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- Currents up to 5 A (GSM)
/ 25 mA (MDS)
- Truly modular design
provides complete
flexibility and cost
efficiency.
- Additional analogue
inputs standard
(for reference electrode,
temperature etc.)
four (4) per channel
- Very high input
resistance of analogue
inputs
Optimized for reference
electrode usage
- Native (analogue) CC and
CV operating modes
Allows precise, high speed
control through zero.
Other modes operate under
digital control.
- High speed control and
data acquisition
To meet today's pulse
profile requirements
- From 1 to 400
independent channels per
system
Provides flexibility for any
size of user
- Local database
No need to export data to
perform analysis
- RS232 or Ethernet
communication
At user's option
- Network compatible
Allows one or multiple
systems to be easily
connected to the user's
in-house network.
- Direct integration with
other types of test systems
For example, load control in
fuel cell test systems
- Enhanced
numerical/graphical analysis
and report generation
The most features and
professional presentation
available.
The CTS system is
optimised for testing large
amounts of single cells. The
maximum charge and discharge
current is 5A. The automatic
and dynamic current range
selection allows testing of
small button cell up to
Laptop cell with this
system. The key features
are:
- 32 independent test
channels
- Four current ranges:
5 A, 300 mA, 15 mA and 1
mA
- Automatic and
dynamic current range
selection
- Voltage range of 5V
is optimised for single
cell testing
- Cells are connected
in four wire method
- Each channel has a
temperature input for
cell temperature
monitoring
- Native (analogue) CC
operating modes
Allows precise, high
speed control through
zero.
Other modes operate
under digital control.
- Small size, low cost
- It is possible to
connect several systems
on one computer
- Locale database
allows comfortable data
handling
- Ethernet and RS232
communication interface.
- Enhanced
numerical/graphical
analysis and report
generation
The LPS series
is optimised for a power
range of up to some kW
at voltages of up to 60
V. The modular concept
makes the system in a
wide range configurable.
The key features are:
- Currents up to
100A
- Truly modular
design provides
complete flexibility
and cost efficiency.
- Additional
analogue inputs
standard
(for reference
electrode,
temperature etc.)
four (4) per channel
- Very high input
resistance of
analogue inputs (MDS
series)
Optimized for
reference electrode
usage
- Native
(analogue) CC and CV
operating modes
Allows precise, high
speed control
through zero.
Other modes operate
under digital
control.
- High speed
control and data
acquisition
To meet today's
pulse profile
requirements
- From 1 to 400
independent channels
per system
Provides flexibility
for any size of user
- Local database
No need to export
data to perform
analysis
- RS232 or
Ethernet
communication
At user's option
- Network
compatible
Allows one or
multiple systems to
be easily
connected to the
user's in-house
network.
- Direct
integration with
other types of test
systems
For example, load
control in fuel cell
test systems
- Enhanced
numerical/graphical
analysis and report
generation
The HPS
series is optimised
for a power range of
100W to 30 kW. The
modular concept of
the power amplifier
makes the system in
a wide range
configurable. The
key features are:
- Currents up
to 500A/channel
- Parallel
connection of
channels is
possible
- Voltages up
to 60V
- Rise time <
1 ms
- Truly
modular design
provides
complete
flexibility and
cost efficiency.
- Additional
analogue inputs
standard
(for reference
electrode,
temperature
etc.)
four (4) per
channel
- Native
(analogue) CC
and CV operating
modes
Allows precise,
high speed
control through
zero.
Other modes
operate under
digital control.
- High speed
control and data
acquisition
To meet today's
pulse profile
requirements
- From 1 to
400 independent
channels per
system
Provides
flexibility for
any size of user
- Local
database
No need to
export data to
perform analysis
- RS232 or
Ethernet
communication
At user's option
- Network
compatible
Allows one or
multiple systems
to be easily
connected to the
user's in-house
network.
- Direct
integration with
other types of
test systems
For example,
load control in
fuel cell test
systems
- Enhanced
numerical/graphical
analysis and
report
generation
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