Wipro 40W Maxx Wellglass High-Efficiency LED Light

WIPRO's Maxx Wellglass is a revolutionary design with category defining Fresnel Lens having IP66 and IK08 protection up to 115 lm/W system efficacy. Available in 40W LED in 5700K CCT with a warranty of 2-Years. Heavy duty industries such as cement, metals, and power plants operate in extremely harsh conditions. Their dusty environment and high ambient temperature, makes thermal management of LED fixtures more critical and challenging. And therefore, demand specially designed luminaries to deliver reliable and superior performance under such tough conditions, consistently. WIPRO's Maxx Wellgass is a c complete revolution in design that transforms industrial spaces. It comes with a unique innovation in technology and form factor like never before, designed to deliver optimum performance and provide uniform and wider light distribution.


₹ 1900 0% off
₹ 0

Wipro 40W Maxx Wellglass is a heavy-duty LED wellglass luminaire engineered for tough industrial environments like cement, metal and power plants. Its category-defining Fresnel lens and optimized thermal management ensure superior, uniform illumination and consistently long-lasting performance. With IP66 and IK08 protection, it resists dust, moisture and mechanical impact in high ambient temperatures. Delivering up to 115 lm/W at 5700K, it enhances visibility while reducing energy costs and maintenance effort. The innovative form factor transforms industrial spaces with wider, consistent light distribution. Backed by a 2-year warranty, it offers dependable lighting where failure is not an option. Available from 42 BHAGYAM STREET, Chennai, Tamil Nadu, 600107 for professional industrial projects and retrofits.

High 115 lm/W system efficacy saves energy costs
IP66 protection for dusty, moisture-prone industrial sites
IK08 impact resistance for rugged, heavy-duty operations
Advanced Fresnel lens gives uniform, wide light distribution
Optimized thermal management for high ambient temperatures
Reliable 2-year warranty for worry-free industrial lighting

Mount the 40W Maxx Wellglass securely on a suitable industrial bracket or hook, ensuring firm fixing. Connect to the recommended mains supply using proper earthing and certified cables. Keep the fixture free from heavy dust buildup with periodic wiping when powered off. Do not exceed rated voltage, and use only in compatible indoor or semi-outdoor industrial environments.

The 40W Maxx Wellglass is used for high-performance lighting in heavy-duty industrial environments such as cement, metal and power plants. Its robust design, IP66 and IK08 protection, and high efficacy make it ideal for dusty, harsh areas where reliable, uniform illumination and long service life are critical.

Yes, the 40W Maxx Wellglass is specifically designed for harsh, dusty environments. With IP66 ingress protection and IK08 impact resistance, it withstands dust, moisture and mechanical stress. Its superior thermal management ensures stable performance even in high ambient temperatures commonly found in heavy industries.

The Fresnel lens on the 40W Maxx Wellglass delivers wider, more uniform light distribution compared to conventional industrial fixtures. This means fewer dark spots, better visibility and improved safety across work areas. It helps reduce the number of fixtures required, lowering installation and energy costs for industrial lighting projects.

The 40W Maxx Wellglass LED light comes with a 2-year warranty from Wipro. This warranty covers manufacturing defects and assures reliable performance in demanding industrial conditions. Users benefit from peace of mind, reduced maintenance costs and assurance that the luminaire is built for long-term durability and efficiency.

The 40W Maxx Wellglass offers up to 115 lm/W system efficacy, making it highly energy efficient compared to many conventional industrial luminaires. This high efficiency can significantly reduce power consumption while maintaining bright, clear lighting, helping industries cut operating costs and support more sustainable energy use over time.