400Ah Lithium Battery 12V Waterproof Bluetooth Chassis Mount (IP67)

400Ah Lithium Battery 12V Waterproof Bluetooth Chassis Mount (IP67)

$4,339.00
Sale price  $4,339.00 Regular price  $0.00
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400Ah Lithium Battery 12V Waterproof Bluetooth Chassis Mount (IP67)

400Ah Lithium Battery 12V Waterproof Bluetooth Chassis Mount (IP67)

SKU CODE: AS-40012LICMBT
In Stock
$4,339.00
Sale price  $4,339.00 Regular price  $0.00

ALLSPARK LITHIUM BATTERIES ARE THE HIGHEST SPECIFICATION LITHIUM BATTERIES IN AUSTRALIA

  • New 2025 cell technology with compact cells and casing
  • Bluetooth Integration
  • Water proof chassis mount case IP67
  • Exclusive Solid state BMS
  • Highest quality premium A grade prismatic cells
  • Greater than 3000 cycles @ 80% DoD
  • Power a 3000W Inverter from a SINGLE BATTERY
  • IEC 62619 Certified to meet AS/NZS 3001:2022 requirements
  • 7 Year Warranty

Description

400AH OF CERTIFIED LITHIUM POWER - FOR TOURERS WHO REFUSE TO COMPROMISE

 

For serious off-grid touring, the AllSpark 400Ah 12V is the chassis mount battery box built to go the distance. IP67 rated, IEC 62619 certified as a complete battery, and designed around new 2025-generation premium A-Grade prismatic cells, this 400Ah lithium battery delivers the capacity and peak current output that extended trips demand.

 

Engineered in Australia by Offroad Living, the powder-coated stainless steel housing mounts directly to your chassis rail - sitting above the frame's lowest point to preserve your full ground clearance on corrugated outback tracks and creek crossings. Bluetooth monitoring is fully integrated into the BMS, so you get precise cell-level data from your phone at no extra cost.

 

Whether you're running multiple appliances, extended off-grid stints, or a motorhome electrical system, the 400Ah gives you the headroom to do it without rationing power.

 

400Ah Lithium Battery 12V Waterproof Bluetooth Chassis Mount (IP67)

400Ah Under Your Van - Without Losing Clearance

Serious off-grid builds need serious battery capacity. But adding a chassis mount battery box shouldn't mean sacrificing the ground clearance you need for the tracks you're heading to.

The AllSpark 400Ah is designed to sit above the frame rail, with built-in mounting points, allowing for it to be installed securely above the frames lowest point - no reduction in clearance, no compromise on the terrain you can tackle.

400Ah Lithium Battery 12V Waterproof Bluetooth Chassis Mount (IP67)

IEC 62619 Certified - Complete Battery

Ask your battery supplier for their IEC 62619 certificate and pay close attention to what it covers. Some only certify the cells, maybe the BMS, maybe it's crickets when asked the question.

Every AllSpark battery is fully certified for the complete battery - BMS, cells, housing, workmanship - meeting the IEC 62619 certification standard.

For a 400Ah lithium battery this size, that level of independent certification isn't optional, it's essential.

400Ah Lithium Battery 12V Waterproof Bluetooth Chassis Mount (IP67)

Manage 400Ah From Your Phone - At No Extra Cost

With 400Ah of capacity in your system, knowing exactly what's going on inside the battery matters. AllSpark's built-in Bluetooth monitoring delivers cell-level data, cycle history, charge and discharge tracking, and BMS status - directly to your phone.

This chassis mount battery comes fully enclosed in a tough stainless steel casing, meaning you also don't have to fork out for a flimsy caravan battery box, adding another $100+.

No separate monitor, no extra wiring, no extra installation costs. Just accurate data, always available.

400Ah Lithium Battery 12V Waterproof Bluetooth Chassis Mount (IP67)

Heavy-Duty BMS - Designed for Australian Conditions

A 400Ah IP67 lithium battery mounted under a motorhome needs a BMS that can handle the demands placed on it.

The AllSpark BMS protects against temperature extremes (-20°C to +60°C), over-voltage, under-voltage, over-current, short circuit, and reverse polarity. Automatic cell balancing maintains longevity across the full pack.

Laser-welded busbars mean the cell connections stay solid through thousands of kilometres of corrugations.

400Ah Lithium Battery 12V Waterproof Bluetooth Chassis Mount (IP67)

Run a Full 3000W Inverter - From One Battery

A single AllSpark 400Ah 12V has the continuous current output to run a 3000W inverter. Kettle, induction cooktop, toaster, caravan aircon - the kind of appliances that make off-grid feel like home.

Premium A-Grade prismatic cells rated at 200A continuous and 500A peak mean the power stays solid under load, without the voltage sag that cheaper cells deliver when it matters most.

WHATS IN THE BOX

  • 1 x AllSpark Bluetooth 400ah powder coated stainless steel cased LiFePO4 battery with vent
  • M8 terminal bolts (2 length bolts) + nut covers

Warranty

7 YEAR MANUFACTURERS REPLACEMENT WARRANTY
30 DAY MONEY BACK GUARANTEE

Features

  • Advanced cell technology with compact cells and casing
  • Bluetooth Integration: Connect to a smart device to monitor performance, track usage data, and receive alerts.
  • Water proof IP67 chassis mount case
  • Powder coated stainless steel construction
  • Exclusive Solid state BMS designed and developed by Offroad Living
  • Highest quality premium grade prismatic cells resistance matched, long battery life and no voltage sag with a 20 year design life
  • Greater than 3000 cycles @ 80% DoD before reaching 85% of original capacity
  • Power a 3000W Inverter from a SINGLE BATTERY for high power devices including coffee machines, air conditioners, toasters and kettles
  • Rapid charge 
  • Designed to handle high vibration, dusty and wet environments
  • IEC 62619 Certified to meet AS/NZS 3001:2022 requirements
  • 7 Year Warranty

Specifications

SKU AS-20012LICMBT AS-30012LICMBT AS-40012LICMBT AS-20024LICMBT AS-10048BATLI200500CM
Battery Level Specifications
Capacity Amp Hours (C5) 200 300 400 200 100
Watt Hours 2560 3840 5120
Rated Voltage (V) 12.8 25.6 51.2
Max Charge Voltage (V) 14.6 29.2 58.4
Recommended Float Voltage (V) 13.6 27.2 54.4
Low Voltage Cutoff (V) 10 20 40
Rapid Charge Current (1C) for 30 mins (A) 100 100
Recommended Charge Current (A)* 50–80 50–120 80–150 50–80 30–50
Charge Profile CC/CV
Max Inverter Size (W — per single battery) 2500 3000 4000 5000
Max Continuous Discharge (A) 200 300 200 200
Peak Discharge — 10 secs (A) 500 600 500 500
Charge Cycles
@ 80% DoD# (≥85% residual capacity)
@ 60% DoD
@ 40% DoD
> 3200+#
> 4200+
> 5000+
Optimum Charge Temperature (˚C) < 45
Operating Temperature Range (˚C) −20 to +60
Storage Temperature Range (˚C) −40 to +125
Max Series Voltage Parallel connection only — series not permitted
Max Batteries in Parallel 4
Dimensions incl. Mounts (mm) 350 × 300 × 200 400 × 300 × 200 550 × 300 × 200
Case Material Powder coated stainless steel — with threaded vent pipe fitting and cap
Terminals 2 × M8 Bolted Terminals (1 × Red Positive, 1 × Black Negative)
Weight (kg) 25 36.5 51.3
IP Rating IP67
Cell Level Specification
Cell Type Prismatic
Cell Connection 4S1P 4S2P 8S1P 16S1P
Cell Capacity 3.2V @ 200Ah 3.2V @ 300Ah 3.2V @ 200Ah 3.2V @ 100Ah
Cell Casing Nickel plated steel
Cell Balancing Target (V) 3.65 ±0.025
Cell Balance Current (mA) 35 ±5
Cell Over Discharge LV Protection (V) 2.5 ±0.025
Over Discharge Release Apply charge 10.5V+ & 1A+
Over Charge Cutoff (V) 3.75 ±0.025 3.65 ±0.025 3.75 ±0.025 3.65 ±0.025
Over Charge Detection Delay (secs) 1–1.6
Over Charge Release (V) 3.6 ±0.0625
Over Charge Release Method Auto below release voltage
Over Current Detection (1) (A) 220 330 220
Over Current Detection Delay (1) (secs) 10
Over Current Detection (2) (A) 500 600 500
Over Current Detection Delay (2) (secs) 5
Over Current Release Remove load — auto release
Short Circuit Protection External short
Short Circuit Detection Delay (µS) 200–400
Short Circuit Recovery Remove load — auto release
Internal Resistance (MOSFET Protection) ≤20mΩ
Notes* Recommended charge current is for best cell longevity. # Cycle life independently laboratory tested at 0.25C discharge and 0.25C charge rate to 5000 cycles at 25°C controlled temperature. Electronic logs recorded during testing show residual capacity in excess of 85% of nameplate C5 capacity after 3000 cycles. In real-world conditions, users will experience a range of temperature, current, and voltage conditions which may affect actual battery performance over its life. Lower depths of discharge and high continuous charge/discharge rates will reduce overall cycle life.
SKUAS-20012LICMBT
Battery Level Specifications
Capacity (C5) 200Ah
Watt Hours 2560Wh
Rated Voltage 12.8V
Max Charge Voltage 14.6V
Recommended Float 13.6V
Low Voltage Cutoff 10V
Rapid Charge (1C/30min) 100A
Recommended Charge* 50–80A
Charge Profile CC/CV
Max Inverter Size 2500W
Max Continuous Discharge 200A
Peak Discharge (10s) 500A
Cycles @ 80% DoD# > 3200+
Cycles @ 60% DoD > 4200+
Cycles @ 40% DoD > 5000+
Optimum Charge Temp < 45˚C
Operating Temp Range −20 to +60˚C
Storage Temp Range −40 to +125˚C
Max Series Voltage Parallel only
Max Batteries in Parallel 4
Dimensions incl. Handles 350 × 300 × 200mm
Case Material Powder coated stainless steel
Terminals 2 × M8 Bolted
Weight 25kg
IP Rating IP67
Cell Level Specification
Cell Type Prismatic
Cell Connection 4S1P
Cell Capacity 3.2V @ 200Ah
Cell Casing Nickel plated steel
Cell Balancing Target 3.65 ±0.025V
Cell Balance Current 35 ±5mA
OD LV Protection 2.5 ±0.025V
Over Discharge Release Apply 10.5V+ & 1A+
Over Charge Cutoff 3.75 ±0.025V
OC Detection Delay 1–1.6s
Over Charge Release 3.6 ±0.0625V
OC Release Method Auto below release voltage
Over Current Det. (1) 220A
OCD Delay (1) 10s
Over Current Det. (2) 500A
OCD Delay (2) 5s
Over Current Release Remove load — auto
Short Circuit Protection External short
SC Detection Delay 200–400µS
SC Recovery Remove load — auto
Internal Resistance ≤20mΩ
SKUAS-30012LICMBT
Battery Level Specifications
Capacity (C5) 300Ah
Watt Hours 3840Wh
Rated Voltage 12.8V
Max Charge Voltage 14.6V
Recommended Float 13.6V
Low Voltage Cutoff 10V
Rapid Charge (1C/30min) 100A
Recommended Charge* 50–120A
Charge Profile CC/CV
Max Inverter Size 3000W
Max Continuous Discharge 300A
Peak Discharge (10s) 600A
Cycles @ 80% DoD# > 3200+
Cycles @ 60% DoD > 4200+
Cycles @ 40% DoD > 5000+
Optimum Charge Temp < 45˚C
Operating Temp Range −20 to +60˚C
Storage Temp Range −40 to +125˚C
Max Series Voltage Parallel only
Max Batteries in Parallel 4
Dimensions incl. Handles 400 × 300 × 200mm
Case Material Powder coated stainless steel
Terminals 2 × M8 Bolted
Weight 36.5kg
IP Rating IP67
Cell Level Specification
Cell Type Prismatic
Cell Connection 4S1P
Cell Capacity 3.2V @ 300Ah
Cell Casing Nickel plated steel
Cell Balancing Target 3.65 ±0.025V
Cell Balance Current 35 ±5mA
OD LV Protection 2.5 ±0.025V
Over Discharge Release Apply 10.5V+ & 1A+
Over Charge Cutoff 3.75 ±0.025V
OC Detection Delay 1–1.6s
Over Charge Release 3.6 ±0.0625V
OC Release Method Auto below release voltage
Over Current Det. (1) 330A
OCD Delay (1) 10s
Over Current Det. (2) 600A
OCD Delay (2) 5s
Over Current Release Remove load — auto
Short Circuit Protection External short
SC Detection Delay 200–400µS
SC Recovery Remove load — auto
Internal Resistance ≤20mΩ
SKUAS-40012LICMBT
Battery Level Specifications
Capacity (C5) 400Ah
Watt Hours 5120Wh
Rated Voltage 12.8V
Max Charge Voltage 14.6V
Recommended Float 13.6V
Low Voltage Cutoff 10V
Rapid Charge (1C/30min) 100A
Recommended Charge* 80–150A
Charge Profile CC/CV
Max Inverter Size 3000W
Max Continuous Discharge 300A
Peak Discharge (10s) 600A
Cycles @ 80% DoD# > 3200+
Cycles @ 60% DoD > 4200+
Cycles @ 40% DoD > 5000+
Optimum Charge Temp < 45˚C
Operating Temp Range −20 to +60˚C
Storage Temp Range −40 to +125˚C
Max Series Voltage Parallel only
Max Batteries in Parallel 4
Dimensions incl. Handles 550 × 300 × 200mm
Case Material Powder coated stainless steel
Terminals 2 × M8 Bolted
Weight 51.3kg
IP Rating IP67
Cell Level Specification
Cell Type Prismatic
Cell Connection 4S2P
Cell Capacity 3.2V @ 200Ah
Cell Casing Nickel plated steel
Cell Balancing Target 3.65 ±0.025V
Cell Balance Current 35 ±5mA
OD LV Protection 2.5 ±0.025V
Over Discharge Release Apply 10.5V+ & 1A+
Over Charge Cutoff 3.65 ±0.025V
OC Detection Delay 1–1.6s
Over Charge Release 3.6 ±0.0625V
OC Release Method Auto below release voltage
Over Current Det. (1) 330A
OCD Delay (1) 10s
Over Current Det. (2) 600A
OCD Delay (2) 5s
Over Current Release Remove load — auto
Short Circuit Protection External short
SC Detection Delay 200–400µS
SC Recovery Remove load — auto
Internal Resistance ≤20mΩ
SKUAS-20024LICMBT
Battery Level Specifications
Capacity (C5) 200Ah
Watt Hours 5120Wh
Rated Voltage 25.6V
Max Charge Voltage 29.2V
Recommended Float 27.2V
Low Voltage Cutoff 20V
Rapid Charge (1C/30min) 100A
Recommended Charge* 50–80A
Charge Profile CC/CV
Max Inverter Size 4000W
Max Continuous Discharge 200A
Peak Discharge (10s) 500A
Cycles @ 80% DoD# > 3200+
Cycles @ 60% DoD > 4200+
Cycles @ 40% DoD > 5000+
Optimum Charge Temp < 45˚C
Operating Temp Range −20 to +60˚C
Storage Temp Range −40 to +125˚C
Max Series Voltage Parallel only
Max Batteries in Parallel 4
Dimensions incl. Handles 550 × 300 × 200mm
Case Material Powder coated stainless steel
Terminals 2 × M8 Bolted
Weight 51.3kg
IP Rating IP67
Cell Level Specification
Cell Type Prismatic
Cell Connection 8S1P
Cell Capacity 3.2V @ 200Ah
Cell Casing Nickel plated steel
Cell Balancing Target 3.65 ±0.025V
Cell Balance Current 35 ±5mA
OD LV Protection 2.5 ±0.025V
Over Discharge Release Apply 10.5V+ & 1A+
Over Charge Cutoff 3.75 ±0.025V
OC Detection Delay 1–1.6s
Over Charge Release 3.6 ±0.0625V
OC Release Method Auto below release voltage
Over Current Det. (1) 220A
OCD Delay (1) 10s
Over Current Det. (2) 500A
OCD Delay (2) 5s
Over Current Release Remove load — auto
Short Circuit Protection External short
SC Detection Delay 200–400µS
SC Recovery Remove load — auto
Internal Resistance ≤20mΩ
SKUAS-10048BATLI200500CM
Battery Level Specifications
Capacity (C5) 100Ah
Watt Hours 5120Wh
Rated Voltage 51.2V
Max Charge Voltage 58.4V
Recommended Float 54.4V
Low Voltage Cutoff 40V
Rapid Charge (1C/30min) 100A
Recommended Charge* 30–50A
Charge Profile CC/CV
Max Inverter Size 5000W
Max Continuous Discharge 200A
Peak Discharge (10s) 500A
Cycles @ 80% DoD# > 3200+
Cycles @ 60% DoD > 4200+
Cycles @ 40% DoD > 5000+
Optimum Charge Temp < 45˚C
Operating Temp Range −20 to +60˚C
Storage Temp Range −40 to +125˚C
Max Series Voltage Parallel only
Max Batteries in Parallel 4
Dimensions incl. Handles 550 × 300 × 200mm
Case Material Powder coated stainless steel
Terminals 2 × M8 Bolted
Weight 51.3kg
IP Rating IP67
Cell Level Specification
Cell Type Prismatic
Cell Connection 16S1P
Cell Capacity 3.2V @ 100Ah
Cell Casing Nickel plated steel
Cell Balancing Target 3.65 ±0.025V
Cell Balance Current 35 ±5mA
OD LV Protection 2.5 ±0.025V
Over Discharge Release Apply 10.5V+ & 1A+
Over Charge Cutoff 3.65 ±0.025V
OC Detection Delay 1–1.6s
Over Charge Release 3.6 ±0.0625V
OC Release Method Auto below release voltage
Over Current Det. (1) 220A
OCD Delay (1) 10s
Over Current Det. (2) 500A
OCD Delay (2) 5s
Over Current Release Remove load — auto
Short Circuit Protection External short
SC Detection Delay 200–400µS
SC Recovery Remove load — auto
Internal Resistance ≤20mΩ
Notes* Recommended charge current is for best cell longevity. # Cycle life independently laboratory tested at 0.25C discharge and 0.25C charge rate to 5000 cycles at 25°C controlled temperature. Electronic logs recorded during testing show residual capacity in excess of 85% of nameplate C5 capacity after 3000 cycles. In real-world conditions, users will experience a range of temperature, current, and voltage conditions which may affect actual battery performance over its life. Lower depths of discharge and high continuous charge/discharge rates will reduce overall cycle life.

Downloads

FAQS

Q: I have received my battery, how do I turn it on and connect the Bluetooth?

A: Download the AllSpark App (see the Downloads section in your battery's listing, or enter "AllSpark" into the Google Play Store or the Apple App Store), then ensure your "location services" and bluetooth is turned on. You will see your battery appear in the list under "Bluetooth" - click on here, this will take you to the Dashboard screen. Scroll to the bottom and turn the Charge Switch and Discharge Switch on as required.

Q: How do I store my AllSpark LiFePO4 battery?

A: If you plan to have your batteries in storage for extended periods of time, disconnect/isolate any loads or parasitic power consumers. Charge/Discharge battery to 80% State of Charge. Battery can then be stored for up to 12 months. If storing for longer, re-charge to 80% SoC every 6-12 months.

Q: What is Current In/Out Net Value?

A: The Net Value is all the charge sources minus all the loads

Q: What do I do if my AllSpark LiFePO4 battery goes flat?

A: If you discharge your battery to 0% (10.5V or less), it will enter Low voltage protection mode. This will disconnect all loads and the battery and terminal voltage will show as 0-3V. When in LV protection mode, the BMS disconnects power to the battery terminals. To release it you simply open the AllSpark Bluetooth App on your smart device, turn the discharge function back to ON and let your charger take over. Most other brands need a "jump start" or external charger input or parallel connection to wake it up. AllSpark Lithium batteries are much smarter and simpler to wake up for charging. Note: if you don't have a charge source ready, it will go back to sleep again after a short time to protect the cells until you are ready to re-charge.

Q: Can I link another 400ah to give me 800ah? Or more?

A: Yes - these batteries can be connected in parallel using the second connector to double your amp hour capacity. The maximum that can be connected in parallel is 4 batteries. The batteries should be within a few months of each other in age to ensure optimal performance and longevity.

Q: Is this battery certifed for use in Caravans?

A: Yes - AllSpark batteries are not only compliant, but are actually "Tested" and "Certified" for compliance with IEC 62616 standards (see downloads for certificate). Many sellers of LiFePO4 batteries in Australia claim to be "compliant" with the IEC 62616 standards, but have never actually had them tested or hold any certification for this compliance. Self claiming compliance with a standard without 3rd party certification is not only misleading, but is fraudulant advertising practises.

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