April 12, 2024
Vik XS takes high-rise building maintenance to new heights with our industry-leading Building Maintenance Unit (BMU) systems. These innovative solutions provide unparalleled flexibility and safety for even the most challenging architectural designs.
This comprehensive guide explores the role of BMU systems in ensuring the ongoing care of your skyscraper. In this article we will learn how BMU technology works, its significance in building maintenance, and the diverse options available to suit your needs perfectly.
What is the BMU system?
The Building Maintenance Unit (BMU) is a flexible option for structures with unusual or tall designs. Telescopic booms that extend over 130 feet can be set in fixed places or mounted on the main roof. It does away with the requirement for support structures on smaller balconies or rooftops.
Platform rotation, telescoping and folding booms, slewing bodies, pantograph approach systems, phone communication, wire rope control, removable platforms, water tanks, and restraint systems for buildings taller than 130 feet are typical possibilities.
How does the BMU system work?
For façade access, BMU offers various building maintenance units (BMUs), such as gantries, davits, monorails, suspended platforms, and gondolas. Engineering and manufacturing stages are included in the installation process to guarantee specialized solutions that complement the structure’s architectural design.
Several varieties of gondolas offer different installation and reach choices. Davits are a cost-effective solution for straightforward problems, whereas monorails are appropriate for structures where installing a roof is impractical.
For internal and external maintenance of glass structures, gantries are rail-mounted systems and hanging platforms offer sturdy yet lightweight access at heights. BMU ensures that all client and legal requirements are met throughout the process.
Importance of BMU in building maintenance
Safe building maintenance needs to be considered throughout the planning stage to avoid mishaps. Safe activities, including maintenance, repairs, and installs, are made possible by facade access systems.
Systems are categorized as either permanent or temporary. Rope access and hydraulic platforms are temporary systems; ladders, fixed davits, roof-mounted motorized machinery, and monorails are examples of permanent systems. Monorails are affordable, adaptable, and work well with various architectural styles.
Machines installed on roofs provide long-reaching, lofty buildings with aesthetically pleasing solutions. For short external facades, davits offer an affordable alternative that simplifies platform access.
Conclusion
In summary, safe building maintenance must be ensured from the design stage. Facade access systems are essential for safe activities, including maintenance, repairs, and installation.
These systems provide customized solutions based on the needs and types of buildings, whether temporary or permanent. Each solution—from rope access to monorails and davits—serves a particular purpose and prioritizes usefulness, efficiency, and safety.
Architects and builders can improve building safety, functionality, and aesthetics while also guaranteeing long-term durability and simplicity of maintenance by using suitable facade access solutions.
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