6.6kW On Board Charger OBC for EV 72V–540V CAN Enable IP67
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6.6kW On Board Charger OBC for EV 72V–540V CAN Enable IP67

6.6kW On Board Charger OBC for EV 72V–540V CAN Enable IP67

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Regular price $619.00 USD
Regular price Sale price $619.00 USD
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Product Details

6.6kW On-Board Charger for EV & Battery System Integration

Choosing an on-board charger is not just about matching the rated power. The charger must also match your battery voltage range, maximum charging current, BMS communication and available AC input.

The AmpBird 6.6kW On-Board Charger is designed to make that integration more flexible.

With six voltage platforms covering 72V to 540V battery systems, a 90–265VAC wide input range, and CAN or Enable control options, it can be configured for a wide range of electric vehicle and battery charging projects.

Before You Order

Send us the following details to confirm your charger configuration:

  1. Battery chemistry: Li-ion or LifePO4?
  2. Series No. of the battery:
  3. Max. charging voltage:
  4. Control method: CAN or Enable?
  5. Baud rate:
  6. AC input voltage:

For a replacement on-board charger, also include the original charger’s nameplate and connector photos.

6.6kW OBC Technical Specifications

Parameter Specification
Rated Power 6.6kW
AC Input Voltage Range 90–265VAC
Input Frequency 45–65Hz
Maximum Input Current 32A
Power Factor ≥0.98
Full-Load Efficiency >93%
Light-Load Efficiency >89%
Output Voltage Accuracy <1%
Output Current Accuracy <3%
Ripple Voltage <5%
Startup Method Soft start, no inrush current
Charging Control CAN / Enable
Cooling Method Forced-air / fan cooling
Protection Rating IP67
Operating Temperature -40°C to +55°C
Storage Temperature -40°C to +100°C
Relative Humidity 5%–95%, non-condensing
Vibration Standard GB/T 28046
Installation Maintain clear air inlet and hot-air outlet


CAN or Enable Control

For systems requiring communication between the charger and battery management system, a CAN-controlled configuration is available.

An Enable-controlled configuration is also available for applications where CAN communication is not required.

Important: Please confirm your required control method and BMS parameters before ordering.

CAN is especially relevant to professional EV projects because CAN communication can allow the OBC and vehicle/battery control systems to exchange charging requirements and operating information.

IP67 Protection for Vehicle Installation

The charger features an IP67-rated enclosure designed to protect the internal electronics from dust and water ingress.

The internal structure is partially potted, while the unpotted surfaces are protected with conformal coating. The sealed construction also helps improve moisture and vibration resistance.

Which 6.6kW OBC Do I Need?

Start with your battery pack's normal operating voltage, maximum charging voltage and allowable charging current.

Voltage Platform DC Output Range Max. Output Current Rated Power Model
72V 50–90VDC 80A 6.6kW JF-LF-72-80
96V 65–140VDC 64A 6.6kW JF-LF-96-64
144V 100–200VDC 46A 6.6kW JF-LF-144-46
216V 150–290VDC 32A 6.6kW JF-LF-216-32
312V 200–450VDC 22A 6.6kW JF-LF-312-20
540V 350–700VDC 14A 6.6kW JF-LF-540-14

Package Contents & Wiring

The charger comes with matching mating connectors only. Cables, wiring harnesses, AC mains plugs and DC battery-side plugs are not included. Customers must provide and wire suitable cables and plugs for their installation.

Need a custom wiring harness or plug configuration? Contact AmpBird before ordering for assistance.

Designed for EV & Electrification Projects

The 6.6kW OBC is suitable for battery-powered vehicle projects requiring an integrated AC-to-DC charging solution, including:

EV conversions · Electric utility vehicles · Electric commercial vehicles · Special-purpose electric vehicles · Battery-powered mobile equipment · OEM electrification projects

 

Shipping: Ships from China by express air. Estimated Delivery Time: 7–10 days. Import duties and taxes are not included.
Warranty: 1-Year Limited Warranty

 



QUESTIONS & ANSWERS

Frequently Asked Questions

Which 6.6kW OBC model should I choose for my battery?
Select the OBC according to the actual charging voltage range and current required by your battery pack, not only its nominal voltage. Please provide the battery chemistry, number of cells in series, maximum charging voltage and maximum charging current. We can check these parameters and help confirm the appropriate model before ordering.
Can I choose CAN or Enable control?
Yes. The 6.6kW OBC is available with either CAN control or Enable control. These are two different control configurations and should be selected before ordering. With CAN control, the BMS communicates the charging requirements to the OBC according to the configured protocol. With Enable control, the charger operates according to the configured charging parameters and is switched on or off by an external enable signal.
Will the CAN version work with my BMS?
The charger is configured by default to communicate with Orion and ZEVA BMS. If you are unsure whether your BMS protocol is compatible, send us the CAN protocol and our engineers can check it before ordering. If your project uses a different or custom CAN protocol, please contact us for protocol matching and configuration support.
Does the 6.6kW OBC support CC/CP?
The 6.6kW OBC hardware supports CC/CP, but this function is not enabled in the standard software configuration. CC/CP is typically relevant when the vehicle-side charging system needs to handle connection confirmation and charging control signals from an AC charging station (EVSE). If your project requires the OBC to handle CC/CP, please specify this before ordering so the correct configuration can be prepared.
Can I connect the OBC directly to a Type 2 charging inlet or AC charging station?
It depends on how CC/CP is handled in your vehicle. If CC/CP is managed by a separate EVCC or vehicle controller, the OBC may not need to process these signals itself. If you need the OBC to handle CC/CP directly, please tell us before ordering because this is not enabled in the standard software configuration.
What protection functions are built into the charger?
The charger includes protection against abnormal input voltage, output overvoltage, overcurrent, short circuit, reverse battery connection and overtemperature. CAN-controlled configurations also include communication-fault protection. The IP67 enclosure is designed for installation in vehicle environments where dust and moisture protection are required.
Can multiple 6.6kW OBCs be connected in parallel for higher charging power?
Parallel operation should not be assumed as a standard plug-and-play configuration. If your project requires more than 6.6kW charging power or multiple chargers operating together, please send us the battery voltage, required charging power, BMS control method and system architecture so we can check the configuration before ordering.
What information should I provide before ordering?
Please provide: (1) battery chemistry, (2) number of cells in series, (3) maximum charging voltage, (4) maximum charging current, (5) CAN or Enable control, (6) CAN protocol and baud rate if CAN is selected, (7) AC input voltage, and (8) whether CC/CP is required. For replacement or EV conversion projects, you can also send us the existing charger nameplate, connector photos and basic wiring information for configuration checking.