Technical data
and startup
6 About this device
6.1 Technical data
Min. Input voltage at terminal 15 (connect inverter)
Min. Input voltage at terminal 15 (automatic disconnection of the
inverter)
Min. HV input voltage for operation
(Software disconnection)
Min. HV input voltage for operation
Min. HV input voltage for full electrical output (V
DCmin
)
Max. HV input voltage (operation) (V
DCmax
)
HV input voltage software disconnection
HV input voltage hardware disconnection
Max. HV input voltage of device (without damage):
X capacity (for HV pre-charging)
Y capacity (for dimensioning of insulation monitoring unit)
1: semiconductor fuse for DC / e.g. fuse type FWH 500V from Bussmann
THREE PHASE OUTPUT U, V, W (R, S, T)
RMS current duration (I
ACcont
)
Periodic cycle with max. current 30 sec 100%, 90 sec 50%
Continuous output (V
DC
=75%V
DCmax
, I
AC
=I
ACcont
, cosφ=0.9)
1
(P
ACcont
)
*1
Max. output (V
DC
=75%V
DCmax
, I
AC
=I
ACmax
, cosφ=0.9)
1
(P
ACmax
)
*1
PWM frequency (symmetric modulation) (f
PWM
)
Efficiency (V
DC
=75%V
DCmax
, P
AC
=P
ACcont
, cosφ=0.9)
*1
*1: 100% AC Sine Modulation, Phase-to-Phase AC Voltage amplitude = V
DC
Length (without cable lugs and connections)
Length (with cable lugs and connections)
Weight (with cooling water)
HV+, HV- high voltage: 2 M8 cable lugs, recommended cable
diameter
Phases U, V, W: 3 M8 cable lugs, recommended cable diameter
23 pole AMP, wire diameter
Motor sensor connector, number of contacts