Product Profile

EKEC1 OCPP1.6J protocal EV Charging is using COPP1.6J protocal with WIFI, Ethernet, 2G/3G/4G communictaion,

internal components we choosing module din-rail product, such as module design EV charge controller, RCD and module contactor,

kWH meter can optiobal, various addtional functions can be configured according to customer demand, the products comply with IEC61851-1 standard.

Advantages:

1)The EV Charger bulit in a type A RCCB+DC6mA RCMU or a type B RCD complying with the requirement of IEC 61851 standard clause 8.5 Residual current protective devices. Bulit in RCD with a lockable window, so can power on and off also can Monthly testing RCD function

2)Can add a RFID module and cards,using card start/stop charging, card number can customized, also can add new by customer themself(No billing card)

3)Can add a LCD screen display rated current voltage, and charging time,Charging stutus, Charging falut code, if together with a kWM can read real time current/voltage/power status and having Over current, over/under voltage protection

4)Can working with a DLB current monitoring device for a DLB function, the device can using CT for single phase or a RS485 communication kWH meter for both single phase or theree phase

5)Socket type can add a electronic lock

6)Can customized with PEN loss fault protection

7)Different power 3.5KW/7.3KW/11KW/22KW are same charger housing

8)Insise module device are more easy maintain and repair,it using module contactor instead of relay will have a good electric life and electric clearrance promise,anti-gigh and low temperature

9)Inside controller can connected to operator service OCPP1.6J protocal backend (OCPP 2.0.1 protocal under development)

Product Introduction

Model Preparation Meaning

		●: Defult Green: Simple Choice Blue: Multiple Choice	Selection Code
Model			EKEC1
Net Mode	Modbus-RTU Protocal	Support RS485 communication baud rate: 9600, 8, n, 1 Address:1-255 default: 255 (boardcast address)	M
	Ocpp1.6J Protocal	Suppport Ethernet/Wifi/4G/3G/2G Communication using EKEPC3 Controller	O
	Remark	SIM card support band and area: LTE-FDD: B1/B3/B5/B7/B8/B20/B28 LTE-TDD: B38/B40/B41 GSM: B2/B3/B5/B8 Area: EMEA/APAC
Case B/C	Socket type (Case B)		S
Case B/C	Cable type (Case C) Defaut value is 5M, other length can customized		C
Socket & Plug Standard	American standard Type 1(T1): SAE J1772		T1
	Europe Standard Type 2(T2)T2: IEC/EN 62196-2		T2
	China Standard: GB/T20234.2-2015		GBT
Power	3.6KW, AC230V±10% 50Hz, 16A, 1P+N+PE		3
	7.3KW, AC230V±10% 50Hz, 32A, 1P+N+PE		7
	11KW, AC400V±10% 50Hz, 16A, 3P+N+PE		11
	22KW, AC400V±10% 50Hz, 32A, 3P+N+PE		22
Protection	Configuration Device
Overtemperature Protection		Chip Overtemperature Protection	●
Residual Current protection	Type A RCCB+RCMU	Type A 30mA+DC6mA Residual current protection	A
	Type A EV RCCB	Type A 30mA+DC6mA Residual current protection	B
	Type B RCCB	Type B 30mA+DC residual current protection	C
	Type A RCBO+RCMU	Type A 30mA+DC6mA Residual current+Overload+short circuit protection	D
	Type A EV RCBO		E
	RCMU	IEC62955 standard AC30mA+DC6mA Residual current protection（Should at least installation a Type A RCD in front of Charger）	F
PEN falut protection	Relay	Using for UK TNS System for PEN loss protection	0
RFID	RFID module with card	Support swape RFID card stop and start charging	1
Electronic Lock	Electronic Lock	Support lock the plug when charging	2
DLB	Current Transformer	CT Connected in Main circuit only for single phase	3
DLB	kWH meter(out Station)	kWH meter Connected in Main circuit both for single phase or three phase, other brand meter using pls checking the Charger usage manual	4
LCD dispaly	COG 2.8 Inch display screen		5
OV&UV protection, Over current protection, voltage, current, Power for real time monitoring	KwH meter（in station）	OCPP1.6J protocal default chooice a kWM meter with MID certificate	6
Surge Protective	SPD	Only for single phase	7
Emergency Stop	Emergency stop switch		8

Note: Model Selection Example: EKEC1-M-S-22-A-1245678

Technical Data

EV Charging Modes	Mode 3 charging
Rated Voltage	AC 240V±10%, AC 420V±10%
Rated Current	Max 16A, Max 32A
Rated Frequency	50Hz
Over Voltage Category (OVC)	OVC III
Insulation Resistance	R > 1 MΩ
AC Withstand Voltage	1430V
Impulse Dielectric Withstand Voltage (1,2 μs/50 μs) (Uimp)	4kV
Protection Against Electric Shock	Class I
Electrical Life (contactcor)	100,000
Electrical Life (Interface)	100,000
Standby Power Consumption	<8W
Type of EV Connection	Case B (Socket version) / Case C (Cable Version)
Universal Interface	T1:SAE J1772, T2:IEC/EN 62196-2, GB/T:20234.2-2015
Pollution Degree	PD 3
IP Protection Class	IP54
Altitude During Operation (m)	<2000m
Altitude of Test Laboratory	<50m
Work Humidity	3%~95%
Operation Temperature	-25℃- 40℃
Colling	Natural Air Cooling
Mounting Method	Mounted on walls, poles or equivalent positions
Normal Environmental Conditions	Indoor use; Outdoor use
Product Dimension (mm)	357245123
Installation Dimension (mm)	180*280
The AC charger require external MCB for overload protection and short-circuit protection to be installed in upstream distribution box