Do I need to buy an electrical insulating rubber mat for your workplace? How do I ensure the best safety practices at my industrial facility with electrical mats? Is this investment worthy or a waste of money?
Our specialists often get these questions from new buyers and many of the existing ones who are confused about how an electrical safety mat really works. The answers to all such questions lie in this blog that covers every nitty-gritty about an IEC 61111:2009 electrical insulating mat.
Keep reading as we unveil everything about the electrical mats, including the factors that determine the electrical insulating rubber mat price list.
Understanding the IEC 61111:2009 Electrical Insulating Rubber Mat
The IEC 61111:2009 is a global safety standard superseding the previous CLC/TS 61111:2006 standard. It is designed for workplaces with high-voltage electrical standards. An industrial facility or commercial workplace runs on various equipment like control panels, transformer units, switchboards, and LT-HT panels that run on electricity much higher than the domestic 440 volts. Therefore, using PPE is a must in such environments.
The IEC 61111:2009 insulating mat is made of high-grade elastomer. They are tested in accredited labs to ensure they are completely safe.
The key features of an IEC 61111:2009 electrical safety mat include:
- Dielectric strength: Dielectric strength refers to the ability of an electrical mat to function without breaking down at high voltages. An IEC 61111:2009 electrical insulating rubber mat has up to 50 kV of dielectric strength.
- Slip-resistance: The Duratuf IEC 61111:2009 electrical mats have a textured surface underneath that contributes to their anti-slip property.
- Durable: An electrical safety mat can withstand the effects of moisture, oil, chemicals, Ozone, and UV.
- Safety compliant: A ‘certified’ IEC 61111:2009 insulating mat is safety compliant which means- if you use them, you are abiding by the safety protocols laid out by OSHA, HSE, etc.
Why Use IEC 61111:2009 Electrical Mats?
The good news is industrial users are slowly becoming aware of the importance of insulated rubber mats. The reasons to use the electrical insulating rubber mat as a safety gear are:
Protection against electrical accidents
Electric shock from current leakage leads to severe injuries. Made of dielectric and non-conductive elastomer, the IEC 61111:2009 electrical mats offer protection against electrical accidents.
The electrical mat is a reliable electrical insulator because of its material structure, and it works in the most interesting way.
Legally safe workplaces
For businesses operating in electrical environments, compliance with safety standards is non-negotiable. OSHA or HSE takes strict action if they find you are neglecting industrial safety. From fines to penal punishments, it can be anything depending on the intensity.
Here, the IEC 61111:2009 electrical insulating mats make sure that you are meeting the industry benchmarks.
Versatility across various industries
An electrical safety mat is not a rubber sheet with unique properties. All rubber sheets may not be useful for all types of industries. For example, a silicone sheet that is commonly used in the food and beverage industries does not have any role in chemical facilities.
The role of the electrical mats is to provide electrical safety. Therefore, you can use them in various types of industries from mining to manufacturing and power stations to metal refinarrefineries.
Effective Safety Solution
An electrical insulating rubber mat is a costly safety equipment. While the initial investment might seem high, using them offers long-term benefits. Some of the perks of using electrical insulating mats are fewer accidents, reduced downtime, and regulatory compliance—making it a cost-effective choice.
How to use an IEC 61111:2009 Electrical Safety Mat?
An IEC 61111:2009 insulating mat will only offer fool proof safety if you use it correctly. You can follow these tips to get optimum performance of the electrical mats:
Step 1: Determine the Voltage Requirements
IEC 61111:2009 mats come in different classes. Each of the electrical rubber mat classes is suitable for a specific voltage range. Choose the class that matches the maximum voltage in your workspace.
| Class | Maximum Use Voltage |
|---|---|
| Class 0 | 1,000V |
| Class 1 | 7,500V |
| Class 2 | 17,000V |
| Class 3 | 26,500V |
| Class 4 | 36,000V |
Step 2: Follow the electrical mat manufacturer’s guidelines for correct installation
- Surface Preparation: Ensure the floor is clean and dry before placing the mat.
- Correct Positioning: Place mats in areas where workers are likely to stand while operating electrical equipment. Use adhesives to fix the electrical mats.
- Avoid overlapping: Do not overlap mats as it may compromise their insulation properties.
Step 3: Timely Maintenance
- Clean the insulated rubber mats regularly using mild soap and water to remove dirt and grease.
- Inspect each rubber mat for electrical panel for wear and tear. Replace mats with visible damage.
- Store mats in a cool, dry place away from direct sunlight.
IEC 61111:2009 Electrical Insulating Rubber Mat Price List: What are the Determining Factors?
At Duratuf, we determine the electrical insulating rubber mat price list by determining the some factors like:
- Class: The class 0 IEC mats have a lesser price than the class 4 IEC mats with a working voltage of up to 36 kV.
- Type of Deal: The retail price (Minimum order quantity) is different than our bulk electrical rubber mat price.
- Customization: We offer product customizations, but they may come at some added expense.
- Delivery location: If your delivery location is somewhere remote or not in a general route, it may reflect on the electrical rubber mat order.
Investing in IEC 61111:2009 electrical mats is not just about compliance; it’s about safeguarding lives. Still unsure about the right mat for your needs? Reach out to our experts for personalized recommendations and ensure your team’s safety is never compromised.
