BrandsWe have partnered with leading brands to assure top-quality electrical solutions for our valued customers.
ApplicationsOur organisation categorises electrical components based on specific purposes and voltage criteria, simplifying their selection for diverse applications.
Numerical Protection Relays 
Explore cutting-edge numerical protection relays designed for unparalleled precision and reliability. Safeguard your systems with state-of-the-art technology.
Identifies leakage currents and triggers circuit breaker operation, safeguarding against ground faults and electrical shocks in the system.
Swiftly detects earth faults, enabling rapid response to prevent damage and maintain the integrity of the electrical network.
Monitors specific zones for earth faults, providing selective protection to critical areas and minimising unnecessary tripping
Guards against excessive currents and earth faults, ensuring timely intervention to prevent equipment damage and system instability.
Safeguards motors by monitoring parameters like temperature and current, preventing overheating and enhancing the operational lifespan of motors.
Optimizes power factor, enhancing energy efficiency and reducing reactive power consumption in the electrical system.
Monitors voltage levels, triggering protective actions to maintain voltage within safe limits and prevent equipment damage.
Constantly observes line voltage, providing real-time information for operational control and early detection of potential issues.
Protects generators by detecting reverse power flow, preventing damage and ensuring stable operation in power generation applications.
Swiftly identifies phase failures, preventing motor damage and ensuring continued operation in three-phase systems.
Monitors low voltage conditions, initiating corrective measures to prevent equipment malfunctions and system disruptions.
Guards against deviations in system frequency, ensuring stable operation and preventing damage due to frequency-related issues.
Detects neutral displacement, offering protection against unbalanced conditions and enhancing the overall stability of the electrical network.
Monitors current flow variations between two points, swiftly identifying internal faults in equipment and initiating protective measures.
Centralised control for initiating tripping commands, and coordinating protection actions across the system for efficient fault response and equipment safety.
Supports and enhances the functionality of other relays, ensuring a coordinated and comprehensive protection scheme.
Identifies leakage currents and triggers circuit breaker operation, safeguarding against ground faults and electrical shocks in the system.
Swiftly detects earth faults, enabling rapid response to prevent damage and maintain the integrity of the electrical network.
Monitors specific zones for earth faults, providing selective protection to critical areas and minimising unnecessary tripping
Guards against excessive currents and earth faults, ensuring timely intervention to prevent equipment damage and system instability.
Safeguards motors by monitoring parameters like temperature and current, preventing overheating and enhancing the operational lifespan of motors.
Optimizes power factor, enhancing energy efficiency and reducing reactive power consumption in the electrical system.
Monitors voltage levels, triggering protective actions to maintain voltage within safe limits and prevent equipment damage.
Constantly observes line voltage, providing real-time information for operational control and early detection of potential issues.
Protects generators by detecting reverse power flow, preventing damage and ensuring stable operation in power generation applications.
Swiftly identifies phase failures, preventing motor damage and ensuring continued operation in three-phase systems.
Monitors low voltage conditions, initiating corrective measures to prevent equipment malfunctions and system disruptions.
Guards against deviations in system frequency, ensuring stable operation and preventing damage due to frequency-related issues.
Detects neutral displacement, offering protection against unbalanced conditions and enhancing the overall stability of the electrical network.
Monitors current flow variations between two points, swiftly identifying internal faults in equipment and initiating protective measures.
Centralised control for initiating tripping commands, and coordinating protection actions across the system for efficient fault response and equipment safety.
Supports and enhances the functionality of other relays, ensuring a coordinated and comprehensive protection scheme.
