About Electrogrip BFC IEC 62561-7 Certified
Specification
| Usage/Application | Industrial |
| Brand | Electrogrip |
| Packaging Type | Bag |
| Packaging Size | 11.36 Kg |
| Physical State | Powder |
| Grade Standard | Bio-Tech Grade |
| Is It Anti Corrosive | Anti Corrosive |
Certified Protection and PerformanceElectrogrip BFC earthing enhancement is certified to IEC 62561-7, ensuring international safety and efficacy standards. Its robust construction and advanced conductivity deliver exceptional earthing efficiency, making it suitable for protection across a range of frequencies and voltages. With IP68 rating and high heat resistance, Electrogrip BFC guarantees durability and security for electrical installations.
Eco-Friendly and Sustainable CompositionCrafted from eco-friendly minerals and conductive compounds, Electrogrip BFC is non-toxic, leach-resistant, and environmentally safe. It maintains permanent moisture retention and is insoluble in water, making it ideal for long-term, outdoor, and subsurface use without risk to the environment. Its sustainable design ensures safety and reliability for both users and ecological systems.
Versatile & Easy InstallationDesigned in a manageable rectangular block weighing 310g, Electrogrip BFC can be directly connected to electrodes and quickly buried wherever earthing enhancement is needed. Measuring 240mm x 150mm x 80mm, its smooth surface and single-phase compatibility allow for efficient use in diverse locations, including industrial, commercial, and utility sites.
FAQ's of Electrogrip BFC IEC 62561-7 Certified:
Q: How is Electrogrip BFC installed for earthing enhancement?
A: Electrogrip BFC is designed for direct burial and easy connection to electrodes. Simply place the block into the earthing pit, ensuring it is connected to the electrode as per recommended guidelines. Its sealed polybag and compact shape make handling and installation straightforward.
Q: What advantages does the IEC 62561-7 certification bring to Electrogrip BFC?
A: IEC 62561-7 certification verifies that Electrogrip BFC meets stringent international standards for lightning protection and earth resistance. This assures reliable, long-term performance and increased safety for electrical installations in demanding environments.
Q: When is it most appropriate to use Electrogrip BFC in earthing applications?
A: Electrogrip BFC is ideal for use in outdoor or subsurface locations that require consistent low resistance and lead-free, eco-friendly grounding enhancements, such as utility poles, substations, or telecom towers. Its permanent moisture retention ensures effectiveness in diverse humidity and temperature conditions.
Q: Where can Electrogrip BFC be applied, and in what environments?
A: This product is suitable for installation in a variety of settings, including industrial sites, commercial complexes, infrastructure projects, and utility areas. Its IP68 rating and weather-resistant properties ensure robust performance even in wet, high-humidity, or corrosive soil environments.
Q: What benefit does the leach-resistant and eco-friendly property provide?
A: Leach resistance ensures that Electrogrip BFC does not release harmful chemicals or compounds into surrounding soil or groundwater, making it safe for the environment. Its non-toxic formulation is beneficial for sustainable projects, offering green credentials alongside technical performance.
Q: How does Electrogrip BFC maintain efficiency over time?
A: Thanks to its permanent moisture retention, insolubility in water, and minimal resistivity (<0.12 Ohm-m), the block maintains stable, high-efficiency earthing performance even through fluctuating weather and humidity levels. Its heat resistance and robust construction further enhance longevity.
Q: What is the recommended storage process for Electrogrip BFC to ensure unlimited shelf life?
A: To retain its unlimited shelf life, Electrogrip BFC should be stored in a dry environment within its original sealed polybag. This prevents accidental moisture absorption before installation, ensuring product integrity and optimum performance on deployment.