Krisha Panel Builder

An Electrical Control Panel with Star Delta Starter, rated at 100A and 100 HP, is designed to start and control high-capacity three-phase motors efficiently while minimizing inrush current and mechanical stress. The panel initially connects the motor in star configuration and automatically transitions to delta mode for full-load operation, ensuring smooth acceleration and longer motor life. It integrates contactors, timers, MCCBs/MCBs, overload relays, phase protection devices, meters, and control circuitry for safe and reliable operation. Housed in a rugged industrial enclosure with organized wiring, the panel provides protection against overloads, short circuits, and voltage imbalances, making it ideal for pumps, compressors, conveyors, and other heavy-duty industrial applications.

A Three Phase Electric Control Panel rated at 200A is a reliable and efficient electrical system designed to control, distribute, and protect power in industrial, commercial, and utility installations. It integrates MCCBs/MCBs, contactors, relays, meters, and protection devices to manage multiple outgoing circuits and equipment safely. The panel provides overload, short-circuit, and earth-fault protection while enabling easy monitoring, isolation, and maintenance. Housed in a robust, ventilated enclosure with organized wiring and clear labeling, it ensures uninterrupted power supply, enhances electrical safety, optimizes load management, and delivers long-term, dependable, and energy-efficient performance for motors, pumps, lighting systems, HVAC units, and other critical industrial machinery and electrical networks.

A 300 Amp Bus Bar Box is a robust power distribution solution designed to safely handle high-current loads in industrial and commercial electrical systems. It houses heavy-duty copper or aluminum busbars mounted on insulated supports to ensure efficient current transfer with minimal power loss. The enclosure protects against accidental contact, dust, and environmental exposure while providing secure incoming and outgoing cable terminations. Engineered for reliability, the box supports three-phase applications, simplifies cable management, and reduces wiring complexity. With its compact design, strong construction, and compliance with electrical safety standards, the 300A bus bar box ensures stable power distribution for machinery, panels, and utility networks.

An IP65 Industrial Power Distribution Box rated at 125A with 4 outgoing ways is designed for safe and reliable power distribution in harsh industrial environments. The dust-tight and water-resistant enclosure protects internal components from moisture, dirt, and corrosion, making it suitable for outdoor and wash-down areas. It houses high-quality busbars, MCCBs/MCBs, isolators, and secure cable terminations to ensure efficient current flow and system protection. This distribution box provides overload, short-circuit, and earth-fault safety while allowing easy installation and maintenance. Compact yet rugged, it supports dependable operation for machinery, utilities, and site power applications where durability and electrical safety are critical.

A Three Phase Motor Control Panel with Star Delta Starter, rated for 20 HP, is designed to start and operate industrial motors efficiently while minimizing inrush current and mechanical stress. The panel initially connects the motor in star configuration and automatically switches to delta mode for full-load operation, ensuring smooth acceleration and longer motor life. It incorporates MCCBs/MCBs, contactors, overload relays, timers, relays, and indicator lamps for safe and reliable operation. Housed in a sturdy industrial enclosure with organized wiring, the panel provides overload, short-circuit, and phase protection, making it ideal for pumps, compressors, conveyors, and other industrial machinery, delivering efficient and uninterrupted motor performance.

A Three-Phase Control Panel with Star Delta Starter, rated for 25 HP, is designed to start and operate industrial motors efficiently while minimizing inrush current and mechanical stress. The panel initially connects the motor in star configuration during startup and automatically switches to delta mode for full-load operation, ensuring smooth acceleration and longer motor life. It integrates MCCBs/MCBs, contactors, overload relays, timers, relays, and indicator lamps for safe and reliable operation. Housed in a sturdy industrial enclosure with organized wiring, the panel provides overload, short-circuit, and phase protection, making it ideal for pumps, compressors, conveyors, and other industrial machinery, delivering uninterrupted and efficient motor performance.

An Electrical Distribution System is a comprehensive network designed to safely receive, control, and distribute electrical power from the main supply to various loads in industrial, commercial, and residential installations. It integrates components such as transformers, switchgears, MCCBs/MCBs, busbars, contactors, relays, meters, and protection devices to ensure stable and reliable power flow. The system provides protection against overloads, short circuits, earth faults, and voltage fluctuations while enabling easy operation and maintenance. Built with robust enclosures and organized wiring, an electrical distribution system enhances safety, optimizes energy usage, supports load management, simplifies future expansion, and ensures uninterrupted power supply to machinery, lighting, HVAC systems, and critical infrastructure.

A Three Phase WTP Control Panel rated at 400A is engineered to manage and automate water treatment plant operations with high reliability and efficiency. It integrates PLC-based controls, motor starters, drives, dosing system controllers, sensors, meters, and protection devices to operate raw water pumps, filters, clarifiers, chemical dosing units, and backwash systems in a coordinated manner. The panel provides real-time monitoring of flow, level, pressure, and water quality parameters along with alarms, interlocks, and data logging for safe operation. Built in a rugged industrial enclosure with copper busbars and structured wiring, it ensures overload and short-circuit protection, reduces downtime, improves energy efficiency, and supports continuous, standards-compliant water treatment processes.

An Outdoor Power Panel is a weather-proof electrical distribution panel designed for safe and reliable power control in outdoor environments. Built with a robust MS/CRCA or FRP enclosure and IP-rated protection, it ensures resistance to rain, dust, heat, and harsh climatic conditions. These panels are ideal for supplying power to outdoor equipment, lighting, pumps, construction sites, and industrial applications.

Our Outdoor Power Panels are engineered for durability, safety, and long operational life, compliant with IS/IEC electrical standards.

• Weather-proof IP55 / IP65 / IP67 enclosure

• Heavy-duty powder-coated MS/CRCA or FRP cabinet

• Suitable for single-phase & three-phase systems

• Protected with MCB/MCCB/ELCB/RCBO

• Rust-proof, UV-resistant construction

• Copper/Aluminium bus bars for efficient distribution

• Transparent window (optional) for easy breaker viewing

• Secure door lock and gasket sealing to prevent moisture entry

• Built for outdoor mounting: pole-mounted / wall-mounted / floor-standing

We provide advanced Industrial Power Control Centers designed to efficiently manage and distribute electrical power in large-scale industrial applications. These control centers are built to handle high power loads while ensuring optimal performance, safety, and reliability. Featuring a robust design, they are equipped with advanced protection systems to safeguard against electrical faults, overloads, and short circuits. Our Industrial Power Control Centers offer easy integration, minimal maintenance, and compliance with industry standards, making them the ideal solution for controlling power distribution in demanding industrial environments.

A Power Distribution Board (PDB) is a critical electrical assembly designed to receive incoming power and distribute it safely to multiple outgoing circuits in industrial, commercial, and residential installations. It integrates MCCBs or MCBs, isolators, copper busbars, meters, surge protection devices, and proper earthing to ensure stable and reliable electricity flow. The board provides protection against overloads, short circuits, earth faults, and voltage fluctuations while allowing easy operation and maintenance. Built in a robust enclosure with organized wiring and clear labeling, a PDB enhances electrical safety, simplifies load management, supports future expansion, and ensures uninterrupted power supply to machinery, lighting systems, HVAC units, and utility networks.

A Push Button Switch Board Panel rated at 63A and 415V AC is designed for manual control of three-phase electrical circuits and industrial equipment with simplicity and reliability. It houses durable push buttons, selector switches, indicator lamps, MCBs or fuses, contactors, and terminal blocks to enable start-stop operations, mode selection, and status indication. The panel provides protection against overload and short circuits while ensuring safe switching of loads. Built in a sturdy enclosure with organized wiring and clear labeling, it is ideal for controlling motors, lighting feeders, pumps, and machinery, offering easy operation, low maintenance, and dependable performance in industrial and commercial installations.

A Power Distribution Panel is a vital electrical assembly designed to receive incoming supply and distribute electricity safely to multiple outgoing circuits in industrial, commercial, and residential installations. It incorporates MCCBs or MCBs, isolators, copper busbars, meters, surge protection devices, and earthing systems to ensure reliable power flow and system security. The panel provides protection against overload, short circuits, earth faults, and voltage fluctuations while enabling easy operation and maintenance. Built in a rugged enclosure with organized internal wiring and clear labeling, power distribution panels improve electrical safety, support load management, simplify system expansion, and ensure uninterrupted power supply to machinery, lighting, HVAC systems, and utility networks.

A 400A Industrial Power Control Panel with a 240A single-phase output capacity is designed to manage and distribute electrical power safely in industrial and commercial installations. It incorporates MCCBs or isolators, copper busbars, meters, contactors, protection relays, and structured wiring to ensure stable power flow and dependable operation. The panel provides protection against overload, short circuit, earth fault, and voltage fluctuations while enabling easy isolation and maintenance. Housed in a rugged enclosure, it supports continuous duty, improves electrical safety, and ensures efficient control of heavy loads and critical equipment in demanding operating environments.

A Three Phase 415 V 300A Industrial Electrical PLC Control Panel is a robust and high-capacity automation system designed to control and monitor heavy industrial machinery and processes with precision. It integrates a PLC controller, HMI interface, MCCBs/MCBs, contactors, relays, sensors, and protection devices to manage motors, pumps, conveyors, and other equipment efficiently. The panel enables real-time monitoring, fault detection, and automated operation, reducing manual intervention and ensuring consistent process performance. Housed in a sturdy enclosure with organized wiring, it provides overload, short-circuit, and earth-fault protection, enhances electrical safety, simplifies maintenance, and ensures uninterrupted, energy-efficient operation for demanding industrial applications.

A Three Phase 415 V 60A Industrial PLC Control Panel is a compact and efficient automation system designed to control and monitor industrial machinery and processes. It integrates a PLC controller, HMI interface, contactors, relays, MCCBs/MCBs, sensors, and protection devices to manage motors, pumps, conveyors, and other equipment with precision. The panel enables real-time monitoring, fault detection, and automated operation, reducing manual intervention and improving process accuracy. Housed in a robust enclosure with organized wiring, it provides overload, short-circuit, and earth-fault protection, ensures reliable and safe operation, simplifies maintenance, and delivers uninterrupted, energy-efficient performance for industrial ap

A Three Phase 415 V 200A PLC Automation Control Panel is a high-performance electrical system designed to automate and control industrial machinery and processes with precision. It integrates a PLC controller, HMI interface, MCCBs/MCBs, contactors, relays, sensors, and protection devices to manage motors, pumps, conveyors, and other equipment efficiently. The panel enables real-time monitoring, fault detection, and process automation, reducing manual intervention and improving operational accuracy. Housed in a robust enclosure with organized wiring, it provides overload, short-circuit, and earth-fault protection, enhances electrical safety, simplifies maintenance, and ensures reliable, energy-efficient, and uninterrupted operation in demanding industrial environments.

A PLC Automation Control Panel (220/240 V) is a versatile electrical system designed to automate and control industrial processes with precision and reliability. It integrates a PLC controller, HMI interface, contactors, relays, MCCBs/MCBs, sensors, and protection devices to manage motors, conveyors, pumps, and other machinery efficiently. The panel enables real-time monitoring, fault diagnostics, and process automation, reducing manual intervention and improving operational accuracy. Built in a durable enclosure with structured wiring and clear labeling, it ensures overload, short-circuit, and earth-fault protection, enhances safety, simplifies maintenance, and delivers consistent, energy-efficient performance in manufacturing, production, and process control applications.

A Three Phase 415 V 3000A Industrial Automation PLC Control Panel is a high-capacity electrical and control system designed for managing heavy-duty industrial processes with precision and reliability. It integrates programmable logic controllers, power distribution components, MCCBs/ACBs, contactors, relays, drives, HMI interfaces, and protection devices to control motors, machinery, and production lines. Engineered for continuous operation, the panel ensures safe load handling, fault detection, overload and short-circuit protection, and real-time process monitoring. Its rugged construction, structured wiring, and advanced automation capabilities enhance productivity, reduce downtime, improve energy efficiency, and support seamless integration with plant-wide SCADA or monitoring systems.

A Three Phase 415 V 50A Electrical PLC Control Panel is a reliable automation system designed to control and monitor industrial equipment and processes with accuracy. It integrates a PLC controller, HMI interface, contactors, relays, MCCBs/MCBs, sensors, and protection devices to manage motors, pumps, conveyors, and other machinery efficiently. The panel enables real-time monitoring, fault detection, and automated operation, minimizing manual intervention and ensuring consistent performance. Housed in a durable enclosure with neatly organized wiring, it provides overload, short-circuit, and earth-fault protection, enhances electrical safety, simplifies maintenance, and delivers uninterrupted, energy-efficient operation for industrial and commercial applications.

An Industrial Electrical Control Panel with Star Delta Starter, rated for 25 HP, is designed to start and control three-phase motors efficiently while minimizing inrush current and mechanical stress. The panel initially connects the motor in star configuration and automatically switches to delta mode for full-load operation, ensuring smooth acceleration and enhanced motor life. It integrates contactors, timers, MCCBs/MCBs, overload relays, phase protection devices, and indicator lamps for safe and reliable operation. Housed in a sturdy industrial enclosure with organized wiring, the panel provides overload, short-circuit, and voltage imbalance protection, making it ideal for pumps, compressors, conveyors, and other medium-duty industrial applications.

A VFD (Variable Frequency Drive) Control Panel is designed to control the speed, torque, and operation of AC motors by varying the frequency and voltage of the power supply. These panels ensure smooth motor starting, energy savings, enhanced process control, and protection against overload, short-circuit, and voltage fluctuations. Built with high-quality components and a robust enclosure, our VFD Panels deliver reliable performance for industrial and commercial applications.

• Suitable for single-phase & three-phase AC motors

• High-quality VFD from leading brands (Delta, Siemens, Schneider, ABB, etc.)

• Built with MS/CRCA powder-coated enclosures

• Digital display for speed, load & status monitoring

• Overload, short-circuit, and phase protection

• Soft start/stop for increased motor life

• Premium internal wiring with PVC ducts & ferrules

• Available in wall-mount or floor-mount design

• Customizable as per load & application

A 4 Fire Control Panel is a centralized safety system designed to monitor and control multiple fire detection and suppression devices in commercial, industrial, and residential buildings. It integrates smoke and heat detectors, manual call points, alarms, relays, and annunciators to provide real-time detection and alert in case of fire emergencies. The panel enables coordinated activation of sprinklers, horns, strobe lights, and other fire suppression systems while providing fault indication, system diagnostics, and easy maintenance. Housed in a robust enclosure with organized wiring and clear labeling, a 4 Fire Control Panel ensures rapid response, enhances building safety, reduces damage risk, and complies with fire safety standards for reliable protection of life and property.

A 4 Fire System Panel is a centralized safety and monitoring system designed to manage multiple fire detection and alarm devices in commercial, industrial, and residential buildings. It integrates smoke and heat detectors, manual call points, alarms, relays, and annunciators to provide real-time detection and alerts during fire emergencies. The panel coordinates activation of sprinklers, sirens, strobe lights, and other suppression systems while offering fault monitoring, system diagnostics, and easy maintenance. Housed in a durable enclosure with organized wiring and clear labeling, the 4 Fire System Panel ensures rapid response, enhances building safety, minimizes damage risk, and complies with fire safety standards for reliable protection of life and property.

Fire Alarm System Panel

A Fire Alarm System Panel is the central control unit that monitors, manages, and responds to fire detection devices such as smoke detectors, heat sensors, and manual call points. It provides real-time alerts, activates alarms, and communicates with emergency systems to ensure rapid response, occupant safety, and compliance with fire safety regulations.

An Automatic Power Factor Control (APFC) Panel, contactor-based, rated at 500 kVAR and 415 V, is designed to maintain optimal power factor in industrial and commercial electrical systems. It automatically monitors reactive power demand and switches capacitor banks using high-quality contactors to reduce energy losses and avoid utility penalties. The panel integrates APFC relays, MCCBs/MCBs, metering instruments, surge protection devices, and protection relays for safe and reliable operation. Housed in a durable enclosure with organized wiring, it enhances voltage stability, improves system efficiency, reduces electrical costs, and ensures long-term, maintenance-friendly performance in demanding three-phase power networks.

An STP/WTP Control Panel rated for 20 HP with fully automatic automation level is designed to efficiently manage sewage and water treatment processes with minimal manual intervention. It integrates PLC-based controls, sensors, motor starters, drives, dosing controls, and protection devices to operate pumps, blowers, mixers, and filtration units in a coordinated manner. The panel enables real-time monitoring of flow, level, pressure, and water quality parameters, along with alarms, interlocks, and data logging for safe operation.

A Three Phase 415 V DG Set Control Panel, rated up to 2000 Amps, is engineered to manage and protect high-capacity diesel generator sets for uninterrupted power supply in industrial, commercial, and critical applications. It integrates automatic start/stop controls, AMF/ATS functionality, MCCBs/ACBs, contactors, meters, protection relays, and alarms to monitor voltage, frequency, load, and fault conditions. The panel ensures safe and reliable operation of the DG set, providing overload, short-circuit, and earth-fault protection while enabling seamless power transfer during utility outages.

An AC Drive Panel, also known as a C Drive Panel, rated for 30 HP at 415 V is designed to control three-phase induction motors with precision and energy efficiency. It incorporates a variable frequency drive to regulate motor speed and torque, enabling smooth acceleration, deceleration, and process optimization. The panel includes MCCBs/MCBs, input and output reactors, contactors, protection relays, cooling systems, and control circuitry to ensure safe and stable operation. Built in a rugged industrial enclosure with structured wiring, it provides overload, short-circuit, and phase protection, reduces mechanical stress on equipment, lowers power consumption, and enhances productivity in pumps, conveyors, HVAC systems, and manufacturing applications.

A 3 Phase Star Delta Panel rated for 100 HP is engineered to start and control high-capacity induction motors while limiting inrush current and mechanical stress during startup. The panel initially runs the motor in star connection and automatically transitions to delta mode for full-load operation, ensuring smooth acceleration and longer motor life. It incorporates heavy-duty contactors, timers, MCCBs, overload relays, phase protection devices, meters, and control circuitry for dependable performance. Housed in a rugged industrial enclosure with neatly organized wiring, the panel provides protection against short circuits, overloads, and voltage imbalance, making it ideal for pumps, compressors, crushers, conveyors, and other demanding three-phase motor applications.

An Automatic Changeover Control Panel is designed to ensure uninterrupted power supply by automatically transferring electrical loads between the main utility source and a standby generator during power failures. It continuously monitors voltage and frequency levels and initiates fast, safe switching without manual intervention. The panel incorporates motorized changeover switches or ATS mechanisms, MCCBs/ACBs, control relays, timers, meters, indicators, and protection devices for dependable operation. Built in a rugged enclosure with copper busbars and organized wiring, it provides overload, short-circuit, and earth-fault protection while minimizing downtime, improving operational safety, and supporting critical facilities such as hospitals, data centers, commercial buildings, and industrial plants.

A Three Phase Synchronization Control Panel rated at 4000 A, 415 V, for 4 power sources is a high-capacity system designed to synchronize multiple generators or integrate generator and utility power seamlessly. It features synchronizing relays, automatic voltage regulators, MCCBs/ACBs, contactors, meters, and protection devices to ensure precise phase, voltage, and frequency alignment across all sources. The panel enables automatic start/stop, load sharing, real-time monitoring, and fault detection, ensuring uninterrupted, stable power supply. Housed in a robust enclosure with organized wiring, it provides overload, short-circuit, and earth-fault protection, enhances electrical safety, optimizes load management, and delivers reliable, long-term performance for industrial and commercial power networks.

A CRCA Steel Fire Pump Control Panel is a robust and reliable system designed to manage and control fire pump operations in industrial, commercial, and residential buildings. It integrates motor starters, relays, timers, MCCBs/MCBs, and protection devices to ensure automatic and manual operation of fire pumps during emergencies. The panel monitors water flow, pressure, and pump status while providing fault detection and alarm indications for enhanced safety. Housed in a durable CRCA steel enclosure with organized wiring and clear labeling, it delivers overload, short-circuit, and earth-fault protection, ensures uninterrupted performance, simplifies maintenance, and provides dependable, energy-efficient operation for critical fire safety applications.

An Automatic Power Factor Control (APFC) Panel, Contactor Based, rated at 250 kVAR and 415 V, is designed to automatically maintain optimal power factor in industrial and commercial electrical systems. It continuously monitors reactive power and switches capacitor banks using high-quality contactors, reducing energy losses, improving system efficiency, and preventing utility penalties. The panel integrates APFC relays, MCCBs/MCBs, metering instruments, and protection devices for safe and reliable operation. Housed in a robust enclosure with organized wiring, it provides overload, short-circuit, and earth-fault protection, ensures voltage stability, simplifies maintenance, and delivers uninterrupted, energy-efficient, and long-term performance for three-phase networks.

A Three Phase Generator Control Panel for Synchronization, rated at 200 kVA, is designed to manage and synchronize multiple generators with the utility or with each other for reliable power supply in industrial and commercial installations. The panel integrates automatic voltage regulators, synchronizing relays, meters, contactors, MCCBs/MCBs, and protection devices to ensure precise voltage, frequency, and phase alignment. It enables real-time monitoring, automatic start/stop, load sharing, and fault detection, ensuring smooth operation and uninterrupted power during utility failures. Housed in a robust enclosure with organized wiring, the panel provides overload, short-circuit, and earth-fault protection, enhances system reliability, simplifies maintenance, and delivers safe, efficient, and long-term generator performan

ABB ACB Panels rated at 3200 A, 440 V, 50 kA are high-capacity electrical distribution systems designed for industrial and commercial installations requiring reliable low-voltage power management. Equipped with robust Air Circuit Breakers (ACBs) as the main incomer, these panels integrate copper busbars, MCCBs/MCBs for feeders, metering instruments, relays, and control accessories to ensure safe and efficient power distribution. They provide superior protection against overloads, short circuits, and earth faults while enabling secure isolation for maintenance. Housed in durable, ventilated enclosures with organized wiring, ABB ACB Panels ensure uninterrupted, dependable performance, enhanced electrical safety, efficient load management, and long-term reliability for demanding high-current applications.

A Rittal Three Phase Electric Capacitor Panel is a high-performance industrial system designed to improve power factor and enhance energy efficiency in three-phase electrical networks. It integrates high-quality capacitor banks, contactors, APFC relays, MCCBs/MCBs, meters, and protection devices to automatically compensate reactive power, reduce energy losses, and prevent utility penalties. The panel provides overload, short-circuit, and earth-fault protection while enabling safe, reliable, and efficient operation. Housed in a durable Rittal enclosure with organized wiring, it ensures long-term performance, simplifies maintenance, stabilizes voltage, and delivers uninterrupted, energy-efficient power for industrial plants, factories, and commercial installations.

A Three Phase AC Drive Panel rated at 415 V and 30 HP is engineered to provide efficient and flexible control of industrial motors. By using a variable frequency drive, it allows precise adjustment of speed and torque, ensuring smooth acceleration, controlled deceleration, and reduced mechanical stress on equipment. The panel includes MCCBs or MCBs, input and output reactors, contactors, cooling arrangements, meters, and protection relays to maintain safe operation. Built in a durable industrial enclosure with structured wiring, it offers overload, short-circuit, and phase-failure protection, improves energy efficiency, reduces maintenance costs, and supports reliable performance in pumping systems, conveyors, HVAC installations, and automated manufacturing processes.