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Double Socket Commercial AC EV Charger with OCPP

It supports project requirements such as Optional, RCD type A + 6mA DC, ≥IP55 protection. Available certification references include CE, OZEV list, UKCA, SASO, TUV, CB, making it suitable for distributor, parking, fleet, and public charging project evaluation.
Quantity:
Model: Double Socket Commercial AC EV Charger with OCPP
Brand: Amprisen
Product Description
14kW (1 Phase) / 22kW (3 Phase) / 44kW (3 Phase)
Technical specifications

Product specifications at a glance

Key parameters are grouped by function so buyers can compare power, installation, connectivity, protection, certification, and operating conditions without reading an unstructured text block.

Input & Output

Power rating (Double gun) 14kW (1 Phase) / 22kW (3 Phase) / 44kW (3 Phase)
Charging interface type GB/T 20234 / IEC 61851 / SAE J1772
Input & Output voltage AC220V±10% (1 Phase) / AC380V±10% (3 Phase)
Output current 16A / 32A
Frequency 45-65Hz

Function & Accessories

WIFI/4G/OCPP1.6/LAN Optional
RFID (2 user cards) Optional
RCD type A + 6mA DC
Home load balancing (DLB) Optional

Working Environment

IP grade ≥IP55
Working temperature -40 ~ +65℃
Working altitude ≤2000m
Working Humidity 5%-95% no condensation
Cooling method Natural cooling
MTBF ≥100000H
Special protection UV resistance
Standby power 3W/5W (With LCD)

Mechanical Data

Dimension 544(H) × 409(W) × 145(D) mm
Cable length 5M (16.4FT) standard, or other size customizable
Weight 21.6kg (Including charging gun)
Installation Method Ground-mounting: √
Certificate Certificate: CE, OZEV list, UKCA, SASO, TUV, CB

Project fit and buyer notes

Double Socket Commercial AC EV Charger with OCPP for EV charging projects

Double Socket Commercial AC EV Charger with OCPP can be evaluated as part of Amprisen's AC EV charger range. Confirm connector, power, network, certification, branding, and installation requirements before quotation so the final configuration matches the target market and deployment scenario.

Short answer:
Double Socket Commercial AC EV Charger with OCPP should be evaluated by power level, connector standard, socket or cable output, communication method, certification market, installation scenario, and whether the buyer needs private or managed charging.

Specification focus for buyers

Decision area What to confirm
Power and phase Confirm 7kW single-phase or 11kW/22kW three-phase charging based on grid capacity and vehicle onboard charger.
Connector and output Select Type 1, Type 2, GBT, or NACS planning, then choose socket or tethered cable output.
Smart functions Confirm OCPP, RFID, app control, DLB, WiFi, Bluetooth, Ethernet, or 4G only when the site needs managed operation.
Metering and protection Check Dynamic Load Balancing for shared power sites, MID metering for billing or reimbursement, and RCD requirements such as Type A, Type B, or 6mA DC leakage protection.
Use case Separate private home charging from apartment, hotel, workplace, parking operator, and fleet scenarios.

Typical applications

  • Residential charging
  • Workplace charging
  • Apartment and hotel parking
  • Commercial parking and destination charging

Configuration notes

  • 7kW, 11kW, and 22kW AC charging options
  • Socket or tethered cable versions
  • OCPP, RFID, app, and backend integration options
  • Wall-mounted and floor-mounted formats

Before inquiry

  • Confirm single-phase or three-phase input
  • Choose the correct AC family first: Apollo Type 2 wallbox, MONTA smart AC, floor-mounted commercial AC, or STONE wallbox
  • Decide socket vs tethered cable and LCD/TFT screen needs
  • Confirm OCPP backend, RFID, load balancing, and local certification needs

Procurement fit

AC EV chargers are the normal starting point for home, workplace, apartment, hotel, and destination charging because they balance installation cost, parking dwell time, and everyday driver convenience.

Market and standards notes

Select Type 1, Type 2, GBT, or NACS planning by country first, then confirm 7kW, 11kW, or 22kW power, socket or cable output, OCPP, RFID, app control, Dynamic Load Balancing, MID metering, RCD protection, and certification needs.

Implementation risks to confirm

Common risks are undersized grid capacity, unclear backend responsibility, wrong connector standard, cable management problems, outdoor exposure, and inconsistent installation guidance for distributors or installers.

Common buyer questions

Is Double Socket Commercial AC EV Charger with OCPP suitable for commercial EV charging projects?

Double Socket Commercial AC EV Charger with OCPP can be reviewed for commercial projects when its power, connector, communication, certification, and installation format match the target use case. Share the site and backend requirements before quotation.

Can this AC EV charger be configured for OCPP or smart charging?

OCPP, RFID, app, 4G/WiFi/Ethernet, and remote monitoring requirements should be confirmed by model and project configuration. Amprisen can discuss backend compatibility during the inquiry stage.

What project details should be sent with an inquiry?

Send the target country, connector standard, power level, input phase or grid details, mounting type, communication method, certifications, branding needs, estimated quantity, and expected delivery schedule.