The Specs That Actually Matter
We built this 1000W, 400V halogen heat lamp for the spots on the factory floor where space is tight and control can’t be an afterthought. The 1000W rating gives you heat you can count on, day after day. And the 400V power? That was a deliberate call. It matches the higher-voltage lines many plants already run, which means less current on the wiring. Less current keeps conductor sizes down and eases the strain on connections. Then there’s the length: 400mm. It’s compact enough to slip into tight spots—think concentrator hoods and focused heating zones—without forcing you to redesign the whole machine.
Built to Handle the Heat, and the Tight Spots
Halogen tech keeps the filament stable by running hotter and cleaner. The quartz glass takes the shock of rapid on/off cycling without blinking, and the halogen cycle fights blackening so the output stays steady over time. Because it’s shortwave, the energy gets absorbed fast by the target surface. So when you ramp up or cut off, you feel the response immediately. The R7s base is straightforward: a double-ended, straight-line connector that locks the lamp in place and carries the load cleanly. No extra hardware. It slides right into existing fixtures, and it holds alignment so the heat lands exactly where you want it.
Where It Shines—And the Reality Check
This is your go-to when you need serious heat density in a small footprint—plastic processing, thermoforming, industrial drying. The 400mm length and focused output let you pour the heat onto the target and keep the surrounding frame from turning into a sauna. But let’s be honest: packing 1000W into a short tube means it runs hot. You’ve got to manage airflow and clearance so the fixture and nearby parts stay within safe temperatures. Plan for solid thermal separation, and make sure the socket and wiring are truly rated for 400V. Get the specs right, and you end up with fast, controllable heat in a compact package that can keep up with the daily grind of a production line.