EV chargers · UK

ABBTerra AC 2.0 W7

The ABB Terra AC 2.0 W7 is a EV charger with max. charging power (AC) 7.4 kW, phases 1 and connector tethered cable (Type 2) or Type 2 socket.1

Key figures

Max. charging power (AC)
7.4kW1
Phases
11
Manufacturer data
Connector
Tethered cable (Type 2) / Type 2 socket1
Manufacturer data
OCPP
1.6J1
Manufacturer data
Dynamic load balancing
Yes1
Manufacturer data
UK

Rules in the UK

Home chargers sold in Great Britain must meet the smart charge point regulations (smart functionality, default off-peak charging).

Technical specifications

General
Connector Tethered cable (Type 2) / Type 2 socket1
Number of outlets 11
Min. operating temperature -30 °C1
Performance
Max. charging power (AC) 7.4 kW1
Electrical
Phases 11
Max. current per phase 32 A1
Connectivity & smart
OCPP 1.6J1
Wi-Fi Yes1
Ethernet Yes1
RFID card reader Yes1
Dynamic load balancing Yes1
Solar surplus charging Yes1
Safety & metering
IP rating IP551
IK rating IK101
Dimensions & weight
Width 195 mm1
Height 320 mm1
Depth 110 mm1

Variants1

The same model in several variants. The specifications above apply to all variants; this table shows what differs.

VariantPart numberConnectorCable length4G/LTE
Type 2 shuttered socket ABB6AGC128177 Type 2 socket––
Type 2 shuttered socket, 4G ABB6AGC128176 Type 2 socket–Yes
Tethered cable 5 m ABB6AGC128169 Tethered cable (Type 2)5 m–
Tethered cable 5 m, 4G ABB6AGC128178 Tethered cable (Type 2)5 mYes

Compare with

Frequently asked questions

What is the max. charging power (AC) of the ABB Terra AC 2.0 W7?

The max. charging power (AC) of the ABB Terra AC 2.0 W7 is 7.4 kW.1

What is the phases of the ABB Terra AC 2.0 W7?

The phases of the ABB Terra AC 2.0 W7 is 1.1

Which connector does the ABB Terra AC 2.0 W7 use?

The connector of the ABB Terra AC 2.0 W7 is tethered cable (Type 2) or Type 2 socket.1

Which OCPP does the ABB Terra AC 2.0 W7 use?

The OCPP of the ABB Terra AC 2.0 W7 is 1.6J.1

Sources

  1. ABB Terra AC wallbox 2.0 – brochure, 9AKK108472A2560 Rev. D (June 2026) — ABB E-mobility · accessed 27 Sept 2026