Compact technology, powerful and built-to-last this characterizes the frequency inverter that regulates and manages the performance of iVision vacuums. The inverter operates the normal work of the turbines or intervenes instantaneously in all of the possible emergencies that may occur by increasing or decreasing the RPM of the engines in order to ensure the same performance for the system even in the case that a machine that the vacuum is attached to stops working.
For example, in the case that a turbine breaks or the filter clogs, the suction power is reduced and in that moment the sensors enable the inverter to increase the engine speed in order to compensate for the loss in power. All this prevents the need for production to stop or potential damage to the machines especially in cases where the vacuums are attached to more than one machine in a factory.
In addition to ensuring the highest performance of the factory, it’s able to optimize the consumption of power by monitoring the number of machines working. For example, in the case of a factory with machine tools with only some working and others that are not, the inverter can adjust the consumption of electricity of the entire system to the minimum amount necessary.
It features an incomparable reliability and ease of use that can be programmed to perform even the most complex operations. Additionally, it is designed so that air ventilation is not in contact with the electronics.
For those that need a continuous work cycle in construction environments and need to empty without interrupting work due to turning off the vacuum to empty the collection container, the iVision rotary valve kit is an interesting solution.
The cleaning kit is usable on all of the series and consists of a robust, anti-abrasion tube that ends at the extremities with special zinc-plated steel accessories capable of transporting, without any obstacle, chippings and oil from the machine tool to the vacuum collection tank. The suction tube comes housed inside a support in order to facilitate the movement of the vacuum in the workshop without being an obstable for the operator, it allows the avoidance of leakage of oil during the maneuvers of the vacuum.