Touchscreen Controller

TOUCHSCREEN CONTROLLER FOR COMPLETE RECTIFIER CONTROL AND INFORMATION

Dynapower offers the Touchscreen Controller as part of the latest generation of rectifier controller technology. Easily integrated into silicon controlled rectifiers, it offers users the ultimate control over their rectifiers. With a graphic display and menus designed to be easy to navigate, viewing status indications, controller setup, and special operating modes has never been faster or easier. Now you can speed through menus and change options in just a few short taps. Precise adjustments can be made to voltage and current setpoints, ramping time and rate, dwell time, pulse duration, cycle time, and amp-hour setpoints.

With an automatic run mode, this rectifier controller can be used to create, store, and use custom recipes with multiple steps. These steps include ramp, dwell, pulse, amp-hour, and cycle functions. Concurrently running operating modes allow for even more complex waveforms. This automation saves time and labor, while also improving quality and reliability.

The Touchscreen Controller comes built into a standard remote console allowing for flexible controller placement. Custom control placement options are available upon request to accommodate other control location needs. The Touchscreen Controller can also be easily retrofitted to any existing Dynapower power supply or SCR units supplied from other manufacturers.

  • Touchscreen interface for easy control
  • Graphic display for viewing unit output, setpoint reference levels, status indication, setup, and special operating modes
  • Voltage setpoint adjust
  • Current setpoint adjust
  • Ramp rate adjust
  • Dwell timer adjust
  • Amp-hour set-point adjust
  • Amp-hour totalizer
  • Cycle timer adjust
  • Pulse adjust
  • Recipe storage:
    • Store up to 16 multi-step programs
    • Each program contains up to 8 steps that include ramp, dwell, pulse, amp-hour, and cycle functions
    • Selectable time-base of milliseconds, seconds, minutes, or hours
    • Concurrently running operating modes to allow for complex waveforms
  • Programs and setpoints automatically restored upon power-up
  • Process alarms
  • Fault indication
  • In depth alarm and fault history reports
  • Voltage and current trend information
  • Polarity reversal function
  • Remote interface via Ethernet, Profibus, Modbus, or DeviceNet for easy multi-unit integration