SEMISTACK - SEMIKUBE B6CI Circuit
Id
Vac(Vdcmax)
Types
B6CI
210
460 (750)
SEMIKUBE 210G B6U+B6CI 130 V12 - ½
Symbol
IGBT Module Stack Three-phase inverter + input rectifier SEMIKUBE B6CI - Size ½ SKM 400GB 128D x 3 SKKD 162 x 3 SKYPER 32PRO Target Data
Features • Highly compact • Integrated current and temperature sensors • Easy maintenance • Easy mounting and dismounting • Very high Life-Time Expectancy • very low inductive DC bus
Conditions
Irms max no overload; 3kHz, 650Vdc, 400Vac, cosφ=0.85 Tamb = 40°C 110% overload, 60s every 10 min (Iovl /Inom) 150% overload, 60s every 10 min (Iovl /Inom) Vcemax Absolute max switching frequency fSWmax SEMIKRON Type
Ceqvl
Equivalent capacitor bank
VDCmax Caps.LTE Rectifier
Max DC voltage applied to the capacitor bank Calculated; without forced air cooling
Vnetmax
max network voltage (line side)
Tvj Tstg Tamb Visol w Absolute peak current Cooling Losses
junction temperature for continuous operation without requirement of reforming of capacitors
Tests
Typical Applications
Units
210 224 / 204 248 / 166 1200 16,1
A A A V kHz
SKC4M7-40A1
C
Options
Values
7,05mF(±20%) / 800Vdc 750 VDC > 60 kHrs 460 (-20% / +15%)
Vac
-40...+125 -20...+40 -20...+551) 2500 20
°C °C °C Vac kg
Maximum measurable current, IanalogOUT= 10V
450
APeak
Required air-flow per fan Converter at P max, Tamb = 40°C Efficiency Half-controlled input rectifier Cooling fan Sealing kit for through-wall mounting Functional test at V DCmax, Irmsmax, fSWmax Short-circuit test Visual inspection Dielectric (optional)
1000 1850 98,5
m3/h W %
50Hz / 1min approx total weight
• Industrial • AC motor control • UPS
1)
Electrical parameters to be derated for Tamb >40°C
B6U + B6CI 2
Power Electronic Systems – SEMISTACK
21-06-2005
© by SEMIKRON
SEMISTACK - SEMIKUBE B6CI
Fig.1: Maximum overload current, Tamb= 40°C
Fig.2: Maximum overload current, Tamb= 50°C
Fig.3: Max. permanent inverter current vs. fSW , Tamb = 40°C
Fig.4: Max. permanent inverter current vs. fSW , T amb = 50°C
Fig.5: Maximum nominal current vs.ambient temperature
Fig.6: Maximum nominal current vs. DC Link voltage
© by SEMIKRON 21-06-2005
Power Electronic Systems – SEMISTACK
3
SEMISTACK - SEMIKUBE B6CI
Stack design may vary depending upon the version. Please contact SEMIKRON for further details
This technical information specifies semiconductor devices but promises no characteristics. No warranty or guarantee expressed or implied is made regarding delivery, performance or suitability.
4
Power Electronic Systems – SEMISTACK
21-06-2005
© by SEMIKRON