FIRE FIGHTING

SCF8C-E-U

NEW
Y-D Electric Fire pump Controller

Controllers for small Electric Fire Pumps according to  EN 12845 and UNE 23500

SCF8C-E-U controllers, are small user friendly and configurable instruments, useful for automatically operate electric motor driven fire pumps, (Electric Fire Pumps) in any environment

SCF8C-E-U controllers automatically start and stop small Electric Fire Pumps (up to 7,5kW)  and/or Jockey pumps (up to 2,2 kW) depending on the system’s demand; protect them by means of the connected and controller-generated alarms, visualize the most relevant values and informations, also manage the communication of the operator and both the contour elements and the remoted manned centre.

MAIN FEATURES: SCF8C-E-U

Small Electric Fire Pumps controllers: EN 12845 and UNE 23500

  • STANDARDS & TECHNICAL RULES
    1 Standard UNE 23500 Ed.2021
    2 Standard UNE 23500 Ed.2012
    3 Standard UNI 10779 Ed. 2014
    4 Standard IEC 61439-1 Ed. 2011 Low-voltage switchgear and controlgear assemblies
    5 Tech. Rule CEPREVEN R.T.1-ROC Ed.2004
    6 Tech. Rule CEPREVEN R.T.2-ABA Ed.2006

     

  • RANGE OF MODELS (according to the type plate)
    1 Incoming line voltage 400 V AC / 230 V AC
    2 Mains frequency 50 Hz / 60 Hz.
    3 Main pump motor size Up to 7,5 kW
    4 Jockey pump motor size Up to 2,2 kW
    5 Motor starter type DOL
  • CONSTRUCTIVE FEATURES
    1 External enclosure IP65 Protected from total dust ingress (NEMA 4)
    2 Impact rating: IK10 (except for display)
    3 Fireproof grade: Fire extinguishes <30s
    4 Display Transflective: Visible under direct sunlight
    5 Wiring Halogen free
    6 Fireproof: RZ1 according to EN50200 (830ºC for 90min)
    7 Pump room temperature 20 ºF to 122ºF (-5ºC to 55ºC)
    8 Isolation rating between phases 500 V AC
    9 Isolation rating between phases and ground 2.500 V AC
    10 Isolation impedance between phases and ground 2 MΩ
    11 Earthing system TT system (neutral and earht connected separatelly )
    12 Electromagnetic environment CEM-1
  • MEASURING INSTRUMENTS IN THE DISPLAY
    1 System 3 Voltmeter: voltage for every phase R-S-T (RMS)
    2 1 Mains frequency meter
    3 1 pump rotation/phase rotation
    4 1 Manometer pump discharge pressure ( pressure sensor required with 4-20 mA signal)
    5 Main pump l 1 Ammeter: pump current (RMS)
    6 1 active power in KW (RMS)
    7 1 Power factor (Cos φ)
    8 Jockey pump 1 Ammeter: pump current (RMS)
    9 1 Active power in KW (RMS)
    10 1 Power factor (Cos φ)
    11 Controller 1 Voltmeter: Internal voltage
    12 Controller 1 Voltmeter: back-up battery voltage
  • PUMS & SYSTEM PROTECTION
    1 Mains power loss
    2 Normal power phase reversal
    3 Normal frequency loss
    4 Main pump protection tripped
    5 Overload main pump
    6 Main pump failed to start  / Discharge pressure fail
    7 Jockey pump protection tripped
    8 Overcurrent Jockey pump
    9 Under-current Jockey pump
    10 Low water reservoir tank
    11 Low back-up battery voltage
    12 Controller power loss
    13 Low priming tank level
    14 Main pump pressure switches short-circuit
    15 Main pump pressure switches open-circuit
    16 Main pump low pwer factor
    17 Jockey pump low pwer factor
    18 Main pump under current
    21 System pressure sensor fault
  • COMMUNICATIONS & SIGNALS TRANSMISSION
    1 USB Port Boot loader for firmware upgrading
    2 Voltage free contacts : Up to 250 V AC / 2 A Pump running
    3 Grouped alarms
  • LANGUAGES / OTHER FEATURES
    1 ENGLISH / ESPAÑOL / ITALIANO / FRANÇAIS / PORTUGUES
    2  Main pump working hours and minutes
    3 Jockey pump start count
    4 Jockey pump working hours and minutes
    5 System pressure manometer
    6 Main Pump pressure switchs monitoring: Short circuit-Open circuit
    7 Imput-Output status test monitoring in the display
    8 80dB buzzer