What are 11 kV electrical insulated rubber mats?

 

11 kV electrical insulated rubber mats


Are you a buyer from India who has just been suggested to use 11 kV electrical insulated rubber mats?

Do you know if they comply with any industrial safety standards?

The Bureau of Indian Standards has mandated the use of IS 15652:2006 compliant insulating rubber matting. They come in different classes, such as Class A, B, and C. The 11KV rubber insulating mat belongs to Class B. 

11 kV Electrical Insulated Rubber Mats: Everything You Need to Know

i) Maximum Use Voltage

As the name suggests, the maximum use voltage of 11 kV electrical insulated rubber mats is 11 kV. Beyond this voltage, they will fail to ensure your electrical safety.

ii) AC Proof Voltage

The AC proof voltage of an 11 kV rubber insulation mat is 22 kV. Till this voltage, the electrical rubber mat 11 kV can sustain an AC voltage.

iii) Dielectric Strength

It measures the maximum electric field the electrical shock proof rubber mat can endure before breakdown. The dielectric strength of 11 kV insulating rubber matting is 45.0 kV. Thus, they are ideal for high-voltage application areas like switch, panel, and transformer rooms.

iv) Thickness

The thickness of an 11 kV insulating rubber matting is approximately 2.5 mm.

v) Surface Texture

It is basically an anti-slip rubber mat. The 11 kV rubber insulation mat comes with a ribbed or dotted texture. As a result, it protects people from physical accidents such as slipping and falling during movement.

vi) Color

Although the black rubber mat is common in the industries, there are other colors, such as red and blue.

In a nutshell,

If you are in India searching for electrical mats, make sure to choose a reliable electrical rubber mat manufacturer. They will offer a BIS-certified 11 kV rubber insulating mat. Hence, they will have quality assurance, durability, and longevity.

Comments

Popular posts from this blog

What are the Guidelines You Should Follow While Storing Electrical Mats?

When does an Electrical Insulating Mat Start Conducting Electricity?

When does an electric shock proof rubber mat fail to provide insulation?