Tc Charger 3.3kw EV Car Charger Obc HK-Mf-48-40 on Board Charger with CE

Still deciding? Get samples of $ !
Order Sample

Product Description

Overview - Basic Info

Model NO.
HK-MF-48-40
Usage
Electric Vehicle
Interface
Other
Color
Silver
Input Voltage
AC90V~264V
Product Name
on Board Charger
Frequency
45Hz~65Hz
Impact & Vibration
QC/T 895-2011
Protection Grade
IP67
Type of Cooling
Enforce Air Cooling
Output Voltage
48V
Output Voltage Range
35~70V
Output Current
40A
Output Power
2000W@220VAC / 1600W@110VAC
Size
198(L) x 244(W) x 95(H) mm
Transport Package
Carton
Origin
China
Production Capacity
1000PCS/Month

Packaging & Delivery

Package Size
198.00cm * 244.00cm * 95.00cm
Package Gross Weight
5.500kg

Product Description

Basic Specification Protection Grade IP67
Input voltage range AC90V~264V Operation temperature -40ºC~85ºC
Input current 16A Storage temperature -40ºC~105ºC
Frequency 45Hz~65Hz Charging control CAN or Enable
Power factor ≥0.99 Size 198(length) x 244(width) x 95(height)(fan-cooled)
Efficiency at full-loading ≥93% Protection Output over-voltage, over-current, short-circuit, polarity reverse, input low-voltage, input over-voltage, over-temperature
Mechanical impact and vibration grade QC/T 895-2011 Cooling way Enforce Air Cooling, liquid-cooling
EV Charger Detail Line Banner
On Board Charger HK-MF-48-40 Front View
On Board Charger HK-MF-48-40 Side View
On Board Charger HK-MF-48-40 Connectors View
On Board Charger HK-MF-48-40 Rear View
On Board Charger HK-MF-48-40 Angle View
On Board Charger HK-MF-48-40 Standard Packaging
On Board Charger Schematic Blueprint

Accessories

On Board Charger Accessories and Wire Harnesses

Product Parameters

OBC 3.3KW Models
Model Type of Cooling Output Voltage Output Voltage Range Output Current Output Power Net Weight (kg) Gross Weight (kg) Dimension (cm)
HK-MF-48-40 Enforce Air Cooling 48V 35~70V 40A 2000W@220VAC / 1600W@110VAC 4.6 5.6 36*32*20.5
HK-MF-108-32 Enforce Air Cooling 108V 36~145V 32A 3300W@220VAC / 1600W@110VAC 4.6 5.6 36*32*20.5
HK-MF-144-23 Enforce Air Cooling 144V 50~198V 23A 3300W@220VAC / 1600W@110VAC 4.6 5.6 36*32*20.5
HK-MF-216-14 Enforce Air Cooling 216V 70~290V 14A 3300W@220VAC / 1600W@110VAC 4.6 5.6 36*32*20.5
HK-MF-312-10 Enforce Air Cooling 312V 110~440V 10A 3300W@220VAC / 1600W@110VAC 4.6 5.6 36*32*20.5
HK-MF-540-06 Enforce Air Cooling 540V 170~650V 6A 3300W@220VAC / 1600W@110VAC 4.6 5.6 36*32*20.5

Certifications

Product Compliance Certifications

Production Environment

Production Facility Showroom
Testing Laboratory and Equipment
Assembly Line and Quality Control

Frequently Asked Questions (FAQ)

What protection features are integrated into the HK-MF-48-40 charger?
The charger comes equipped with comprehensive safety protection systems, including output over-voltage protection, output over-current protection, short-circuit protection, polarity reverse protection, input low-voltage protection, input over-voltage protection, and over-temperature protection.
What is the ingress protection (IP) rating and operating temperature range?
This charger is rated IP67, indicating high resistance to water and dust ingress, making it highly durable for on-board installations. It operates efficiently within a wide temperature range of -40ºC to 85ºC, with storage temperatures supported from -40ºC to 105ºC.
Which cooling methods are supported by these on-board chargers?
Depending on the specific installation configuration, the chargers support both Enforced Air Cooling (via an integrated fan system) and Liquid Cooling options to ensure optimal heat dissipation and long-term performance.
What control interface does the charger utilize for charging commands?
The HK-MF-48-40 and related OBC 3.3KW models feature flexible charging control options, supporting communication and management via CAN bus protocols or hardware Enable signals.
What is the electrical efficiency of these EV chargers at full load?
The chargers are designed to be highly energy-efficient, delivering a full-loading efficiency of ≥93% and maintaining a high power factor of ≥0.99, minimizing overall energy loss during vehicle charging cycles.

Related Products