~ 12 ~
No
Identification
Purpose
1
Battery terminal
Connect the battery
2
Positive PV terminal
Connect the PV positive electrode
3
Negative PV terminal
Connect the PV negative electrode
4
PV input switch
Connect/ disconnect the PV switch
5
Vent valve
Discharge the growing air from housing
6
GPRS/WIFI
The inverter uploads the data/ connects with the upper
computer by GPRS/WIFI
7
USB
USB upgrade interface
8
Dry contact input
Connect the user’s dry contact circuit
9
Safety communication
Reserved according to Australia safety regulation
10
CT or kilo-watt-hour
meter signal input
CT or kilo-watt-hour meter signal input provided
externally on the inverter
11
RS485
RS485 communication with the upper computer
12
NTC temperature
sampling
Reserved
13
BMS communication
Battery communication input
14
AC wiring terminal
Load and grid input
3.5.2 Nameplate description
A user may identify the inverter by the nameplate provided on the side of the inverter. The
nameplate indicates inverter information, such as model, important parameters, certification
marks and place of production, etc., and must not be damaged or covered.
Содержание EAHI-6000-SL
Страница 15: ...13 Fig 3 5 2 Nameplate information subject to change without further notice and actual nameplate...
Страница 19: ...17 Requirements for installation tools Type Tools and Descriptions installation safety...
Страница 58: ...56 7 12 Product information View the relevant product information by Menu Product Information...