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Triol AT27 VFDs supply
The implementation of the frequency drive to control a pump for pumping fluids. The project involved four VFDs AT27 ? M63 (630 kW, 6 kV) at BMZ for the power supply system of the dredging pumping VSD on a turnkey basis.
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Triol AT27 VFDs supply
The implementation of the frequency drive to control a pump for pumping fluids. The project involved four VFDs AT27 ? M63 (630 kW, 6 kV) at BMZ for the power supply system of the dredging pumping VSD on a turnkey basis.
Supply of Triol AT27-1M0 with a capacity of 1000 kW, 6 kW
Installation of variable frequency drive AT27-1M0 1000 kW 6kV in water pumps of a pumping VSD in a workshop, installation supervision, commissioning, training of operating personnel in management, operating rules, maintenance, and operating principles of the supplied equipment and systems
Frequency drive Triol AT24, 320 kW
Frequency drives Triol AT24 line UC for water supply and water treatment systems allow to automate the processes of housing and communal services facilities, therefore are in demand in various projects for the implementation of VFD as part of pumping VSDs of OEM manufacturers.
Frequency drive Triol AT24, 320 kW
Frequency drives Triol AT24 line UC for water supply and water treatment systems allow to automate the processes of housing and communal services facilities, therefore are in demand in various projects for the implementation of VFD as part of pumping VSDs of OEM manufacturers.
Triol AT24 VFDs supply
The VFDs have a long service life due to the high degree of enclosure protection - this is one of the many advantages of the AT24.
Triol AT24 VFDs supply
The VFDs have a long service life due to the high degree of enclosure protection - this is one of the many advantages of the AT24.
Supply of the VFD Triol AT27-1M0-6 \ 6-ED-000
The implementation of Triol AT27 ED provides the ability to carry out heavy equipment starts without subsidence in the supply network and mechanical shock to the equipment. This extends the life of the equipment and reduces the cost of ownership by reducing the frequency of unscheduled maintenance due to off-design loads.
