Control Boxes

* The ESG90 is now obsolete and has been replaced by the ESG1000.

• A power output for vibratory bowl or linear feeder
• Internal changeover to a 230V or 110V supply voltage
• The output power with potentiometer can be set on the front plate
• Manuel adjustment of the transient and decay responses by changing the time constants
• External drive 24V DC/voltage-free contact
• Plug-in connection for RNA vibratory bowl and linear feeders
• Double-pole main switch
• CE, EMC and CSA/UL approved

• A power output for vibratory bowl or linear feeder
• Automatic changeover to 230V or 110V supply voltage
• Membrane keyboard for setting and changing the working values in the setting menus
• Simple menu navigation to change the setting parameters
• Manual adjustment of the transient and decay responses by changing the time constants
• External 24 V DC activation
• Two opto-couplers for status messages and further links
• Connection of external devices, e.g. solenoid valve, is possible
• Plug-in connection for RNA vibratory bowl and linear feeders
• Double-pole main switch
• CE, EMC and CSA/UL approved

RNA’s new control boxes SCU1000 and SCU2000 have been thoroughly redesigned and replaced the current ESG1000 and ESG2000 series. They feature an innovative design for intuitive operation and easy integration with state of the art equipment.

* The ESK N80 controller has been replaced by the ESK 2000.

• A power output for vibratory bowl or linear feeder
• Automatic switching to 230V or 110V mains voltage
• Membrane keyboard for setting and changing the working values in the setting menus
• Simple menu navigation to change the setting parameters
• Manual adjustment of the transient and decay responses by changing the time constants
• External 24 V DC activation
• Two relay outputs and two optocouplers for status message and further links
• Possibility of connecting external devices, e.g. solenoid valve
• Connection of a maximum of 2 sensors whose function and switching behaviour are programmable. (Supply voltage 24V DC 10 mA)
• Plug-in connections for RNA vibratory bowl and linear feeders, sensors and communication
• Double-pole main switch
• E, EMC and CSA/UL approved

• Two power outputs
• Automatic switching to 230V or 110V mains voltage
• Membrane keyboard for setting and changing the working values in the setting menus
• Simple menu navigation to change the setting parameters
• Manual adjustment of the transient and decay responses by changing the time constants
• External 24 V DC activation
• Two relay outputs and two optocouplers for status message and further links
• Possibility of connecting external devices, e.g. solenoid valve
• Connection of a maximum of 2 sensors whose function and switching behaviour are programmable. (Supply voltage 24V DC 10 mA)
• Plug-in connections for RNA vibratory bowl and linear feeders, sensors and communication
• Double-pole main switch
• CE, EMC and CSA/UL approved

• 3 Power output for vibratory bowl or linear feeder
• Switchable AC Motor
• Automatic switching to 230V or 110V mains voltage
• Simple menu navigation to change the setting parameter
• Membrane keypad for setting and varying the working values in the setting menus
• Manual adjustment of the transient and decay responses by changing the time constants
• External activation 24V DC per channel
• Two relay outputs and four optocouplers for each power output fir status messages and further links
• Possibility of connecting external devices, e.g. solenoid valve
• Connection of maximum two sensors, which function and switching behaviour being programmable (Supply voltage 24V DC 10mA)
• Plug-in connections for RNA vibratory bowl and linear feeders, motors, sensors and communication
• Double-pole main switch
• CE, EMV approved

* The ESR 01 controller has been replaced by the ESR 2000/ESR3000.

• A power output for vibratory bowl or linear feeders
• Oscillation frequency is adjustable, i.e. fine mechanical tunings (fitting springs) are not necessary
• Automatic changeover to 230 V or 110 V supply voltage
• Membrane keyboard for setting and changing the working values in the setting menus
• Simple menu navigation to change the setting parameters
• Manual adjustment of the transient and decay responses by changing the time constants
• External 24 V DC activation
• Two relay outputs and two opto-couplers for status messages and further links
• Connection of external devices, e.g. solenoid valve, is possible
• Connection of max. 2 sensors, the function and switching behaviour of which can be programmed (supply voltage of 24 V DC, 10 mA)
• Plug-in connections for RNA vibratory bowl and linear feeders, sensors and communication
• Self-protective (max. current monitoring)
• Double-pole main switch
• CE and EMC approved

* The ESR 25 controller is now obsolete and has been replaced by the ESR 2500.

• Automatic setting of the oscillation frequency after
  calibration, i.e. fine mechanical tunings (fitting springs)
  are not necessary
• Changeover to 230 V or 110 V supply voltage
• Membrane keyboard for setting and changing the working values in the setting menus
• Simple menu navigation to change the setting parameters
• Manual adjustment of the transient and decay responses by changing the time constants
• External drive 24 V DC (in connection with board ESC06, which is not included in the delivery)
• Three opto-couplers for status messages and further links (in connection with board ESC06, which is not included in the delivery).
• Connection of external units, e.g. solenoid valve, is possible (only in connection with ESC06 and EBX)
• Connection of max. one sensor, the function of which can be programmed (supply voltage of 24 V DC, 10 mA)
• Plug-in connections for RNA vibratory bowl and linear feeders, sensors and communication
• Self-protective (max. current monitoring)
• Double-pole main switch
• CE and EMC approved

* The ESR 01 controller has been replaced by the ESR 2000/ESR3000.

• Power output for vibration bowl or linear feeder
• Automatic adjustment of the vibration frequency after calibration, i.e. fine mechanical tunings (fitting springs) are not necessary
• Automatic switching to 230V or 110V mains voltage
• Membrane keypad for setting and changing the working values in the setting menus
• Simple menu navigation to change setting parameters
• Manual adjustment of the transient and decay responses by changing the time constants
• External activation 24V DC
• One relay output and one optocouplers for status messages and further links
• Connection of one sensor (supply voltage 24V DC 10mA)
• Plug-in connections for RNA vibratory bowl and linear feeders, sensors and communication
• Self-protecting (max. current monitoring)
• Double-pole main switch
• CE and EMC tested
• CE, EMV and UL tested

• A power output for vibratory bowl or linear feeders
• Output power adjustable from 0 to 10 V DC with potentiometer or analogue voltage
• External 24 V DC activation
• CE and EMC approved
• Status message for Ready and Active

Control box for the operation of one vibratory bowl or linear feeder and connection of a sensor for monitoring and controlling the part flow. At the same time the vibration frequency is manually adjustable.