XT 24 1440W Inverter 4x Battery kit

Store/Store/Load Shedding Solutions/DIY Load Shedding Solutions

Product Details

The XT24 DIY Kit includes the following

Xt 24 modified sinewave inverter 24V DC - 230V AC 1440 Watt
4x 105 A/hour Batteries
2x Heavy duty Battery box with Isolator
Cables included
DIY instructions Included

Press the Play button or Arrow button to view the DIY instructions

The XT24 DIY Inverter double kit system consists of the following:
1x 1440 Watt 24v inverter
2x Battery Boxes with Isolator switches
4x 12v 105 A/ Hour Deep cycle batteries
DIY setup instructions

Step1:
Cut the Cable ties off on both sides of the Battery box using a side cutter or scissors

Step2:
Ensure that the isolator for the batteries is in the off position
(Very Important !!!)

Step3:
Open the Battery box

Step4:
Remove foam packaging, battery cable & plug adaptor

Step5:
Uncoil the Red cable located inside the battery box & feed through the left hand hole as shown

Step6:
Remove the supplied black cable, feed through the right hand hole and connect to the empty Battery terminal as shown.
(The lug with the larger hole must be connected to the battery terminal. Check that all connections on the battery terminals are tight)

Step7:
Close the battery box. Unpack the XT24 Inverter & User Manual

Step8:
Check that the selector switches are set as follows.

UPS - Inverter should be set to Inverter mode (as shown)
20A - 10A should be set to 10A mode for two batteries
20A - 10A should be set to 20A mode for four batteries

Step9:
Remove the battery terminal cover on the inverter by squeezing the ends

Step10:
Take note of the Positive (+) & Negative (-) terminals. Positive is on the left & Negative is on the right

Step11:
Connect the Red cable to the Positive (+) terminal. Connect the Black cable to the Negative (-) terminal. (When connecting, place the lug on first, followed by the flat washer, then the spring washer and lastly the nut.)
(Check that all connections are tight)

Step12:
Replace the battery terminal cover by squeezing the ends and clipping into place.
(Ensure that the cover is not upside down)

Step13:
Plug the supplied adaptor into one of the outlet sockets of the inverter.

Step14:
Plug the inverters power supply cable into a wall socket & switch on.

Step15:
Turn the Battery isolator switch to the ON position.

Step16:
Turn the inverter on, by pressing the button located on the front of the inverter.

Step17:
To test the system, connect a suitable appliance to the adaptor plug.

Step18:
To emulate a power failure, unplug the inverter supply cable.
The appliance should continue to operate.

Depending on Power consumption
You can run many appliances on your inverter

Battery life hrs using 105A/hr Batteries at 50% depth of discharge

(400 cycle life)

Watt	2 batt	4 batt
200	5 hrs	10 hrs
300	3,3 hrs	6,6 hrs
400	2,5 hrs	5 hrs
600	1,68 hrs	3,36 hrs
800	1,26 hrs	2,52 hrs

Battery life hrs using 105A/hr Batteries at 70% depth of discharge

(200 cycle life)

Watt	2 batt	4 batt
200	7,06 hrs	14 rs
300	4,7 hrs	9,4hrs
400	3,5 hrs	7,06 hrs
600	2,35 hrs	4,7 hrs
800	1,76 hrs	3,53 hrs
1000	1,41 hrs	2,82 hrs

To use different power & battery settings use the calculator below

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