| Specification | Details |
|---|---|
| Rated Voltage | 415V AC, 3-Phase, 50Hz |
| Busbar Rating | 4000A, 5000A, up to 6300A (Al/Cu) |
| Busbar Fault Level | 50kA, 65kA–100kA (1 sec) |
| Feeder Types | DOL, Star-Delta, Soft Starter, VFD integration |
| Construction | Fixed / Semi-drawout / Fully drawout |
| Form of Separation | Form 2 / 3 / 4 (IEC 61439) |
| Enclosure Protection | IP42 / IP54 / IP55 |
| Standards | IEC 61439-1/2 |
| Specification | Details |
|---|---|
| Rated Voltage | 415V AC, 3-Phase, 50Hz |
| Busbar Rating | 4000A, 5000A, up to 6300A (Al/Cu) |
| Busbar Fault Level | 50kA, 65kA–100kA (1 sec) |
| Main Incomers | ACB / MCCB / SF6 / Vacuum Circuit Breakers |
| Metering & Protection | Multifunction meters, protective relays, energy monitoring |
| Construction | Fixed / Drawout |
| Form of Separation | Form 3 / Form 4 (IEC 61439) |
| Enclosure Protection | IP42 / IP54 / IP65 |
| Standards | IEC 61439-1/2, IS 8623 |
Comprehensive LV Power & Distribution Systems
The Titan Series delivers safe, reliable, and efficient power distribution for industrial and commercial applications. Built to IEC/IS standards, these Motor Control Centers (MCC) and Power Control Centers (PCC) combine robust construction, intelligent protection, and flexible designs to meet diverse operational requirements
Motor control and power distribution solutions for industrial facilities where high-load equipment, controlled motor operation, and dependable electrical distribution are essential for continuous plant performance.
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Manages large pump motors with high starting currents, while SCADA-ready communication provides real-time motor status, current, and trip information for centralised monitoring.
Handles VFD-driven spinning, weaving, and air-jet loom equipment with segregated feeders that simplify maintenance while keeping adjacent production systems energised.
Combines arc-fault protection, busbar shrouding, and IP-rated construction for demanding chemical environments, with drawout feeders enabling safer motor isolation and maintenance.
Provides documented IEC 61439 construction, defined separation forms, and monitored motor feeders for GMP utilities, with communication interfaces enabling integration with plant automation systems.
Handles high-capacity loads for quay cranes, shipyard equipment, and shore-power infrastructure, with high fault withstand and IP-rated enclosures suited to demanding marine environments.
Manages motors and auxiliary loads across generating facilities, from cooling and pumping systems to plant distribution, with high-capacity busbars, drawout feeders, and protection for dependable operation.
Form 2/3/4 segregation, high mechanical strength.
Fixed, semi-drawout, or drawout feeders.
Arc fault containment, busbar shrouding, IP-rated enclosures.
Energy meters, Modbus/Profibus/Ethernet for SCADA/BMS.
High fault withstand capacity.
Front/rear access, compartmentalized design.
Indoor/outdoor options, IP42 / IP54 enclosures
An electrical control panel acts like the brain of the entire power system. It manages how electricity is distributed, controlled, and monitored across different machines and sections, ensuring everything runs smoothly without interruptions.
PCC panels mainly handle incoming power and distribute it across the facility, while MCC panels are focused on controlling and protecting motors. In most industrial setups, both are used together to keep operations stable and efficient.
Choosing the right MCC panel manufacturer in India is not just about price; quality, design capability, and industry experience matter more. Chhabi Electricals focuses on delivering reliable MCC panels with proper support, helping ensure long-term performance and smooth industrial operations.
Electrical control panels are widely used in manufacturing plants, infrastructure projects, power stations, and automation-driven industries where consistent power management is critical. Chhabi Electricals supplies Titan Series control panels for all these sectors.
Using PCC and MCC panels together creates a complete system — one manages power distribution while the other controls motors. This combination improves efficiency and reduces the chances of system failure.
A good electrical control panel supplier helps with selecting the right configuration, ensures timely delivery, and provides support when needed. That guidance can make a big difference in overall project success. Chhabi Electricals goes beyond supply, providing design support, installation guidance, and after-sales service for the Titan Series.
Yes, electrical control panels can be used in outdoor environments when designed with the right enclosure and protection ratings (like IP-rated enclosures). These features help protect internal components from dust, moisture, and weather conditions, ensuring reliable performance even in harsh industrial settings.
A well-designed electrical control panel makes it easier to monitor and control different operations from one place. This helps in identifying faults quickly and resolving them faster, which ultimately reduces downtime and improves productivity.
The installation of a Titan Series MCC panel by Chhabi Electricals begins with site assessment and load calculation, followed by proper mounting and cable termination as per electrical standards. Motor control circuits are then configured, tested for safety compliance, and commissioned to ensure seamless integration with the existing power system.
Yes, properly designed electrical control panels can handle high-load applications efficiently. Chhabi Electricals' Titan Series panels are engineered with the right components and load planning for stable performance and reduced overload risks.
