Stortekt 18 Outlet Lithium-ion Battery Charging Storage Cabinet

• Dedicated Lithium-ion Battery Safety Design: Purpose-built to reduce the risk of fire during charging and storage of lithium-ion batteries in a cool, dry, and non-combustible environment.
• Robust Construction: Australian-designed and manufactured using double-walled sheet steel with a 40mm thermal air barrier for enhanced thermal protection.
• Advanced Fire Protection: Built to withstand temperatures up to 850°C; compliant with AS/NZS 4681 (Class 9 dangerous goods) and AS 1940 (flammable and combustible liquids storage).
• Integrated Spill Containment Sump: Captures and contains potential leaks or spills, improving overall safety and cleanliness.
• Efficient Ventilation: Equipped with a high-capacity 150mm fan to maintain optimal internal conditions and prevent heat or gas buildup.
• Sequential Safety-Close Door System: Automatically closes doors smoothly and securely in sequence—enhancing both fire containment and operational safety.
• Certified Electrical Components: Fitted with IP56-rated components and a 10AMP power inlet to ensure safe and compliant operation.
• Flexible Power Access: Includes 18 power outlets for convenient battery charger integration.
• Dimensions: 1825mm x 1100mm x 500mm

What is the purpose of the Stortekt 18 Outlet Cabinet?
This cabinet is designed for charging and safely storing lithium-ion batteries, minimizing fire risks and ensuring secure operations.

What safety standards does it comply with?
The cabinet complies with AS/NZS 4681 for hazardous materials and AS 1940 for flammable liquid storage.

What fire protection features does it have?
It boasts a double-walled steel construction that withstands temperatures up to 8506°C, providing robust fire protection.

Does it have ventilation systems?
Yes, it features a high-capacity 150mm fan to maintain optimal air circulation and gas release prevention.

How many batteries can it charge simultaneously?
With its 18 outlets, the cabinet supports charging of up to 18 lithium-ion batteries concurrently.