ModSTACK
TM
Preliminary Data
Datasheet: B6I 690/1100-250G M, S
Key Data
3 x 250A AC at 690V AC, aircooled, switching frequency max 2250Hz
General Information
Stack with IGBT, heatsinks, capacitors, drivers and sensors for several inverter applications.
These are only technical data! Please read heedful the complete documentation and attend the
adopted design environment! Especially the EMC environment and the controller
functionality.
Topology
Load Type
Cooling
Targed Application
Extra
Drivercore
Monitors
Module (Unit1)
Module (Unit2)
Interface
Standards
Product ID (eupec)
Drawing No.
Circuit Diagram No.
38000017_MB
57000004
IGBT
DC Link + B6I
Resistive, inductive load
Forced air
Industrial Drive
Available in Master [M]
and Slave [S]
configuration
Scale Driver
Current-, Voltage-,
Temperature-Monitoring
n.a.
3x FF600R17KF6C B2
Electrical, opt. Optical
EN50178, UL94,
prepared for UL508C
Unit1
Unit2
Electrical Data
Assumed Linevoltage
DC Link Voltage
DC Link Overvoltage
Shutdown
DC Link Current
Voltage Unit1
Continious Current
Unit1
Shorttime Current
Unit1
Pulse Current Unit1
DC Current at Unit1
B6I690-1100-250G.doc
Parameter
For Isolation-
Management
Within 100µs
Min
Typ
Max
V
line
V
DC
I
DCLink
V
unit1
I
Unit1
I
Unit1_10
I
Unit1_DC
1 of 9
690
975
V
DCmax
306
-
V
RMS
1219
V
av
V
A
av
V
A
A
-
-
A
peak
A
av
2005-03-18
ϑ
=
ϑ
air_inlet
10s, every 180s, initial
load =
I
Unit1
Sinehalfwave 20ms
No rotating field,
ϑ
=
ϑ
air_inlet,
-
-
ModSTACK
TM
Preliminary Data
-
f
sw1
P
loss1
V
unit2
cos_ϕUnit2
Datasheet: B6I 690/1100-250G M, S
Overcurrent Shutdown
Percentage of
I
Unit1.
Within 15µs
Unit1
Switching Freq. Unit1
Power Losses Unit1
V
=
V
unit1_min,
I
=
I
Unit1, fsw=fsw1
Depending on
Voltage Unit2
Controller
%
Hz
W
V
RMS
+1
250
A
RMS
-
-
690
-1
Displacement factor
Continious Current
Unit2
Shorttime Current
Unit2
Pulse Current Unit2
DC Current at Unit2
Overcurrent Shutdown
Unit2
Switching Freq. Unit2
Power Losses Unit2
Power Losses (PCB
and Capacitor)
Auxiliary Voltage
Auxiliary Power
Demand
EMC Test
ϑ
=
ϑ
air_inlet,
ϑ
chip <= 125°C
f
Unit2>5Hz
ϑ
air_inlet<=40°C,
10s, every 180s,
initial load =
I
Unit2
Sinehalfwave 20ms
No rotating field,
ϑ
=
ϑ
air_inlet,
Percentage of
I
Unit2.
Within 15µs
I=
I
Unit2,
f
sw=
f
sw2
I
Unit2
I
Unit2_60
300
A
RMS
I
Unit2_DC
125
f
sw2
P
loss2
P
loss_aux
18
-
0,4*
I
Unit2
2250
3300
300
24
40
2
1
1
1,8
30
A
peak
A
DC
%
Hz
W
W
V
av
W
kV
kV
kV
RMS
V
aux
V
aux=24
V
av, to feed
P
aux
with B6U
According
EN61800-3
at named
interfaces
Power
Control
Aux
(24V)
Insulation Test Voltage
According EN50178
f=50Hz, t=1min
V
Burst
V
Burst
V
Surge
V
isol
Important Component Data
DC Link Capacitor
DC Link Capacitor
Loadcycle: Wind
Capacitor Design
Lifetime
Loadcycle: Solar
(eupec approximation)
Loadcycle for:
Industrial Drive
(
ϑ
air=35°C, I=0,8,
Duration=24h/Day)
C
DC
Type
LT
D
LT
D
LT
D
6,26
Electrolyt
-
-
t.b.d.
mF
Year
Year
Year
B6I690-1100-250G.doc
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2005-03-18
ModSTACK
TM
Preliminary Data
383
µH
Datasheet: B6I 690/1100-250G M, S
Requirements to the Powersource
Assumed Inductance
Of Feeding
Powersource
(Necessary inductance
not included, feeded
by B6U)
L
Feed
Fan Data
(assumed when excluded)
Fan Type
Fan Voltage
Fan Frequency
Fan Current
Fan Air Pressure
Assumed
Assumed
V
Fan
f
Fan
I
Fan
∆p
AirFan
EBM, D2E 146-AP47
230
50
t.b.d.
t.b.d.
V
RMS
Hz
A
RMS
Pa
Controller Interface Data
Driver
Paralleling Interface
Optical Interface
Digital Input Level
Digital Output Level
Analog Current
Outputs Unit1
Analog Current
Outputs Unit2
Analog DC Link
Voltage Output
Analog Temperature
Out
Optical Input Level
Optical Output Level
See Datasheet
See Datasheet
See Datasheet
Resistor to Gnd (1,8k)
High = on
min 15mA
Open collector
Low = ok
max 15mA
Load max 1mA
At
I
Unit1
Load max 1mA
At
I
Unit2
Load max 1 mA
At
V
DCmax
Load max 1mA
At
ϑj=125°C
optionally
optionally
PCB
PCB
PCB
V
in
V
out
TR101
-
optionally OEA101
0
15
0
-
4
15
V
V
V
V
V
V
V
DCout
Vϑout
12
9
9
60
µW
µW
Requirements to the Controller
EMC Protection
EMC Enviroment
According EN61800-3
at auxiliary power and
controlinterface
1
Shieldconcept with TE
(True Earth) separated
from PE,
HF conform installation
10
10
50
kV
Drive Pulse Time
Blockout Time
Overvoltage Shut
Down Reaction Time
t
on_min
t
pause
After overvoltage
message by
PowerSTACK
Interface
µs
µs
µs
B6I690-1100-250G.doc
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2005-03-18
ModSTACK
Overcurrent Shut
Down Reaction Time
TM
Preliminary Data
10
µs
Datasheet: B6I 690/1100-250G M, S
After overcurrent
message by
PowerSTACK
Interface
Mechanical Data
Airvelocity
Airflow heatsink
Air Pressure Drop
heatsink
Watervelocity
Waterflow heatsink
Water Pressure Drop
heatsink
Dimensions
Mass
Storage Temperature
Range
Operating
Temperature range
(PCB and Capacitor)
Cooling Air Inlet
Temperature
(Heatsink)
Cooling Airvelocity
(PCB and Capacitor)
Air Pressure
Humidity
Installation Height
Vibration
ϑ
Air=20°C
P
air=1013 hPa
Dry- and dustfree,
measured outside of
heatsink.
According DIN 41882
According
Coolingwater
Specification from
eupec
Width x Depth x Hight
Approximation
v
Air
d
V
/d
tAir
∆pAir
t.b.d
800
130
m/s
m³/h
Pa
v
Water
d
V/
d
t
Water
∆pW
ater
-
-
702
540
45
304
+65
+55
+40
m/s
m³/h
Pa
mm
kg
°C
°C
°C
m/s
1100
95
1000
10
20
100
IP00
2
III
hPa
%
m
m/s²
m/s²
m/s²
ϑ
stor
Minimal 0 °C for
optional optical
interface
-40
-25 (0)
-25
2
900
0
0
ϑ
op
ϑ
air_inlet
v
Air_PCB
Standard atmosphere
No Condensation
p
Air
Rel. F
EN60068-2-6, Fc
10..59Hz 0,075mm
Permanence Vibration
EN60068-2-6, Fc
10-150Hz, 20 Cycles
EN60068-2-27, Ea
Shock
Halfsine 11ms, 3 pulses
Protection Degree
Pollution Degree
Overvoltage Category
B6I690-1100-250G.doc
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2005-03-18
ModSTACK
TM
Preliminary Data
Datasheet: B6I 690/1100-250G M, S
Derating Curves
(IGBT Part)
Current derating at low rotating field frequency (f0).
Maximal 100% current is allowed.
cos(phi) = 0.64, (motor)
Theta_air = 40°C
120
100
80
60
40
20
0
-5
0
5
10
15
20
25
f0 [Hz]
30
35
40
45
50
55
I/I_nom [%]
cos(phi) = -0.64, (generator)
Theta_air = 40°C
120
100
80
60
40
20
0
-5
0
5
10
15
20
25
f0 [Hz]
30
35
40
45
50
55
B6I690-1100-250G.doc
I/I_nom [%]
5 of 9
2005-03-18
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