Myth - 6A Single Phase Inverter OUTLET
Inverter for single-phase pumps up to 1 HP
Delivery Options
| Carrier | Description | Estimated Delivery | |
|---|---|---|---|
 | Mail Boxes - 2 giorni | This courier delivers within 48 hours from the moment we entrust the products to him. | Wednesday 30 April - Thursday 1 May |
 | Poste Italiane - 2 giorni Italia | This courier delivers within 24/48 hours from the moment we entrust them with the products. | Wednesday 30 April - Thursday 1 May |
 | DHL - 2 giorni Italia | This courier delivers within 24/48 hours from the moment we entrust the products to him. | Wednesday 30 April - Thursday 1 May |
Carrier: Mail Boxes - 2 giorni
Description: This courier delivers within 48 hours from the moment we entrust the products to him.
Estimated delivery:
Wednesday 30 April - Thursday 1 May
Carrier: Poste Italiane - 2 giorni Italia
Description: This courier delivers within 24/48 hours from the moment we entrust them with the products.
Estimated delivery:
Wednesday 30 April - Thursday 1 May
Carrier: DHL - 2 giorni Italia
Description: This courier delivers within 24/48 hours from the moment we entrust the products to him.
Estimated delivery:
Wednesday 30 April - Thursday 1 May
The Mito single-phase inverter by Italtecnica is an electronic device that controls the start and stop of an electric pump, regulating its operation in proportion to the instantaneous withdrawal. It is suitable for domestic applications, where withdrawals are of medium-short duration and generally spaced out throughout the day.
The pump is initially started at maximum speed and then progressively adjusted according to the required flow rate. In this way, the pressure to the uses arrives at a constant value for greater comfort. The pressure regulation occurs for a maximum time (settable in the "Cool mode" parameter from 0 to 30 minutes depending on the type of pump), during which the end of the withdrawal is assumed.
After this period, if the water withdrawal continues, the pump motor is brought to maximum speed to avoid overheating caused by the reduced ventilation. When all withdrawals are closed, the pump stops and the consequent cooling of the motor allows the regulation time to be restored for the next pump start-up cycle, in a unitary ratio between the pause time and the operating time (one minute of stoppage corresponds to one minute of regulation in the next cycle).
