EUPEC 2B6I500-800

ModSTACK
Datasheet: 2B6I 500/800-330G M, S
Preliminary Data
Key Data
2 x 3 x 330A AC at 500V AC
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
Drawing No.
DC Link + 2B6I
Unit 1
Unit 2
B6I
Resistive, inductive load
Forced air, Fan excluded
=
Solar
Available in Master [M]
˜˜
or Slave [S]
Configuration
Scale Driver
DRIVER
Current-, Voltage-,
DC LINK
B6I
Temperature-Monitoring
n.a.
=
6x FF600R12KL4C
Electrical, opt. optical
˜˜
EN50178, UL94,
prepared for UL508C
SIGNAL CONDITIONER
Master 24965
DRIVER
& MONITOR
Slave 24966
38000021_S5_MB
Circuit Diagram No.
57000002
Drivercore
Monitors
Module (Unit1)
Module (Unit2)
Interface
Standards
IGBT
Product ID (eupec)
=
INTERFACE
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
2B6I500-800-330G.doc
Parameter
For IsolationManagement
Min
VLine
VDC
IDCLink
Input
VUnit1
IUnit1
ϑ=ϑair_inlet
10s, every 180s, initial
load = IUnit1
Sinehalfwave 20ms
IUnit1_10
1 of 11
Max
500
275
Within 100µs
At IUnit2, VUnit2,
cos_ϕUnit2
Typ
660
675
VRMS
900
VDCmax
Vav
V
735
Aav
-
VRMS
ARMS
-
ARMS
-
Apeak
2003-03-17
ModSTACK
Datasheet: 2B6I 500/800-330G M, S
DC Current at Unit1
No rotating field,
ϑ=ϑair_inlet,
Percentage of IUnit1.
Within 15µs
Preliminary Data
IUnit1_DC
Overcurrent Shutdown
Unit1
Switching Freq. Unit1
Power Losses Unit1
V=Vunit1_min,
I=IUnit1, fsw=fsw1
Depending on
Voltage Unit2
-
Aav
fsw1
Ploss1
-
VUnit2
500
%
-
Hz
W
550
VRMS
IUnit2
+0,9
660
ARMS
IUnit2_10
792
ARMS
IUnit2peak
-
Apeak
IUnit2_DC
0,4*
IUnit2
ADC
Controller
Displacement factor
Continious Current
Unit2
Shorttime Current
Unit2
Pulse Current Unit2
DC Current at Unit2
cos_ϕUnit2
ϑ=ϑair_inlet,
ϑchip <= 125°C
fUnit2>5Hz
Both B6I connected in
parallel (1U1 ->2U1..)
ϑwater_inlet<=40°C,
10s, every 180s,
initial load = IUnit2
Sinehalfwave 20ms,
starting from IUnit2.
No rotating field,
ϑ=ϑair_inlet,
Overcurrent Shutdown
Unit2
Switching Freq. Unit2
Power Losses Unit2
Power Losses (PCB
and Capacitor)
Filterresistors at
Output Unit2
Percentage of IUnit2.
Within 15µs
Auxiliary Voltage
Auxiliary Power
Demand
EMC Test
Vaux
Vaux=24 Vav, to feed Paux
125
I=IUnit2, fsw=fsw2
Applicable for
Sinewavefilters
(damping, optionally)
with B6U
According
EN61800-3
at named
interfaces
-0,9
Power
Control
Aux
(24V)
According
EN50178
Insulation Test Voltage
f=50Hz, t=1min
fsw2
Ploss2
Ploss_aux
5380
RFilter
PRFilter
-
VBurst
VBurst
VSurge
%
3000
350
18
24
80
Hz
W
W
Ohm
Watt
30
Vav
W
2
1
1
kV
Visol
1,8
kVRMS
CDC
Type
LTD
LTD
18,8
Elcap
20
mF
kV
Important Component Data
DC Link Capacitor
DC Link Capacitor
Capacitor Design
Lifetime
2B6I500-800-330G.doc
Loadcycle for: Wind
Loadcycle for: Solar
2 of 11
Year
Year
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ModSTACK
Datasheet: 2B6I 500/800-330G M, S
(eupec approximation) Loadcycle for:
Preliminary Data
LTD
-
Year
95
µH
Industrial Drive
(ϑair=35°C, I=0,8,
Duration=24h/Day)
Requirements to the Powersource
Assumed Inductance
Of Feeding
Powersource
(Necessary inductance
not included, feeded
by B6U)
LFeed
Fan Data (assumed when excluded)
Fan Type
Fan Voltage
Fan Frequency
Fan Current
Fan Air Pressure
Assumed
VFan
fFan
IFan
∆pAirFan
Assumed
2Stck. Ziehl-Abegg
RF22P-2DK.3F.1R
400
50
1,95
700
VRMS
Hz
ARMS
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 Datasheets
Master (only first B6I)
Slave
See Datasheet
Master (only first B6I)
(optionally)
Slave
See Datasheet
Resistor to Gnd (1,8k)
High = on
min 15mA
Open collector
Low = ok
max 15mA
Load max 1mA
at IUnit1
Load max 1mA
at IUnit2
Load max 1 mA
At VDCmax
Load max 1mA
At ϑj=125°C
PCB
PCB
TR10x
SAD101
-
PCB
OEA101
-
Vin
0
15
V
Vout
0
15
V
-
V
4
V
VDCout
9
V
Vϑout
9
V
optionally
optionally
12
60
µW
µW
Requirements to the Controller
EMC Protection
2B6I500-800-330G.doc
According EN61800-3
at auxiliary power and
controlinterface
1
3 of 11
kV
2003-03-17
ModSTACK
Datasheet: 2B6I 500/800-330G M, S
EMC Environment
Drive Pulse Time
Blockout Time
Overvoltage Shut
Down Reaction Time
Overcurrent Shut
Down Reaction Time
ton_min
tpause
After overvoltage
message by
PowerSTACK
Interface
After overcurrent
message by
PowerSTACK
Interface
Preliminary Data
Shieldconcept with TE
(True Earth) separated
from PE,
HF conform installation
10
10
50
µs
µs
µs
10
µs
Mechanical Data
Airvelocity
Airflow heatsink
Air Pressure Drop
heatsink
Waterflow heatsink
Water Pressure Drop
heatsink
Water connection
Dimensions
Mass
Storage Temperature
Range
Operating
Temperature range
(PCB and Capacitor)
Cooling Air Inlet
Temperature
(Heatsink)
Cooling Water Inlet
Temperature
(Heatsink)
Cooling Airvelocity
(PCB and Capacitor)
Air Pressure
Humidity
Installation Height
Vibration
ϑAir=20°C
Pair=1013 hPa
vAir
dV/dtAir
dV/dt
m/s
m³/h
Pa
-
l/min
Water
∆pWater
Width x Depth x Hight
Approximation
-
1090
Minimal 0 °C for
optional optical
interface
ϑstor
-40
+65
ϑop
-25 (0)
+55
°C
ϑair_inlet
-25
+40
°C
-
°C
Heatsink temperature >
-25°C
600
101
Pa
mm
kg
°C
305
-40
ϑwater_
-
inlet
Standard atmosphere
No Condensation
vAir_PCB
2
pAir
Rel. F
900
0
0
EN60068-2-6, Fc
10..59Hz 0,075mm
Permanence Vibration EN60068-2-6, Fc
10-150Hz, 20 Cycles
2B6I500-800-330G.doc
-
∆pAir
Dry- and dustfree,
measured outside of
heatsink.
According DIN 41882
According
Coolingwater
Specification from
eupec for copper tubes
12
2200
700
4 of 11
m/s
1100
95
1000
10
hPa
%
m
m/s²
20
m/s²
2003-03-17
ModSTACK
Datasheet: 2B6I 500/800-330G M, S
Shock
EN60068-2-27, Ea
Halfsine 11ms, 3 pulses
Protection Degree
Pollution Degree
Overvoltage Category
2B6I500-800-330G.doc
Preliminary Data
100
m/s²
IP00
2
III
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ModSTACK
Datasheet: 2B6I 500/800-330G M, S
Preliminary Data
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
I/I_nom [%]
100
80
60
40
20
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
f0 [Hz]
2B6I500-800-330G.doc
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ModSTACK
Datasheet: 2B6I 500/800-330G M, S
Preliminary Data
cos(phi) = -0.64, (generator)
Theta_air = 40°C
120
I/I_nom [%]
100
80
60
40
20
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
f0 [Hz]
2B6I500-800-330G.doc
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ModSTACK
Datasheet: 2B6I 500/800-330G M, S
Preliminary Data
Current derating at different switching frequencies. See datatable for nominal switching
frequency. In this drawing 2500Hz ist assumed. Maximal 100% current is allowed.
IGBT, cos(phi) = 0.64
Theta_air = 40°C
180
160
FF 400 R12 KL4C
140
FF 800 R17 KF6CB2
I/I_nom [%]
120
FF 1200 R17 KE3
100
80
60
40
20
0
0
1000
2000
3000
4000
5000
6000
7000
fsw [Hz]
Diode, cos(phi) = 0.64
Theta_air = 40°C
200
180
FF 400 R12 KL4C
160
FF 800 R17 KF6CB2
I/I_nom [%]
140
FF 1200 R17 KE3
120
100
80
60
40
20
0
0
1000
2000
3000
4000
5000
6000
7000
fsw [Hz]
2B6I500-800-330G.doc
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ModSTACK
Datasheet: 2B6I 500/800-330G M, S
Preliminary Data
IGBT, cos(phi) = - 0.64
Theta_air = 40°C
180
160
FF 400 R12 KL4C
140
FF 800 R17 KF6CB2
I/I_nom [%]
120
FF 1200 R17 KE3
100
80
60
40
20
0
0
1000
2000
3000
4000
5000
6000
7000
fsw [Hz]
Diode, cos(phi) = -0.64
Theta_air = 40°C
180
160
FF 400 R12 KL4C
140
FF 800 R17 KF6CB2
I/I_nom [%]
120
FF 1200 R17 KE3
100
80
60
40
20
0
0
1000
2000
3000
4000
5000
6000
7000
fsw [Hz]
2B6I500-800-330G.doc
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ModSTACK
Datasheet: 2B6I 500/800-330G M, S
Preliminary Data
Miscellaneous
This technical information specifies semiconductor stacks but promises no characteristics. It
is valid in combination with the belonging technical notes.
This document may be changed without prior notice.
Warning!
Prior to installation and commissioning all safety notices and warnings and all warning signs
attached to the equipment have to be carefully read. Make sure that all warning signs remain
in a legible condition and missing or damaged signs are replaced.
The safety instructions have to be strictly adhered to.
The manual contains detailed information on all technical topics with regard to the eupec
ModSTACK. For further details regarding publications of the eupec ModSTACK and
information on other publications in the area of ModSTACKs please contact your nearest
eupec branch or visit our website: http://www.eupec.com.
eupec GmbH 2003. All rights reserved
Prepared by
Approved by
J.Schiele
2B6I500-800-330G.doc
2003-04-04
H.Nübel 2005-11-28
10 of 11
Date of publication
Revision 3, 28.11.2005
2003-03-17
PowerSTACK 2B6I 500/800-330G M, S, Drawing, Preliminary Data
2B6I500-800-330G.doc
11 of 11
2003-03-17