The universal power layer board temperature aging BTS310 integrates ultra-high feedback efficiency high-voltage feedback loads, low-voltage feedback loads, and AC feedback loads, greatly reducing aging energy consumption and saving aging costs. Support bidirectional power module source load integrated mode, support unidirectional and bidirectional aging modes, configure independent communication function modules, support one-to-one communication control, and truly restore the aging of actual work scenarios. Support customer customization of parameters such as ambient temperature, refrigerant temperature, refrigerant flow rate, refrigerant pressure, etc., to meet the aging needs of different users and have a wide coverage range. The aging system supports one-to-one data reading and storage, standardized MES function docking module, and data traceability. Applied to durability testing in power product research and development, as well as production aging testing.
Features
• High voltage DC feedback load feedback efficiency up to 94%
• Low voltage DC feedback load feedback efficiency up to 93%
• Communication feedback load efficiency up to 92%
• Multi layer and multi workstation customized product working face, ergonomic design
• Independent storage body with independent ambient temperature control, temperature uniformity ± 3 ℃
• The temperature change rate of the storage body is high, with a maximum of 4 ℃/min
• Support high-precision adjustment of aging coolant temperature, water pressure, and flow rate
• Independent product with independent communication interface, capable of simulating real working conditions
• Independent voltage and current sampling, independent dynamic display
• Improve EHS safety function design for leakage, overload, and door opening protection
• Partition malfunction alarm, partition water and power outage
• Power on device self check, convenient for fault maintenance
• Support dynamic curve editing for aging conditions such as ambient temperature, water temperature, and load conditions
• Support repeated power on/off impact tests during the aging process
• Real time curve display of aging conditions with dynamic refresh
• Location code, product code, one-to-one corresponding data traceability
• Multi level permission function design, convenient for user management
System Architecture
Equipment Selection
Specifications