AMF Panel / Auto Synchronising Panel Manufacturer in Jaipur
Neha Fabricators specializes in the design and manufacturing of AMF (Automatic Mains Failure) Panels and Auto Synchronising Panels with advanced load management systems for DG (Diesel Generator) and mains supply. These panels are engineered to ensure uninterrupted power supply by seamlessly transferring loads between multiple power sources—ideal for industries requiring high reliability.
Our panels are intelligently programmed for automatic startup, synchronisation, and shutdown of DG sets, ensuring minimal downtime and optimal energy usage. These systems are widely used in hospitals, IT parks, manufacturing units, and critical infrastructure projects.
Why Choose Our AMF / Auto Synchronising Panels?
- Intelligent logic for automatic mains failure detection and DG start/stop
- Auto load transfer between grid and generator
- Synchronisation of multiple DGs for load sharing
- Built-in protections for over/under voltage, phase failure, and overload
- Advanced PLC/HMI integration for remote monitoring
- Designed as per IEC 61439 and IS standards
- Compact, modular, and user-friendly enclosure design
- Factory-tested and CPRI-compliant performance assurance
- Installation, commissioning, and AMC support by expert engineers
Faq's
Understand How We Power Continuity with Intelligent Control Panels
From project scoping to testing and installation, Neha Fabricators follows a rigorous manufacturing and quality process to deliver high-performance AMF & Synchronising Panels. These are tailored to complex power systems requiring dual or multiple source integration.
Initial Consultation & System Study
We assess your site's electrical infrastructure, DG ratings, and power consumption patterns to recommend the ideal synchronisation setup—whether for two DGs, multiple gensets, or DG + mains configuration.
Manufacturing, Testing & Quality Assurance
Our panels are fabricated using top-quality switchgear, controllers (DEEP SEA, Siemens, Schneider), and synchronising relays. All systems undergo comprehensive logic testing, real-time simulation, and CPRI-approved safety validations.
