Smart MCC Upgrade — API Production Block Modernisation
5 intelligent MCC panels with 180+ Ethernet-enabled starters across V-Block and S-Block API production — 50kA fault withstand, IP54, FRLS, PLC/SCADA integrated.
Client:
Leading Pharma API Manufacturer, India
Focus:
Intelligent MCC + PLC Interface — Modernisation
Service:
LV Panels

Project details
Overview
Elezon delivered a complete Smart MCC upgrade across API production facility for a leading pharmaceutical company — modernising motor control, enhancing power reliability and enabling digital supervision across critical production utilities, solvent transfer and process areas.
The scope covered 5 intelligent MCC panels with 180+ Ethernet-enabled starters across V-Block and S-Block, engineered to pharma hazard-zone compliance standards and designed for future block expansions.
Client challenges
Prior to implementation, the facility faced several maintenance-related issues:
Legacy MCC infrastructure with limited diagnostics and no digital supervision
Multi-block execution across V-Block and S-Block with different process profiles
Hazard-zone compliance for solvent transfer and API high-potency process areas
Requirement for standardised layout to support future block expansions
Zero tolerance for unplanned downtime during upgrade and commissioningUnexpected equipment breakdowns impacting production schedules
Objectives
The main goals of the project were to:
Modernise motor control across all critical production utilities and process areas
Enable real-time digital supervision via PLC and SCADA backbone
Achieve 50kA fault withstand with full IP54 and FRLS compliance throughout
Standardise panel architecture across V-Block and S-Block for future scalability
Complete FAT, site support and full documentation handoverShift from reactive to predictive maintenance practices
Solution approach
Elezon designed and delivered 5 intelligent MCC panels with Ethernet-enabled feeders across V-Block and S-Block — each panel engineered to pharma-grade compliance with aluminium busbars, FRLS wiring and IP54 protection throughout. The solution unified both production blocks under a single PLC and SCADA backbone — enabling remote monitoring, motor diagnostics, MFM metering and thermal alarm management from a single supervision platform.
Key elements of the solution included:
5 intelligent MCC panels — IP54, FRLS wiring, aluminium busbars
50kA fault withstand throughout
180+ Ethernet-enabled smart starters
DOL, Star-Delta and VFD integration across all process drives
Door-interlocked isolators and arc-safety features
Fire suppression interface, door limit and magnet switches
Motor protection, thermal alarms and MFM metering with RS-485 integration
Remote monitoring and diagnostics via PLC/SCADA backbone
Standardised layout for future block expansion
FAT + complete documentation: GA, QAP, test certificatesContinuous data collection for vibration, temperature, and load
Implementation process
The project was delivered through a structured and scalable process:
Design & Detailed Engineering
Process audit across V-Block and S-Block. Motor schedules reviewed. Standardised panel architecture developed for both blocks under unified design.Manufacturing
All 5 iMCC panels manufactured at Elezon's Bengaluru facility. QAP compliance throughout. FAT with PLC simulation before dispatch.Site Commissioning
Multi-panel execution managed across V-Block and S-Block simultaneously. Elezon's field team handled installation, termination, loop checking and PLC/SCADA integration with zero production disruption.Handover
Complete documentation package — GA drawings, QAP, test certificates, wiring schedules, as-built drawings.
Conclusion
Elezon delivered a complete Smart MCC modernisation across API production facility — 5 intelligent panels, 180+ smart starters, unified PLC/SCADA supervision and full pharma-grade compliance across V-Block and S-Block. The standardised panel architecture gives the client a scalable foundation for future block expansions without re-engineering — and remote diagnostics that transform maintenance from reactive to predictive.
Review

