GPR4850DR03 (iron panel) rectifier module

High power density power supply products

GPR4850DR03 (iron panel) rectifier module

Input 1:200-240Vac;Output 1:53.5Vdc;Power
1:2900W Input 2:115-130Vac;Output
2:53.5Vdc;Power 2:1200W

Characteristics
¡ô Compact size and power density up to 22 W/in³
¡ô Output voltage adjustable 42-58Vdc, default value 53.5V
¡ô Wide operating temperature range: -33¡«+55¡æ, extended operating temperature range: +55¡«+65¡æ.
¡ô Power factor correction ¡Ý0.99
¡ô With RS485 communication interface
¡ô Input over- and under-voltage protection
¡ô Output over-voltage protection
¡ô Output over-current protection
¡ô Output short-circuit protection
¡ô Over-temperature alarm and protection
¡ô Parallel connection is possible via the current sharing bus
¡ô Remote on/off
¡ô Hot plug and unplug
¡ô Comply with UL¹60950-1, EN²60950-1, TLC³YD/T731-2008 requirements.
¡ô CE marking in accordance with Directives 73/23/EEC and 93/68/EEC
¡ô High efficiency, up to ¡Ý93%
Applications
¡ô 48V distributed system
¡ô Ethernet
¡ô Switch
¡ô Local area network, metropolitan area network
¡ô Server
¡ô Indoor wireless network
¡ô Telecommunications equipment

Input

Input

Parameter Minimum Typical Maximum Unit Note
Input voltage range 90 110/220 290 Vac
Input frequency 45 50/60 65 Hz Rated load
Input current 18.5 A
Input impulse current 20 A
Power factor 0.99 Rated Input, rated load
Power conversion point 150 154 165 Vac

Output

Parameter Minimum Typical Maximum Unit Note
Output voltage range 42 53.5 58 Vdc Adjustable by monitoring (test condition: no load)
Output current 0 50 A Input is 154Vac~290Vac
0 22 A Input is 90Vac~153Vac
Output efficiency 92 % 220VAC input (1. Rated output voltage at 220Vac
input, 25% or more of rated load current 2. Up to 93%)
86 % 110V AC input
Voltage stabilization accuracy ¡À %  
Telephone balance weight noise 2 mV
Wideband noise voltage 50 mV (3.4KHz¡«150KHz)
20 (150KHzÒ»30MHz)
Ripple + noise (peak) 200 mV Performed within the nominal input voltage and load range,
and tested with a parallel 0.luF at the output. One ceramic or gold
film capacitor and one 10uF electrolytic capacitor,
oscilloscope bandwidth of 2OMHz.

Others

Parameter Minimum Typical Maximum Unit Note
Temperature coefficient ¡À0.02 %/¡æ
Dynamic response recovery time 200 us 25%~50%~25%, 50%~75%~50% load variation,
hopping rate 0.1A/us, hopping period 4ms, equal upper and lower half-cycles
Dynamic response overshoot ¡À5 %
Start-up time 3 8 S Rated input voltage power on to output
voltage established to 53.5VDC.
Pre-current limiting is required for startup output
Degree of unbalance of flow equalization ¡À5 % 154Vac~290Vac, load range of 50%~100%
Switch overshoot amplitude ¡À5 %
Stand-by power consumption 6W W 1. 220Vac input test input power
2. The power consumption of the rectifier module
during hibernation shutdown,
the wake up time of hibernation shutdown
cannot exceed 2S (full load test)
Discrete noise 5 mV 3.4-150KHz<
3 mV 150-200KHz
2 mV 200-500KHz
1 mV 500-30000KHz

Protection

Parameter Minimum Typical Maximum Unit Note
Input over-voltage protection point 300 Vac Self-recovery available
Input over-voltage recovery point 290 Vac Loopback not less than 5V
Input under-voltage protection point 85 Vac Self-recovery available
Input under-voltage recovery point 90 Vac Loopback not less than 5V
Input over-current protection AC input lines L and N are both fused.
Output over-voltage 58.5 60.5 Vac 1. Overvoltage due to internal module failure,
resulting in self-locking of the module.
2. Module external output voltage within the
protection point 53 A
Short-circuit protection Long-term short circuit, selfrecovery available A
Power over-temperature protection Automatic recovery at ambient temperature of 65¡ãC ¡æ
¡æ

»·¾³

Parameter Minimum Typical Maximum Unit Note
Working environment temperature -25 55 ¡ãC
Power output environment temperature -40 70 ¡ãC
Storage environment temperature -40 70 ¡ãC
Humidity 5 95 % Relative humidity, no condensation
Altitude 0 4000 m
Noise 55 dBa High-temperature derating under ambient conditions at
3,000~4,000m, decreased by 1¡æ for every 200m rise.
Cooling method Forced air cooling. Front air inlet and rear air outlet with the fan in front featuring temperature-based speed control function.

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