Inverter DrivE-Tech

Inverter DrivE-Tech

The new line of VFD DrivE-Tech has been designed and developed to optimize, control and protect pumping systems built with different kind of pumps like vertical multistage, centrifugal and submersible.

Product Info
Ordering / Performance
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  • Applications

    • Water supply in domestic applications
    • Irrigation
    • Commercial
    • HVAC
    • Washing units

    Features

    • Power range: 1.1 - 45 kW
    • Input voltage:
    • Single phase: 230 V ± 15 %
    • Three phase: 230 V or 400 V ± 15%
    • Frequency: 50 - 60 Hz (±2 %)
    • Ambient temperature at nominal current: max 40 °C (104 °F)
    • Protection degree:
    • Size 1 and 2: IP55
    • Size 3: IP54
    • Altitude at nominal current: max. 1,000 m

    Product advantages

    The installation of a DrivE-Tech allows the user to gain important benefits like:

    • Reduced energy consumption with remarkable cost saving
    • Longer life of pumping system
    • Greater reliability of the complete unit
    • DrivE-Tech controls are uniquely compact, and plugged with most of the pumps available in the market they can ensure steady operation conditions in terms of pressure, flow and temperature.

    Protection and monitoring

    DrivE-Tech delivers motor protection and monitoring, such as:

    • Overload and dry running protection
    • Integrated soft start and soft stop functions, extending the life of the system and reducing peak variation
    • Input current and supply voltage
    • Recording running hours and login errors and alarms reported by the system
    • Controlling a second or third pump at constant speed DOL (DOL: Direct On Line)
    • Connecting to other DrivE-Tech to get combined operation

    DrivE-Tech enclosure is entirely made of die-cast aluminum and is very sturdy, lightweight, easy to cool down and very compact in size.

    Protection degree of the panel is IP55 thus it can be installed in humid and dusty places.

    A display placed on top of DrivE-Tech and a buzzer in case of alarm help to operate the VFD in the most efficient and easy conditions.

  • Single phase 230 V Input / Single-Three phase 230 V Output

    ModelVin ± 15 %
    [V]
    Max Vout
    [V]
    Maximun imput current
    [A]
    Maximun output current
    [A]
    Typical motor *
    P2 [kW]
    Weigh
    [Kg]
    Size
    2.0151 X 2301 x 2301591,141
    3 x 23071,51
    2.0301 x 2301 x 2302091,54,31
    3 x 2301131
    • * See Notes for DrivE-Tech selection

    Three phase 230 V Input / Three phase 230 V Output

    ModelVin ± 15 %
    [V]
    Max Vout
    [V]
    Maximun imput current
    [A]
    Maximun output current
    [A]
    Typical motor *
    P2 [kW]
    Weigh
    [Kg]
    Size
    3.0113 x 2303 x 2301061,14,41
    3.0223 x 2303 x 23013,592,24,41
    3.0303 x 2303 x 2301614372
    3.0923 x 2303 x 23042389,2333
    3.1103 x 2303 x 230524811333
    3.1503 x 2303 x 230686515343
    3.1853 x 2303 x 230787518,5343
    3.2203 x 2303 x 230888522343
    • * See Notes for DrivE-Tech selection

    Three phase 400 V Input / Three phase 400V Output

    ModelVin ± 15% (V)Vout (V)Maximun imput current (A)Maximun output current (A)Typical motor * P2 (kW)Weight (Kg)Size
    4.0223 x 4003 x 4001062,24,41
    4.0403 x 4003 x 40013,5944,41
    4.0553 x 4003 x 40016145,572
    4.0753 x 4003 x 40021187,572
    4.1103 x 4003 x 40031251172
    4.1503 x 4003 x 4003530157,22
    4.1853 x 4003 x 400423818,5333
    4.2203 x 4003 x 400524822333
    4.3003 x 4003 x 400686530343
    4.3703 x 4003 x 400787537343
    4.4503 x 4003 x 400888545343
    • * See Notes for DrivE-Tech selection

    Notes

    • DrivE-Tech selection:
    • It’s recommended referring to rated motor current (not to rated power) when selecting DrivE-Tech model
    • Increase the rated motor current (+5 %) and select the suitable DrivE-Tech

    Accessories:

    • Pressure transmitters with different measuring range up to 40 bar
    • Pressure transmitters with wetted parts in 316L with measuring range up to 40 bar
    • Input filter
    • Output filter dv/dt and sinusosidal