Dedicated battery test system

The IviCycle D10000 is designed to be your efficient perfect partner for high current and high channel-count battery applications. It offers a low cost-per-channel, high volume testing solution, and regenerative grid feedback to minimise energy operation costs..

Complete solution

The IviCycle is a multi-channel DC battery test system. The channels are divided over 4 modules. It is possible to mix and match different IviCycle modules to create the desired number of channels with varying compliance.

The D10000 modules each have 4 channels of ±10A/±5V compliance. The modules are available as DC versions only (no EIS). This means that simultaneous/parallel DC measurements are possible on all channels. The IviCycle has an integrated DataSecure module that stores all data for each channel completely independently from the computer. This ensures that if there is a communication loss or a computer crash/update, the measurement will continue and data will not be lost. This provides peace-of-mind for long duration, high throughput testing. The IviCycle unit is built into a 19inch rack mountable housing for easy incorporation into existing storage racks, or as a stand-alone bench-top multi-channel system.

Safety

The maximum current or potential of the instrument can be defined by the operator. Thus valuable samples may be protected, and unsafe situations prevented.

Data security & Connection

The IviCycle is equipped with an integrated DataSecure module:

• Data is stored on board independent of the computer.
• Connection of multiple PCs is possible

Software

The IviCycle is controlled via Ivium’s own software, IviumSoft. This versatile, yet intuitive software, allows instrument control, data management and analysis, etc. The IviCycle can also be controlled from LabVIEWTM, C++, Delphi, etc. A full suite of software is included as standard with each instrument.

• Control of separate channels individually
• All channels simultaneously
• Synchronous start
• Data from different channels plotted individually or in 1 single graph