These platforms combine multiple 4 kW modules into a cost-effective pre-wired cabinet that simplifies installation, enables simple “hot swap” repairs, eliminates extra dimming control connections and reduces the overall cost of any large-scale lighting installation.
Designed for challenging environments such as horticulture, warehouses, factories and parking garages, the LumaDrive family offers configurations of 144 kW, 72 kW, 36 kW and 24 kW by combining up to 36 units of the 4 kW power modules in a pre-wired cabinet. The 24 kW option comes in a NEMA 3R-rated enclosure that is ideal for high-moisture atmospheres such as greenhouses. The platform enables fast deployment of scalable, efficient centralised power solutions that provide greater flexibility in designing and optimising lighting layouts, improve energy efficiency, reduce overall operational costs and simplify ongoing maintenance. The LumaDrive family can operate with any manufacturer’s luminaire, thanks to its highly programmable output parametric and loop compensation.
“Large-scale industrial lighting systems require fast and easy installation, reliable LED control and low energy and maintenance costs,” said Joe Voyles, Vice President of Industrial Power Conversion Products at Advanced Energy. “The pre-wired LumaDrive system meets these requirements by eliminating the need to assemble individual modules, providing user-friendly interfaces and controls and ensuring high-efficiency, high-power-density operation in a scalable design that can grow with the user’s needs.”
The LumaDrive system speeds up installation by eliminating the need to assemble individual modules. The system reduces fixture weight, simplifies maintenance and enhances energy efficiency by using native three-phase power with a centralised architecture to power large-scale LED lighting installation. It also eliminates the need for dimming controls on each light and allows control of up to six zones per enclosure, giving lighting installers significant design flexibility.
Advanced Energy partners with LED light fixture manufacturers to provide a complete LED lighting solution and LumaDrive Pre-wired Systems come with standard commissioning, service plans and extended warranties.
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FAQ
- What are LumaDrive systems?
– Answer: LumaDrive systems are advanced, high-efficiency LED drivers designed to provide precise control and high reliability for various lighting applications. These systems are tailored to support high-power LEDs and deliver consistent, high-quality illumination in demanding environments.
- What are the key features of LumaDrive systems?
– Answer: Key features of LumaDrive systems include:
– High efficiency and low power consumption
– Wide input voltage range
– Robust thermal management
– Compact and lightweight design
– Advanced dimming capabilities
– Built-in protection features (over-voltage, over-current, thermal protection)
- What applications are LumaDrive systems suitable for?
– Answer: LumaDrive systems are suitable for a variety of applications, including industrial lighting, architectural lighting, horticultural lighting, and any other high-power LED applications that require precise control and reliability.
- How do LumaDrive systems differ from traditional LED drivers?
– Answer: LumaDrive systems offer enhanced efficiency, better thermal management, and more advanced control features compared to traditional LED drivers. They are specifically designed for high-power LED applications and provide greater reliability and longevity.
- What input voltages do LumaDrive systems support?
– Answer: LumaDrive systems typically support a wide range of input voltages, allowing them to be used in various global markets with different power supply standards.
- Do LumaDrive systems support dimming?
– Answer: Yes, LumaDrive systems support various dimming methods, including PWM (Pulse Width Modulation) and analog dimming, allowing for precise control over light output.
- What kind of protection features are integrated into LumaDrive systems?
– Answer: LumaDrive systems include multiple protection features such as over-voltage protection, over-current protection, and thermal protection to ensure safe and reliable operation.