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If you are unsure of any step or guideline then please consider reaching out to AMPS via our web contact form or our phone service and we shall offer our support.
INTRODUCTION TABLE OF CONTENTS Introduction Welcome Specifications | What’s in the box Contents Contents Page Dimension illustrations Product Information Remote Control + Shunt basic information Basic wiring diagrams Setting up the remote control Setting up the remote control II + Troubleshooting 39.00 Dimensions drawing (not to scale)
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Equipment Remote and Shunt Remote Control Bluetooth Dongle, inside remote Battery display Ah remaining State of Charge SOC% Time remaining until charge / discharge Battery Voltage Power - voltage x amperage. Net current in / out Operational buttons Back button | back to home screen Screen brightness up | up in menu settings Screen brightness down | down in menu settings okay | confirm button during setup...
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Basic Installation Basic Wiring Diagram Orientation of shunt does not matter Solar regulator(s) Inverter(s) Remote Control Battery Charger(s) Other chargers / loads The thin red cable provided can be extended 1m standard 500A shunt Shunt must be installed in the negative 8-80VDC The ONLY connector on the This terminal on the shunt...
(lithium Iron Phosphate) batteries simply set the Ah capacity to the Ah value(s) written on the battery(s) themselves. Add the Ah numbers together if you have multiple AMPS batteries in your install. If you have 3x 12V 100Ah - set the Ah capacity to 300Ah, etc.
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% SOC meter is always wrong SOC % is best described as a guestimate. It works from simple maths. The user tells the BM2 what Ah the battery is and it knows the current flow in and out via the shunt. It therefore works out a % state of charge.
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