Control Panels

Electronic panel

Electronic Panel Features

  • High current; short-circuit current and under current control
  • High voltage protection
  • Low voltage protection
  • Two phase and phase direction control
  • Simultaneous
  • Pump entry and exit time setting
  • Number of switch protection
  • Well mode settings
  • Self-test settings
  • Pressure transmitter settings
  • Factory settings
  • Working times of pumps
  • Phase-to-phase and phase-neutral voltage reading
  • LCD screen
  • LED and audible warning
  • Turkish-English language option
  • Historical alarms (last 15 settings)

Touch Electronic Panel

Touch Electronic Panel Features

  • 7″ Tft LCD screen
  • Auto-manual operation
  • Failure, running and waiting animation for each pump
  • Actual date and time
  • Adjustable frequency and time setting between pumps
  • PID and time gain settings
  • Simultaneous
  • High Pressure Protection (Hydrophore)
  • Operation with 4-20 mA-0-10 V DC pressure, temperature and flow sensor, real date and time-based fault information
  • Two phase and phase direction protection
  • Working dry contact information for each pump
  • Fault dry contact information for each pump
  • Schneider, ABB, Lovato and other switchgear options
  • PLC controlled manual panel (ghp) up to four pump booster with thermal magnetic protection (optional)
  • ABB brand inverter
  • Error recording, graphical curve recording, communication and advanced features on the touch panel

Frequency Controlled Panel

Frequency Controlled Panel Features

  • Two 4-20 mA analog input 0-10 V DC output 128*64 pixel blue graphic display
  • Thermostat controlled cooling motor
    external power supply 24 V DC
  • Time dependent aging
  • PID control (Adjustment possibility)
  • High pressure protection
  • Low pressure protection (Protection against waterless operation)
  • Difference calculation for circulation pump (Automatic output sensor determination so automatic correction even if outlet sensor and inlet sensor are connected incorrectly)
  • Auxiliary pump on and off time setting
  • Possibility of manual operation with pressure transmitter without using pressure switch in case of driver failure
  • Possibility to use a spare sensor in case of sensor failure (In case of sensor failure, the other sensor is activated automatically)
  • Possibility of on-off the desired pumps on the screen
  • Working hours, date and time setting of individual pumps
  • Maximum pump selection (desired working pump number is determined) (All pumps are replaced simultaneously)
  • History fault recording system, savings calculation
  • Pressure setting and reading on the screen