Explosion Proof Emergency Lighting - SUREALL

Explosion proof emergency lighting, other names such as explosion proof exit sign, explosion proof alarm light, explosion proof horn, atex warning lights, atex emergency lighting, flame proof emergency light, explosion proof exit light, class 1 div 2 emergency lighting, class 1 div 2 strobe light, explosion proof strobe light and horn, occupy more than 10% requests for the type of explosion proof lighting, besides, explosion proof led emergency lighting trend to replace at least 95% of explosion proof emergency lighting.

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Designed a double-head shape for explosion proof emergency lighting, designed a light-distributed "EXIT" mark or arrow mark for explosion proof exit sign, designed a visual light and audio caution sound for explosion proof alarm light,  explosion proof emergency lighting normally are defended by die cast aluminum flame proof housing and built-in low wattages led explosion lamp and driver to up to be used as class 1 and class 2 light fittings whose hazard class division rates from class 1 div 1 to class 1 div 2, class 2 division 1 to class 2 division 2 hazardous locations, from Zone 1 to Zone 2, Zone 21 to Zone 22 lighting zone. SUREALL explosion proof emergency lighting is the emergency lighting solutions from oil and gas emergency lighting to chemical emergency lighting and the main features is customized battery emergency time for all explosion proof emergency light, order-made flashing and alarm functions for explosion proof alarm light and editable plate letters and patterns for explosion proof exit sign.

The listing of STROBES below are shown in order of Intensity or Brightness. These strobes are suited to indoor or outdoor applications. If a Hazardous or Explosion Proof strobe is required please see our Explosion Proof and Hazardous category of our store.

Strobes, as shown here, are flashing beacons or visual signals that produce a brilliant flash using a flash tube lamp, which contains a xenon gas that is excited by high voltage from the internal power circuitry to create a flash of visible light. Strobe lights like those described here are typically ranked for brightness by using a joule flash energy output or more accurately by there measured Effective Candela (ECP), which is what Underwriters Labs (UL) recommends for user comparison. The strobes listed here range from a joule energy of less than 1, and up to 25, and ECP from 10 to . Most of todays popular strobe manufacturers TOP OUT at a joule energy of approximately 25 or an effective candela of ; these are the brightest strobes generally used in industry for visual signaling applications. The brighter strobes available usually get to their higher intensity by flashing several times almost simultaneously, therefore extending the length of time the viewer sees the flash of light, which is seen as brighter or greater intensity. These strobes are typically referred to as  a double flash or quad flash strobe.

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Most industrial plants today utilize a number of signaling alarm devices, both audible and visual. These alarms are used to alert people to emergency conditions, such as a fire, noxious gas release, security breaches, chemical spills, etc.. They are also used to warn workers of moving objects, such as overhead cranes or forklift trucks, or to alert of automated machine or industrial robot start-up. Signaling devices are also used to notify of non-emergency conditions, such as sounding an alarm when goods get caught on a conveyor, or an automated process malfunctions. In all cases, and in order to ensure a quick response, the alarm signal should be simple and clearly understood.

When choosing a visual signal, there are many points to consider, and some crossover considerations for audible signals:

1. What is its function? For example, will the alarm light be used to provide a general emergency warning, safety, security, or will it be used for non-emergency notification?
2. How large is the area which needs to be covered?
3. How far away would someone need to see or hear the alarm?
4. Is the application outdoor or indoor?
5. If an outdoor application, is it necessary to see a visual signal during daylight hours? As this will require a higher intensity light since sunlight is going to "washout" the signal light.
6. Are there obstructions like machinery and walls to block the travel of light/sound?
7. How high must the alarm be mounted from the floor/ground--higher is NOT better, as you are moving further from the eyes or ears that need to see or hear the alarm. Off of horizontal axis for the eyes that would need to see a visual signal may impede visibility.
8. Will an audible signal be used to bring attention to a visual signal that may convey additional information? i.e. A red light for high level emergency, or an amber light for a pre-alarm condition, etc.
9. What voltage is available for the alarm?
10. How do you intend to control, or turn the alarm on?
11. Are there special mounting considerations for installation?
12. Lamp maintenance consideration and access to the light should be considered.

Generally, when comparing different warning lights, the first question usually asked is how bright are these lights and how do they compare to each other? This can be a complicated question when one is comparing very different light sources such as rotating incandescent lights, flashing or steady burning LED light source signals, and xenon flashing strobe lights. Cost drivers are usually light  intensity, light source (LED, Xenon Strobe, Incandescent lamp) enclosure ratings, quality of materials, agency listings (UL, weatherproof, explosion proof, etc.), durability and the like. With over 40 years of experience, we are here to help you find the best device for the intended use--Please contact us for assistance.

If you want to learn more, please visit our website Explosion Proof Strobe Light.