REOVIB MFS Frequency converter

Frequency inverter for vibratory conveyors

The REOVIB MFS series for vibratory conveyor drives creates a drive voltage and frequency for the vibratory conveyor that is independent of the frequency and level of the mains voltage connected.

Any desired drive frequencies for the vibratory conveyor that are within the device frequency ranges may be set.
The devices function using digital technology and are operated via an LED or an LCD display and buttons. All settings can be carried out from outside, without the housing having to be opened up.


Using technology that has been patented by REO, it is possible, using an appropriate acceleration sensor, to carry out an automatic search and tracking of the resonance frequency of the vibratory conveyor system using the frequency inverters of the REOVIB MFS 168 and REOVIB MFS 268 series. Therefore, the time-consuming mechanical setting of the vibration frequencies can be omitted.

  • REOVIB MFS 158

    IP 54 or IP 20, frequency-control

    REOVIB MFS 158
    • Output voltage: 20 - 100 / 40 - 210 V
    • Output Current: max 4 A
    • Input voltage auto detect: 110 /230 V

    Frequency converters in the REOVIB MFS 158 series for vibratory conveyor technology offer the option of operating the vibratory conveyor at an optimal vibration frequency for the material - completely independently of the mains input frequency.


    In addition, various sensor and valve logic links can be programmed.


     Devices in the REOVIB MFS 158 series are available with a max. output current of 4A, as IP20 versions for installation in control cabinets, and as IP54 standalone versions.


    IP 54 available with:




    • Input cable/output socket




    • Complete cable connection solution for mains, output and control connections



  • REOVIB MFS 168

    IP 54 or IP 20, frequency-control with automatic detection of the resonant frequency

    REOVIB MFS 168
    • Output voltage: 0 - 100 / 0 - 205 V
    • Output Current: max 3/6/8 A
    • Input voltage auto detect: 110 / 230 V

    Frequency controllers in the REOVIB MFS 168 range for vibratory conveyor technology offer the option of operating the vibratory conveyor at an optimal vibration frequency for the material - independently of the mains input frequency.


    It is also possible, thanks to the system patented by REO, to determine the resonant frequency of the vibratory system automatically and to regulate the vibration amplitude accordingly. In addition, various sensor and valve logic links can be programmed.


    Devices in the REOVIB MFS 168 series are available with a max. output current of 3A, 6A and 8A and as IP20 versions for installation in control cabinets or as IP54 standalone units. 


    The IP54 housings are available with:



    • Input cable/output socket

    • Complete cable connection solution for mains, output and control connections 


     


    Suitable sensor:


     


    REOVIB SW in IP54 design 


     

  • REOVIB MFS 268

    IP 54 or IP 20, Frequency-control with automatic detection of the resonant frequency

    REOVIB MFS 268
    • Output voltage: 0 - 100 / 0 - 205 V
    • Output Current: max 3/6/8 A
    • Input voltage auto detect: 110 / 230 V

    Frequency converters in the REOVIB MFS 268 series for vibratory conveyor technology offer the option of operating the vibratory conveyor at an optimal vibration frequency for the material - completely independently of the frequency of the electrical mains supply. 


    It is moreover possible, thanks to the system patented by REO, to determine the resonant frequency of the vibratory system automatically and to regulate the vibration amplitude to constant values. In addition, various sensor and valve logic links can be programmed. Devices can optionally be equipped with field bus interfaces, and are also available as versions with UL/CSA certification. 


    Devices in the REOVIB MFS 268 series are available with a max. output current of 3A, 6A and 8A as IP20 versions for installation in switch cabinets, and also as IP54 case designs.


     


    Suitable sensor:


     


    REOVIB SW in IP54 design 


     

  • REOVIB MFS 268 HP

    IP 54 oder IP 20, high-power version

    REOVIB MFS 268 HP
    • Input voltage: 115 / 230, 230 / 400 V
    • Output voltage: 0 - 100 / 0 - 205 / 0 -360 V
    • Output Current: max 32 A

    REOVIB MFS 268 HP


    High-power version of the REOVIB MFS 268 frequency-control device, can be used for mains voltages of 400 V with max. 8 or 16A output current and for mains voltages of 230 V with max. 


    12, 16, 32A output current. Available as IP20 versions for installation in control cabinets and also as IP54 standalone units for 230 V and 12/16A.


    We are also delighted to offer you a suitable control cabinet system with client specific requirements.Special designs of the REOVIB MFS 268 HP can also be implemented if required.

  • REOVIB MFS 268-LCD

    IP 54, Frequency-control with LC-Display

    REOVIB MFS 268-LCD
    • Output voltage: 0 - 100 / 0 - 205 V
    • Output Current: max 3/6/8 A
    • Input voltage auto detect: 110 / 230 V

    REOVIB MFS 268-LCD are fitted with an LCD display. The full-text display in various languages makes programming and adjustment easy and intuitive. Important status indications and settings can easily be input and retrieved.


    Frequency converters in the REOVIB MFS 268 series for vibratory conveyor technology offer the option of operating the vibratory conveyor at an optimal vibration frequency for the material - completely independently of the frequency of the electrical mains supply. 


    It is moreover possible, thanks to the system patented by REO, to determine the resonant frequency of the vibratory system automatically and to regulate the vibration amplitude to constant values. In addition, various sensor and valve logic links can be programmed. Devices can optionally be equipped with field bus interfaces, and are also available as versions with UL/CSA certification. 


    Suitable sensor:


     


    REOVIB SW in IP54 design 


     


     

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