequency
60 Hz Power Factor 0,8
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The 70-NET
Power range from 10 to 60 KVA
Voltages and frequencies
Full flexibility for battery autonomies
General characteristics
20
Battery Charger Current
21
Standard Autonomies
70-NET can use the same battery configurations as
90-NET! Same Number of Elements Matching
with 90-NET battery cabinets
Refer to the Price List for details of the
standard autonomies
22
Battery Charger Current
23
Standard Autonomies
24
The 70-NET
Power range from 10 to 60 KVA
Voltages and frequencies
Full flexibility for battery autonomies
General characteristics
25
70-NET Performances
Applied Standards and Quality Marks
Output Power Compensation
EMC Compatibility
Neutral Sized for Non-linear Loads
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Applied Standards and Quality Marks
Applied Standards EN 50091-1-1
(Safety) EN 50091-2 (Electro-magnetic
compatibility) IEC/EN 62040-3 (Performance and
test method requirements) Certifications
TÜV quality mark (10 40kVA)
27
Additional Power in Controlled Environment
Nominal power ratings refer to the worst
environmental conditions 40C In normal
conditions (controlled environment) the output
power is higher
Output power compensation with reduction in
ambient temperature
at 25C 110 at 30C 105 at 40C 100
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EMC class
() Special application, on demand. Not in
standard price list.
29
Neutral sized for non-linear loads
the neutral current may be up to 1,7 times the
phase current if the system supplies Non-linear
single phase loads in each phase (e.g, Computer
loads)
L1
L2
L3
N
IL1 IL2 IL3 IL (pp) 2,5 x IL rms IN 2,5
x IL rms / 1,41
30
Neutral sized for non-linear loads
3rd harmonicPHASE U
PHASE U
3rd harmonic PHASE V
PHASE V
3rd harmonic PHASE W
PHASE W
NEUTRAL
I NEUTRAL