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380Vac to 110VDC 20A rectifier module

  • RM11020-B2

  • NASN

  • RM11020-B2

Availability:

RM11020-B2 is a power supply device that converts 3phase 380V AC voltage into stable 110Vdc for communication power supply system.

For a larger load capacity, the rectifier modules can be connected in parallel, or an additional independent monitoring module can be used for intelligent control.The rectifier module is a plug-in modular unit designed to be compatible with racks and cabinets.


Electrical Specification


1. Power Supply Overview :

1.1 Table 1  Input Electrical Characteristics Overview

Input voltage range

Three-phase four-wire 323Vac to 437Vac, maximum operating voltage 475Vac

Power Factor

> 0.94 @ full load

Frequency range

50Hz/60Hz±5%

Inrush current

15Atyp peak, 323Vac; 20Atyp peak, 475Vac

Efficiency

92%min at 380Vac 117V 20A

Harmonic current

Each harmonic does not exceed 30%

1.2  Output Electrical Characteristics Overview

1.2.1  Table 2  Output Voltage ,Current & Regulation.

Output Voltage

Regulation

Rated current

MAX current

Constant current accuracy

99V~143V

±0.5%

20.0A

22A

±1% (based on the constant current value, 2~10A)

  Note: Input voltage range 323~437 Vac

1.2.2  Table 3  DC Output Ripple & Noise.

Output Voltage

Ripple & Noise (Max.)

99V~143V

0.5% RMS; 1% peak-to-peak

  Note: 1) Measurements shall be made with an oscilloscope with 20MHz bandwidth.

2) Input voltage range 323~437 Vac

1.2.3  Output Transient Response.

   Table 4. Test condition.

Voltage Tolerance Limit

Slew Rate

Load Change

 ±5%

0.2A/uS

25% to 50% load and 50% to 75%

   Note:  Transient response measurements shall be made with a load changing repetition rate of 50Hz to 10kHz.

1.2.4  Table 5  DC Output Overshoot At Turn On & Turn Off.

Over shoot voltage(V)

Turn on

Turn off

5%

5%

 Note:  All of dc output current from Min. to Max.

1.2.5  Table 6  DC output voltage rise time

Output Voltage

323Vac input &Full Load

475Vac input &Full Load

117V

3~8S

3~8S

Note: The output voltages shall rise from10% to 90% of their output voltage.

1.2.6  Table 7  Voltage limit Overview

Limit voltage

Comments

99143VDC


1.2.7  Table 8  Current limit Overview

Limit current

Comments

1~22A 


1.2.8 Fig. of output Overview

380Vac to 110VDC rectifier module 

1.3  Remote On/Off Control(Remote control function - 485 communication)

1Remote signaling

Transmit the module's protection signals (AC overvoltage, undervoltage, phase loss, overtemperature, output overvoltage, overcurrent, etc.) and fault signals to the monitoring unit.

2Remote monitoring

Monitor the module's output voltage and current and report to the monitoring unit.

3Remote control

Control the module's ON/OFF state and switch between boost and float charge according to the monitoring unit's commands.

4Remote adjustment

Adjust the module's output voltage and set the output current limit within the range of 10% to 100% based on the monitoring unit's commands.

 1.4  Protection:

1.4.1 Table 9 DC output Over Voltage Protection.

Max. Over Voltage

Comments

1486V

Output lockout, software protection point

Note: In the event of an open-loop fault, the output overvoltage protection point does not exceed 155V.

1.4.2 Table 10 DC Output Short Circuit Protection.

Output short protection

The module hiccups during a short circuit and restarts after fault recovery.

1.4.3 Table 11 AC Input Over voltage Protection.

Over voltage

Recovery

485±10vac

Recovers at 460±15Vac

1.4.4 Table 12 AC Input under voltage Protection.

Under voltage

Recovery

313±10vac

Recovers at 335±15Vac

NoteTest input voltage fluctuation range323V AC ~ 437V AC

1.4.5 Phase lost protection

The module has phase loss protection. When phase loss occurs, the module operates at half load.

1.4.6 Over TEMP protection

When the module temperature exceeds the set value, it will automatically protect itself and recover when the temperature decreases.

1.4.7 Table 13 DC output Under voltage protection

Output Voltage

Min. Voltage

Comments

110V

992V

99±2V,warning

1.5  Others

   According to the output current temperature and other information to control the fan rotation mode, temperature control, temperature 35 when the fan gradually accelerate the rotation; temperature 30 when the fan low-speed rotation

Detect fan operating status, fault alarm

Detect fan operating status, fault alarm

 1.6 Alarms/indications/panel operation

LED display panel can show module voltage, current, alarm, address, group number, operation mode and other information. The main fault codes are as follows.

1.6.1  Tables

error code

Code Meaning

E31

Output undervoltage

E32

Module over-temperature

E33

AC undervoltage

E34

AC out of phase

E36

Output fault (overvoltage or short circuit)

E38

Fan failure

 

There are 3 indicators on the module panel, the power indicator (green), the protection indicator (yellow) and the fault indicator (red), see the table below.

1.6.2  Table 15:(Indicator lights)

indicator lamp

normal state

anomalous state

Reason for abnormality

Power indicator (green)

clear

drown

No input voltage to the extent that the module's internal auxiliary power supply does not operate

Protection indicator (yellow)

drown

clear

AC input over-under-voltage

overtemperature

Fault indicator (red)

drown

clear

Output overvoltage

drown

Flashing

Fan failure

Note: Green light blinks when the module is in manual mode

 

 

 

 

2. Isolation

    2.1  Table 16 (Insulation resistance)

Input To Output

DC1000V 10MΩmin (at room temperature)

Input To FG

DC1000V 10MΩmin (at room temperature)

Output To FG

DC1000V 10MΩmin (at room temperature)

2.2  Table 17(Dielectric withstand voltage)

Input To Output

2000Vac 50Hz2828Vdc

No breakdown and flashover

Input To FG

2000Vac 50Hz2828Vdc

No breakdown and flashover

Output To FG

2000Vac 50Hz2828Vdc

No breakdown and flashover

 

3. Dimension

 H×W×D178mm×88mm×315mm

4. Weight

* <4Kg 


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