Integrated
Power,
Intelligent
Control.

PCC Panel

Centralised Power Distribution. Rugged. Reliable. Intelligent.

Our Power Control Centre (PCC) Panels are engineered for centralised control, protection, and monitoring of power distribution in industrial and commercial installations. Built for high load handling, these panels are ideal for main incomer applications and offer safe and efficient distribution of electrical power across multiple feeders and systems.

• Single / Multiple Incomers with Bus CouplersSupports a variety of configurations including dual incomers, bus-coupler, and tie-breaker schemes.
• Complete Interlocking & ProtectionElectrical and mechanical interlocking between incomers and bus couplers, along with protections for overload, short circuit, earth fault, and under/overvoltage.
• Indications & AlarmsVisual and audible alarms for fault conditions, breaker status, load status, and more.
• Integrated Metering SectionDigital multifunction meters for real-time monitoring of voltage, current, power factor, and energy consumption.

• Floor-mounted, modular enclosures with IP42 to IP55 ratings.
• Busbars made from aluminium or copper, sized to handle up to 6300A and high fault levels.
• Various bus chamber layouts — top, middle, or bottom — based on installation constraints.
• Provision for APFC integration, load-shedding logic, and DG incomer with AMF functionality.

• DG synchronisation, auto load transfer, and shedding of non-essential loads during main power failure.
• Communication-ready via Modbus, Profibus, or Ethernet for SCADA/BMS integration.
• Optional remote operation and control with command feedback and fault logging.

Each PCC panel is custom-designed, rigorously tested, and compliant with IS/IEC standards, ensuring long-term safety, performance, and scalability for demanding power systems.

MCC Panel

Centralised Motor Control. Safe. Scalable. Efficient.

We manufacture high-performance Motor Control Centre (MCC) Panels designed to provide centralised control and protection for motors in industrial applications. Built with a strong focus on safety, reliability, and easy maintenance, our MCC panels offer an ideal solution for managing multiple motor operations in a structured and organised manner.

• Modular DesignCompartmentalised structure with fixed or draw-out feeders, allowing easy replacement and minimal downtime.
• Comprehensive Motor ProtectionIntegrated with overload, short circuit, phase failure, and earth fault protections for each motor feeder.
• Control FlexibilitySupports all standard starting methods including DOL, Star-Delta, Soft Starters, and VFDs, with local and remote operation.
• User-Friendly LayoutClearly labelled feeders with status indicators, ON/OFF push buttons, and interlocking features.

• Enclosure in CRCA sheet steel with powder-coated finish and IP42 to IP55 protection.
• Top / bottom / rear cable entry, based on site layout.
• Busbar system made of aluminium or copper, rated as per current and fault levels.
• Provision for control transformers, auxiliary relays, timers, and metering as per requirement.

• Safe OperationMechanical and electrical interlocks ensure safe switching and isolation during maintenance.
• Easy MaintenanceCompartmentalised design allows individual motor feeder isolation without affecting other circuits.
• Flexible IntegrationCan be integrated with PLC/SCADA systems for centralised monitoring and control.

All MCC panels are custom-engineered and rigorously tested to meet IS/IEC standards, ensuring long-term reliability, safety, and performance.

iMCC Panel

Smart Motor Management. Real-Time Control. Predictive Safety.

Our Intelligent Motor Control Centre (iMCC) Panels combine robust MCC design with modern automation technology to offer intelligent, data-driven motor control. These panels provide real-time monitoring, diagnostics, and communication, making them ideal for industries adopting smart manufacturing and Industry 4.0 practices.

• Smart Motor Protection & ControlEquipped with intelligent relays, multifunction meters, and motor protection devices for advanced safety and precision.
• Communication ReadySupports Modbus, Profibus, Ethernet/IP, and other protocols for seamless integration with SCADA, DCS, or PLC systems.
• Predictive Maintenance AlertsFault analysis and real-time alerts for overload, phase loss, unbalance, earth fault, and temperature rise to prevent breakdowns.
• Plug & Play ArchitectureModular draw-out or fixed feeders with easy access, identification, and upgradability.

• Available in compartmentalised, modular structures for easy maintenance and maximum safety.
• Busbars made of electrolytic grade copper or aluminium, fully insulated and tested.
• Enclosure options from IP42 to IP55, suitable for indoor/outdoor applications.
• Integration of VFDs, Soft Starters, and advanced metering units with local or remote control options.

• Real-time MonitoringFeeder-wise data on voltage, current, power factor, energy consumption, and motor health.
• Remote Command & FeedbackStart/Stop control, status, and trip feedback accessible remotely.
• Event & Data LoggingStore, access, and analyse operation history and fault records for better decision-making.

All iMCC panels are custom-built and tested as per IEC/IS standards, providing enhanced operational intelligence, safety, and energy efficiency for modern industrial environments.

APFC Panel

Optimise Power. Save Energy. Improve Efficiency.

Our Automatic Power Factor Control (APFC) panels are specially designed to enhance power quality and reduce energy losses by maintaining an optimal power factor in your electrical system. Built with precision and equipped with smart controllers, these panels automatically regulate the reactive power in real-time, leading to improved efficiency and reduced electricity bills.

• Microprocessor / PLC-based ControllersAuto sensing and switching of capacitor banks based on load conditions.
• Step-wise Capacitor SwitchingCombination of thyristor or contactor-based switching for smooth operation without voltage flicker.
• Protection FeaturesIn-built protection against overload, overvoltage, under-voltage, harmonics, and capacitor failure.

• Modular and space-saving design, available in floor-standing or wall-mounted mode.
• Capacitor banks sized as per load profile and site power factor analysis.
• Option for top or bottom cable entry, front or rear maintenance access.
• Available with detuned/reactor filters to suppress harmonic distortion.

• Real-time monitoring of power factor, load, voltage, and current through digital meters or HMI screens.
• Supports communication protocols (Modbus/Ethernet) for integration with SCADA or BMS systems.
• Automatic disconnection of capacitors in case of low load to prevent over-compensation.

DG Sync / AMF Panel

Automatic Power Switching. Smart Generator Control. Uninterrupted Supply.

Our DG Synchronisation and AMF Panels are designed to ensure uninterrupted power supply and intelligent control between mains and diesel generators. These panels automatically monitor power availability and provide seamless transfer, load sharing, and synchronisation of multiple DG sets, offering reliability, automation, and operational efficiency for critical installations.

• Automatic Mains Failure (AMF) OperationAutomatically starts the DG set and transfers the load during mains power failure, and switches back to mains once restored.
• DG Synchronisation (Multi-Set)Capable of synchronising multiple DGs based on load demand with auto load sharing and load shedding logic.
• Smart Controllers & RelaysIntegrated with microprocessor/PLC-based controllers for real-time monitoring, control, and system protection.
• Metering & IndicationsEquipped with digital voltmeters, ammeters, energy meters, and status/fault indicators.

• Real-Time Data Logging & CommunicationSupports SCADA/BMS/PLC integration through Modbus, Profibus, or Ethernet protocols.
• Load ManagementIntelligent logic to prioritise essential and non-essential loads, enabling efficient load shedding and fuel optimisation.
• ProtectionsBuilt-in protections for overload, over/under voltage, frequency mismatch, reverse power, and earth fault.

• IP42 to IP55 enclosure, suitable for indoor or outdoor installations.
• Compatible with DG sets of any capacity or brand.
• Top or bottom cable entry, customisable to site layout.
• Copper or aluminium busbars, rated as per generator output.

All DG Sync and AMF panels are custom-built, factory-tested, and fully compliant with relevant IS/IEC standards.

NGR Panel

Controlled Fault Currents. Enhanced System Protection.

Our Neutral Grounding Resistor (NGR) Panels are engineered to limit the fault current during ground faults in power systems, thereby protecting transformers, generators, and associated equipment from damage. Built with high-quality resistors and advanced monitoring features, these panels offer reliable system grounding and enhanced safety for critical power networks.

• Fault Current LimitingPrecisely rated resistors to limit earth fault currents within safe and measurable limits.
• Built-in ProtectionIntegrated with current sensors, earth fault relay, indication lamps, and alarms for real-time fault detection.
• Sturdy EnclosureWeatherproof, powder-coated panels suitable for indoor or outdoor installations (IP-54/IP-65/IP-66 on request).
• Cooling OptionsNatural or forced air cooling based on fault current and duty cycle requirements.

• Resistor elements made of stainless steel, nichrome, or cast grid materials.
• Available in low and medium voltage ratings (LV/MV applications).
• Top / bottom cable entry, front access for maintenance.
• Equipped with space heaters, MCBs, and terminal blocks for auxiliary controls.

• Earth fault current monitoring via CT and digital meters.
• Optional SCADA/BMS integration through Modbus/Ethernet communication.
• Audible and visual alarms for faults, resistor overheating, and system disconnection.

All NGR panels are custom-built, factory-tested, and compliant with IEEE/IEC standards to ensure performance, safety, and long-term reliability.

CRP Panel

Reliable Protection. Precise Control. Critical Grid Interface.

Our Control & Relay Panels (CRPs) are engineered for the monitoring, control, protection, and automation of electrical substations and switchgear systems. These panels play a vital role in transmission and distribution networks, offering fault detection, isolation, and system stability in high-voltage environments.

• Comprehensive ProtectionIntegrated with numerical or electromechanical relays for protection against overcurrent, earth fault, distance, differential, and voltage anomalies.
• Precision Control & MonitoringReal-time supervision of circuit breakers, isolators, CT/PTs, and switchyard equipment through mimics, status indicators, and meters.
• Event Logging & Fault RecordingEquipped with fault recorders and disturbance analysers for post-fault diagnostics and system analysis.
• Custom Scheme DesignsTailored protection schemes including Busbar protection, Transformer protection, Feeder protection, and Line protection.

• Available in single or multi-panel structures, front or rear access, with modular compartments.
• Control wiring with ferruled terminals, labelled harnessing, and engraved schematics for ease of maintenance.
• Integrated with lockout relays, annunciators, trip circuits, interlocks, and control switches.
• IP42 to IP55 enclosures, powder-coated CRCA steel with indoor or outdoor options.

• Compatible with IEC 61850, Modbus, Profibus, or Ethernet protocols.
• Seamless integration with SCADA/DMS/RTU systems for remote monitoring and control.
• Support for time synchronisation (IRIG-B/GPS) and central control stations.

All CRP panels are custom-designed, schematically tested, and fully compliant with IS/IEC/IEEE standards.

RTCC Panel

Efficient Voltage Regulation. Seamless Remote Control. Transformer Safety.

Our Remote Tap Changer Control (RTCC) Panels are designed to control and monitor the on-load tap changers (OLTC) of power transformers, ensuring accurate voltage regulation in real-time. These panels provide remote and local control, protecting both the OLTC mechanism and the transformer from electrical fluctuations, mechanical failures, and human error.

• Automatic & Manual Tap ChangingSupports auto mode (based on voltage sensing) and manual operation with selector switches.
• Digital / Microprocessor-Based ControllersMonitors voltage levels, tap position, step timing, and oil temperature, and performs tap changing as per set voltage limits.
• Indications & AlarmsReal-time status for tap position, voltage level, OLTC fault, motor failure, temperature, and overtravel protection.
• Safety InterlocksEnsures motor interlocking, transformer trip on failure, and overvoltage protection.

• Compact and robust construction using CRCA powder-coated enclosures (IP42 to IP55).
• Front-accessible with metering units, selector switches, push buttons, alarms, and mimic display.
• Equipped with motor drive controls, timer circuits, voltage sensors, and tap position indicators.
• Integration-ready with power transformer control cubicles and main PCC panels.

• Supports SCADA/DCS/BMS integration via Modbus RTU, Modbus TCP, or IEC 61850 protocols.
• Event logging and remote voltage monitoring with optional HMI or touchscreen interface.
• Time-stamped logs for tap operations, voltage deviations, and fault occurrences.

All RTCC panels are custom-built to client transformer specifications, factory-tested, and fully compliant with IS/IEC standards.

PLC Panel

Smart Automation. Centralised Control. Precision Process Management.

Our PLC Panels are engineered to deliver automated control, real-time monitoring, and seamless integration for a wide range of industrial and infrastructure applications. Built around leading PLC platforms (Siemens, Allen Bradley, Schneider, Delta, etc.), these panels form the heart of any automation system — ensuring precision, reliability, and scalability for modern operations.

• Modular PLC ArchitectureDesigned with CPU, digital/analog I/Os, communication modules, and expansion slots based on application requirements.
• Real-Time Process ControlAccurate monitoring and control of temperature, pressure, level, flow, speed, and more.
• User-Friendly InterfacesIntegrated with HMI or SCADA systems for intuitive operation and data visualisation.
• Programming FlexibilitySupports custom logic development, ladder programming, and advanced logic functions.

• Enclosed in CRCA powder-coated steel enclosures with IP42 to IP55 protection rating.
• Well-organised wiring with DIN rail mounting, ferruled terminals, and detailed cable tagging.
• Available in single-door or multi-door structures, based on PLC size and system layout.
• Provision for MCCB, SMPS, relays, contactors, fuses, and communication ports.

• Supports Modbus, Profibus, Profinet, Ethernet/IP, RS485, CANopen, and industrial protocols.
• Seamless integration with SCADA/DCS/BMS systems for centralised monitoring and control.
• Option for remote access, event logging, trend analysis, and cloud connectivity.

All PLC panels are custom-engineered to client specifications, programmed and tested in-house, and fully compliant with IS/IEC standards.

RIO / RCP Panel

Decentralised Intelligence. Flexible Control. Smart Field Integration.

Our RIO (Remote Input/Output) and RCP (Remote Control Panels) are engineered to extend control and monitoring capabilities to field-level locations, enabling faster response, reduced wiring complexity, and seamless communication with central PLC/SCADA/DCS systems. These panels are ideal for distributed control systems where centralised wiring is impractical or inefficient.

• Distributed ArchitectureDesigned to collect and transmit digital/analog signals from field instruments to a central controller.
• Protocol CompatibilitySupports Modbus RTU/TCP, Profibus, Profinet, Ethernet/IP, and CANopen.
• Compact & Custom ConfigurationsModular panel layouts based on I/O count, power supply needs, and communication type.
• Quick IntegrationEasily interfaceable with PLCs, SCADA, and automation controllers using plug-and-play architecture.

• Built in powder-coated CRCA enclosures (IP42 to IP55) for indoor/outdoor use.
• Organised layout with DIN-rail mounted terminals, relays, I/O modules, signal isolators, and power components.
• Labelled field terminals for easy on-site cabling and maintenance.
• Available with diagnostic LEDs, fuse protection, and auxiliary control functions as needed.

• Pre-programmed diagnostics and status feedback for each I/O point.
• Redundancy support for critical I/O applications.
• Integration of HMI, energy meters, or control push buttons for localised operation (in RCP versions).

All RIO/RCP panels are tailor-made to project-specific I/O mapping, fully tested for signal integrity and noise immunity, and comply with IS/IEC automation standards.

SCADA / Control Desk

Centralised Monitoring. Real-Time Control. Intelligent Plant Management.

Our SCADA Panels and Control Desk Consoles provide a centralised platform for real-time data acquisition, monitoring, and control of critical electrical and automation systems. Designed for operator ease, system integration, and visual process supervision, these panels are essential in modern control rooms, substations, and industrial plants.

• Integrated SCADA SystemEquipped with HMI or industrial PC, SCADA software, and communication gateways for real-time monitoring, alarms, trend analysis, and historical data logging.
• Custom-Built Control DeskErgonomically designed desks with mimic panels, push buttons, selector switches, joysticks, emergency stops, and status indicators tailored to site layout.
• Multi-Panel IntegrationSeamless communication with PLC, RTU, iMCC, RIO, and field instruments, supporting centralised command and distributed execution.
• Visual & Graphical InterfacesLarge HMI or LED mimic displays for intuitive monitoring of feeders, motors, breakers, and automation processes.

• Modular console or wall-mounted enclosures built in powder-coated CRCA, with options for IP42 to IP55 protection.
• Panels include industrial-grade PCs, switches, routers, I/O interfaces, serial converters, and power supplies.
• Cable routing and interface designed for neat layout, easy accessibility, and minimal electromagnetic interference (EMI).
• Optional monitor racks, printer bays, and operator chairs for full control room setup.

• Real-time data acquisition from multiple sources
• Alarm management and event logging
• Historical trend monitoring and report generation
• Energy monitoring and load analytics

• Remote AccessWeb-based or VPN-enabled remote SCADA access with secure user authentication.
• Protocol SupportCompatible with Modbus, Profibus, IEC 61850, DNP3, OPC, Ethernet/IP, and other industrial protocols.

Each SCADA and Control Desk Panel is custom-engineered based on project-specific control logic, communication topology, and operator workflow, built to IS/IEC standards.

LDB / PDB / Bus Duct

Reliable Distribution. Safe Operation. Site-Ready Solutions.

We offer a comprehensive range of Lighting Distribution Boards (LDBs), Power Distribution Boards (PDBs), Construction Power Panels, and Bus Duct Systems, engineered to ensure safe, efficient, and reliable distribution of power across various applications — from commercial buildings to rugged construction sites.

• Robust construction with modular MCB arrangements and proper neutral/earth busbar arrangements.
• Available in single-phase and three-phase configurations.
• Top / bottom cable entry, with lockable doors and phase-wise segregation.
• Applications: Commercial buildings, offices, schools, retail outlets, and residential complexes.

• Designed with MCBs, MCCBs, isolators, and appropriate protection devices.
• Heavy-duty busbars with aluminium or copper options.
• Clearly labelled outgoing feeders for easy identification and operation.
• Customisation available as per load requirement and site layout.
• Applications: Industrial units, commercial buildings, machinery power feeds, utility rooms.

• Heavy-duty powder-coated enclosures with weatherproof (IP-54/IP-65) design.
• Provision for incoming MCCB, ELCBs, MCBs and metering units.
• Plug & play socket-outlets (16A, 32A, 63A etc.) for portable tools and equipment.
• Earthing and overload protection with indicator lamps, voltmeters, and ammeters.
• Applications: Construction sites, infrastructure projects, outdoor temporary power needs.

• High Conductivity BusbarsMade from electrolytic grade copper or aluminium, with heat-shrink or epoxy insulation for long-lasting performance.
• Compact & Modular DesignSpace-saving construction with easy interconnectivity, suitable for complex installations and high load requirements.
• Current ratings up to 6300A for Low and Medium Voltage applications.
• Short-circuit withstand strength as per IEC 61439 / IS standards. Available in IP42 to IP65.
• Energy efficient — reduced power losses compared to traditional cabling systems.

All our panels are custom-built, adhering to IS/IEC standards, and tested for performance, safety, and reliability. Each Bus Duct is thoroughly tested for electrical, mechanical, and thermal performance under real-world conditions.