ABB 2 Series User Manual

18 “Operation and installation manual” - “Terra 360 Series 2 - CE”
EN
3.2.1 EVSE identification code
In the table is described the structure of the identification code of the EVSE.
TDC2L60 CE CJT 5N5 - 5N2 B - 0 EXAMPLE
Main product Localization EV charge cable connection EV charge cable features EV charge cable features
1)
User Interface features Customized design Field Description
TTT STPPP • TTT is the “charger identification”:
− TDC = Terra DC
• S is the “product series”:
− 1 = Series 1
− 2 = Series 2
• T is the “cabinet size”:
− S = Small
− M = Medium
− L = Large
• PPP is the “output power”:
− 60 = 60 kW output power
− 360 = 360 kW output power
MM • MM is the “localization”:
− CE = for IEC market
− UL = for North-American market
− JP = for Japan market
XXX • XXX is the “EV charging cable type”:
− CC =
CCS2 + CCS2
− CCT = CCS2 + CCS2 + AC Type 2 socket 22 kW
2)
− CJT = CCS2 + CHAdeMO + AC Type 2 socket 22 kW
3)
Y X V -Y X V • Y is the “EV charging cable length”:
− 5 = About 5 meters
• X is the “EV charging cable cooling method”:
− N = Non-cooled cable
• V is the “EV charging cable current rating”:
− 1 = 150 A cable boost current rating
− 2 = 200 A cable boost current rating
− 5 = 500 A cable boost current rating
Z • Z is the “User Interface specification”:
− A = CCV VR payment terminal
− B = CCV payment terminal with BS Payone
− N = Nayax terminal
− P = Payter P66 payment terminal
− 0 = If no option is selected (note that 15” display
and Mifare RFID reader are default)
V • V is the “EVSE customization”:
− C =
Customized color for a specific customer
− Letters = Abbreviation of the customer name
− 0 = If the product is not customized
1 Field not present if the connector on the 2 EV charging cables are the same.
2 Terra 60 model only
3 Terra 60 model only

ABB 2 Series Specifications

General

Brand	ABB
Model	2 Series
Category	Industrial Equipment
Language	English