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3.5KW/7KW Pillar AC Charger

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Technical Specification                                                                                                                             image.png

Technical Parameters
Rated Power
3.5 kW/7.0kW
Charging Connector
Single gun
Display
4.3-inch display screen (non-touch)
Charging Method
RFID card swiping, optional QR code scanning
Charging ModeAutomatic full charge
Installation Method
Wall-mounted / Floor-standing (pole)
Metering
Integrated on-board meter
Surge Protection
Integrated on-board surge protection
Output Characteristics
Output Voltage Range (V)
220 Vac ±15%
Rated Output Current (A)16 A/32A
PWM Duty Cycle
26.7%/53.3%
Maximum Output Power (kW)
3.5 kW/7.0kW
Cable Length (m)3.5 m
Input Characteristics
Input Voltage (V)
220 Vac ±15%
Input Current (A)
16 A
AC Input Frequency (Hz)
45~55


Safety Characteristics
Dielectric Withstand Voltage (Input – Enclosure)
2000 Vac 1 min 10 mA
Dielectric Withstand Voltage (Output – Enclosure)
2000 Vac 1 min 10 mA
Insulation Resistance (Input to Enclosure, DC500V)≥10 MΩ (ambient relative humidity 90%, no condensation)
Insulation Resistance (Output to Enclosure, DC500V)
≥10 MΩ (ambient relative humidity 90%, no condensation)




Mechanical Parameters
Dimensions (H × W × D) (mm)360 × 260 × 145 mm (wall-mounted) / Pole height 1300 mm
Weight (kg)
≤3 kg (wall-mounted), ≤6.5 kg (pole-mounted)
Incoming Cable Specification
National standard AC220V 3×6 mm²
Installation MethodWall-mounted / Pole-mounted
EMC Characteristics
Radiated Susceptibility (RS)
80 MHz~1 GHz 10 V/m, 80% AM
Conducted Susceptibility (CS)
150 kHz~80 MHz 10 V, 80% AM
Electrical Fast Transient / Burst (EFT)±2 kV
Environmental Characteristics
Operating Temperature (°C)
-20 ~ +50
Storage Temperature (°C)
-40 ~ +70
Transportation Temperature (°C)-40 ~ +70
Relative Humidity≤95%
Atmospheric Pressure (kPa)70 ~ 106
Altitude
≤2000 m
Ingress Protection Rating
IP54


Protection Features
Output Short-circuit Protection
No output after protection, non-self-recoverable (requires manual reset)
Output Overcurrent Protection
No output after protection, non-self-recoverable (requires manual reset)
Output Overvoltage Protection
No output after protection, self-recoverable (no manual reset required)
Input Undervoltage ProtectionPower reduction after protection, self-recoverable (no manual reset required)
PWM Abnormality Protection
No output after protection, non-self-recoverable (requires manual reset)
Emergency Stop Protection
No output after protection, non-self-recoverable (requires manual reset)
AC Leakage Protection
No output after protection, non-self-recoverable (requires manual reset)
Connection Abnormality Protection
No output after protection, self-recoverable


Other Parameters
Standby Power Consumption
≤2 W
Hot-swap RequirementPeripheral devices shall support hot-swap capability.
Failure IsolationAfter peripheral device failure, it shall be reliably isolated from the system.
Packaging and Transportation
Suitable for Class III highway transportation over 3000 km
Cable Entry Method
Bottom entry
Environmental Requirement
RoHS6 compliant
Mean Time Between Failures (MTBF)≥8796 hours
Configured ProtectionAC type residual current device (RCD)


 Applicable Standards and Regulations(Charging Pile Execution Standards)

  • NB/T 33001-2018 Technical Conditions for Off-board Conductive Chargers for Electric Vehicles

  • NB/T 33002-2018 Technical Conditions for AC Charging Piles for Electric Vehicles
  • NB/T 33008.1-2018 Specification for Inspection and Test of Electric Vehicle Charging Equipment – Part 1: Off-board Chargers
  • NB/T 33008.2-2018 Specification for Inspection and Test of Electric Vehicle Charging Equipment – Part 2: AC Charging Piles
  • NB/T 33008.2-2018 Specification for Inspection and Test of Electric Vehicle Charging Equipment – Part 2: AC Charging Piles
  • GB/T 20234.1-2023 Connection Devices for Conductive Charging of Electric Vehicles – Part 1: General Requirements
  • GB/T 20234.2-2015 Connection Devices for Conductive Charging of Electric Vehicles – Part 2: AC Charging Interface
  • GB/T 18487.1-2023 Electric Vehicle Conductive Charging System – Part 1: General Requirements
  • Protection Level:PCB boards, connectors, and other circuits shall undergo moisture-proof, mold-proof, and salt-fog-proof treatments.
    The salt-fog corrosion resistance shall meet the requirements of Table 9 in GB/T 4797.6-1995, ensuring normal operation of the charging
    device in outdoor humid and salt-fog environments.




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TEL
TEL+86 1381359 3737
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