Download CBX154 - Dual Converter Box

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CBX154-Dual ConverterBox
Ultra-compact unit accommodated within a given volume
What makes it special
Features at a glance
• Resonant topology ensures very low switching losses
and excellent EMC - behavior
• Very high efficiency (up to 98 %)
• Very high power density (>10 kW/l)
• Patented Liquid Pin© cooling system for optimal
temperature behavior and performance
• FPGA based very dynamic control loop
• Bidirectional HV-battery converter and unidirectional fuel cell converter in one box
• The two converters may be controlled independently
from each other
• Additional fused power distribution for up to four
auxiliary devices (heating, air-conditioning,...)
Application example
www.brusa.biz
BRUSA Elektronik AG
Neudorf 14
CH-9466 Sennwald
+41 81 758 19 00
[email protected]
Specifications CBX154
High voltage battery converter
CBX154
Min. operating voltage
70
VDC
Max. operating voltage
350
VDC
Voltage range (full performance)
175 - 287
VDC
Continuous current / max. current
100 / 225
A
98
%
Efficiency typical
Fuel cell converter
CBX154
Min. operating voltage
70
VDC
Max. operating voltage
350
VDC
Nominal voltage range
145 - 265
VDC
Continuous current / max. current
450 / 450
A
98
%
Efficiency typical
DC link
CBX154
Min. operating voltage
330
VDC
Max. operating voltage
450
VDC
Nominal voltage range
380 - 410
VDC
Continuous current / max. current
250 / 315
A
Control circuit
CBX154
Voltage range for signals of control connector (AUX/clamp 30, Interlock, Enable/clamp 15)
Voltage signal range
Voltage signal accuracy (2V or 2% of measured value, whatever is bigger)
9 - 16
V
0 - 500
V
+/- 2
Battery converter current signal range
+/- 300
Fuel cell converter current signal range
+/- 600
Current signal accuracy (2A or 2% of measured value, whatever is bigger)
Switching frequency
Mechanical data / Cooling system
Weight
IP - protection
V / %
A
A
+/- 2
A / %
48
kHz
CBX154
26
kg
IP6K7
---
Ambient temperature range (operation)
- 20 to + 85
°C
Coolant temperature range
- 20 to + 65
Coolant flow rate
Pressure drop (@ 4 l/min, Tcoolant = 25°C)
°C
> 8
l / min
< 350
mbar
BRUSA / 08.2013 / CBX154
Dimensions
www.brusa.biz
BRUSA Elektronik AG
Neudorf 14
CH-9466 Sennwald
+41 81 758 19 00
[email protected]
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