Alpitronic hypercharger HYC50 - Table 14: Electrical Connection Data HYC50; Table 15: No-Load Power Dissipation at 400 Vac According to Display Brightness; Table 16: Frequency Bands and Transmission Power of the HYC50

HYC50 - Operation and Installation Guide
Version 2-2
Page 98 of 102
11 Technical data
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Electrical connection data HYC50 depending on the configuration
Parameter
Nominal value
Operating voltage U
NOM
3x 220/230 (380/400) Vac +PE
(+10%...-15%), see nameplate
Network types
TN-C, TN-S, TN-C-S, TT
Frequency
50/60 Hz (±5%)
Rated current I
NOM
90 A
Efficiency
96% @P
NOM
(worst case)
Maximum back-up fuse to be provided
(mandatory)
Fuse 125 A gG (gL)
Circuit breaker MCB/MCCB 125 A
(characteristic curve B or C)
Maximum connection cross-section
50 mm² (see note Table 6)
Permissible outer diameter of the supply line
24…35 mm
Permissible rated short-time current I
cw
25 kA @I-duration 3ms
Ratio of max. rated short-circuit current I
pk
to I
cw
I
pk
/I
cw
≤ 1.8
Contribution to the short-circuit current
I
NOM
Overvoltage category
OVC III
Integrated overvoltage protection (SPD)
Type 1+2+3
Table 14: Electrical connection data HYC50
Standby power consumption
Type
Power level
Display brightness
Power [W]
HYC50
STANDBY
7/10
24.7
10/10
27.0
Table 15: No-load power dissipation at 400 Vac according to display brightness
Wireless Connections
The HYC50 radio modem supports the following frequency bands:
Frequency band
Transmission level (max. rated power)
WCDMA B1, B8 (UMTS900, UMTS2100)
24 dBm
LTE FDD B1, B3, B7, B8, B20, B28
23 dBm
GSM 900
33 dBm
GSM 1800
30 dBm
Table 16: Frequency bands and transmission power of the HYC50