A pool pump ASTRALPOOL model Victoria Plus Silent com speed variator and nbsp;NASTEC model MIDA
The inverter MIDA coupled to the motor of the Victoria Plus Silent n and atilde;o s and oacute; Allows the inverter pool pump to run between 40% ~ 100% to fulfill fun and ccedil; and different functions, such as backwashing and adequate filtration, but also precisely and accurately controlling the motor and inverter for easy operation; and ideal silent performance, reducing the noise level of the pool pump.
Variator MIDA and eacute; new generation and ccedil; and inverter service NASTEC coupling to the motor or installation and ccedil; and atilde;o mural, manufactured by NASTEC, specially designed to control and protect pumping systems based on variation and ccedil; and speed control of the electric pumps, guaranteeing efficient energy and efficiency due to speed control, smooth starting and stopping and durability and reliability of the system.
Unparalleled and affordable user experience and efficiency
Thanks to the application and nbsp;Nastec NOW, and eacute; It is possible to communicate with all Nastec Bluetooth and reg devices; SMART.
Monitor multiple operational parameters simultaneously on your smartphone or tablet.
Get power consumption statistics and check alarm history.
Create programs, save them to file, copy them to other devices, and share them among multiple users.
Create reports and archives with the possibility of inserting notes, images and sending them by email or saving them in the digital file.
Remotely control, via Wi-Fi or GSM, a Nastec device, using a nearby smartphone as a modem, through the free Nastec REMO service and concession.
Poupan and ccedil;a Energ and eacute;tica
Engine Speed
The bigger and eacute; the frequency (Hz), higher and eacute; the route speed and ccedil; and engine speed (rpm). In 2-pole motors, the route is accessible; and atilde;o and eacute; approximately [frequ and ecirc;ncia x 60]:
- 30 Hz ~ 1800 rpm
- 40 Hz ~ 2400 rpm
- 50 Hz ~ 3000 rpm
The flow rate and eacute; proportional and aggravated; speed
The pressure and atilde;o and eacute; proportional to the square of the speed
The power and ecirc;nce and eacute; proportional to the cube of speed
For example, if we reduce the speed by 30%, the new parameters will be as follows:
Flow ~ 70% of the original
Head and head height ~ 49% of original
Power and ecirc;nce ~ 34% of original
