Premium intelligent circuit breakers engineered for high-availability systems, direct from our automated manufacturing lines to Hungarian industrial hubs.
Hungary's industrial landscape is undergoing a massive technological shift, driven by major manufacturing developments in Győr, Debrecen, Kecskemét, and Budapest. As global giants establish gigafactories, battery manufacturing facilities, and automated automotive assembly lines across the Pannonian Basin, the demand for stable, digitized, and highly reliable low-voltage power distribution systems has reached unprecedented heights.
The integration of volatile renewable energy resources like large-scale solar parks in the Puszta region requires state-of-the-art grid synchronization and protective switchgear. In this context, our ARM6Z series remote-control MCCB acts as a vital technological pillar. Engineered with advanced RS-485 Modbus telemetry protocols and integrated liquid crystal status screens, it allows grid operators and industrial facility managers to remotely monitor real-time loads, diagnostic reports, and circuit status, drastically reducing downtime in mission-critical facilities.
By complying fully with European safety frameworks including EN 60947-2, Acereare Electric provides Hungarian distributors and switchboard panel builders with the competitive advantages of direct OEM/ODM factory customization, reliable engineering blueprints, and robust logistics channels.
A professional original manufacturer integrating R&D, production, and global sales, specializing in molded case circuit breakers (MCCB), air circuit breakers (ACB), and premium copper components.
Founded with a legacy of over 20 years of electrical engineering craftsmanship passed down through generations, Acereare Electric was formally established in 2015. Over the last decade, we have consolidated our presence under two wholly-owned production subsidiaries: "RuiRui Electric" and "KeRui Electric".
With massive investments in precision testing equipment, state-of-the-art automatic stamping systems, and automated testing rigs, we have positioned our factories among the top-tier ODM partners for premium low-voltage hardware. We maintain strategic alliances with over 100 high-end distributors, utility administrators, and construction companies globally, establishing a strong footprint in Europe and Central Europe.
One-stop production incorporating six core industrial processing techniques, high-precision automated assembly loops, and more than 10 manual and automated production lines.
Over 50 dedicated R&D engineers with average 5+ years experience. Expert utilization of 3D mold CAD/CAM software, delivering over 50 new R&D prototype setups annually.
Running two specialized manufacturing campuses for discrete electrical parts and finished assemblies, integrated seamlessly via advanced enterprise ERP/U8 networks.
Multi-step internal testing via proprietary laboratories equipped with 150+ evaluation instruments, backed by enterprise-wide PLM, BI, ERP, and MES software layers.
Professional R&D Engineers
Skilled Assembly Workers
Annual Sales Value (RMB)
Our manufacturing and protection models are globally tested and verified to meet rigorous industrial compliance guidelines.
From sub-zero winters in Miskolc to the humid river systems along the Danube, our MCCB designs are optimized for specific local settings.
Our circuit breakers utilize specialized low-temperature resistant structural resins and specialized internal lubricating greases. Iron and copper parts are treated with thick anti-oxidant platings, securing full operational reliability at down to -40 ℃, with certified low temperature test reports.
Ideal for water purification complexes, river infrastructure along the Danube, and damp production sites. Every MCCB batch goes through standard 72-hour whole-machine and 48-hour sub-assembly salt spray tests, maintaining internal mechanical consistency and avoiding voltage leaks.
For installations in elevated mountain regions exceeding 2000 meters. The electrical insulation matrices and thermal coefficients are mathematically derated and calibrated against a standardized high-altitude coefficient system to keep the physical breaking capacity intact.
Providing high-flexibility, compact safety footprints for modern apartments, shopping hubs, and corporate parks in Budapest. Our switchgears guarantee immediate isolation during micro-second overload or short-circuit situations, protecting expensive end-user appliances.
Engineered for metallurgical works, hot glass furnaces, and intense factory zones. We utilize premium heat-resistant insulation boundaries. Critical contacts are tested inside constant temperature environments at 55 ℃ to verify they run cool and retain operational safety under peak current load.
Optimized for smart grids, remote sub-stations, and high-frequency power tracking. Integrating current monitoring, real-time power computation, and protocol outputs. This provides a digital connection to automated SCADA systems, laying the groundwork for IoT-managed electrical distribution grids.
Accelerating your market footprint in Hungary and wider Central European regions with customizable branding, flexible order quantities, and dedicated engineering support.
Modern electrical infrastructure must integrate multi-source power feeds, particularly as grid structures accommodate high-density solar energy systems, industrial EV charging parks, and decentralized co-generation stations. This requires high breaking capacities, adaptive protection curves, and reliable insulation profiles.
Acereare's technical roadmap points toward the digitization of low-voltage distribution. By embedding high-precision current transformers, high-speed microcontrollers, and wireless communication protocols directly inside the MCCB frames, we are converting traditional reactive circuit breakers into predictive diagnostics units. This allows predictive maintenance, notifying operators of micro-arcs and transient overloads before they lead to full system failures.
1. Technical consultation & structural verification -> 2. Customized prototype validation -> 3. Contract finalizing & mold modification -> 4. Automated assembly & MES quality monitoring -> 5. Multi-scenario laboratory testing -> 6. Secure export logistics and local site support.
ARM1 Series
ARM1L Series
ARXM3 Series
ARM3E Series
ARM5 Series
ARM6 Series
ARW1 ACB
ARW3 ACB
Providing heavy-duty, high breaking capacity, electronic, and thermal-magnetic circuit breakers alongside premium internal stamping hardware components.
In-depth responses to direct engineering and integration queries from Hungarian electrical switchboard designers, utility companies, and industrial managers.
The ARM6Z series incorporates an RS-485 communication port running the industry-standard Modbus-RTU protocol. This setup lets engineers integrate the breaker directly into remote telemetry systems, programmable logic controllers (PLCs), and local industrial computer setups. Real-time parameters—such as three-phase line voltages, active currents, status configurations, and recent trip logs—can be continually monitored. Remote switching actions can also be securely commanded via authorized remote protocols.
All our circuit breakers (including ARM6Z, ARM5E, and ARW1 series) are designed, manufactured, and tested to meet international safety norms, specifically IEC/EN 60947-2. We hold full CE, CCC, and ISO9001:2015 factory certifications. Upon request, we provide detailed laboratory test reports, temperature rise charts, and breaking capacity curves to support compliance checks with European agencies.
The liquid crystal displays used in our ARM6Z series are selected for industrial-grade thermal resilience. For outdoor solar cabinets and wind turbine installations in rural Hungary, we utilize wide-temperature screen matrices capable of maintaining contrast and legibility down to -20°C. For deep sub-zero settings (such as -40°C), we recommend and provide built-in thermostat heating strips inside the switchboard panel cabinet to keep local interface readouts running smoothly.
We provide deep ODM services, including customized laser branding, tailored enclosure dimensions, custom busbars, and custom-engineered stamping plates. We can also modify the internal electronic trip units to support non-standard time-current characteristic curves. This ensures smooth integration into existing switchboard layouts without requiring complete redesigns.
Partner with Acereare Electric for high-precision, SCADA-ready, and CE-certified circuit breakers tailored to Hungary's industrial standards.
Send Inquiry Now
AceReare
