Envertech EVT1200 - Accessories; Cabling; 6 Microinverter System Installation

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6. Microinverter System Installation

Installing Envertech microinverter system involves several key steps. Each step listed here is

elaborated on the following pages.

Step 1: Mount microinverters onto the rack

Step 2: Grounding

Step 3: Connect microinverters’ AC cables serially

Step 4: Fasten AC cables

Step 5: Seal the unused connector of the AC cable

Step 6: Connect the AC cable to the junction box

Step 7: Mount EnverBridge

Step 8: Prepare AC extension cable

Step 9: Connect PV modules to microinverters

Step 10: Switch on the PV system

To install the AC cables, simply to connect the AC connectors on both sides of the microinverters in

a hand-in-hand way. One side of the AC cable goes to the junction box directly and the other side

sealed with a waterproof end cap. We advise you with the following cabling:

You must install the microinverter system under connection

neither to the grid nor to the PV modules (or if not disconnect-

ed, the modules should be shaded)

5.2 Accessories

5.3 Cabling

7 8

PV Modules

AC extension cable

(AWG12 or above)

AC End Cap

Only qualied personnel may connect the Envertech microinverter to

the utility grid after receiving prior approval from the electrical utility

company.

WARNING

PV Microinverter

Model

：EVT1200

Zhejiang Envertech Corporation Ltd.

www.envertec.com

Operating range (Vdc):

MPPT Voltage Range (Vdc):

Max. DC input (Vdc):

Max. input current (A):

Isc PV (Absolute Max.) (A) :

Enclosure rating:

Power (Max. continuous) (W):

Operating temperature range:

Normal Output Voltage (Vac):

Current (Max. continuous) (A):

Nominal Output frequency:

Power factor:

Maximum units per branch:

Protecti

ve class:

Overvoltage category:

18V~54V

24V~45V

54V

12Ax4

15A

IP67

-40

℃ ~ +65℃

1200W

220V/230V

5.45A

50Hz/60Hz

>0.99

III[Mains],II[PV]

User Identification Number：