Acereare Electric, officially founded in 2015, integrates R&D, precision production, and global sales. Incorporating two wholly-owned subsidiaries, "RuiRui Electric" and "KeRui Electric", we represent a legacy of over 20 years of craftsmanship passed down through two generations of engineers.
Today, our state-of-the-art facilities rank among China's top original design manufacturers (ODM) and original equipment manufacturers (OEM) for Molded Case Circuit Breakers (MCCB), Air Circuit Breakers (ACB), and premium copper/silver contacts.
For electrical design engineers and global procurement managers, the performance of a molded case circuit breaker under short-circuit faults is defined by two primary parameters: Icu (Rated Ultimate Short-Circuit Breaking Capacity) and Ics (Rated Service Short-Circuit Breaking Capacity).
While Icu represents the absolute maximum fault current a breaker can interrupt safely (though it may be structurally compromised and unusable afterward), Ics defines the level of fault current the breaker can interrupt and *continue to operate safely* under nominal duty cycles. In high-demand infrastructure (telecoms, hospital backup generators, heavy machinery), selecting breakers where Ics = 100% Icu is a prerequisite to prevent cascading electrical failures and catastrophic downtime.
Our ARM5, ARM3E, and ARXM3 thermal-magnetic and electronic adjustable series support breaking capacities up to 200kA at voltages ranging from 400VAC to 800VAC. Utilizing silver-plated moving contacts and dynamic arc-extinguishing chambers, our designs guarantee structural integrity even after multiple short-circuit events.
By working with a manufacturer that controls component processing (such as raw contact silvering and mechanism stampings), engineering teams can adjust trip curve characteristics (LSIG protection models) to optimize circuit protection coordination schemes.
We provide a comprehensive OEM/ODM service through six distinct processing techniques. Our facility is equipped with high-precision fabrication equipment, advanced calibration instruments, and more than 10 manual and automated assembly lines.
Our team of over 50 R&D engineers has more than 5 years of domain experience. Using 3D CAD modeling software, they design components, molds, and finished assemblies, initiating over 50 product development projects annually.
We run two specialized production facilities to separate raw material processing from final breaker assembly. Enterprise resource planning (ERP) and U8 software coordinate schedules, tracking components from warehouse to shipping container.
Using our on-site testing lab with over 150 diagnostic instruments and 20 quality control specialists, we inspect components across every step of production. Testing records are managed using PLM, MES, and Business Intelligence (BI) software.
We utilize specialized low-temperature-resistant housing polymers and low-viscosity mechanical oils. Metallic assemblies undergo thickened rust-preventive treatments, verified by independent testing down to -40°C.
Engineered for coastal installations, maritime switchboards, and docks. Finished units undergo 72-hour salt spray exposure testing, while sub-assemblies undergo 48-hour exposure, preventing oxidation of current-carrying components.
Operating at elevations exceeding 2000m requires consideration of lower air density. We provide customized high-altitude adjustment tables to recalculate heat dissipation and insulation clearances for reliable operation.
Our MCCBs offer compact, trip-free mechanisms and reliable thermal-magnetic protection. Engineered to protect appliances from unexpected line overloads and short circuits while maintaining user-friendly operation.
Designed for deserts and high-temperature manufacturing environments. We apply protective insulating finishes to trip controller housings and test our breakers inside 55°C climate chambers to monitor drift in thermal trip characteristics.
Featuring integrated digital metering, edge computing capability, and RS485/Modbus connectivity. These units monitor electrical parameters in real-time, helping to establish smart grids and automated industrial hubs.
Acereare products undergo testing and certification by international classification bodies to ensure conformity with IEC 60947-2, CE, and China Compulsory Certification (CCC) requirements.
Establish your market presence utilizing our certified industrial platforms:
For distributors requiring built-to-print electrical components:
Complete custom circuit protection development based on performance specifications:
The rapid deployment of distributed renewable energy systems, high-voltage solar farms, battery energy storage systems (BESS), and electric vehicle charging infrastructure requires circuit breakers to handle higher voltages and faster fault clearing times.
Traditional thermal-magnetic trip units are increasingly being replaced by intelligent electronic trip units (ETUs) with adjustable trip curves (LSIG protection). This allows systems to handle high starting currents without triggering false trips, while still maintaining high safety protection levels.
Additionally, modern manufacturing is shifting toward environmentally friendly materials. We are developing arc-chute designs that minimize outgassing and housing polymers that are easy to recycle. This helps green building projects meet RoHS, REACH, and LEED specifications.
AceReare