Load Banks

Resistive Load

It’s the part that allows using programmable steps to simulate a real resistive load, keeping the current in phase to the voltage (Cosphy 1), always guaranteeing extreme precision based on the power used

Inductive Load

It is the part that allows using programmable steps to simulate a real inductive load, keeping the current lagging to the voltage (Cosphy different from 1), the inductive component combined with the resistive one creates a load with Cosphy variable between 0.2 and 0, 98, always guaranteeing extreme precision based on the power used

Capacitive Load

It’s the part that allows using programmable steps to simulate a real capacitive load, keeping the current in advance of the voltage (Cosphy different from 1), the capacitive component combined with the resistive one creates a load with Cosphy variable between 0.2 and 0, 98, always guaranteeing extreme precision based on the power used

Inductive and Resistive Load

For electronic generators such as inverters, a high peak current, which can generate a reactance in the magnetization, is not tolerated.
The solution is to create resistive and inductive loads with “predetermined cosfì”, 0.9 or 0.8, so that the magnetization peak doesn’t exceed 10/20% of the rated current

Distorting load

It is the part that allows using programmable steps to simulate a real distorting load, by inserting an Alternate resistive component (AC) a Distorting component (DC), it is possible to test and choose the size of the Generator most suitable for the type of installation

Standard voltage 400volt 50Hz

It’s possible to realize these systems with different dimensions and voltages