HMI Configuration

The CC613 Charge Controller and variants can be expanded with a display module (DPM2x16FP) and an RFID module (RFID117-L1) to offer an interface for user interaction.

Display

Goal

• Activate a display that has already been wired up to a Charge Controller
• Get an overview over what type of information is displayed
• Changing languages
• How to set up a single display with 2 Charge Controllers (Master-Slave)

Overview

A correctly set up display shows the following information to EV drivers while the charging is in progress:

• Charging time
• Energy
• Power

Activating the display

The Display is already activated by default.

Relevant configuration options

If	and	set Type of Display to
No display is in use		Display not configured
A display is connected	you don't want the display to show information	Display not in use
	you want the display to show information	Bender LCD-Module DPM2x16FP

Configuring the display on Master-Slave and standalone setups

Set Mode for Display to Main.

Location in Legacy Dashboard	Parameter	Value	Information shown
Manufacturer	Mode for Display	Master-Slave	The Display is in split mode. Information of both Charge Controllers displayed at the same time.
		Main	The Displays shows the information of the main Charge Controller.

Changing what information is displayed

if you want this to be shown on the display	set this value
Display charging time	On
Display energy	On
Display power	On

Changing the display language

1. Apply the following configuration:

Location in Legacy Dashboard	Parameter	Value	Info
Operator	Language of Display	English	Shows the information in English.
		Deutsch/German	Shows the information in German.
		Multi-Language EN-DE-FR-NL>	Shows the info in different languages by alternating the messages shown on the display

2. At the bottom of the window, click , then click to apply the changes

RFID

The RFID module is used in combination with the charge controller within a charging system to authorize charging transactions.
One of the most important means of authentication at charging points is RFID (radio-frequency identification) chips. This also includes NFC (Near Field Communication) technology. These form the basis of all charging cards. Central to the identification is the so-called UID (Unique Identification) of an RFID chip. This is a unique code that represents the identity of a chip.

LED status

Behavior	Meaning
GREEN continuously lighting	The Charging System is free and ready for use.
YELLOW continuously lighting	The Charging System is reserved for another user.
WHITE rotating	The authorization process is running. Please wait.
BLUE fast flashing	The presented RFID card has been accepted. Vehicle is not yet connected or has just been disconnected from the charging system
BLUE slow flashing	Charging has been authorized. The vehicle is charging.
GREEN, YELLOW, BLUE fast flashing	The presented RFID card has been rejected.
GREEN, YELLOW, BLUE continuously flashing	Due to technical errors the Charging Station is out of order.
GREEN, YELLOW, BLUE slow flashing	The Charging station is being updated.

info

When presenting a RFID that either has not been presented for a while or has never been presented, it might take some time for the backend to recognize the RFID. When the LED´s show that the card has been rejected, wait some time and present it again.

Charge Controller LED indications

Regular

The status LED`s are to be found on the front of the controller.

Color	Meaning
ORANGE	Power on, System booting
BLUE	Embedded Linux is starting
GREEN	Application starting
Flashing GREEN	System running, system ready for operation
RED	System error

Eichrecht

Color	Meaning

Ethernet indications

The Ethernet LED´s are to be found on the top of the controller next to the Ethernet plugin. There are two LED´s: the green LED indicates the connection to the Ethernet. The yellow LED signals the when data transfer is happening.

Color	Meaning
Off	No Ethernet connection
Steady GREEN	Ethernet connection at 100 Mbit/s
Flashing GREEN	Data exchange at 100 Mbit/s
Steady YELLOW	Ethernet connection at 10 M/bits
Flashing YELLOW	Data exchange at 10 M/bits

Static	Blinking	Blinking fast