CURRENT MODULE U8556

5-channel plug-in interface and signal conditioning module for the LR8450 Series Data Logger to connect HIOKI Current Sensors with a PL14 connector

-5 input channels with individual signal conditioning
-1 ms simultaneous update interval
-Operating temperature -20 oC to 55 oC
-Up to 4 modules per LR8450 Series Data Logger
-Can be combined with a large variety of current sensors from 2 A to 6000 A
USPs
-Individual scaling for each current sensor
-Current logging from 100 μA to 2 kA DC in one device
-Up to 20 channels precision current logging with 1 ms update interval
-High-voltage Electric Vehicle (EV) battery current logging and low power circuit current logging possible with a single device
Applications
-Development and analysis tool for improving the fuel efficiency of EVs
-Consumption monitoring of EV high-voltage batteries and low-voltage circuits like power steering, seat heating, interior lighting etc.
-Optimizing the overall energy consumption of EVs to extend the driving range
-Optimizing the overall energy consumption of electric construction vehicles or electric agricultural vehicles to extend the time between charging
Product Description
The U8556 Current Module is the interface between up to 5 clamp-on current sensors and the LR8450 Series Data logger. Each input channel has its own signal conditioning which enables individual scaling and simultaneous 1 ms recording. It is exclusively designed to add current logging functionality to the highly versatile LR8450 Series Data Loggers. Up to four U8556 modules can be connected to a single LR8450 Series Data Logger.
The module can be used with the ultra-compact yet high-precision current sensors CT7812 and CT7822 as well as with a variety of other HIOKI current sensor types reaching from 2 A to 6 kA. These can be used in any combination in accordance with the application and test requirements, providing extended usability of the data logger. All temperature-compensated HIOKI current sensors with a PL14 connector are suitable to be used in combination with the new U8556 Current Module.