KRIPAL Isolator Switches feature terminal covers that comply with VDE0106 standards, ensuring complete finger-safe protection. Manufactured without using PCBs, Freon, asbestos, or silicone resins, and featuring cadmium-free contact materials, our switches meet the most stringent environmental requirements while delivering exceptional electrical safety.
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As a world-class expert in power distribution and automation engineering, KRIPAL maintains a proven quality management system that delivers products of uncompromising safety. Our Isolator Switches undergo rigorous quality control and have obtained multiple international certifications and marine classification society approvals, ensuring global applicability. The product range includes UKP, UKPN, and UKPW series, certified by leading authorities including CE, TÜV, and SEMKO, guaranteeing compliance with the highest international safety standards.
KRIPAL Isolator Switches feature terminal covers that comply with VDE0106 standards, ensuring complete finger-safe protection. Manufactured without using PCBs, Freon, asbestos, or silicone resins, and featuring cadmium-free contact materials, our switches meet the most stringent environmental requirements while delivering exceptional electrical safety.
Industrial Power Distribution: Used in factory workshop distribution cabinets and panels for isolating power during maintenance of motors and production line equipment, creating visible disconnection points.
Building Electrical Systems: Installed in commercial/residential electrical shafts and distribution rooms to control lighting and HVAC circuits, enabling safe circuit maintenance and equipment replacement.
Marine & Offshore: Adapted for ship and offshore platform power systems to isolate generators and propulsion systems, meeting maintenance needs in humid, high-vibration environments.
New Energy Sector: Applied in PV inverters and battery storage cabinets to isolate battery arrays or inverter power sources during equipment maintenance.
Transportation Infrastructure: Used in metro/rail traction power systems and EV charging station circuits to ensure operator safety during power equipment maintenance.
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