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Home > TC Elcon Charger>13Kw three-phase On Board Lithium Battery OBC Charger

13Kw three-phase On Board Lithium Battery OBC Charger

TC Elcon Charger
13Kw 80V160A 108V120A 144V88A 360V36A 540V24A 700V18A On Board Lithium Battery OBC Charger for New Lithium Battery Electric Logistics Vehicles, Buses, and Construction Machinery
Description

RA13P0 series air-cooled vehicle charger is designed for new lithium electric pure electric logistics vehicles, buses, construction machinery and other new energy models research and development of a high power density and high efficiency charger, using modular, standardized, universal design ideas design and development. The charger supports three-phase AC input, and the DC output voltage is adjustable in a full range.
The product adopts full digital control technology design, flexible and intelligent control, good protection characteristics, and strong system robustness. Its own microprocessor communicates with the monitoring unit, and the parameters in the machine CAN be set or adjusted by the upper monitoring unit through the CAN interface.
It has multiple protection functions such as input over-voltage protection, output over-current protection, output over-voltage protection, output short-circuit protection, and over-temperature protection.

Models

Model

Input voltage

output rating

Rated output voltage

Output voltage range

Output Current Range

 

 

 

 

 

 

RA13P0700

90~265VAC

13KW

700VDC

0-850VDC

0-18A

RA13P0540

90~265VAC

13KW

540VDC

0-720VDC

0-24A

RA13P0360

90~265VAC

13KW

360VDC

0-500VDC

0-36A

RA13P0144

90~265VAC

13KW

144VDC

0-180VDC

0-88A

RA13P0108

90~265VAC

13KW

108VDC

0-135VDC

0-120A

RA13P0080

90~265VAC

13KW

80VDC

0-105VDC

0-160A

Electrical Characteristics

 

Model

Vehicle power Supply type

Air cooled car charger assembly

Power supply type

RA13P0700

RA13P0540

RA13P0360

RA13P0144

RA13P0108

RA13P0080

input characteristics

Rated input voltage

380VAC three-phase five-wire system (the middle line must be reliably connected)

The output power is 3.3KW when the input is 220V single-phase

input voltage range

380VAC

Rated input voltage frequency

50Hz

Input frequency range

45¡«65Hz

inrush starting current

≤45A

Input power factor

≥0.99£¨@380Vin,Pomax£©

output characteristics

output rating

10KW

Output voltage range V

0-850

0-720

0-500

0-180

0-135

0-105

Output current range A

0-18

0-24

0-36

0-88

0-120

0-160

Voltage regulation accuracy

±1%

precision of steady current

±0.5A£¨Io≤10A£©&≤±5%£¨Io>10A£©

ripple coefficient of voltage

≤1%

Output response time

≤200mS

Typical efficiency

94%

94%

94%

92%

92%

92%

protective feature

Over and under-voltage protection

Input over and under-voltage shutdown can be self-recovery, output over and under voltage shutdown can be self-recovery.

Output reverse connection and short circuit protection

Output short circuit, reverse connection shutdown, self-recovery

over-temperature protection

When the heat sink temperature is higher than 75 ° C, reduce the output power, disconnect the circuit when the temperature is higher than 95 ° C, and restore the output when the charging temperature is lower than 85 ° C

environmental conditions

operating ambient temperature

-40 ° C ~ +65 ° C (Automatic derating operation when the ambient temperature is high)

storage temperature

-40¡«95¡æ

humidity

5%¡«95%

IP code

IP67

Cooling function

forced cooling

communicating function

CAN bus control system

Charging function

Receive charging instructions to charge normally; No command charger is in the standby state



Details

Dimensions

Warning

The input/output end of the power supply should be supplemented with a blown fuse or other overcurrent protection device;

The possible electrical hazards at the output end of the product must be considered to ensure that the end product user will not come into contact with the product; The manufacturer of the terminal equipment must design the appropriate protection scheme to ensure that the operation will not cause danger due to accidental contact of the engineer or tool with the source terminal;

Once the safety protection of the equipment is damaged, the equipment must stop working and refer to the relevant maintenance regulations.

When the power supply device is switched from a cold environment to a warm environment, condensation may cause leakage hazards, so the grounding requirements must be strictly implemented.

Only a qualified person can connect the equipment to the power supply.

The power supply must be shut down for five minutes, so that the capacitor has sufficient discharge time before the power supply equipment can be maintained.

Pay attention to the use of safety: there are safety warning signs, high pressure signs, avoid hand contact, so as to avoid electric shock, burns.


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