Download Rakour LiFePO4 Battery Installation Manuals
Official step-by-step installation guides for every Rakour battery model — high voltage rack systems, low voltage rackable units, ground-mount, and wall-mount batteries. All manuals are authored by Rakour's engineering team, version-controlled, and compliant with CE, UN38.3, and IEC62619 safety standards. Select your model below to download the correct installation manual.
Download Installation Manuals by Model
RAKOUR-LV Rackable 51.2V100Ah User manual V1.0
PreviewRAKOUR-LV Rackble 51.2V200, 280, 314Ah User manual V1.0
PreviewRAKOUR-HV 51.2V200Ah User Manual V1.2
PreviewRAKOUR-HV 51.2V314Ah User Manual V1.0
PreviewRAKOUR-HV 51.2V314Ah With Deye SUN-80K-SG02HP3-EU-EM6 User Munal
PreviewRAKOUR-HV 51.2V314Ah With Deye SUN-29.9~50KSG01HP3 User Manual
PreviewHigh Voltage (HV) Series Installation Guides
The Rakour HV series consists of modular 51.2V rack battery systems designed for high-voltage inverter applications in residential and commercial settings. Each module pairs with a BCU (Battery Control Unit) to form a scalable high-voltage string. Installation manuals cover full assembly from unpacking inspection through BCU wiring, BMS address configuration, and inverter pairing via CAN communication.
51.2V 100Ah-HV Installation Manual
The 51.2V 100Ah-HV supports 4–10 modules in series, reaching a system voltage of 204.8V to 512V. The manual covers stack sheet metal assembly, BCU port wiring (CAN/RS485), power cable connection (red/black 2AWG), and BMS soft-start configuration. Maximum discharge current is 50A per set with natural cooling. Compatible with Deye and other high-voltage inverter brands.
51.2V 200Ah-HV Installation Manual
Supports 4–17 battery modules in series, with a maximum operating voltage of 185.6V to 980V and maximum discharge current of 100A. The guide details BCU installation, WIFI module setup for remote monitoring, touch screen operation, fault information display, and inverter lithium battery mode configuration. Includes recharging procedures for over-discharged units.
51.2V 314Ah-HV Installation Manual (Incl. Deye Pairing)
The 51.2V 314Ah-HV supports 5–17 modules in series (256V to 870.4V), with built-in fan cooling, WIFI remote monitoring, and a soft-start circuit for inverters without native soft-start support. Dedicated Deye inverter pairing manuals are available for the SUN29.9–50K and SUN80K models, covering CAN port connection, parallel shunt configuration (BAT1/BAT2 split), and BMS lithium mode setup.
Low Voltage (LV) Series Installation Guides
The Rakour LV series covers 51.2V rackable batteries and the NSTLV ground-wheel and wall-mount models. All LV batteries communicate via CAN or RS485 (RJ45) and support parallel deployment of up to 15 units through dip-switch BMS addressing. Installation guides include full instructions for stack-mounting, cabinet installation, power cable wiring, internal communication setup, and BMS master/slave configuration.
51.2V 100Ah / 200Ah / 280Ah / 314Ah-LV Rackable Installation Manual
Covers the full LV rackable lineup. For 200Ah / 280Ah / 314Ah parallel setups, ensure the voltage difference between units is within 1V before connection. Stagger positive and negative terminals across batteries for balanced capacity. The host battery (ADDR=1000) connects to the inverter via CAN or RS485-1; slave units use RS485-2 for internal communication. Keep 300mm clearance on all sides for ventilation.
NSTLV 10.2K / 14.3K / 16K Ground & Wall-Mount Installation Manual
The NSTLV series supports both ground-mount with optional universal wheels and wall-mount installation (NSTLV-10.2K only). Wall mounting requires drilling expansion screws (M10×80) into the structure using the included positioning template. Ground installation uses a bolt-down base with optional castor wheels for mobility. IP54 rated — suitable for semi-outdoor or garage installations with a minimum 50mm clearance above and 300mm on each side.
Wall-Mounted 51.2V 200Ah-LV Installation Manual
The wall-mount NSTLV 200Ah-LV is designed for compact indoor residential installations where floor space is limited. The manual covers wall bracket positioning, load-bearing structural requirements, expansion bolt anchoring, power cable routing (2AWG silicone wire), and CAN/RS485 communication port connection. Includes a pre-installation safety checklist and indoor ventilation clearance diagram.
Before You Install: Key Safety & Preparation Requirements
Every Rakour installation manual includes a mandatory pre-installation checklist. Following these steps ensures safe operation, preserves your 5-year warranty, and meets the safety requirements of CE, UN38.3, and IEC62619 certifications.
Check Packaging and Deliverables
Inspect outer packaging for damage before unpacking. If holes, cracks, or deformation are visible, do not unpack the unit — contact your authorized dealer immediately. It is recommended to remove packaging no more than 24 hours before installation begins. Verify all accessories in the delivery list are present and undamaged before proceeding with any wiring or mounting steps.
Installation Environment Requirements
All Rakour batteries must be installed indoors, away from heat sources, moisture, direct sunlight, combustible gases, and liquids. The mounting surface must be fire-resistant — do not install on flammable walls or floors. Ensure reliable earth grounding throughout the installation. Maintain a minimum 300mm ventilation clearance around all sides of rackable models, and 50mm above and 300mm on the sides for NSTLV models.
Required Tools and Protective Equipment
Standard installation requires a measuring tape, hammer drill, socket wrench, and cross screwdriver. Protective equipment — including ESD gloves, safety goggles, an anti-dust respirator, and safety shoes — must be worn throughout. Disconnect all battery terminals from wiring before installation or repair. Remove all metal jewelry that may cause a short circuit before handling terminals.
Frequently Asked Questions About Rakour Installation Manuals
How do I know which installation manual matches my battery model?
Identify your battery by the model label on the unit. HV models include "HV" in the model name (e.g., 51.2V314Ah-HV); LV rackable models end in "LV" (e.g., 51.2V200Ah-LV); NSTLV models begin with "NSTLV" and list capacity in kW (10.2K, 14.3K, 16K). Each download entry in the section above is labeled with the exact model number for direct matching.
Do I need a separate manual if I'm pairing with a Deye inverter?
Yes. In addition to the standard battery installation manual, Rakour provides dedicated Deye inverter pairing guides for the 51.2V 314Ah-HV model, covering both the SUN29.9–50K and SUN80K series. These guides detail CAN port connection, parallel shunt wiring (BAT1/BAT2), and battery mode settings within the Deye inverter menu. Download both manuals for a complete installation reference.
Can I connect multiple Rakour batteries without a special manual?
Parallel and series connection instructions are included in each model's standard installation manual. For LV models, up to 15 units can be paralleled — the host battery connects to the inverter, and slaves are addressed sequentially using the dip-switch. For HV models, up to 4 sets can be connected in parallel. Always verify that voltage between units is within 1V before making connections.
What should I do if I cannot find the manual for my model?
If your model is not listed in the download section above, contact Rakour's technical support team using the form below. Provide your battery model number (found on the unit label), purchase date, and distributor name. Our engineering team will supply the correct documentation within one business day.
Need Technical Support With Your Installation?
Rakour's engineering team supports installers, distributors, and end users globally. If you have questions about wiring, BMS configuration, inverter pairing, or parallel battery setup that are not covered in the installation manual, submit an inquiry through the contact form below. Include your battery model, inverter brand, and a brief description of your setup for the fastest response.