DBUF20-24

$0.00
24V/20A DIN Rail Type Buffer Module
Wattage :
NA
Features　:
20A redundant module
20A/40A DIN Rail Buffer Module
20A/40A DC UPS module
AC Inrush Current Limiter
Buffer Module Specification Table - DBUF20-24Specification
        
                    MODEL
                    DBUF20-24
                
                    CHARGING MODE
                    DC NORMAL OPERATING VOLTAGE
                    24Vdc
                
                    CHARGING VOLTAGE
                    23~30Vdc
                
                    CHARGING CURRENT
                    900mA Max.
                
                    CURRENT CONSUMPTION AT STANDBY
                    100mA Max.
                
                    CHARGING TIME
                    
                        15s Typ.

                        25s Max.
                    
                    BUFFER MODE
                    DC NORMAL OPERATING VOLTAGE
                    22Vdc/Vin-1Vdc
                
                    DC OPERATING VOLTAGE RANGE
                    22-29Vdc
                
                    OUTPUT CURRENT(max.)
                    20A
                
                        BUFFER TIME

                        (Refer to Buffering Curve at 22Vdc)
                    
                    Output current
                    20A
                    10A
                    0.1A
                
                    Typ.
                    350ms
                    700ms
                    45s
                
                    Min.
                    250ms
                    500ms
                    30s
                
                    RIPPLE & NOISE (max.)      Note.2
                    200mVp-p
                
                    PROTECTION
                    OVER VOLTAGE
                    31~37.5V only, shut down o/p voltage
                
                    OVER LOAD
                    105%~125% rated output power at buffer mode
                
                    Protection type: Shut down o/p voltage, re-power on to recover
                
                    SHORT CIRCUIT
                    Protection type: Shut down o/p voltage, re-power on to recover
                
                    TVS FOR SIGNALS (max.)
                    35V
                
                    REVERSE POLARITY PROTECTION
                    By internal MOSFET, no damage, recovers automatically after fault condition removed
                
                    FUNCTION
                    SELECTABLE BY SWITCH
                    Fix 22Vdc(Default)
                    Buffering starts if terminal voltage falls below 22Vdc
                
                    Vin-1Vdc
                    Buffering starts if terminal voltage is decreased by > 1Vdc
                
                    CONTROL / SIGNALS
                    Inhibit (I)
                    +Vs - V(I) < 6Vdc: Buffer module ON;    +Vs - V(I) > 10Vdc: Buffer module OFF
                
                    35Vdc / 4mA Max.
                
                    Ready(R)
                    Charged ready: V(R)>+Vs - 2Vdc;    Unready: V(R)<1Vdc
                
                    35Vdc / 10mA Max.
                
                    Buffering (B)
                    Buffering: V(B)>+Vs - 2Vdc;    Other mode: V(B)<1Vdc
                
                    35Vdc / 10mA Max.
                
                    Supply Voltage(+Vs)
                    10~35Vdc / 10mA(Connected to +V or external voltage)
                
                    LED STATUS DISPLAY
                    
                                    ON
                                    Ready
                                
                                    OFF
                                    Discharged
                                
                                    Flashing
                                    1Hz
                                    Charging
                                
                                    10Hz
                                    Buffering
                                
                    PARALLEL CONNECTION
                    Refer to Typical Application Notes(Page 6)