Danfoss VLT AutomationDrive FC302.301

  • Description

    Versatile, reliable, and consistently awesome

    Built to last, this robust drive operates effectively and reliably even with the most demanding applications and in the most challenging environments.

    VLT® Automation Drive takes full advantage of all that the new digital age has to offer to ensure it completely fulfils the requirements of your applications and optimizes your processes throughout the entire lifecycle. The digital tools in MyDrive® Suite complement the drive and equip you every step of the way from selection and system design through to commissioning and service.

    Its cutting-edge thermal design and unique back-channel cooling make VLT® Automation Drive one of the most compact and cost-efficient drives in the market. New intelligent maintenance features and a range of DrivePro® services proactively improve productivity, performance, and uptime.

  • Supply voltages and power range

    • 3 x 200-240 V…0.25-37 kW
    • 3 x 380-500 V…0.37 kW – 1.1 MW
    • 3 x 525-600 V…0.75-75 kW
    • 3 x 525-690 V…1.1 kW – 1.4 MW

  • Low harmonic drive

    • 3 x 380-480 V…132-450 kW

  • 12-pulse drive

    • 3 x 380-500 V…250 kW – 1 MW
    • 3 x 525-690 V…250 kW – 1.4 MW

  • Features and Benefits

    • A wide operating temperature range of -25°C to +50°C without derating ensures reliable operation when your applications take your drive to the extremes.
    • The flexible, modular design concept provides an extraordinarily versatile motor control solution.
    • The new VLT®Wireless Communication Panel LCP 103 communicates wirelessly with MyDrive® Connect making it easier to perform commissioning, operation, monitoring, and maintenance tasks.
    • Back-channel cooling concept reduces costs, energy consumption, and the size of the cooling system.
    • New ‘ruggedized’ design reduces the potential negative effects of vibration.
    • The need for PLC capacity is reduced thanks to Smart Logic Control.
    • Low lifetime costs are ensured as the drive is highly resistant to wear and tear.
    • The lifetime of electronics is prolonged due to back-channel cooling for enclosures D, E, and F.
    • Commissioning and upgrades are easy due to plug-in technology.
    • High-precision position and synchronization thanks to the availability of an Integrated Motion Controller throughout the entire product range.
    • Features such as intelligent heat management, Safe stop, and Safe Torque Off ensure safe and energy-efficient operation of the drive.
    • VLT®Motion Control Tool MCT 10 offers a customized commissioning experience.

  • Integrated Motion Controller

    High-precision positioning and synchronization with reduced costs and system complexity

    To optimize performance, many applications across all industry sectors have a need for precise positioning and synchronization. These applications include:

    • rotary tables
    • packaging machines
    • labelling machines
    • conveyors
    • extruders
    • palletizers

    To date, positioning and synchronization operations have been performed using servo drives. However, servo equipment is expensive; it is difficult to commission and requires additional cabling. And, as servo drives do not work with open loop control systems, there is a high failure rate. Many applications do not require the high dynamic performance offered by a servo drive. An alternative was to use an AC drive. But, until now, an additional internal or external module or an encoder on the motor was required.

    Danfoss Drives has developed an innovative alternative to servo control. The Integrated Motion Controller (IMC) is a functionality that enables an AC drive to perform high-precision positioning and synchronization operations without the need for additional modules or hardware. IMC is now configurable in the software of the VLT® Automation Drive FC 302.

    IMC has many advantages. It works with all conventional motor technologies, with a closed loop or open loop control, and offers sensorless homing with torque detection. Drives are adapted to the applications through simple parameterization. This means that knowledge of servo technology or programming languages is not required. As no encoder or additional cables are needed, engineering, installation, and commissioning time and costs can be reduced.

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