Typically, this highly flexible copper cable is used with a Digatron high-current discharge device (HEW series), a Digatron battery emulator (BE series) and the Digatron electric vehicle tester (EVT series).
Typically, this highly flexible copper cable is used with a Digatron high-current discharge device (HEW series), a Digatron battery emulator (BE series) and the Digatron electric vehicle tester (EVT series).
| High-current cable & BE | High-current cable HEW | |
|---|---|---|
| Currents | Up to 600 A | Up to 3.000 A |
| Standard length | 8 m | 2 m |
| Quick lock clamps | No | Yes |
| Shielded | Yes | No |
| Integrated sensor leads | No | Yes |
Together with our longstanding partner Inbatec, we have honed the formation process: acid density and temperature curves are constantly optimized thanks to the unique combination of Digatron’s formation rectifier and Inbatec’s acid circulation technology. This perfectly matched solution makes an improved formation process possible.
This cartridge is designed to connect up to 12 cylindrical cells to perform formation or test.
The contacting system is composed of spring-loaded pins for current flow, voltage control and an additional pin that optionally detects the temperature of the current collector.
Ador Digatron’s formation rectifiers are devices for the initial charge – and optionally for the discharge – of lead-acid batteries. They have already proven their worth in thousands of installations through their flawless quality and reliability. Depending on your requirements, we supply the device with typical thyristor technology, as IGBT, for solderless formations, or in the cutting-edge energy-saving version with SiC MOSFET technology. The rectifiers come with a current range of 20 amps to 3,200 amps per circuit and capacities of up to 320 batteries or up to 80 tanks as TCR.
This cycler proves its worth with its reliable operation and long lifespan. Once up and running, it performs reliable and highly automated test runs on starter batteries for two-wheelers, cars and trucks between 25 amps and 150 amps. Optimal for laboratories that attach great importance to functional and reliable solutions at a premium quality.
Device for electrochemical impedance spectroscopy for assessing battery condition
The Ador Digatron HEW was specially developed for high-current discharge tests on vehicle batteries. It is used to perform high-rate discharges, such as when starting from cold, in the current range from 5 amps to 3000 amps.
Data logger for temperature with a measurement range from -100°C to +1372°C
Redundant monitoring unit for defined limit values to reduce damage on the DUT
This cartridge is designed to connect up to 24 cylindrical cells to perform formation or test.
The contacting system is composed of spring-loaded pins for current flow, voltage control and an additional pin that can optionally detects the temperature of the current collector.
With the BE-IGBT, you can emulate high-voltage batteries of any technology. It combines functions, such as changing and discharging, with freely programmable set values for internal resistance, current, voltage or power in test programs, as well as the acquisition of the corresponding measurement data in just one device.
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