EL9000 B HP

EL 9000 T/TD Electronic DC Load

EL9000 B HP
Part NumberDescriptionDatasheet Further Information
EA-ELR 9080-85 B HP1200W Electronic Load 0 - 80V, 0 - 85AClick for datasheetEnquire Here0
EA-ELR 9200-35 B HP1000W Electronic Load 0 - 200V, 0 - 35AClick for datasheetEnquire Here0
EA-ELR 9360-20 B HP900W Electronic Load 0 - 360V, 0 - 20AClick for datasheetEnquire Here0
EA-ELR 9500-15 B HP600W Electronic Load 0 - 500V, 0 - 15AClick for datasheetEnquire Here0
EA-ELR 9750-10 B HP600W Electronic Load 0 - 750V, 0 - 10AClick for datasheetEnquire Here0
EA-ELR 9080-170 B HP2400W Electronic Load 0 - 80V, 0 - 170AClick for datasheetEnquire Here0
EA-ELR 9200-70 B HP2000W Electronic Load 0 - 200V, 0 - 70AClick for datasheetEnquire Here0
EA-ELR 9360-40 B HP1800W Electronic Load 0 - 360V, 0 - 40AClick for datasheetEnquire Here0
EA-ELR 9500-30 B HP1200W Electronic Load 0 - 500V, 0 - 30AClick for datasheetEnquire Here0
EA-ELR 9750-20 B HP1200W Electronic Load 0 - 750V, 0 - 20AClick for datasheetEnquire Here0

Product Summary

The EA-EL 9000 B HP series of DC Electronic Loads replaces the earlier EA-EL 9000 HP series and reduces the required unit height from a minimum
3U to only 2U. It means that the steady power of 7200 W of a former  EA-EL 9000 HP device can now be achieved in 6U of height whereas it required 9U before. The result is a space saving of 33% which allows for achieving even more power in a 19” cabinet.

All models support the four common regulation modes: constant voltage (CV), constant current (CC), constant power (CP) and constant resistance (CR). The FPGA based control circuit provides interesting features, such as a function generator with a table based function for the simulation of non-linear internal resistances.

The large colour TFT touch panel offers intuitive manual operation, similar to the common interfaces found on smartphones or tablet computers. Response times for the control via analog or digital interfaces have been improved by the FPGA controlled hardware.

In parallel operation of multiple devices, a master-slave bus is used to link the units to a bigger system where the actual values are totalled and the
set values distributed

If you would like to discuss your application in more detail please call us on +44 (0) 2476 214799 or fill out and submit the form on the left of this page.