Product: Izar-CE AC charger
Standard: European standard
Rated output power: 7.4kW
Rated voltage: 230V AC ±10%, 50 / 60Hz
Rated current: 32A
Configurable current: 6A to rated current
Connector: Type 2
Charging mode: Mode 3, IEC 61851-1
Installation format: Cable version or socket version
Connectivity: Wi-Fi / Bluetooth / optional 4G
Authentication: RFID card
User interface: APP / LED indicators
Communication protocol: OCPP 1.6J
Dynamic load balancing: Supported with the required measurement and control configuration
Protection level: Cable version IP65 / IK10; socket version IP55 / IK10
Operating temperature: −30°C to +55°C
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Description
Technical Parameters
SINELINK · EUROPEAN STANDARD · SMART AC CHARGING
Rated output
7.4 kW
Rated voltage
230 V AC
Rated current
32 A
Connector
Type 2
Product overview
The Izar-CE provides 7.4 kW single-phase AC charging in a lightweight wallbox format. It supports a Type 2 cable or socket configuration, adjustable charging current, RFID access and app-based supervision. Dynamic load balancing can coordinate charging with household or small-building demand, helping a correctly designed installation remain within the available electrical capacity.
Key Product Advantages
● 7.4 kW single-phase charging
A 230 V, 32 A platform suits overnight and destination charging for compatible vehicles.
● Dynamic load balancing
Charging current can respond to other building loads when the required measurement and control equipment is installed.
● Cable or socket versions
Choose a tethered cable for convenience or a Type 2 socket for flexibility.
● Adjustable current
Current can be configured from 6 A to the rated limit to match the electrical installation.
● Connected control
Wi-Fi, Bluetooth and optional 4G support app operation and OCPP 1.6J.
● Compact outdoor format
The cable version is stated as IP65/IK10 and the socket version as IP55/IK10.
Technical Specifications
Electrical Characteristics
Rated power
7.4 kW
Voltage
230 V AC ±10%, 50/60 Hz
Rated current
32 A
Configurable current
6 A to rated current
Connector
Type 2
Charging mode
Mode 3, IEC 61851-1
Physical and Environmental
Weight
Cable 3.8 kg; socket 2.7 kg
Enclosure
Cable IP65/IK10; socket IP55/IK10
Color
White
Dimensions
L336 × W299 × D120 mm
Temperature
-30°C to +55°C
Communication and Interface
Connectivity
4G optional / Wi-Fi / Bluetooth
Authentication
RFID
User interface
APP
Status
LED / APP
Protocol
OCPP 1.6J
Certifications Stated
Marks
CE / TÜV mark / RCM / TRZS / UKCA
Dynamic Load Balancing Explained
The charger needs a measurement referenceA meter or current sensor must report building demand to the controller using the approved architecture.
Available current changes over timeCharging can rise when household load falls and reduce before the main service limit is reached.
The vehicle onboard charger remains the final AC limitA 7.4kW wallbox cannot force a vehicle that accepts less single-phase AC power to charge at 7.4kW.
Engineering checkpoint: Confirm sensor location, communication method, fail-safe current and main-service limit before ordering load-balancing accessories.
Selection Guidance
01
Check the vehicle's Type 2 inlet and onboard AC charger rating first; the car may accept less than 7.4 kW.
02
Confirm a dedicated 230 V branch circuit, conductor size, protective device, residual-current protection, earthing arrangement and local installation requirements.
03
Choose cable or socket, required connectivity and whether dynamic load balancing is needed before ordering.
Recommended Applications
●Private homes and villas
●Apartment and condominium parking
●Employee workplace charging
●Hotels and destination parking
●Small commercial fleets with overnight dwell
Practical Inspection & Maintenance Notes
Routine checks, preventive maintenance and first-line troubleshooting for AC and DC chargers.
Send the destination market, electrical supply, vehicle mix or charger architecture, communication requirements, environment and delivery plan for technical review.
Final selection and installation must follow the approved model datasheet, ordered configuration, local electrical requirements, site design and authority requirements.
