HQI 2000W Replace Lamp - BF Engineering Tutorial

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  • Опубликовано: 10 сен 2024
  • Tutorial for replacing the lamp of a HQI 2000W lamp of BF Engineering GmbH.
    www.bf-engineer...
    BF Engineering GmbH is a professional company for lighting systems and world market leader for solar simulation. The company, located in south Germany, is specialized in Global, UV and IR radiation systems. BF Engineering also produces lamps for high speed shoots such as airbag or crash tests. For climate chambers watercooled, weather proof and dimming lamps are available. The main customers are automotive, railway and aerospace industry. Subcompanies in Asia and a team of German engineers take care for over 150 clients. BF Engineering can engineer and produce any kind of lighting unit you need for your testing application.

Комментарии • 6

  • @jamshedqureshi2430
    @jamshedqureshi2430 Год назад

    Nice 👍

  • @CubbieSeWolf
    @CubbieSeWolf 2 года назад +1

    Interesting that they opened a box to a whole different arc lamp, and just put the same one back into the fixture.

  • @Zodliness
    @Zodliness 3 года назад +2

    An over-explained tutorial on how to safely use a retractable safety knife, while changing a light bulb.

    • @LampLuminance
      @LampLuminance 2 года назад +1

      Yeah let’s act like we are not dealing with a 2000w lamp that’s probably still running and possibly doing something for the last time

    • @Zodliness
      @Zodliness 2 года назад

      ​@@LampLuminance My guess is BF Engineering have had their fair share of qualified commercial electrical engineers injuring themselves with safety knives? 🤨🤣

  • @andyvan5692
    @andyvan5692 10 месяцев назад

    nice job, but they didn't allude to why not touch the bulbs without gloves on!, the reason is that the hmi's (xenon lamps in layman's terms) light with a lot of heat ~ 1,500 -2,200 degrees Celsius! enough to melt steel, and any oils on our hands will burn, but not slowly, it would cause the bulb to explode!! ( also hence all the coverings over the bulb and the reflectors, these act as a blast shield in case the bulb does 'blow', as the xenon gas would ignite, a bit like a HV arc-flash, and burn you, or any low melt temp components in the vicinity, so this acts as a containment for this, and to catch any glass fragments).