Tc HK-Lf-312-20 EV on Board Charger with Air Cooling 6.6 Kw Charger EV Car Charger

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Product Description

📋 Overview
Model NO.
HK-LF-312-20
Usage
Electric Vehicle
Input Voltage
AC90V~264V
Product Name
on Board Charger
Frequency
45Hz~65Hz
Protection Grade
IP67
Type of Cooling
Enforce Air Cooling
Output Voltage
312V
Output Current
20A
Output Power
6600W@220VAC 3300W@110VAC
📦 Packaging & Delivery
Package Size
198.00cm * 244.00cm * 95.00cm
Gross Weight
5.500kg
📊 Product Description
Basic Specification Protection Grade IP67
Input voltage range AC90V~264V Operation temperature - 40ºC~85ºC
Input current 32A Storage temperature - 40ºC~105ºC
Frequency 45Hz~65Hz Charging control CAN or Enable
Power factor ≥0.99 Size 198 x 244 x 95 (mm)
Efficiency ≥93% Protection Over-voltage, Short-circuit, Polarity reverse, Over-temperature
📌 Accessories
Accessories List
📖 Product Parameters
Model Cooling Output Voltage Range Current Power Weight
HK-LF-108-64 Air Cooling 108V 70~177V 64A 6.6KW 7.6kg
HK-LF-144-46 Air Cooling 144V 95~202V 46A 6.6KW 7.6kg
HK-LF-312-20 Air Cooling 312V 200~450V 20A 6.6KW 7.6kg
HK-LF-540-12 Air Cooling 540V 400~680V 12A 6.6KW 7.6kg
🎖 Certifications
Product Certifications
🏭 Production Facilities
Frequently Asked Questions
What is the input voltage range for this on-board charger?
The charger supports a wide input voltage range from AC 90V to 264V, making it compatible with various power grids.
What is the protection level of the HK-LF-312-20 model?
It features an IP67 protection grade, ensuring high resistance to dust and water ingress, suitable for automotive environments.
Does the charger support CAN communication?
Yes, the charging control can be managed via CAN communication or an Enable signal for seamless integration with EV systems.
What cooling method is utilized in this 6.6kW charger?
The series uses Enforced Air Cooling or liquid-cooling methods to maintain optimal operating temperatures between -40ºC and 85ºC.
What are the safety protection features included?
The charger includes protection against output over-voltage, over-current, short-circuits, polarity reversal, input low/over-voltage, and over-temperature.
What is the typical efficiency of this on-board charger?
The charger achieves a high efficiency of ≥93% at full loading, optimizing energy conversion for electric vehicles.

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