304 Stainless Steel Fixed Camera Station With Integral Illumination

Ex d Fixed Camera Station With Integral Illumination in 304 Stainless Steel
 
 

      ZAF103 series is an Ex d analogue fix camera station, which is made of 304 stainless steel cavity. Its flame proof enclosure can add stainless steel sun shroud. It is load analogue 700TVL camera, 4-92mm lens, 23x optical zoom. ZAF103 cable output usually is 2meters. ZAF103 cable output can be coaxial cable or optical fiber cable. ZAF103 fixed camera station is also has integral illumination lights. Its front window is strong temperated glass. In high corrosion area, we also offer a special treated window glass, so as to keep the glass anti-corrosion. 
 
We also can offer ZAF103 flame proof cavity only, if you wish to load local brand camera. Please free contact us by info@exproofcctv.com
 
 
ZAF103 series has some accessories, like ZAZ100B wall bracket, ZAJXD4 explosion proof junction box, ZANXG1.0 explosion proof flexible tube.
                      
ZAZ100B wall bracket           ZAJXD4 Exd Junction box       ZANXG1.0 Exe flexible tube
 
Certificate
 

 
Mechanical

 
Electrical

 
Ambient

 
Lights

 
Communication

 
Camera

 
Lens

 
Control

 
General

 
 
Drawings:
 

 
Other flame proof housing:
 
                              
ZAF100B housing with sunshiled            ZAF105 middle housing       ZAF1031 Housing with lights
 
 

Special order/ requirements

Contact us for special requirements, Email: info@exproofcctv.com

How explosion-proof cameras work

The working principle of explosion-proof cameras is to suppress the generation and occurrence of the four elements of explosion so that electrical products can still work normally in high-risk environments. The four elements of explosion are:

1. There are flammable gases, dusts and mixtures on site and constitute a certain concentration;

2. There is sufficient oxygen on site to react with combustibles;

3. There is sufficient temperature on site to cause the mixture to react with oxygen;

4. The space on site is small enough that the heat after combustion can accumulate to a certain concentration in a short period of time or even explode.

If any of the above four factors is established, the explosion can be effectively prevented.