Direct access to industrial-grade Molded Case Circuit Breakers (MCCB), precision components, and automated electrical mechanism modules directly from our ISO-certified facilities.
Founded in 2015, Acereare Electric has consolidated its position in the electrical protection sector through its two wholly-owned subsidiaries, "RuiRui Electric" and "KeRui Electric". Grounded in a rich legacy of craftsmanship spanning over two generations, our team of dedicated electrical engineers has designed, tested, and shipped millions of heavy-duty low-voltage protection units worldwide.
With our core corporate capabilities spanning over a wide array of original equipment manufacturing (OEM) and original design manufacturing (ODM) domains, we represent the absolute standard in high-end circuit interruption. Our manufacturing facility represents one of China's top-tier ODM bases, offering high breaking capacity solutions to smart energy networks, infrastructure developers, and global distributors.
How we leverage state-of-the-art production management, digital engineering, and rigorous QA platforms to deliver cost-effective and highly reliable electrical systems.
One-stop shop utilizing six distinct metallurgical and mechanical processing techniques. Operating over 10 manual and automated assembly lines with advanced high-precision testing apparatus.
Fitted with 3D CAD modeling, structural finite element analysis, and transient simulation capabilities. 50+ custom R&D innovations developed, tested, and validated per year.
Backed by two core factories optimizing components and terminal device production. Integrated cloud enterprise resource planning (ERP) systems ensure fast, reliable deliveries.
Onsite type-testing lab utilizing over 150 unique instruments and monitored by 20+ specialized inspectors. Fully connected PLM, BI, and MES platforms guarantee end-to-end traceablity.
From physical metallurgy to digital trip units—understanding the performance and structural details of modern switchgear.
Modern low-voltage power networks demand circuit breakers capable of managing extreme fault currents without structural catastrophic failure. As a leading supplier, our ARXM3 series thermal-magnetic MCCBs offer adjustable thermal elements for overload protection, paired with fast-acting magnetic elements for instantaneous short-circuit protection.
Key engineering details include:
The shift toward smart grid frameworks requires digital protection units. The ARM3E series incorporates Microprocessor-based electronic controllers, offering complex selective tripping settings (LSIG: L - Long-time delay, S - Short-time delay, I - Instantaneous, G - Ground fault).
These details include:
Our circuit breakers are optimized using advanced material treatments to deliver reliable switching performance across harsh operating environments.
Formulated using high-impact structural polymers and specialized low-viscosity mechanical lubricants. Validated with type-testing down to -40 °C for Arctic and cold-chain industrial applications.
Anti-corrosive silver-plated copper conductors and passivation on structural steel parts. Rated for up to 72 hours complete-machine salt spray resistance, making them ideal for coastal sub-stations and docks.
Designed with enlarged clearance and creepage distances to prevent electrical breakdown in thin air. Supported by reliable derating charts for installation above 2,000 meters.
Compact footprints, silent operation, and user-friendly toggle operations. Ideal for distribution boards in residential buildings, protecting household appliances from unexpected short circuits.
Enclosures built from flame-retardant, high-glass transition temperature composite thermoplastics. Engineered for reliable, continuous load handling within enclosed cabinets at ambient temperatures of 55 °C.
Incorporates high-accuracy CT coils and digital converters. Delivers comprehensive features including communication, metering, protection, control, and edge computing for modern smart grid systems.
Electrical procurement directors, system integrators, and distributors face three critical challenges: price volatility, supply chain disruptions, and strict compliance with local grid codes. Sourcing your components directly from China's leading cluster in Wenzhou/Liushi allows you to optimize your total cost of ownership (TCO) without sacrificing quality.
At Acereare Electric, we address these challenges through extensive vertical integration. By stamping our own metal parts (like connection plates, moving copper contacts, and shunt trips) in-house, we eliminate intermediate supplier markups, control raw material quality, and guarantee shorter production lead times.
We produce a broad selection of low-voltage switchgear to meet diverse international engineering demands:
All our circuit protection systems undergo rigorous testing to comply with major international electrical standards, ensuring safe deployment in global installations.
Our industrial circuit breakers comply with the European standard IEC/EN 60947-2. This regulates low-voltage switchgear and controlgear used in factories, industrial facilities, and distribution systems up to 1000V AC. Our compliance is verified by third-party test reports from laboratories like KEMA, TUV, or Intertek.
For projects in China and the wider APAC region, our complete range holds China Compulsory Certification (CCC). This ensures our raw materials, insulation properties, short-circuit current withstand capabilities, and mechanical operations meet domestic safety and performance standards.
How we work with our international clients, from initial technical consultation to production, inspection, and delivery.
Assess operating parameters, breaking capacities, and layout requirements.
Our R&D team creates detailed 3D files, schematics, and custom quotes.
Sign terms and launch custom injection molds if custom specs are needed.
Monitor production via MES, followed by on-site laboratory testing.
Arrange secure wooden-crate export packaging and customs clearance.
Build brand recognition in your target markets with our customizable brand services. We support custom laser-etched logos, premium raw materials, rapid prototyping, and modified chassis dimensions.
Utilize our manufacturing infrastructure as your dedicated overseas factory. Our engineering team assists with custom mold fabrication, customized accessory integrations (auxiliary trips/undervoltage releases), and third-party certifications.
From initial sketches to final production, we handle product mold development, electrical design, custom trademark packaging, and compliance testing for low-voltage systems.
Key developments shaping the next generation of industrial circuit breakers and power distribution networks.
Modern circuit breakers are shifting from simple reactive safety switches to connected smart devices. By integrating temperature and mechanical wear sensors, systems can predict faults before they occur. This reduces downtime in sensitive manufacturing facilities and data centers.
The growth of commercial solar (PV) installations and battery energy storage systems (BESS) has driven demand for high-voltage DC circuit breakers. Breaking high-voltage DC arcs requires deeper magnetic arc runners and specialized pole configurations to safely clear 1000V to 1500V DC faults.
Driven by global environmental standards like RoHS and REACH, modern manufacturers are transitioning to lead-free contacts and halogen-free thermoplastics. Developing flame-retardant plastics without toxic halogens is key to reducing environmental impact.
Common technical and logistics questions answered by our engineering team.
Icu (Ultimate Short-Circuit Breaking Capacity) represents the maximum fault current the circuit breaker can clear without sustaining permanent damage. Ics (Service Short-Circuit Breaking Capacity) indicates the level of fault current the breaker can safely interrupt and continue working normally afterward. For critical industrial applications, we design our premium MCCB lines with Ics = 100% Icu to ensure maximum reliability and safety.
At altitudes above 2,000 meters, the thinner air reduces the cooling capacity and dielectric strength of the atmosphere. This requires derating the breaker's operating voltage, current threshold, and breaking capacity. We provide detailed altitude derating tables for our ARXM3 and ARM3E series to help engineers size systems correctly for high-altitude installations.
Yes, we build specialized solar-rated molded case circuit breakers designed to operate at 800VAC, 1000VAC, and 1140VAC. These models feature optimized arc-chutes and reinforced isolation barriers to prevent phase-to-phase flashovers under high open-circuit PV system voltages.
Our testing lab features over 150 unique testing setups, allowing us to perform temperature rise tests, mechanical endurance tests, salt-spray corrosion tests, and trip characteristic calibration. This rigorous testing helps ensure our products meet major international standards before shipping.
Yes. While we are a large-scale manufacturer, we support growing brands by offering OEM services for lower-volume orders. We can customize brand logos, labels, and packaging to help you build brand equity in your local market.
Explore our range of heavy-duty air circuit breakers (ACB), solar-power MCCBs, and high-precision switch contacts.
AceReare
