Vibratory feeders are powered by controllers dedicated to operate with electromagnetic devices.

We present in our offer a well proven proprietary products subjected to rigorous testing.

Well diversified offer of controllers for vibratory feeders facilitates compliance with our clients’ requirements offering a vast variety of functions:

• Stepless element transport speed control;
• Smooth start and stop of feeder operation (the so-called ramp);
• Possibility to use external analogous signal to control device’s operation;
• 24V DC blocking connector;
• Input signal frequency control with frequency converter;
• Feeder system operation control using external sensors;
• Possibility to control operation with pneumatic electrovalve supporting vibratory feeder action;
• Continuous regulation of feeder vibration amplitude using an accelerometer in the feedback system;
• Possibility to use only one controller for 2 or even 3 vibrators.

Practically all options can be supplied.

KEY:

*Sensors – not sold together with controllers. The table shows controller’s technical capabilities.

* Accelerometer – not sold together with controllers. The table shows controller’s technical capabilities.

+ (Potentiometer in the table) – factory fitted on controller’s front panel

ZEW. 10kΩ (Potentiometer in the table) – possibility to fit an external industrial 10kΩ potentiometer to the controller internal connection.

Soft/fast ramp – increase of the start or stop signal to avoid any surge associated with sudden drive unit stoppage. Control in three time intervals separated steplessly from each other (every 0-4s)

*3 channel – controller operating 3 vibratory feeders:
Vibratory hopper (6A) – Bowl feeder (8A) – Linear feeder (6A)

• Modular 3-channel controller operating a set of vibratory feeders;
• Management of the feeder set operation through a digital display device e.g.: Vibratory hopper (to 6A) – Bowl feeder (to 8A) – Linear feeder (to 6A);
• Two-stage amplitude control for bowl feeder (two-speed controller);
• Blocking connector (24VDC) – logic interruption of feeder operation;
• Connectors controlling feeders operation stoppage (following sensors operation):
  a) Vibratory hopper;
  b) Linear feeder (buffer with a possibility to double number of sensors – min/max buffer);
• Assembly connector of pneumatic electrovalve;
• Alert lamp (24VDC) reporting element tie-up;
• Advanced controller logic and programme options;
• Device in casing providing IP54 protection level.

• Digital control vibratory feeder supply;
• Amplitude adjustment (feeder output);
• Amplitude sensor feating connector/accelerometer/for automatic amplitude adjustment in case of load change (optional);
• Connectors controlling feeder operation switch off (after sensor operation):
  a) Vibratory hopper,
  b) Linear feeder (buffer overstacking)
• Vibration frequency adjustment;
• External signal analogous control;
  (two industrial standards are available: 0-10V or 0-20mA)
• Blocking connector (24VDC) – logic interruption of feeder operation
• Device in casing providing IP55 protection level.

• Advanced controller adjusting vibratory feeder operation;
• Digital control vibratory feeder supply;
• Assembly connector of filling up sensor (or overstacking sensor) controlling feeder switching off;
• Amplitude adjustment (feeder output);
• Amplitude sensor feating connector / accelerometer/for automatic amplitude adjustment in case of load change (optional);
• Vibration frequency adjustment;
• External signal analogous control
  (two industrial standards are available: 0-10V or 0-20mA);
• Two stage aplitude adjustment /two speed controller/;
• Blocking connector (24VDC) – logic interruption of feeder operation;
• Device in casing providing IP54 protection level.

• • Vibratory feeder supply with a possibility to select the control method:
    a) Potentiometer adjusted output
    b) External signal analogous control;

  (two industrial standards are available: 0-10V or 0-20mA)

  • Blocking connector (24VDC) – logic interruption of feeder operation;
  • Potentiometric limiter of output voltage (min. and max. feeder output);
  • Device in casing providing IP20 protection level/to be fitted inside a cabinet;
  • Vibratory feeder supply with potentiometer amplitude adjustment
    (feeder output);
  • External signal analogous control
    (two industrial standards are available: 0-10V or 0-20mA);
  • Blocking connector (24VDC) – logic interruption of feeder operation;
  • Device in casing providing IP54 protection level.

• Vibratory feeder supply with potentiometric amplitude adjustment
  (feeder output);
• Four start and stop speed adjustment steps;
• Blocking connector (24VDC) – logic interruption of feeder operation;
• Sensor connectors with control logic;
• Device in casing providing IP54 protection level.

• Vibratory feeder supply with potentiometric amplitude adjustment
  (feeder output);
• Four start and stop speed adjustment steps;
• Blocking connector (24VDC) – logic interruption of feeder operation;
• Device in casing providing IP54 protection level.