Đặc điểm nổi bật
·Circuit of the Rectifier modules have two parts,one is PFC adjust;the other is DC/DC transformation.All technology make the wide input voltage range(85v-290v).
·High efficiency rectifier modules used soft switch technology,while load rate 10%,then efficiency can be 91%,50% load the efficiency can be above 96%.
·Adopted stepless current limiter technology,output current is continuously adjustable.
·Adopted stepless temperature control speed,it can reduce power consumption and prolong the life of the fan
·Sharing load,equalized-current imbalance<3%
·Optional Ethernet interface through SNMP and/or TCP/IP
·Controller MCU
·Digital signal collection via internal RS485 bus; RS232 interface for remote operation
·Hot-swappable technology,plug and play,N+1 redundancy,extension slots
·Using Low pressure difference automatic current sharing technology between modules
·EMI circuit provide a stable, reliable power to the load
·Fan use stepless temperature control to reduce losses and noise
·Dual input AC and DC load power supply is reliable
·Pairs of soft-switching technology and circuit topology
·Dry contact alarm and out of the system function, more secure and more stable
·2U height, 19 inch rack,light weight ,high power density.
·Active power factor compensation technology, the power factor is 0.9999.
48V rectifier module SET1648
·When load rate is 10%, efficiency can reach 91%; when load rate is 50%, efficiency can reach above 96%.
·Stepless current limiting technology, output current is continuously adjustable.
·Adopt stepless temperature control automatic speed adjustment, reduce power consumption and extend the life of the fan.
·Sharing load,Equalized- current imbalance≦3%
·2U height, light weight, high power density
·High conversion efficiency Communication protocol
·safe operation: With the host computer own password and dual authentication, greatly protect system parameters safety.
·Parameter setting is comprehensive, detailed: slave module time setting, temperature compensation setting, output over/low voltage setting, boost charge time setting,
·over-voltage and recovery voltage setting, boost charge setting.
