Skip to content
NAMBOUR CARAVAN SHOW SPECIALS UP TO 40% OFF: SHOP HERE
CARAVAN SHOW SPECIALS UP TO 40% OFF

The Invicta Xero 12V range has been specifically designed for replacement of similar size Lead acid batteries. The Xero range uses all the benefits of Lithium Iron Phosphate (LiFePO4) technology and pushes the limits in communication posibilites, power, safety and security with its advanced battery technology.

Features & Benefits 

  • Large number of cycles >3000 (100% DoD) Up to 10 times cycle life of SLA lowering your total cost of ownership
  • Safe and stable chemistry & Integrated BMS The use of LiFePO4 along with the integrated BMS ensures protection against over charge / discharge, temperature and short circuit providing the highest degree of safety
  • More communication possibilites with Bluetooth and open CAN bus, this makes connecting devices even easier.
  • High energy density (less than half of the weight of SLA) Lowering total weight of application • Detachable mounting feet
  • Secure your battery to the application with detachable mounting feet. Simply remove/attach with a screw driver.
  • Sealed from the Australian elements IP67 rated • More power and customisation with the ability to connect 4 in series, or 16 in parallel, or up to 4 in series and 4 in parallel. Max discharge has been increased to 150A (Pulse 500A @ 35 seconds)

Robust Design

The Invicta Xero is built like no other. All components are securely fixed to ensure damaging vibrations are almost non-existent. An improved IP67 dust and waterproof rating also keeps the water and humidity out, especially useful in the tropics.

Invicta’s tried and tested prismatic cells are now secured to the case thanks to a new strengthening frame which integrates directly to the case. This extends out to the battery cells to ensure everything remains fixed.

Other upgrades also include laser welded intercell busbars and a high performance BMS that utilises a precision printed circuitry board with passive and active protections built directly in to the circuity for added security.

Communication Is Key

The Invicta Xero range comes with CAN bus and Bluetooth communication options that can function as stand-alone or simultaneous monitors.

Its open CAN bus protocol, can connect to any number of devices via a CAN link to directly talk to the battery’s BMS. A far superior option to any smart shunt on the market as it provides highly accurate data to improve the application’s performance. The CAN bus also allows for a greater number of batteries to be paralleled and seriesed in a system as each battery can talk to the other.

The Bluetooth feature is a more user friendly option which connects directly to your smart device via the free Invicta App. This method allows you to monitor all the essential information of your battery.

High-Performance BMS

The high performance BMS on the Invicta Xero allows for a wider breadth of customization compared to other batteries. This means that very often the 12V 120Ah battery available will be more than enough to get the job done.

This includes a max pulse discharge of 500A and max continuous discharge of 150A. Which will be enough to run most 2000W inverters. You can now series up to 4 (48V 120Ah), parallel up to 16 (12V 1920Ah), or even 4 series and 4 parallel (48V 480Ah). And with a cycle count of 3000+ (100% DoD) you’ll be set for years.

Read specification here: SNLX12V120BT SPECIFICATION SHEET

Can be used in conjunction with our 300 Series Under Bonnet Dual Battery Kit.

INSTALL ENQUIRY

Need this item installed?

Book your install with our team today by either:

Filling out a booking request on our Contact Page

Or give us a call on (07) 5479 6652

Postage Time Frames: 

Please allow 2 business for estimated dispatch time. Shipping can take 1-2 weeks depending on your shipping address and postal service. Please select express post if product is required within 5 business days.

If you need your item within a particular deadline, please contact us prior to ordering so we can ensure your items can arrive on time.