TESLA SOLUTIONS

Engineered for unparalleled user safety and operational dependability, VH1H is an indoor switchgear assembly that sets a new standard for reliability and performance in the industry. Designed to meet a wide spectrum of electrical distribution requirements up to 12kV, VH1H integrates a suite of pioneering solutions, ensuring utmost reliability and performance.

Experience the efficiency and flexibility of VH3H for your power distribution requirements. VH3H is our versatile, globally applicable solution for withdrawable air insulated switchgear, catering to utility, industrial, and infrastructure needs. Its compact design incorporates vacuum circuit breakers, offering a reliable and space-efficient Air-Insulated Switchgear solution at 36 kV.

T-ERA, a testament to sustainability, reliability, and safety, is crafted with decades of engineering excellence. Its range of low voltage switchgear meets international standards and quality, ensuring the safety of your applications while maximising space efficiency and minimising hazards. T-ERA not only saves you time and energy but also enhances cost optimisation. As the eco-friendly choice across a variety of applications, T-ERA leads the way in responsible technology.

Ti is a fully type-tested CDV (Complete Design Verified assembly) designed in accordance with the latest IEC 61439 1&2, offering a cutting-edge switchboard solution that embodies a legacy of excellence in catering to Indian customers. Ti’s Deming Prize-winning TQM standards are evident in every aspect of its design, manufacture, and quality control. Ti also features state-of-the-art digitalization for remote monitoring and management and employs sustainable materials for environmental care.

Enersys is more than a power distribution unit—it’s a blend of smart engineering and digital innovation. Crafted for superior safety, reliability, and efficiency, it combines advanced technology with a sleek, modern look, ensuring your electrical systems are secure and future-proof. Enersys, a true smart panel, integrates advanced communication capabilities, intelligent thermal management, and eco-conscious engineering design for next-generation power solutions. Backed by a 70-year legacy of powering India, it delivers reliable, future-ready electrical systems tailored for Indian conditions, blending performance with innovation.

Enersys-S Power Distribution board meets the demands of commercial buildings, educational establishments, hospitals, government buildings, manufacturing facilities and other applications that require safe, reliable & high performance protection of their electrical sub-distribution systems.

Enersys-S is a NABL tested Sub-Main Distribution Board used for power distribution. It has MCCB as incoming and outgoing switching-cum-protection devices. compact MCCB design ensures maximum cabling area within the enclosure.

Removable top and bottom glad plates are provided for ease of installation & cabling.

Electrical protection is crucial for ensuring the safety and reliability of power systems. Electrical installations and equipment are susceptible to internal and external faults that can cause severe damage. Circuit Breakers are essential to detect and isolate faults promptly by early detection and localization of faults. Circuit Breakers also aim to minimize the fault duration and isolate faulty parts from the circuit. Electrical systems may experience excessive current caused by overloads, short circuits, and ground fault conditions.

Our OMEGA Air Circuit Breakers are ideal for high-power applications in low-voltage distribution networks, offering reliability, compactness, and versatility while meeting the needs of various industries.

Our C-Power range of Air Circuit Breakers (ACBs) up to 6300A, 100kA @415V, is designed to safeguard electrical systems from overcurrent and short-circuit faults. C-Power ACBs are tailored to meet all power distribution system requirements, ensuring safe and efficient operation. With a modular design and standardized range, these ACBs are suitable for diverse electrical applications in Buildings, Infrastructure, Utilities and Industries.

Special Solution for harsh/corrosive environments is also available in C-Power family.

The dsine range stands out with its state-of-the-art design, user-friendly features, and a broad spectrum of protection mechanisms, marking it as a leader in the new generation of MCCBs (Moulded Case Circuit Breakers). Recognised for its ergonomic design, aesthetic appeal, and compactness, it is specifically engineered to perform reliably under extreme tropical conditions, offering consistent functionality in high ambient and humid environments. This makes the dsine MCCBs ideal for demanding settings, always meeting the evolving needs of our customers, a testament to our in-depth analysis and responsiveness to customer feedback.

Understanding and anticipating the requirements of our customers, our contemporary range of MCCBs ensures complete customer satisfaction without compromise. Enhanced by a comprehensive selection of accessories, the dsine range provides complete solutions tailored to various customer applications. This integration ensures not only operational safety and reliability but also adds versatility to its use across different industries and systems, making it a robust choice for comprehensive electrical protection.

The DU Series represents the next generation of MCCBs, distinguished by its state-of-the-art design that combines contemporary, user-friendly features with outstanding ergonomics, aesthetics, and compactness. This series excels in functionality and form, making it an ideal choice for modern electrical infrastructure needs.

In terms of compliance, the DU Series adheres to the latest international standards including IS/IEC 60947-2, IEC 60947-2, and EN 60947-2. Each product in the range carries the CE marking, affirming its quality and safety for use even in humid environments. Furthermore, equipped with a wide array of accessories, the series ensures operational safety, reliability, and versatility, meeting even the most demanding system requirements.

The DY Series represents the next generation of MCCBs, distinguished by its state-of-the-art design that combines contemporary, user-friendly features with outstanding ergonomics, aesthetics, and compactness. This series excels in functionality and form, making it an ideal choice for modern electrical infrastructure needs.

In terms of compliance, the DY Series adheres to the latest international standards including IS/IEC 60947-2, IEC 60947-2, and EN 60947-2. Each product in the range carries the CE marking, affirming its quality and safety for use even in humid environments. Furthermore, equipped with a wide array of accessories, the series ensures operational safety, reliability, and versatility, meeting even the most demanding system requirements.

The DZ range of Moulded Case Circuit Breakers (MCCB) is specifically designed to accommodate the complexities of modern electrical systems in contemporary installations. This range stands out due to its substantially higher fault-breaking capacities, addressing the rigorous demands of evolving power distribution requirements efficiently and effectively.

Responding to the shifting expectations of customers who seek economical yet reliable solutions, we have developed the DZ range of MCCBs that can operate up to 800V AC, with exceptional fault-breaking capacities reaching up to 200kA at 415V AC. Available in both thermal magnetic and electronic versions, these MCCBs provide comprehensive protection, encompassing advanced current, voltage, frequency, power, and harmonic-based safeguards. This versatility empowers system designers and users to select and implement protection schemes that best fit their specific requirements, ensuring tailored and robust electrical safety.

The MCX range of 4-pole contactors, available from 18A to 900A AC-1, is extensively used with auto source transfer controllers to switch power from the main supply to backup sources such as DG and UPS.

MNX power contactors are primarily utilised in motor feeder and control system applications. With a range spanning from 9A to 650A (AC-3), they deliver dependable performance under various conditions, including high ambient temperatures and humidity. Additionally, accessories and spare parts are available for the entire range.

MO Contactors combine distinctive styling and visual appeal with dependable performance. Available in a range from 9A to 300A AC-3/3e, they are ideal for both general and specialised machinery. Their compact design saves panel space, and as RoHS compliant devices, they offer the advantages of being environmentally friendly and sustainable.

MO0 control contactors are fundamental 4-pole contactors available with both AC and DC control. These contactors can be utilised for constructing control logic. With add-on blocks, these contactors can provide up to 8 auxiliary contacts. They are suitable for both industrial and commercial installations.

MO C Capacitor Duty Contactors are specially designed for capacitor switching applications. As capacitor switching is associated with high inrush current, the contactors are provided with damping resistors which limit the value of inrush current to a safe value. The contactors are used in APFC panels for switching power capacitors depending upon the amount of reactive power compensation required.

RTO Thermal Overload Relays complement the MO range of contactors and can be directly mounted onto them. The relays are compensated for ambient temperature and are sensitive to phase failure. They feature front access to START and STOP/RESET buttons and are equipped with three contacts for Alarm, Trip, and Start functions.

MN Thermal Overload Relays, ranging from 0.2A to 570A, complement the MNX series of power contactors. These relays are compensated for ambient temperature, and their distinctive double slide mechanism ensures dependable protection against single phasing. MN 12L relays, with a trip class of 30, are specifically designed for applications with extended starting times.

The REO Electronic Overload Relays are designed to seamlessly integrate with the MO series of contactors, allowing for direct mounting. These relays are sensitive to phase failure and can additionally offer ground fault protection as well as locked rotor protection. Featuring convenient front access, they come equipped with START and STOP/RESET buttons. Furthermore, each relay includes three contacts for Alarm, Trip, and Start functions.

The eMPR series of Electronic Motor Protection Relays offer current-based protection for three-phase low voltage motors. eMPR is a compact microcontroller-based motor protection relay with inbuilt CTs up to 88 Amp.

OCR11
OCR11 is a single phase, non-directional, Over Current or Earth Fault Relay with one measuring element. This numerical relay can be used for feeder protection in all low-voltage, medium-voltage, and high-voltage sub-stations. User has a choice to select 6 trip characteristics.

FDR21
FDR21 numerical relay offers 3 phase non-directional Over Current and Earth Fault protection for LV and MV power distribution systems. FDR21 is a numerical relay which is suitable for applications such as providing selective protection for overhead and underground feeders (up to 66 kV), AC machines, back up protection for transformers etc. With a microcontroller-based draw-out design and an intelligent algorithm, numerical FDR21 offers comprehensive Feeder Protection and Monitoring with Fundamental and True RMS measurement.

FDR22
FDR22 numerical relay offers 3 phase non-directional Over Current and Earth Fault protection for LV and MV power distribution systems. FDR22 is a numerical relay which is suitable for applications such as providing selective protection for overhead and underground feeders (up to 66 kV), AC machines, back up protection for transformers etc. With a microcontroller-based draw-out design and an intelligent algorithm, numerical FDR22 offers comprehensive Feeder Protection and Monitoring with Fundamental and True RMS measurement.

VPR11
VPR11 is microcontroller-based Single-phase Voltage relay with draw-out enclosure. It is suitable for Over Voltage + Under Voltage protection in LV & MV power distribution systems. Numerical VPR11 can also provide protection of AC circuits, Capacitors, Generators, Motors and even in automatic changeover schemes. Its microcontroller-based draw-out design offers a wide range of Trip-Time Characteristics, Pickup setting and site selectable Voltage input - 110V, 240V, 415V.

VPR21
VPR21 numerical Relay is designed for 3-phase Over + Under Voltage and Over + Under frequency protection in low-voltage (LV) and medium-voltage (MV) power distribution systems. Its applications extend to protecting AC circuits, capacitors, generators, and motors, and it can be seamlessly integrated into automatic changeover schemes. Built with a microcontroller-based draw-out design, the numerical VPR21 numerical relay offers a wide range of configurable settings, including multiple Trip-Time Characteristics, precise Pickup settings, and a site-selectable voltage input of 110V, 240V, or 415V.

MPR21
MPR21 numerical relay offers comprehensive Current based protections for 3 phase, Low Voltage and Medium Voltage Motors. With a microcontroller-based draw-out design and an intelligent algorithm, numerical MPR21 offers comprehensive Motor Protection and Monitoring with 4 CT measurements.

REF11
REF11 numerical relay offers single-phase, non-directional, Earth fault protection with one measuring element. The relay can be used in the following Low and Medium voltage applications.

1. Differential Protection of Generator

2. Restricted Earth Fault Protection of Generator or Transformer

REF11 with draw-out enclosure has a single CT measurement system for measuring current with 1% accuracy and offers instantaneous and definite time protection. REF11 provides protection for the measurement value of current.

NDR11
NDR11 numerical relay offers single-phase voltage protection, with a high sensitivity. The relay takes input from an open delta PT to monitor the neutral displacement in a three-phase system. It can also be used for earth fault protection in generators, which are earthed through neutral earthing transformers. The completely draw-out enclosure relay is particularly suitable for protection in all ungrounded or impedance grounded power systems.

xD1000
The xD1000 AC Drive is a powerful, compact variable frequency drive (VFD) engineered to elevate performance across a wide range of applications. Built for versatility, it seamlessly supports pumps, fans, conveyors, and compressors across industrial and building segments, while also delivering exceptional control for machine applications such as F&B, packaging, woodworking, textile, and other special-purpose machines.

Designed with the user in mind, the xD1000 features an intuitive, user-friendly interface that makes setup effortless, even for first-time users. Its advanced motor‑control algorithms ensure superior performance, smoother operation, and optimised energy use, helping businesses reduce operational costs without compromising productivity.

With its rugged construction, intelligent features, and adaptability to diverse environments, the xD1000 AC Drive is more than a VFD; it’s a reliable partner for boosting energy efficiency, improving process reliability, and unlocking higher performance in every application.

xD2000
The xD2000 Drive is a high-performance variable frequency drive designed to deliver exceptional control and efficiency for a variety of utility applications with its advanced control capabilities. The xD2000 allows for seamless integration into automation systems, enhancing overall operational performance. Its robust design ensures reliability in demanding environments, while features like energy-saving modes help reduce operational costs. The user-friendly interface simplifies setup and adjustments, making the xD2000 an ideal choice for both new installations and upgrades.

xD3000
The xD3000 Drive is a versatile and high-performance variable frequency drive designed for a wide range of OEM applications. With its compact design and robust features, the xD3000 offers seamless integration into various industrial environments. It supports advanced motor control algorithms and includes built-in connectivity options, allowing for easy integration with automation systems.

While xD3000 is engineered for energy efficiency and machine safety, it also helps businesses reduce operational costs while maintaining optimal performance. Its user-friendly interface ensures quick setup and ease of use, making it an excellent choice for both new installations and retrofits.

xD4000
The xD4000 Drive is a highly advanced variable frequency drive designed for demanding applications in industries such as manufacturing, water treatment, and process automation. Featuring a powerful control algorithm, the xD4000 provides precise motor control and exceptional performance, ensuring optimal operation across various load conditions.

Its extensive connectivity options enable easy integration with existing automation systems, while built-in energy-saving features help reduce operational costs. The xD4000 also boasts a user-friendly interface for quick setup and intuitive operation, making it an excellent choice for enhancing efficiency and productivity in any industrial environment.

Sx2000
The Sx2000 drives offer a reliable solution for various industrial applications. With advanced control features and robust design, these drives provide efficient and precise motor control. They are engineered to deliver consistent performance in diverse operating conditions, making them a trusted choice for high-quality motor control solutions.

Further enhancing their appeal, the Sx2000 drives are designed for easy integration into existing systems, offering scalable options to meet the specific needs of any application. They support a wide range of motor types, including AC induction motors, ensuring flexibility in deployment. This adaptability, combined with their user-friendly interface, simplifies setup and maintenance, helping to reduce downtime and operational costs.

Fx2000
The Fx2000 drives are renowned for their robust construction and seamless functionality, establishing them as a top choice for industrial motor control applications. Engineered to deliver exceptional performance, these drives combine energy efficiency with reliable operation, meeting the varied demands of different industries. Their user-friendly features and advanced control capabilities make the Fx2000 drives an effective solution for boosting productivity and optimising processes.

The Fx2000 drives are distinguished by their ability to provide efficient and customised motor control solutions, making them a reliable option for businesses aiming to enhance operational efficiency. With a focus on durability and adaptability, these drives support a range of industrial activities, ensuring that they not only meet but exceed the expectations of users in terms of performance and ease of use.

Hx2000
Engineered to deliver exceptional precision and control, the Hx2000 AC drives enhance motor efficiency and productivity in a variety of HVAC applications. Featuring advanced technologies such as vector control and adaptive algorithms, these drives optimise motor performance, significantly reducing energy consumption. This makes them an ideal choice for industries aiming to streamline operations and cut costs while maintaining high performance standards.

The Hx2000 AC drives combine excellence and reliability, offering a robust solution suited to demanding industrial environments. They ensure smooth and consistent operation day in and day out, providing businesses with the confidence that their motor-driven systems will perform reliably under various conditions. This reliability, coupled with enhanced efficiency, positions the Hx2000 drives as essential tools for improving operational effectiveness and sustainability.

Nx2000
The Nx2000 AC drives represent a transformative advancement in industrial automation technology. Engineered to deliver unmatched performance and versatility, these drives are ideal for controlling electric motors across a wide range of industrial applications. With a focus on precision and reliability, the Nx2000 drives incorporate advanced features such as precise speed control, adaptive algorithms, and comprehensive protection mechanisms.

These capabilities ensure optimal efficiency and enhanced safety during operation, making them a critical component in modern industrial setups. The Nx2000 drives empower industries to achieve new heights in productivity, efficiency, and operational excellence. Whether used in manufacturing, processing, or other demanding environments, the Nx2000 drives offer a robust solution that significantly improves system performance while maintaining high standards of energy efficiency and reliability.

Nx2000+
Building on the success of its predecessor, the Nx2000+ drives represent a significant leap forward in motor control and power management. These drives feature advanced sensorless vector control and intuitive user interfaces, providing unparalleled precision, reliability, and efficiency in regulating electric motors across a broad spectrum of industrial applications.

Enhanced features allow for meticulous power adjustments, ensuring optimal motor performance with minimal energy waste. With decades of expertise behind them, the Nx2000+ drives empower industries to reach peak performance levels, optimise energy usage, and contribute to a sustainable future. The combination of cutting-edge technology and user-focused design makes the Nx2000+ a key tool for industries aiming to enhance their operational efficiency and environmental stewardship.

xS1000
The xS1000 Soft Starter is a solution for the controlled starting and stopping of induction motors. The xS1000 Soft Starter offers seamless integration, advanced motor protection features, and a user-friendly interface for easy operation. With its compact design and comprehensive functionality, the xS1000 Soft Starter is well-suited for diverse industrial applications, providing reliable and energy-efficient motor control. Its robust construction and advanced features make it a top choice for optimizing motor performance and enhancing operational efficiency.

xS2000
The xS2000 Soft Starter engineered to ensure smooth and efficient motor control while mitigating issues associated with direct-on-line starting, such as high inrush currents and mechanical stress. The xS2000 Soft Starter features advanced motor protection, integrated bypass, and a user-friendly interface, offering seamless integration and easy operation. Its compact design and comprehensive functionality make it suitable for a wide array of industrial applications, delivering reliable and energy-efficient motor control. With its robust construction and advanced features, the xS2000 Soft Starter stands as a top choice for optimizing motor performance and ensuring operational excellence.

xS3000
The xS3000 Soft Starter is a cutting-edge solution designed to efficiently control the Starting & Stopping of three-phase induction motors, providing seamless and reliable operation while minimizing mechanical stress and power distribution issues. With its advanced motor protection features and intelligent control algorithms, the xS3000 ensures smooth and controlled motor starting and stopping, contributing to enhanced system longevity and reduced maintenance costs. Equipped with a user-friendly interface and comprehensive monitoring capabilities, this soft starter is an ideal choice for applications across various industries, offering optimal performance and energy efficiency.

xS4000
The xS4000 Soft Starter is designed to provide seamless and efficient control for induction motors. It offers advanced features such as integrated bypass, built-in motor protection, and a user-friendly interface, making it suitable for a wide range of industrial applications. The xS4000 Soft Starter also incorporates advanced communication options, energy optimization capabilities, and robust construction, ensuring reliable and smooth motor operations while minimizing wear and tear. With its comprehensive set of features, the xS4000 Soft Starter stands as a top choice for optimizing motor performance and ensuring operational excellence.

XT1000
The XT series HMIs (Human Machine Interfaces) is a cutting-edge solution designed to enhance the visualisation and control of machines and industrial processes within a plant. Integrating the latest hardware and software technologies, these HMIs come equipped with user-friendly software featuring pre-built graphics, industry symbols, and programming blocks. This enables users to create intuitive graphical interfaces swiftly and efficiently for various demanding applications, including machine, factory, process, and building/home automation.

xTE6000 and xTS6000
The XT series HMIs (Human Machine Interfaces) is a cutting-edge solution designed to enhance the visualisation and control of machines and industrial processes within a plant. Integrating the latest hardware and software technologies, these HMIs come equipped with user-friendly software featuring pre-built graphics, industry symbols, and programming blocks. This enables users to create intuitive graphical interfaces swiftly and efficiently for various demanding applications, including machine, factory, process, and building/home automation.

xP1000
Welcome to Our xP Series all PLC Range. Discover the power and versatility of our xP Series PLC range, designed to meet the automation needs of modern industries. Our compact and efficient PLCs offer robust performance, easy integration, and exceptional reliability, making them the perfect choice for a wide variety of applications.

xP3000 and xP5000
Welcome to Our xP Series all PLC Range. Discover the power and versatility of our xP Series PLC range, designed to meet the automation needs of modern industries. Our compact and efficient PLCs offer robust performance, easy integration, and exceptional reliability, making them the perfect choice for a wide variety of applications.

xP6000
Welcome to Our xP Series all PLC Range. Discover the power and versatility of our xP Series PLC range, designed to meet the automation needs of modern industries. Our compact and efficient PLCs offer robust performance, easy integration, and exceptional reliability, making them the perfect choice for a wide variety of applications.

TG1000
TG1000 is a MODBUS Gateway that converts MODBUS RS485 to MODBUS TCP/IP protocol i.e. from D+ and D- to Ethernet wiring standard. It bridges the communication-capable products with RS485 port with Smartcomm EMS/PMS On-prem installed in a server and thereby leading to connected and intelligent field devices.

MQ1000
MQ1000 is an IoT Gateway that converts MODBUS RS485 to MQTT (Message Queuing Telemetry Transport) protocol i.e. from D+ and D- to Ethernet wiring standard that can be connected to Internet Router. It bridges the communication-capable products with RS485 port with Smartcomm EMS/PMS Cloud that can drive Industry 5.0 which includes Cloud and Big Data processing installed in a remote powerful cloud server and thereby leading to connected and super-intelligent field devices.

MQ2000
MQ2000 is an MQTT Gateway that converts MODBUS RS485 to MQTT protocol i.e. from D+ and D- to Cloud (SmartComm EMS/Operate). It bridges the communication-capable products with RS485 port with Smartcomm EMS/Operate Cloud and thereby leading to IoT.

XR5000
The XR5000 gateway is a highly versatile, reliable edge computing LTE gateway. With most essential hardware interfaces available naively on the device, and support of Industrial protocols like Modbus and DLMS. The device is suitable for Industrial Automation / Metering applications. From seamless Sensor integration to PLC/RTU/ meter integration coupled with SmartComm Cloud, it ensures easy device setup, configuration, Device and Data Management.

TMZ
TMZ is an advanced Temperature Monitoring Solution designed for electrical panels and other critical junctions within electrical infrastructure. By continuously monitoring temperature in real time, TMZ helps detect heating due to electrical faults, overheating of busbars, and thereby preventing unwanted shutdowns. The system captures both real-time and historical temperature data, enabling maintenance teams to track trends over time. This data-driven approach supports the development of predictive maintenance strategies - allowing organizations to proactively address potential problems before they lead to failures or downtime. With TMZ in place, critical electrical assets become more reliable and safer - minimizing risk, preventing unexpected outages, and optimizing maintenance planning.

ZG1000
Any Electrical infrastructure, mainly Switchboards & Busducts, are susceptible to temperature rise due to the thermic effect of Electric current. In cases where amperage is more, for example horizontal busbar in LV Panels, it is very well pronounced. The first sign of an electrical fault is unusual heating at the point of fault. This can be identified earlier, and suitable actions can be taken only when live temperature data is available. Loose termination, switchgear failure due to increase in temperature, reduced capacity of switchgear due to increase in temperature, inefficient practice of temperature monitoring with temperature guns are the major concerns.

Standard Duty Cylindrical Capacitors
Standard Duty Capacitors are metalized polypropylene capacitors from 1 - 33.1 kVAr in cylindrical configuration. These capacitors come with a stacked winding and are impregnated with a biodegradable soft resin. These capacitors are self healing type. The Capacitors come with an over pressure disconnector and finger proof terminals.

Standard Duty Box Capacitors
Standard Duty Capacitors are metalized polypropylene capacitors 1-33.1 kVAr in box type configuration. These capacitors come with a stacked winding and are impregnated with a biodegradable soft resin. These capacitors are self healing type. The Capacitors come with an over pressure disconnector and finger proof terminals.

Heavy Duty Cylindrical Capacitors
Heavy Duty Capacitors are metalized polypropylene capacitors available from 1-33.1 kVAr in cylindrical. These capacitors have an inrush current withstand of 250 In and an overload withstand capacity of 1.8 In suitable for heavy industries.

Heavy Duty Box Capacitors
Heavy-Duty Capacitors are metalized polypropylene capacitors available from 1-50 kVAr in box type construction. These capacitors have an inrush current withstand of 300 In and an overload withstand capacity of 1.8 In. These capacitors have all the safety features like over pressure disconnector and self-healing.

Gas Filled - Heavy Duty Plus Capacitors
Gas filled Heavy Duty Plus capacitors are metallised polypropylene capacitors available from 3-30 kVAr in cylindrical configuration. These capacitors have an inrush withstand of 300 times In and an overload withstand capacity of 2.0 times In. These capacitors have safety features like over pressure disconnector and self healing. Compact design ensures space saving.

Super Heavy Duty Cylindrical Capacitors
Super Heavy Duty Capacitors are designed and developed to meet reactive power requirements of modern day industries having higher harmonics. These metalized polypropylene capacitors ranges from 1.2-33.3 kVAr with cylindrical type construction. They can withstand peak inrush current of 350 times the rated and an overload withstand capacity of 2.5 times rated current. They have better harmonic withstand capability and long life along with necessary safety features like over pressure disconnector and self-healing technology.

APP Box Capacitors
APP range of capacitors have a dielectric composition of Biaxially Oriented Aluminium Polypropylene Film. Each capacitor element is protected by an internal fuse which incase of short circuit will blow and isolate that particular capacitor element. These are compact and suitable for applications with heavy load fluctuations, high harmonics and high inrush current.

Ultra Heavy Duty Cylindrical Capacitors
LTXL Ultra Heavy duty cylindrical capacitors, like their box counterparts, are sturdy & specially designed to work in very heavy duty applications and high harmonics. They have an inrush current withstand capability of 500 times the rated and an overload withstands capacity of 3 times the rated. In modern industries with high harmonics and high switching rates, it can be an effective solution and delivers long life. It has all necessary safety features of standard capacitors like over pressure disconnector and self-healing technology.

Aluminium Detuned Reactor
Detuned harmonic filters are the series combination of a reactor and power capacitor. This filter offers higher impedance for high frequency harmonics. This prevents harmonic resonance and amplification. Common tuning factors of detuned filters are 7% and 14%

• 7% reactor mitigates 5th harmonic & above
• For industries with drives, converters & other power electronic devices
• 14% reactor mitigates 3rd harmonic & above
• For IT industries
• For industries with high single-phase non-linear load

Copper Detuned Reactor
Detuned harmonic filters are the series combination of a reactor and power capacitor. This filter offers higher impedance for high frequency harmonics. This prevents harmonic resonance and amplification. Common tuning factors of detuned filters are 7% and 14%

• 7% reactor mitigates 5th harmonic & above
• For industries with drives, converters & other power electronic devices
• 14% reactor mitigates 3rd harmonic & above
• For IT industries
• For industries with high single-phase non-linear load

Capacitor Duty Contactors
MOC Capacitor Duty Contactors are specially designed for capacitor switching applications. As capacitor switching is associated with high inrush current, the contactors are provided with damping resistors which limit the value of inrush current to a safe value. The contactors are used in APFC panels for switching power capacitors depending upon the amount of reactive power compensation required.

MOC range of capacitor switching contactors has a patented mechanism that disconnects the early make auxiliary contacts after the main contacts are closed. This eliminates the possibility of auxiliary contacts carrying and breaking the currents during braking operations. This enhances the product switching performance and improves the product life.

Thyristor Switching Module - TSM
Automatic Power Factor Control (APFC) panels are the ideal solution for Reactive Power Management in industries to improve the power factor and reduce the electricity bills. However, switching of capacitor banks is a challenging task in the APFC panels because of the high inrush current and voltage transients initiated by capacitors at the time of switching. The selection of an appropriate switching device is, therefore, vital and depends on the ability to carry rated capacitor current continuously while withstanding the peak inrush current of the capacitor.

Thyristor Switching Module (TSM) series is a line of electronically controlled thyristor switch for Dynamic Power factor correction. The TSM series offers fast electronically controlled, self-observing thyristor switches for capacitive loads up to 50 kVAr that are capable to switch PFC capacitors within a few milliseconds nearly without a limitation to the number of switching during the capacitor lifetime. These switching modules are easy to install, have a fast reaction time of 5 msec and come with built-in indications of operations, faults and activation.

etaSMART
Introducing the etaSMART APFC Controller — a smart, user-friendly relay that automatically controls power factor by intelligently managing capacitor switching. Engineered for reliability in diverse electrical systems, it offers effortless installation with auto-programming capabilities, site-selectable CT secondary options (1/5A), and site-selectable 2/4 quadrant operation for industries with or without solar plant.

etaULTRA
etaULTRA APFC Controller – A 3 CT APFC Controller for accurate phase-wise monitoring, individual harmonics measurement up to the 31st order, and advanced optimization algorithms, etaULTRA ensures hunt-free operation, superior power quality, and optimal capacitor bank switching via contactors or thyristors. With built-in MODBUS RS-485 communication, dual power factor settings for mains/DG applications, and cascading support for panels exceeding 16 steps, it delivers unmatched reliability and efficiency in unbalanced or harmonic-rich systems.

Single Function Meters
Explore our extensive offering of Single Function and VAF+PF Meters, providing a diverse range of essential DPMs for accurate electrical parameter measurement and optimization. From Voltmeters measuring electrical potential difference to Ammeters tracking current flow, and Frequency Meters monitoring power line frequencies, these meters ensure precision and reliability in measurements.

Moreover, our VAF+PF Meter options deliver comprehensive measurements of voltage, current, and power factor, empowering users to improve energy efficiency and system performance. For further details on our wide array of metering solutions, please feel free to get in touch with us.

Digital Energy Meters
Our state-of-the-art Digital Energy Meter, a sophisticated solution for precise measurement of total and phase wise active energy, total and phase wise apparent energy, and power factor (PF). This advanced meter is engineered to deliver accurate insights into energy consumption, enabling users to make informed decisions for efficient energy management. With the capability to measure both total and phase wise energy parameters, including active and apparent energy, as well as power factor, this digital energy meter provides a comprehensive view of energy usage and power distribution. Whether you require detailed energy consumption analysis or power factor assessment, our Digital Energy Meter is the perfect choice for reliable and insightful energy monitoring.

Dual Source Meters
The Dual Source Meter represents a critical advancement in energy management, offering the capability to monitor and measure energy parameters from two distinct sources. This technology plays a pivotal role in ensuring reliable power supply, especially in scenarios where backup power sources are essential. By enabling switching between power sources and providing accurate measurement of energy consumption from each, the Dual Source Meter is indispensable in critical facilities, data centers, and industries where power interruption is non-negotiable.

Basic Multifunction Meters
Basic Multifunction Meter, a cutting-edge solution for comprehensive electrical parameter measurement. This versatile meter is designed to accurately measure voltage (V), current (I), frequency (F), power factor (PF), power and active energy, providing essential insights for efficient energy management. With its multifunction capabilities, this meter offers a streamlined approach to monitoring critical electrical parameters, ensuring optimal system performance and energy efficiency. Whether you need precise voltage and current measurements, frequency monitoring, power factor assessment, or active energy tracking, this multifunction meter is the ideal choice for reliable and accurate electrical parameter measurement. Elevate your energy management with our Basic Multifunction Meter today!

Multi Function Meters
Experience the ultimate in monitoring with our Multifunction Meters, delivering essential parameters and advanced load monitoring expertise. Featuring Total Harmonic Distortion (THD) measurement for Voltage and Current, these meters ensure precise power quality analysis. The addition of Maximum Demand measurement with Real-Time Clock elevates their capabilities, offering precise insights into energy consumption patterns. Moreover, the meters showcase phase-wise Voltage and Current waveforms on an LCD for real-time critical data visualization. Tailor your display with the "My Favourite" screen option, and benefit from independently programmable Analog output for versatile configurations. It's the epitome of monitoring convenience and accuracy.

Advance Multi Function Meters
Our Advanced Multifunction Meters, the epitome of comprehensive monitoring solutions. These meters not only cover all basic parameters but also excel in expert load monitoring, offering Total Harmonic Distortion (THD) and individual harmonics measurement up to the 31st order for Voltage and Current. With Maximum Demand measurement and Real-Time Clock, precise energy consumption insights are at your fingertips. The phase-wise Voltage and Current waveforms displayed on the LCD meter provide real-time critical data visualization, while the "My Favourite" screen option lets users tailor the display to their specific needs. Additionally, the independently programmable Analog output allows for versatile configurations, making it a must-have for various setups. Moreover, choose from RS485 and Ethernet options available in both LED and LCD screens.

Maximum Demand Controller
Maximum Demand Controllers (MDCs) are vital for managing power usage effectively. With built-in Maximum Demand (MD) monitoring and 4 digital outputs for tripping or alarms, MDCs enhance operational safety and efficiency. These devices monitor key basic parameters with parameters like Total Harmonic Distortion and individual harmonics, ensuring the quality of power supply. Moreover, they play a crucial role in forecasting demand parameters, allowing proactive management of power consumption. By providing real-time insights and enabling pre-emptive actions, MDCs help optimize energy usage, minimize downtime, data logging feature, and prevent overloading, ultimately contributing to cost savings and a more reliable electrical infrastructure.

DIN Meters
Introducing the DIN Rail Mount Energy Meter for 1 phase & 3 phase, featuring built-in CTs up to 60A in 1 phase and 80A in 3 phase configurations, without the need for external CT inputs. This self-powered meter offers a seamless and cost-effective solution for accurate energy measurement and monitoring. Its design eliminates the requirement for additional CTs, simplifying installation and maintenance. This innovative meter is ideal for residential, commercial, and industrial applications, providing precise energy monitoring essential for billing, energy management, and identifying energy efficiency opportunities. With its integrated CTs, it ensures convenient and straightforward deployment across diverse energy monitoring needs.

PQ Meters
Introducing the PQ Meter WC7000 & WC8000 are cutting-edge devices engineered to meticulously observe and assess power quality and energy consumption in commercial and industrial settings. These high-performance power quality meters boast waveform capture, harmonic analysis, and compliance monitoring capabilities, ensuring precise and dependable measurements. Monitoring PQ parameters is crucial, particularly for sensitive electronic equipment, as it enables the detection of issues such as voltage fluctuations, harmonic distortions, and power interruptions. By continuously monitoring PQ parameters, potential damage to sensitive electronics can be mitigated, operational efficiency can be improved, and equipment downtime can be minimized, ultimately leading to enhanced productivity and cost savings.

VAF+PF Meters
Explore our extensive offering of VAF+PF Meters, providing a diverse range of essential DPMs for accurate electrical parameter measurement and optimisation. From Voltmeters measuring electrical potential difference to Ammeters tracking current flow, and Frequency Meters monitoring power line frequencies, these meters ensure precision and reliability in measurements. Moreover, our VAF+PF Meter options deliver comprehensive measurements of voltage, current, and power factor, empowering users to improve energy efficiency and system performance.

EM101+
EM101+ is compact direct connected energy meter used in domestic & commercial application in 1Ph segment. This meter is available in different current range, with no compromise on accuracy of measurement in class 1.0 segment. This is a reliable meter for 1Phase 2Wire operation with vast features set as below.

ER300P
ER300P is a comprehensive range of direct connected, CT Operated & CT VT operated tri-vector Meter that integrates several functions and replaces various equipment’s for Metering energy parameters. These meters are suitable for LT & HT applications and come in different class of accuracies. They used for domestic, commercial as well as industrial metering at various voltage levels.

Exora.N
At the heart of every reliable electrical system lies a robust distribution network. Our EXORA.N Distribution Boards (DBs) portfolio is engineered to deliver safe, efficient, and scalable power distribution across residential, commercial, and industrial applications.

Our EXORA.N Distribution Board assortment is wide enough to take care of each and every customer requirement with its standard and customized offering.

EXORA.N Distribution Boards are a perfect blend of superior aesthetics, contemporary feel and subtle presence that gel harmoniously with your décor.

Tripper DB
Tripbox NXT combines modern aesthetics with effortless installation and long-lasting performance. Engineered as a next-generation distribution box, it delivers a premium look without compromising on technical excellence.

Featuring a sleek, anti-dust front door and a seamless over-the-frame design, Tripbox NXT enhances the appearance of contemporary electrical installations while ensuring superior durability and reliable performance for years to come.

AU MCB
AU Solutions comprises protection, control, and monitoring devices crafted from accumulated knowledge. From safeguarding against overload and earth leakage to handling lightning and switching surges, this collection exceeds expectations, catering to both current and future needs.

Exora MCB
Protection and Control devices offered in this range provide safety at your home and at your workplace. Low Watt loss of these products reduces the amount of electricity consumed and results in low electricity expense. The new range of Modular Devices – EXORA – ensures a safe environment around you.

Tripper MCB
In a place where the safety and well-being of your loved ones are paramount, the Tripper range stands out as the ideal choice. It encompasses a suite of devices designed to safeguard your home against potential risks, ensuring peace of mind for you and your family.

AU RCBO
As India's leading manufacturer of low-voltage and medium-voltage switchgear for industries, buildings, homes and agriculture segments; we offer more than expected – meeting your needs of today and tomorrow.

AU RCCB
The AU-R range of RCCBs offers unmatched protection against earth leakage faults. Available in 2 Pole & 4 Pole versions with Type AC and Type Adi technologies, the range is engineered for reliability, ease of installation and complete safety.

Exora RCCB
Protection and Control devices offered in this range provide safety at your home and at your workplace. Low Watt loss of these products reduces the amount of electricity consumed and results in low electricity expenses. Features such as Biconnected and Two Position DIN Clip provide flexibility and ease of operation.

Tripper RCCB
Protection and Control devices offered in this range provide safety at your home and at your workplace. Low Watt loss of these products reduces the amount of electricity consumed and results in low electricity expenses. Features such as Biconnected and Two Position DIN Clip provide flexibility and ease of operation.

AU ACCL
Electrical and Automation stands as India's foremost producer of low and medium-voltage switchgear for industrial, commercial, residential, and agricultural applications. From the beginning, we have attentively listened to, observed, and understood our customers' requirements. This insight has led to the creation of AU Solutions, a comprehensive range of devices for protection, control, and monitoring. From protection against overload and earth leakage to lightning and switching surges, this range offers more than expected – meeting your needs of today and tomorrow.

Tripper ACCL
The Tripper range is a complete package for your home, ensuring that the safety of your loved ones is paramount. Designed to provide comprehensive protection and convenience, the Tripper range integrates advanced technology with user-friendly features to create a secure living environment.

AU SPD
AU Solutions is a range of protection, control and monitoring devices born from the learning gained. From protection against overload and earth leakage to lightning and switching surges, this range offers more than expected – meeting your needs of today and tomorrow.

AU Changeover
Since the start of our journey, we have listened, observed and experienced our customers' needs. AU Solutions is a range of protection, control and monitoring devices born from the learning gained. From protection against overload and earth leakage to lightning and switching surges, this range offers more than expected – meeting your needs of today and tomorrow.

AU Contactor
AU Solutions is a range of protection, control and monitoring devices born from the learning gained. From protection against overload and earth leakage to lightning and switching surges, this range offers more than expected – meeting your needs of today and tomorrow.

Exora Isolator
Our new range of Modular Devices – EXORA – ensure a safe environment around you. Protection and Control devices offered in this range provide safety at your home and at your workplace. Salient features of this range – Quick Break Mechanism, True Contact Position Indicator, Energy Limitation Class 3 – enhance safety of human lives and precious belongings. Further, Low Watt loss of these products reduces the amount of electricity consumed and results in low electricity expense.

Tripper Isolator
The Tripper range isn't just about functionality; it's a testament to a philosophy that prioritizes peace of mind. It's about empowering homeowners to create a living space where they can thrive, knowing that every aspect of their environment has been carefully considered and fortified against potential risks.

AU Isolator
AU Solutions comprises protection, control, and monitoring devices crafted from accumulated knowledge. From safeguarding against overload and earth leakage to handling lightning and switching surges, this collection exceeds expectations, catering to both current and future needs.

enGem
Reliable everyday switches combining durability, safety and easy functionality. enGem is a dependable modular switch range, designed for everyday homes and contemporary interiors. The range combines a modern flat design, reliable switching performance and practical features, with decorative bezel options that add a distinctive touch to everyday spaces.

entice
Entice and its vibrant palette is made for every shade of you. Every colour is a character, a trait we saw in you. When it adorns your walls it doesn’t make a style statement, it makes your statement. So go ahead, find a shade that reflects you.

Englaze
Flawlessly flat and majestically minimal, Englaze would silently stay a testament to your taste. When you have stepped beyond the ordinary, every step you take elevates you to the next level. Every step is a switch up. Englaze would silently stay a testament to your taste, the life you lived and the world you built around you.

enConnect
Your home should understand the way you live.

enConnect brings together comfort, convenience, security and control to create a home that responds to you. Adjust the lights, control appliances, set scenes or manage your home remotely all from the touch of a button, your smartphone or your voice.

Whether you're starting your day, relaxing after work or heading out, enConnect helps make everyday moments simpler and more effortless.

Smart living isn't about doing more. It's about making life easier.

TECharge AC Smart Socket
Introducing the TECharge range of AC Smart Sockets, designed for efficient and reliable EV charging. Compatible with any electric vehicle (using 6/16A plug with its portable charger), our smart technology ensures seamless energy delivery and enhances the charging experience.

TECharge AC Chargers with Type-2 Connector
Discover the TECharge range of AC chargers with Type-2 connector, designed for optimal performance and reliability. Charge 4W EVs efficiently with advanced technology tailored for home and commercial use.

MK Starter
Electrical & Automation began its legacy 70 years ago with the introduction of MK Starters, a cornerstone of reliability in motor control technology. To date, the brand has sold over 25 million units, a testament to the enduring trust and satisfaction of its customers. These starters have been designed to meet the demands of both Direct Online (DOL) and Star-Delta applications, ensuring versatility across a wide range of agricultural and industrial uses.

The MK1 and MK2 series are distinguished by their wide-band coil operation, which enhances performance across varied voltage conditions. This feature, coupled with robust design and advanced protective mechanisms, makes MK Starters a preferred choice for ensuring optimal motor efficiency and longevity in demanding agricultural and industrial environments.

MR-Gi Controller
The Digital single-phase controller is offered in three distinct variants to cater to a range of needs: MR-Gi, MR-GiA, and MR-GiB. The MR-Gi model is the manual version, designed for users who prefer control over the basic functions of their system. On the other hand, the MR-GiA and MR-GiB are equipped with automatic functionalities, enhancing convenience and efficiency. The MR-GiA variant is particularly advanced, featuring an in-built Water Level Controller (WLC) that automates water management. In contrast, the MR-GiB does not include a WLC, offering a simpler automatic option for users who do not require this feature.

All variants are equipped with an automatic load setting and a digital display that provides critical real-time data on various operational parameters such as voltage and current. This feature allows for better monitoring and management of the controller's performance, ensuring optimal functionality and helping to prevent issues related to electrical parameters. Whether for residential, commercial, or agricultural use, each controller variant is designed to offer tailored solutions, ensuring users have the right tools for efficient management of their single-phase systems.

MU-GS SMART Controller
The MU-G Smart Controller is a comprehensive solution designed to address the evolving needs of modern farming and water management. This all-in-one digital controller integrates various functionalities to enhance both convenience and efficiency in agricultural operations. It combines the traditional function of a controller with remote switching capabilities similar to M-POWER PRO, enabling effective and convenient control over your pumping systems from a distance.

The Smart Controller is equipped with short circuit protection features similar to those found in MCBs, and dry run protection feature of i-Protector, ensuring your system operates safely under all conditions. An innovative anti-theft feature also protects the motor, cables, and controller against theft, securing your investment comprehensively. This multifaceted approach not only secures but simplifies the management of water systems, making farming operations more efficient and hassle-free.

Solar Drive Controller
The Solar Drive Controller (Px3000) offers a robust and intuitive solution tailored to enhance the performance of three-phase submersible and monoblock pump motors across a wide range of applications, including irrigation, water supply, tank filling, and various industrial activities. Featuring advanced true Maximum Power Point Tracking (MPPT) technology, the Px3000 is engineered to optimize the efficiency of solar energy conversion, ensuring that pumps operate at peak performance even under varying solar conditions. Its plug-and-play design simplifies installation, allowing for immediate operation without the need for extensive setup.

In addition to its powerful MPPT capability, the Px3000 is adept at functioning in less than ideal solar conditions, such as cloudy weather, ensuring that the maximum possible power is extracted from the photovoltaic (PV) panels at all times. This auto-adjustable feature dynamically alters current and voltage parameters to maximize output, enhancing overall energy efficiency. The dual supply capability of the controller allows it to switch seamlessly between solar and grid power, providing cost-effective operation by leveraging solar power during daylight hours. Furthermore, the controller's ability to operate at temperatures up to 50 degrees Celsius without any derating exemplifies its suitability for challenging environments, ensuring reliable performance regardless of external conditions.

FM1/Quartz
An Analog Time Switch uses a mechanical dial to control electrical devices at fixed intervals. It helps optimize energy usage, enhance safety, and reduce manual intervention by turning devices on or off at specific times. It’s perfect for basic automation tasks like turning lights or pumps on and off.

Crono
A Digital Time Switch is a programmable device that automates the switching of electrical circuits based on user-defined schedules. It offers precise control, multiple program settings, and an easy-to-read display, making it ideal for lighting, HVAC, and industrial systems requiring flexible timing.

Pulse
A digital time switch with precise time programming for daily/weekly/pulse applications with 25 ON/OFF programs. It has LED indication for relay status with 12/24 hour display format.

Astro
An Astronomical Time Switch adjusts switching times automatically based on sunrise and sunset data for your location. It eliminates the need for seasonal reprogramming, making it ideal for outdoor lighting, signage, and security systems that require consistent operation year-round.

Micon 225
The 22.5mm Analog Timer provides robust time control with a slightly wider design for enhanced durability and ease of handling. It features a mechanical dial for straightforward scheduling and is suitable for standard automation tasks in residential, commercial, and industrial setups.

Micon 175
The 17.5 mm Analog Timer is a compact mechanical device designed for basic time-based control of electrical loads. Its slim profile makes it ideal for space-constrained panels, offering reliable switching through a simple dial interface. Perfect for lighting, heating, and pump applications.

Digicon
The Digital Timer offers precise and programmable control over electrical circuits with multiple on/off settings. Featuring an intuitive display and flexible scheduling options, it’s ideal for applications requiring accuracy, such as lighting systems, HVAC units, and industrial equipment.

Voltage Monitoring Relays
A Voltage Monitoring Relay continuously checks the voltage levels in electrical systems to detect overvoltage, undervoltage, or phase failures. It helps protect sensitive equipment by triggering alarms or disconnecting loads when voltage deviates from safe limits, ensuring system stability and safety.

Current Monitoring Relays
A Current Monitoring Relay tracks the flow of current in electrical circuits to identify overloads, underloads, or phase imbalances. It ensures operational efficiency and protects motors, pumps, and other equipment from damage due to abnormal current conditions.

Earth Leakage Relay
An Earth Leakage Relay detects leakage currents flowing to ground, indicating potential insulation failures or faults. It enhances electrical safety by providing early warnings or tripping circuits to prevent electric shocks, fire hazards, and equipment damage in residential, commercial, and industrial setups.

Gen Next Pro 22.5mm
The 22.5mm Indicator is a panel-mounted visual device used to display the operational status of electrical circuits. Its larger size ensures high visibility, making it ideal for industrial control panels. Available in multiple colors, it supports quick status identification and enhances safety.

Gen Next Pro 16mm
The 16mm Indicator is a compact signaling device designed for space-constrained panels and enclosures. Despite its small footprint, it offers clear visual indication of circuit status. Suitable for instrumentation, control systems, and compact machinery.

Push Button Plastic
Plastic Push Buttons offer a lightweight and cost-effective solution for control operations. Available in illuminated and non-illuminated variants, they are ideal for start/stop functions and signaling. Their ergonomic design ensures ease of use in various applications.

Push Button Metal
Metal Push Buttons provide a rugged and durable interface for demanding environments. Offered in illuminated and non-illuminated types, they combine strength with functionality. Ideal for industrial machinery, outdoor panels, and high-usage areas.

Buzzer
The Buzzer is an audible alert device used to signal warnings, faults, or operational status. It produces a clear sound output, ensuring quick attention in control panels and alarm systems. Suitable for safety circuits and monitoring applications.

Push Button Station
A Push Button Station is a pre-assembled unit housing one or more push buttons for manual control. It simplifies installation and operation for start/stop and emergency functions. Commonly used in industrial setups, machinery, and process control systems.

Isolators Switches
Isolator switch is also called as ON-OFF Switch, and it is designed to isolate electrical power from a specific area or equipment for safety and maintenance purposes.

Isolator Switch comes in a wide range from 1 Pole to 12 Poles. Certain models include spring return mechanisms up to 4 poles for momentary energizing of circuits, while others feature pre-close contacts for enhanced safety especially in neutral and earth line connections.

Isolators are generally rated for AC1/AC21 while for motor applications they need to be rated for AC3/AC23A duty.

Changeover Switches
Changeover Switches, also known as Double Throw Switches, are designed to operate between two distinct circuits. This switch is with or without OFF positions, offering flexibility in control and switching logic.

These switches are ideal for applications requiring the selection between two different input/output sources, especially when the circuits operate at different voltages or are otherwise incompatible.

Models without jumpers with potential-free contacts to allow safe and isolated switching between independent circuits.

Phase Changeovers
A Phase Selector Switch is an electrical device used to select the most suitable phase from a multi-phase power supply typically three-phase to ensure uninterrupted power to single-phase loads. It is especially useful in areas with frequent phase failures or voltage fluctuations.

It helps maintain consistent power supply by switching to the healthiest available phase, thereby protecting appliances and ensuring operational continuity.

Breaker Control Switches
A break control switch is known as a Trip-Neutral-Close switch or TNC switch. It is a three-position rotary control switch used primarily for the remote operation of circuit breakers. It provides manual control over the tripping and closing functions of a breaker by energizing the respective coils.

When the switch is in close position it puts the circuit breaker in on position by energizing the closing coil and when switch is in trip position it will trip the circuit breaker by energizing the trip coil in circuit breaker. These switch available with three mechanisms:

1. Spring return: Spring return from neutral position from both sides
2. Lost motion (LMD): Memory feature of previous operation
3. Sequence locking: Permits only one close operation (sequential lock)

Ammeter Selector Switch
Instrumentation switches are designed to simplify electrical measurements by enabling the use of a single measuring instrument such as an ammeter or voltmeter across multiple circuits.

These switches are available with three distinct configurations to suit various measurement needs. Ammeter selector switch measures current across different circuits using a single ammeter and current transformer (CT), Voltmeter selector switch measures voltage between phases or between phase and neutral using a single voltmeter and combined Ammeter and voltmeter selector switch enables both current and voltage measurement using one ammeter, one voltmeter, and a single switch.

These switches allow users to measure currents and voltages in different parts of a system without the need for multiple meters, making them ideal for compact and cost-effective panel designs.

Multistep Switches
Multistep switches, commonly referred to as Pole-Way Switches, are designed to facilitate the connection of multiple circuits to a common supply or vice versa.

These switches are provided with or without OFF positions, offering operational flexibility.

Loadbreak Switches
Loadbreak switches have double break contacts with polycarbonate shroud for wired terminal protection included with excellent switching and high short circuit capacity. With outstanding electrical characteristics of loadbreak switches with compact design, it also contributes to space saving installation and operational convenience.