short wave halogen infrared lamp

short wave halogen infrared lamp

Technical Deep-Dive: Power and Electrical Specifications

We build these lamps for the plant floor, not a cozy living room. They’re industrial workhorses, plain and simple. On the power side, 400V is our go-to for most factory lines. It’s already the standard for high-voltage heating gear, which is a big win. It means the current draw is lower than you’d get from a 230V unit of the same wattage. Less current means you can use smaller wires and take the stress off the contacts inside the fixture. Then there’s the heat. We’re talking 2500W packed into a 300mm length. That’s a serious amount of power in a tight space. But that concentration is exactly what makes shortwave infrared so effective. It’s how you get fast, pinpoint heating, right where you need it.

Material and Design: Halogen, Quartz, and Connectors

The magic happens inside the quartz tube. The shortwave output comes from a halogen cycle, and it’s a beautiful thing. The halogen gas lets the filament run blazing hot without the bulb quickly blackening. The result? Stable, consistent output over the life of the lamp. And the quartz itself? It’s tough. It handles those brutal, rapid temperature swings like a champ and transmits infrared energy with no problem. We also put a reflective coating on the outside to push all that energy forward. It keeps wasted heat from bleeding out the back of the reflector. For hooking it all up, the R7s base is the workhorse. It handles the wattage, locks the lamp in place perfectly, and makes replacement a simple drop-in job. If your setup has different mounting or wiring needs, we’ve got the Sk15 connector as another solid option. Either way, they’re both built to shake off vibration and survive countless maintenance cycles.

Application and Benefits: Engineered for Production Heat

These lamps are made for one thing: getting production heating done fast. Think PET blowing, plastic welding, curing coatings, or preheating parts. The shortwave spectrum hits the surface directly, so there’s almost no warm-up wait. That keeps your cycle times tight. Because the heat is so concentrated, you can use smaller, more compact heater blocks. It makes the whole integration process a lot cleaner and simpler. But here’s the thing—that 2500W in a 300mm package is serious power density. It’s not a secret, it’s just the reality. You have to match it with proper cooling and shielding. If you’re pushing the lamp hard, you need to keep the ambient temperature in check and protect nearby wiring and sensors. We design the lamp to deliver reliable, repeatable heat. The rest is up to you—engineer the surrounding system to match that intensity.