Garage lighting
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The lighting circuit is equipped with MCB YCB7-63N, which has a breaking capacity of 6KA. This ensures the reliable operation of the circuit.
The socket circuit is equipped with RCBO YCB7LE-63Y, which has a 40% smaller volume compared to conventional 1P+N leakage devices, resulting in space savings within the enclosure. With a breaking capacity of 6KA, it guarantees both personal safety and reliable circuit operation.
The Tashkent Avtovokzal, the largest public bus station in Uzbekistan, required a robust and reliable electrical infrastructure to support its extensive operations. CNC Electric was tasked with designing and producing a dry type transformer to ensure efficient and safe power distribution within the facility.
In 2022, CNC Electric was successfully shortlisted in the Kiev government’s supplier list, marking a significant achievement for the company. CNC’s MCCB (Molded Case Circuit Breakers), MCB (Miniature Circuit Breakers), and AC Contactors are now being used in the electric distribution switchgears, contributing to the enhancement of Kiev’s electrical infrastructure.
The AEON Towers project, located within the Central Business District of Davao City, Philippines, is a prestigious development aimed at providing modern residential, commercial, and retail spaces. CNC Electric played a critical role in this project by supplying essential electrical infrastructure components, including distribution transformers, power protection panels, and distribution boxes with protection and control devices.
In September 2022, the Kingdom of Jesus Christ initiated the construction of a monumental auditorium in Davao, Philippines. Designed to seat 70,000 people, this auditorium will be one of the largest enclosed venues in the world, establishing itself as a significant cultural landmark for Davao. The project involves the installation of advanced electrical infrastructure, including low voltage cabinets, capacitance cabinets, power transformers, and low-voltage switchgear, to ensure a reliable and efficient power supply for the venue.
In 2021, a new community development project was initiated in Kazakhstan, aimed at providing modern residential and commercial facilities. This project required a robust and efficient electrical infrastructure to support the new community’s energy needs. The project involved the installation of high-capacity power transformers and advanced vacuum circuit breakers to ensure reliable power distribution.
Shenglong Steel Plant, located in Indonesia, is a major player in the steel manufacturing industry. In 2018, the plant undertook a significant upgrade to its electrical distribution system to enhance its production capabilities and ensure a stable power supply. The project involved the installation of advanced medium voltage distribution cabinets to support the plant’s extensive electrical needs.
Donglin Cement Plant, a leading producer of cement in the region, underwent a significant upgrade to its electrical distribution system to enhance operational efficiency and reliability. This upgrade, completed in 2013, involved the installation of advanced distribution cabinets to support the plant’s extensive electrical needs.
Nikopol Ferroalloy Plant is one of the largest global producers of manganese alloys, situated in the Dnepropetrovsk region of Ukraine, close to significant manganese ore deposits. In 2019, the plant undertook a comprehensive upgrade to its electrical infrastructure to support large-scale production operations. The project involved the implementation of advanced Low-voltage Switchgear (MNS) and Air Circuit Breakers to ensure a reliable and efficient power distribution system within the plant.
Nikopol Ferroalloy Plant is one of the largest global producers of manganese alloys, located in the Dnepropetrovsk region of Ukraine, close to large manganese ore deposits. The plant required an upgrade to enhance its electrical infrastructure to support its large-scale production operations. Our company provided advanced Air Circuit Breakers to ensure a reliable and efficient power distribution system within the plant.
Function
1. Personnel and fire protection
2. Cable and line protection against overload and short-circuits.
Selection
1. I∆n ≤ 30 mA: additional protection in the case of direct contact.
2. I∆n ≤300 mA: preventative fire protection in the case of ground fault currents.
3. AC class – Tripping is ensured for sinusoidal, alternating currents, whether they be quickly applied or slowly increase.
General
1.Protection against overload and short-circuit currents
2.Protection against the effects ofsinusoidal alternating earthfault currents
3.Protection against indirectcontacts and additional protection against direct contacts.
4.Protection against fire hazard caused by insulation faults
5.Used in residential building
6.According tothe type of instantaneous release classified as follows:type B(3-5)In,type C(5-10)In,type D(10-20)In
The YCB7-63N series miniature circuit breaker are suitable for overcurrent protection building line facilities and similar purposes in AC 50/60Hz, rated voltage 230V/400V,
General
YCB7RL-100 series electromagnetic residual current operated circuit breaker is mainlysuitable for AC distribution networks with a rated working voltage of 230V or 400V at 50Hzand a rated current of 63A.Used for indirect contact protection of people,and can also beused to prevent fire hazards caused by insulation damage to circuits and equipment,resulting in ground fault currents.
General
YCB7LE-63Y series integrated residual current operated circuit breaker is mainly used in AC50/60Hz rated voltage 230V rated current up to 63A lines,as a load line for leakage (electricshock),overload and short circuit protection.It can also be used for infrequent connection,disconnection,and switching.
Standard:|EC/EN 61009-1
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Address:CNC High-Tech Hutou Industrial Zone, Liushi Town, Yueqing, Wenzhou Ctity, China