Product Description
Our BS Design Fuse Ways provides a reliable and safe means to transfer power from mains to different supply. It can be combined to form distribution system having desired number of electrical circuits and suitable for distribution application in Dist. Boards, Service Cabinets, Feeder Pillars etc. You can use the provided fuse for inner mounting holes & brackets, individual mounting and double pole changeover devices. Provided with inter door locking provision, the fuse is cherished for good electrical life, high dielectric strength and flawless design. Made up of superior grade raw materials, one can install this fuse in vertical or horizontal mounting positions. The BS Design Fuse Ways is shockproof and has a sturdy design providing total safety of an operator or nearby people.
Design Characteristics:
- They are suitable for accommodating 92 mm fixing center fuse carriers to BS 88.
- It is made from ETP grade high conductivity copper which is duly tin plated.
- It is mounted on paper based laminate having very high insulation strength with equally good mechanical properties in terms of tensile, flexural, shear & impact strength.
- High tensile hardware of grade 8.8 provided on the cable side links offer ease of termination.
- Type tested at Central Power Research Institute One of the premier testing institutes in India installed on our Feeder Pillars.
Versatile Application and MountingDesigned for seamless integration into distribution boards and feeder pillars, these fuse ways accommodate a wide terminal capacity (16mm to 70mm) and allow for both surface and panel mounting. The single, double, and triple pole options provide flexibility to meet diverse circuit requirements, making them suitable for a wide range of electrical distribution setups.
Built for Performance and SafetyEngineered to operate within harsh environments up to 95% relative humidity and temperatures from -20C to +55C, our BS Design Fuse Ways ensure high insulation resistance (>1000 M at 500V DC) and low contact resistance (<2 m). The high-grade phenolic and copper construction guarantees durability, while the IP20 protection shields users from accidental contact.
Reliable Mechanical and Electrical FeaturesRated for up to 200A and a maximum voltage of 415V AC, these fuse ways deliver instantaneous circuit protection with the installed fuse. The robust mechanical design supports more than 5000 operations, and the smooth or glossy finish ensures ease of handling during installation and maintenance, ensuring long product life.
FAQs of BS Design Fuse Ways:
Q: How are BS Design Fuse Ways installed, and what mounting options are available?
A: BS Design Fuse Ways can be installed using either surface or panel mounting techniques, accommodating various distribution board and panel designs. Terminal screws are supplied for secure and efficient installation, supporting terminal capacities from 16mm to 70mm.
Q: What benefits do these fuse ways provide for distribution systems?
A: They offer high breaking capacity (up to 80kA with the recommended fuse), robust mechanical life, quick circuit isolation, and flexible current ratings, making them ideal for protecting both distribution boards and feeder pillars in commercial and industrial settings.
Q: In which environments can BS Design Fuse Ways be safely used?
A: These fuse ways are rated for use in ambient humidity up to 95% (non-condensing), and can safely operate in temperatures ranging from -20C to +55C, ensuring reliable performance in various climates and conditions.
Q: What is the process for ensuring correct operation of the fuse way?
A: Install the unit according to BS standards, ensuring secure attachment and correct torque (up to 2.5 Nm) on the terminals. Select the appropriate current rating (32A, 63A, 100A, or 200A) and fuse, and confirm connections have a contact resistance below 2 m for optimal performance.
Q: Where are these fuse ways typically utilized?
A: They are widely used in distribution boards and feeder pillars in industrial, commercial, and infrastructure projects due to their durability, protection level (IP20), and adaptability to single, double, or triple pole circuit configurations.
Q: What materials are used in the construction of the fuse ways, and why?
A: Constructed from high-grade phenolic moulding and copper parts, the materials provide excellent electrical insulation, mechanical strength, and durability, ensuring safety and a long service lifespan in demanding electrical environments.