EV charging Controller AC-EV-CC-AC1-M3-CBC-RCM-ETH - 1018701

EV charging Controller AC-EV-CC-AC1-M3-CBC-RCM-ETH - 1018701

Product rating: 5/5 (2x)

Your rating:

NEW

Charge control unit for charging AC electric vehicles according to IEC 61851-1, including DC fault current monitoring, automatic plug locking in case of power failure, interface for meter and RFID reader. Configuration and control via Ethernet interface.

665,50 € incl. VAT

550 €

Availability: In stock

Producer: Phoenix Contact

Control Module 3 for charging electric vehicles according to IEC 61851-1 for B and C charging with integrated DC fault current monitoring and Ethernet communication interface.

Product definition

  • Product Type: AC Charge Controller for Private and Industrial Applications (EU / CN)
  • Standards / Regulations: IEC 61851-1
  • Charging mode: Mode 3, Case B + C 
  • Number of supported charging points: 1
  • Enable blocking when a network failure: Integrated blocker actuator release function to disconnect the infrastructure charging connector and infrastructure charging socket
  • Conformity: CE 

Dimensions

  • Height: 90 mm
  • Width: 162 mm
  • Depth: 61.00 mm

Device power supply

  • Supply voltage: 230 V
  • Supply voltage range: 100 - 240 V AC (rated voltage range)
  • Power consumption: <3 watts (idle)
  • Power consumption: <10 W (maximum)
  • Frequency range: 50 - 60 Hz

Range of differential current measurement

  • Rated frequency fn: ≤ 2000 Hz
  • Rated differential current: ± 300 mA
  • Charge current IΔn: 30 mA (AC), 6 mA (DC)
  • Start time at IΔn: <180 ms
  • Rated current In: 32 A (three-phase, 4 x 6 mm²), 48 A (single phase)
  • Response time at 2 x IΔn: <70 ms
  • Starting time at 5xIΔn: <20 ms

Switching outputs

  • Charging contactor control: Relay output C1.2
  • Switching power minimum: 4000 VA
  • Switching voltage max.: 250 V AC (External power supply)
  • Maximum switching current: 16 A
  • Locking Actuator Control: Motor Switch Output
  • Switching voltage max.: 12 V (Internal power supply)
  • Maximum switching current: 1 A (maximum)

Digital outputs

  • Control of other functions: 4 digital outputs
  • Connection technique: Screw connection
  • Maximum output voltage: 30 V
  • Maximum output current: 0.2 A (Total current for all outputs, internal power supply)
  • Maximum output current per channel: 0.6 A (one output, external power supply)

Inputs

  • Number of digital inputs: 5
  • Input description: Digital input
  • Rated current IN: ≤ 4 mA
  • Input nominal voltage UN: 12 V
  • Input Voltage Range U1: 0 - 3 V (Off)
  • Input voltage range U2: 9 - 15 V (On)

Data interfaces RS-485

  • Number of interfaces: 1 (for meter and RFID reader)
  • Bus system: RS-485
  • Connection type: Screw connection
  • Number of supported participants: 2
  • Transfer rate: 4.8 - 115.2 kBit / s (setting option)
  • Supported Protocols: Modbus / RTU (Master) 

Ethernet data interfaces

  • Number of interfaces: 1
  • Connection type: RJ45 socket
  • Transfer rate: 10/100 MBit / s
  • Transfer length: 100 m
  • Supported protocols: Modbus / TCP 

Ambient conditions

  • Ambient temperature (operation): -25 ° C + 60 ° C
  • Ambient temperature (storage / transport): -40 ° C + 85 ° C
  • Max. altitude: <2000 m
  • Permissible air humidity (operation): 30% - 95% (no condensation)
  • Degree of protection: IP20
  • Pollution degree: 2 IEC 60664-1
  • Overvoltage category: II

Connection data

  • Connection type: Screw connection
  • Conductor cross section: 0.2 - 2.5 mm²
  • Conductor cross section solid: 0.2 - 4 mm²
  • AWG line cross section: 24 - 12
  • Connection type: Screw connection
  • Conductor cross section: 0.2 - 1 mm²
  • Conductor cross section solid: 0.14 - 1.5 mm²
  • AWG line cross section: 26 - 16 

Electromagnetic Compatibility Data

  • Electromagnetic Compatibility: Compliance with the 2014/30 / EU Electromagnetic Compatibility Directive
  • Spurious radiation: EN 61000-6-3 
  • Interference immunity: EN 61000-6-2
  • Low Voltage Directive: Compliance with NSR 2014/35 / EU
  • Case: DIN 43880

 

New comment

* (Required)

Login

This website uses cookies. More info