The iSAFT product line includes Rack Cabinet Power Distribution Units that offer either Isolated or Non-Isolated Mains Power Distribution.
The iSAFT-MPDU with Isolation Transformer provides full isolation between the input power source and the output. This unit is used for mains power distribution to the various SCOE racks by providing galvanic isolation and protecting both the facility supply and the SCOE racks or the Unit Under Test (UUT) from noise or other unwanted signals or parasites.
It consists of the Mains Isolation Transformer and Distribution unit, which is integrated in a 34U Rack Cabinet. Measurements for Main input and output power are provided on digital displays on the unit’s front panel.
The iSAFT-MPDU transformer is designed to be powered on with low inrush current without the use of a current limiter, preventing Start-Up Issues without the possibility of power cut off from an input fuse or hardware failure on a current limiter device.
It integrates an Insulation Monitoring Device, which is activated in case of a single failure. Specifically, if any of the power lines gets in contact with the chassis of the equipment, the differential protection of the unit will cut-off the power supply for safety purposes.
For more information, please download the product datasheet
The iSAFT-MPDU without Isolation Transformer is used for mains power distribution to the various SCOE racks by providing safety protection for the personnel, protection and filtering to the SCOE racks or the Units Under Test (UUT) from noise or other unwanted signals or parasites.
It is housed in a 34U Rack Cabinet. Measurements for Main input power are provided on digital display on the unit’s front panel.
The iSAFT-MPDU without Isolation Transformer is designed to provide all necessary functions to supply power on SCOEs or on Units Under Test and it is fully compliant with CE regulations standards.
It is integrated with Type-B Residual-current devices, which can detect sinusoidal AC, pulsating DC, composite of multi-frequency as well as smooth DC residual currents, ensuring a timely tripping and a high degree of safety.
For more information, please download the For more information, please download the product datasheet