Shill Engineering Works

Busduct Rising Mains

Busducts (or busways) are crucial components for the efficient distribution of electrical power in large-scale installations. They are designed to handle high current loads and provide a low-resistance path for electrical currents, making them ideal for environments that require reliable and compact power distribution solutions.

Key Features:

Compact and Modular: Space-saving design with a modular system for easy installation, expansion, and maintenance. High-Conductivity Materials: Premium-grade aluminum or copper conductors to minimize electrical losses and ensure efficient power transfer. Robust Construction: Built to withstand harsh environmental conditions and mechanical stresses. Safety Features: Includes thermal protection, short-circuit withstand capability, and isolation to enhance safety and operational reliability.

Specifications

Current Ratings: Ranges from 100A to 5000A. Voltage Ratings: Typically up to 1000V AC. Configuration: Available in single busbar, double busbar, and multi-busbar systems. Protection Class: Generally IP54 or higher for protection against dust and moisture. Materials: High-strength aluminum or copper conductors with durable metal or fiberglass enclosures.

Shill Engineering Work Rising Mains

Rising Mains are vertical busduct systems designed to distribute electrical power from ground level to multiple floors in high-rise buildings. They offer a reliable and efficient solution for vertical power distribution in buildings with multiple stories.

Key Features:

Current Ratings: Ranges from 100A to 4000A. Voltage Ratings: Typically up to 1000V AC. Configuration: Available in single-phase and three-phase options, with internal and external mounting configurations. Protection Class: Usually IP54 or higher for reliable operation in various environmental conditions. Materials: Constructed with high-strength, flame-resistant materials to enhance safety and durability.

Features

Applications
Construction and Design

AMF Panels are essential for use in: Industrial Facilities: Ensuring automatic switch-over to backup power during mains power failure, maintaining continuous operation of critical machinery and processes. Commercial Buildings: Managing automatic power backup for office buildings, shopping malls, and other commercial establishments to prevent downtime during power outages. Data Centers: Providing seamless transition to backup generators to ensure uninterrupted power supply for critical IT infrastructure and server rooms. Healthcare Facilities: Ensuring reliable backup power for hospitals, clinics, and medical equipment during mains power failures to maintain essential operations.

Panel Structure: Fabricated with robust metal frames and panels, ensuring safety and durability. Designed for ease of installation and maintenance. Internal Layout: Includes control units, monitoring devices, and protection mechanisms arranged for optimal functionality and accessibility. Ventilation and Cooling: Designed with adequate ventilation and cooling systems to manage heat dissipation and maintain panel performance.