Charge controller for charging systems for electric vehicle charging Image similar

ICC1324 charge controller Charge controller for charging systems for electric vehicle charging Product features (depending on the variant) • Charge controller in accordance with IEC 61851-1 (mode 3 charging) • Master and slave operation configurable - Setting up charging ssystems with two charging points: 1 charge controller as data gateway with 4G modem and 1 charge controller as slave without 4G modem • Dynamic load management to optimally distribute the available power among all charging points and signal the maximum power to the vehicle • Patented residual direct current monitoring module...

The charging system consists of an RCD type A and a contactor. These are directly connected to a type 1 or type 2 socket-outlet, or to an attached cable with a type 1 or type 2 plug. • The charging system can be equipped with a meter. A Modbus meter is required for digital reading of the energy consumption. The Modbus RTU wires are attached directly to the charge controller. Alternatively, a meter can be connected to an Ethernet interface via Modbus TCP. • An AC 230 V power supply is needed for operation. • An RFID module can be used for easy user interaction. • Power flow toward the vehicle...

ICC1324 charge controller Z BENDER Charging system with type 2 socket-outlet A PE, Modbus meter, CP, PP B Connection Ethernet (ETH2) E Micro SIM card slot (only available for variants with 4G modem)1 F LED service G Antenna socket 4G (only available for variants with 4G modem1) H Configuration interface USB type B J Connection measuring current transformer (CT) K Locking, control relay GPIO L Optocoupler input M Weld check, relay for contactor control rated for 230 V/4 A N Power supply AC 230 V "m RCD type A Measuring current transformer (CT) with plug [)| Contactor g| Type 2 socket-outlet 1Data...

Technical data III (terminal M and all other terminals) 6 kV (terminal M and all other terminals) 2.5 kV (within terminal M) terminal M and all other terminals within terminal M < 2000 m AMSL Standards Frequency bands Channel band width Data rate Rated voltage / Pollution degree Overvoltage category Overvoltage category Rated impulse voltage Rated impulse voltage Double insulation acc. to OVC III between Basic insulation acc. to OVC II Operating altitude Supply voltage AC 230 V (terminal N (L1, N)) Supply voltage range Us 184 V ... 264 V maximum Power consumption 12 W average Power consumption...

ICC1324 charge controller Z BENDER Technical data Cable lengths/cable types Optocoupler 1 (terminal L (Opto 1 In+, Opto 1 In-)) Input voltage (HIGH) Input current Optocoupler 2 (terminal L (Opto 2 In+, Opto 2 In-)) Input voltage (HIGH) Input current Potential difference to PE/GND shielded on one side, shield on charge controller side to PE Weld check (terminal M (WB, WA)) Potential difference to PE/GND max. 100 V* * The potential difference between the optocoupler inputs and other inputs/outputs must be less than 100 V. DC 15 V voltage source (terminal A (15 V, 0 V)) maximum load capacity 0,4...

Ordering information 21 The PCB-variant can be combined with the connection cables of different lengths

BENDER Group ICC1324_D00436_01_D_XXEN/12.2022 / © Bender GmbH & Co. KG, Deutschland – Subject to change! The specified standards take into account the edition valid until 12.2022 unless otherwise indicated. Bender GmbH & Co. KG Londorfer Straße 65 • 35305 Grünberg • Germany Tel.: +49 6401 807-0 • [email protected] • www