Introduction
Here’s the thing: we built this 354mm halogen heat lamp for the real world—the kind of industrial spaces where the heat has to be intense, the space is tight, and things have to just work. It’s all about direct, focused warmth. Think of it as a straight shot of infrared power, perfect for those high-temperature processes where you need serious heat in a small footprint. If you’re an engineer who needs a heat source that slots cleanly into your existing high-voltage setup, this was made for you.
Let’s Talk Power: The Numbers That Matter
This lamp is a 2000W powerhouse running on 440V, packed into a compact 354mm tube. That combo is intentional. The 440V supply means you can run the necessary current over a shorter distance. The payoff? Less voltage drop and wiring that’s easier to manage. And that 354mm length? It was chosen specifically to slide right into standard reflector assemblies and those cramped heating zones. It gives you a predictable heat pattern, every single time. Just know this: you’re getting a lot of concentrated output. So you’ve got to make sure your socket, insulation, and machine ventilation are all ready for the heat—because this thing runs hot, and it runs for long stretches.
Built to Last: The Heart of the Lamp
Inside, the halogen cycle is doing the heavy lifting. It keeps the quartz envelope stable by taking evaporated tungsten and putting it right back onto the filament. The result? Consistent heat output over the lamp’s life, and it handles being switched on and off without burning out prematurely. The quartz body is tough as nails, built to handle rapid temperature swings without cracking. The internal halogen gas fill keeps the filament temperature steady, even under heavy load. And for the connection? We went with the R7s base—a bi-pin connector that’s the standard for linear infrared lamps. It gives you a solid, secure fit, a clean electrical connection, and makes swapping out a lamp feel like second nature.
Where This Thing Shines
This is the lamp you wire into equipment that demands fast, focused heat. Think plastic processing, curing, drying, or component testing. Its superpower is how it targets heat directly. Instead of warming up the whole room, it zeroes in on what you need to heat. That means faster warm-up times and better control over your energy use. The 440V supply makes it a natural fit for plants running 400–480V service, and the size fits right into existing slots. Just plan for proper cooling and clearance—this lamp throws off aggressive heat. When the job calls for a tough, high-voltage infrared source that just gets the job done, this is the practical, field-proven choice.