Ever EASYLINE AVR USB, Инструкция по эксплуатации, Страница: 23 / 24

EVER EASYLINE AVR USB UPS Range Operating Manual
23 www.ever.eu Technical Service, tel.: +48 61 6500 400
2017-01-27 12:25 Type 02
PARAMETERS \ TYPE EASYLINE 650 AVR USB EASYLINE 850 AVR USB EASYLINE 1200 AVR USB
Part number T/EASYTO-000K65/00 T/EASYTO-000K85/00 T/ EASYTO-001K20/00
Output Power (Apparent / Active)
1)
650 VA
360 W
850 VA
480 W
1200 VA
600 W
MECHANICAL SPECIFICATIONS
Dimensions (H x W x D) 143 x 100 x 290 mm 195 x 139 x 365 mm
Net Weight 4,4 kg 5,2 kg 8,9 kg
Gross Weight 4,8 kg 5,6 kg 10,2 kg
Transport Dimensions (H x W x D) 230 x 140 x 345 mm 300 x 230 x 450 mm
Position in which devices transported Vertical
Output cables maximum length < 10 m
PROTECT
Input over current protection Protection of electrical installation
Short-circuit protection –
Circuit breaker 8A / 250 V
AC
Output over current protection Electronic short-circuit and overload protection
ACCESSORY AND EXTRA FUNCTIONS
Power supply connection
Power cord ended with plug with ground terminal 16A
(PN-E-93201:1997) + uni-schuko
IEC320 C14
Output connection (number and type of
sockets )
2 x PN-E-93201
2 x PN-E-93201
2 x IEC 320 C13 (10 A)
Signalling Acoustic and optical; LCD display
Communications interfaces USB
Telecom filter – RJ11 Yes No
LAN filter – RJ45 No LAN 10/100 Base-T
Software PowerSoft Professional
CERTIFICATION
Declarations CE
Standards PN-EN 62040-1:2009, PN-EN 62040-2:2008
Note: The manufacturer reserves the right to modify the above parameters without prior notification.
* Charging time to 90% battery capacity, following a prior discharge with a load of 80% Pmax (to shut down the UPS).
Notes:
1)
For standard operation, the load applied to the output must not exceed 80% of the value in the table. The power margin is
necessary to ensure continuous work of the connected devices in the case of instantaneous surges of the load
2)
For UPS with internal batteries 5 ÷ 35 °C. Constant exposure of the battery module to temperatures of +25°C reduces the
battery life
.
3)
The permitted maximum load of the power supply unit decreases with the height above the sea level above the limit
specified above