EasyManua.ls Logo

Effekta USV MTX Series - Page 53

Effekta USV MTX Series
60 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
"VI"- USV 800-3000 VA
Technical Data
s
53
MTX:
1500
1500 VA / 1350 W
2000
2000 VA / 1800 W
3000
3000 VA / 2700 W
UPS input
Mains power supply
1 phase, neutral conductor and PE conductor
Nominal voltage
230 VAC
Voltage ranges
150-234/156-243/162-268/170-280/177-290 VAC
Frequency range
50/60 Hz 5 Hz (automatic detection)
UPS output
Mains power supply
1 phase, neutral conductor and PE conductor
Nominal voltage
200, 208, 220, 230, 240 VAC
Voltage accuracy
1.5 % (inverter mode)
AVR (BOOST) supply mode
+10%
AVR (BUCK) supply mode
-15% (-13% at 200, 208 VAC)
Frequency
50 or 60 Hz 0,1 % (inverter mode)
Wave form
sine
Crest factor
3
Switchover time
typical 4-6 ms, maximum 10 ms
Overload/Alarm time
103-120% / 5 min. supply mode, 1 min. inverter mode
120-150% / 10 s
150% / immediate shutdown of the UPS
Effi-
ciency
Economy mode
97.5%
AVR mode
95%
Autonomous mode
88% to 90%
91% to 92%
Battery
bank
(internal)
Voltage nom.
48 VDC
72 VDC
Capacity
4x 9 Ah
6x 9 Ah
End charging voltage
54.8 VDC 1%
82.1 VDC 1%
Maximum chargng current
1.5 A
Charging time
after 6 h, 90 % of the capacity has been reached (internal battery
bank)
Device
Device protection
Overload, deep discharge, overcharge
Dimensions (D x W x H) mm
484 x 145 x 240
427 x 190 x 338
Weight
20.40 kg
21.60 kg
30.50 kg
Communication
USB, RS232 (Modbus protocol)
Slot for expansion cards, e.g. SNMP
Standards / Guidelines
Safety: EN 62040-1
EMV: EN 62040-2, Class C2
Operation: EN 62040-3
Environment
Temperature ranges
Operation: 0 .. 40 °C
Storage: -25 .. 55 °C (without accumulators)
Storage: 0 .. 40 °C (with accumulators)
Rel. humidity
0 90 % (non-condensing)
Noise level
< 45 dB in standard operating mode, < 55 dB in inverter mode
The entire output capacity for the MTX series is calculated up to an operation
height maximum of 1000 m MSL. Furthermore, this results in approximately
1.5% loss per 100 m in height (=> 85 % output capacity is available at 2000 m).

Related product manuals