Rated IP68, the WATERPROOF CONNECTOR offers full protection against dust ingress and immersion in water up to 1.5 meters for extended periods, making it suitable for harsh outdoor environments. The threaded coupling mechanism ensures a secure lock between male and female connectors, preventing accidental disconnection and enhancing vibration resistance. With an operating voltage of up to 250V AC/DC and current ratings typically ranging between 5A–10A, it supports both signal and power transmission.

The IP68 Waterproof Connector 17mm Series is widely used across LED lighting systems, industrial automation, renewable energy setups, marine equipment, and outdoor communication devices. Its easy installation, long service life, and robust sealing performance make it a trusted choice for engineers seeking reliability and efficiency in challenging applications.

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Designed with IP68-rated protection, the connector offers complete dustproof sealing and immersion resistance, making it ideal for marine equipment, LED lighting systems, automation machinery, and outdoor power supplies. Its advanced sealing structure prevents moisture ingress, ensuring consistent performance even under heavy rain, submersion, or dusty industrial conditions. This makes it a preferred choice for applications that demand high reliability in extreme weather or challenging environments.

The connector is manufactured using high-quality flame-retardant plastic and corrosion-resistant metal contacts, ensuring optimal conductivity and thermal stability. It supports a wide operating temperature range, strong clamping mechanisms for cable security, and quick installation with screw-type or push-lock options. With its robust construction and versatile application potential, the IP68 Waterproof Connector 21mm Series provides a safe, efficient, and long-lasting solution for critical electrical connections.

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With its standardized pin layout and robust design, the PYF08A relay base ensures secure contact connections, minimizing the risk of loose wiring or contact failure. It supports a broad range of control voltages and is capable of handling frequent switching cycles, making it ideal for automation systems, motor control circuits, and machinery protection applications. The transparent design of the socket allows visual inspection of relay contacts and wiring, enhancing safety and troubleshooting efficiency.

Additionally, the PYF08A relay base features mounting options compatible with both DIN rail and panel installations, providing flexibility in control panel design. Its compact size, high mechanical strength, and resistance to vibration make it suitable for harsh industrial environments. This relay base is an essential component for reliable relay operation, ensuring consistent performance and extending the lifespan of MY2 series relays in any automation setup.

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Engineered for efficiency and reliability, the TSR 90DA operates with minimal switching transients and reduced inrush currents, thanks to its controlled firing angle technology. The reactor is designed to withstand continuous operation under harsh grid conditions, offering high thermal stability, excellent insulation performance, and low total harmonic distortion (THD). It supports rapid switching operations, allowing instantaneous compensation without mechanical wear, thus increasing overall system life.

With a rated capacity of 90 kVAr, the Three Phase Solid State Relay 90DA is well-suited for integration into Static Var Compensators (SVCs) and FACTS systems, enhancing network flexibility. Its modular design simplifies installation and maintenance, while the digital control interface ensures accurate monitoring, fault diagnostics, and system protection. This makes the TSR 90DA a reliable choice for industries like steel, cement, refineries, and power transmission, where continuous and efficient reactive power management is critical.

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Built with a robust reactor design and controlled through state-of-the-art thyristor-based modules, the TSR 80DA offers optimized efficiency and reduced losses. Its operation is smooth and free from transients, as the switching sequence is carefully managed to minimize harmonic distortion. The system is suitable for continuous operation in demanding environments, ensuring long service life with minimal maintenance.

The Three Phase Solid State Relay (TSR) 80DA is commonly applied in Static VAR Compensators (SVCs), industrial power systems, transmission networks, and renewable energy grids where fast and precise reactive power management is essential. Key specifications include a rated inductive power handling capacity of 80 Mvar, fast response time in the range of milliseconds, and compatibility with high-voltage installations up to 400 kV. With its advanced control integration, the TSR 80DA contributes significantly to voltage regulation, system stability, and reduction of power losses across the grid.

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Designed with advanced semiconductor control, the Three Phase Solid State Relay 70DA minimizes mechanical wear by eliminating moving parts, ensuring long-term durability and low maintenance. Its compact construction makes it suitable for integration in medium and high-voltage systems across industries such as power distribution, heavy manufacturing, and renewable energy plants. With protection features against overcurrent, overvoltage, and harmonic resonance, it guarantees safe and reliable operation even under demanding load conditions.

Technical specifications include a rated voltage range of up to 11kV, switching time in the millisecond range, and a compensation capacity aligned for large-scale industrial loads. The Three Phase Solid State Relay 70DA complies with international standards for power quality and efficiency, offering an ideal solution for utilities and industries seeking to reduce energy losses, improve stability, and maintain compliance with grid regulations.

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With a rated capacity of 60 kVAR, this reactor operates on a robust design that integrates thyristor valves, air-core/iron-core reactors, and digital control modules. The switching mechanism eliminates mechanical wear, ensuring a maintenance-free and long operational life. Designed to function seamlessly under varying load conditions, the TSR 60DA provides reliable harmonic filtering and reduces network disturbances, contributing to overall system efficiency and compliance with grid codes.

The Three Phase Solid State Relay TSR 60DA is equipped with features such as fast switching time (<10 ms), low losses (<0.2%), and continuous duty cycle performance. Its modular design allows for easy integration into Static VAR Compensator (SVC) systems or Static Synchronous Compensator (STATCOM) setups. Built for harsh industrial environments, it offers high thermal stability, overload protection, and digital communication interfaces for remote monitoring and control. This makes it a critical component in ensuring grid reliability, improved power factor correction, and enhanced operational stability in dynamic electrical networks.

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Engineered with high-quality reactors and low-loss thyristor modules, the TSR 50DA ensures smooth operation under varying load conditions. It effectively reduces the risk of voltage instability, suppresses harmonic distortion, and prevents system resonance. The design also incorporates efficient thermal management, high dielectric strength insulation, and advanced protection mechanisms against overcurrent, short circuits, and voltage surges.

Key specifications include a rated capacity of 50 kVAR (adjustable as per system requirement), voltage range compatibility from 3.3kV to 11kV, fast switching time in the range of 10–20 ms, and long operational life with minimal maintenance. The Three Phase Solid State Relay 50DA is compact, durable, and designed for easy integration into existing capacitor banks or Static VAR Compensators (SVCs). Its robust performance ensures optimal power quality, improved equipment lifespan, and significant energy efficiency benefits for demanding electrical environments.

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Built with robust engineering, the TSR 40DA is suitable for applications in medium and high-voltage systems where rapid and reliable power factor correction is critical. The unit is capable of operating under heavy-duty conditions, offering high thermal stability, strong overload capacity, and extended service life. With optimized switching algorithms, it minimizes harmonic distortion and reduces system losses, making it an efficient solution for industries with fluctuating loads such as steel plants, chemical industries, and power utilities.

Key specifications include thyristor-based zero-cross switching, fast response time in the millisecond range, compatibility with Automatic Power Factor Correction (APFC) systems, and modular design for easy integration into existing installations. The Three Phase Solid State Relay 40DA not only improves energy efficiency but also helps comply with stringent power quality standards, ensuring reliable and cost-effective operation for industrial and commercial power systems.

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Engineered with robust thyristor valves, low-loss iron-core reactors, and reliable cooling mechanisms, the TSR 25DA delivers long-term performance with minimal maintenance. Its fast-response switching capability (in milliseconds) allows seamless operation during sudden load fluctuations, while the optimized design minimizes harmonic distortion and ensures compliance with international power quality standards. The device supports modular configurations, enabling flexible installation and scalability in both medium- and high-voltage networks.

The 25DA model is rated for high efficiency and continuous duty, with key specifications including rated current handling capacity, high dielectric strength, low total harmonic distortion (THD), and protection features against over-voltage, over-current, and thermal stress. This makes the Three Phase Solid State Relay 25DA an ideal choice for industries requiring reliable power factor correction, such as steel plants, refineries, data centers, and transmission utilities, ensuring energy efficiency, reduced losses, and enhanced operational safety.

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