Explore our primary selection of electronic adjustable circuit breakers built specifically for compliance, high breaking capacities, and selective system coordination.
Microprocessor protection offering highly configurable overload, short-time delay, instantaneous, and earth-fault curve profiles.
Perfectly scaled for mid-size sub-main distribution switchboards. Extremely low internal resistance prevents excessive thermal generation.
Engineered to endure severe mining, pumping, and commercial HVAC motor startup currents without nuisance tripping.
Designed for incoming feeder isolation, combining high fault breaking capability with advanced digital protection algorithms.
Australia's electrical grid is undergoing a historic structural shifts. Driven by extreme environmental conditions, mining expansions in Western Australia and Queensland, and a massive decentralization of renewable energy (utility-scale solar and wind projects), the demand for reliable, high-specification switchgear has never been more critical.
Historically, switchboard builders and EPC contractors in Brisbane, Sydney, Melbourne, and Perth relied on expensive European circuit breaker brands. Today, global supply chains, cost pressures, and the strict requirement for customized digital features have pushed engineers to seek direct manufacturing partnerships with Chinese state-of-the-art factories.
The ARM3E Series Electronic Adjustable MCCB answers this demand. By incorporating micro-processor controlled LSIG trip units, it provides precise selective coordination, minimizing the risk of arc flash incidents and localized faults cascading into complete system blackouts on remote sites.
Why electronic adjustable trip units outperform traditional thermal-magnetic breakers in complex commercial grids.
Long-Time (L) Overload Protection: Adjustable current setting (Ir = 0.4 to 1.0 x In) with customizable delay times to handle prolonged minor overcurrents. Short-Time (S) Short-Circuit Protection: Delay settings to allow coordination with downstream breakers during severe but brief faults.
Instantaneous (I) Trip: Fixed or adjustable thresholds reacting immediately (in milliseconds) to dangerous high-level short circuits. Ground-Fault (G) Protection: Vital for detecting phase-to-earth leakage currents, reducing fire risk and protecting personnel in wet or mining environments.
Unlike thermal-magnetic strips which degrade over time or are highly susceptible to ambient temperature shifts, the ARM3E microprocessor ensures digital calibration accuracy, reducing maintenance cycles and stabilizing trip curves.
In high-availability installations (like hospitals, data centers, and remote pump stations), a fault at an end-user device should only trip the breaker immediately upstream. If the main switchboard breaker trips instead, it cuts power to the entire facility. The ARM3E adjustable LSIG trip system allows engineers to configure precise cascading time and current delays, ensuring only the faulted branch goes dark.
Founded in 2015, Acereare Electric operates through its two fully owned specialized subsidiaries: RuiRui Electric and KeRui Electric. As one of China's premier original manufacturers (ODM) of molded case circuit breakers (MCCB), air circuit breakers (ACB), and structural circuit breaker components, we bring over two generations of engineering heritage.
By integrating product development, component stamping, injection molding, and computerized testing under one roof, we eliminate intermediate supply chain layers. This guarantees that our Australian partners receive reliable quality, fast sample turnarounds, and pricing that keeps switchboard designs competitive.
Our ARM3E units are built to withstand unique environmental and operating challenges typical of the Southern Hemisphere.
Coastal ports and desalination plants present highly corrosive marine environments. Acereare conducts rigorous salt spray testing (72 hours on full assemblies, 48 hours on sub-assemblies) to ensure that the internal mechanism, moving contacts, and electronic components remain unaffected by ocean air.
For installations in high-altitude mines (exceeding 2,000m) and dusty outback locations, our circuit breakers incorporate specific derating factors and high-grade IP protections. This prevents particulate accumulation from causing catastrophic tracking faults inside the arc chute.
Summer in Western Australia and Northern Territory regularly pushes switchboard enclosures to 50°C-55°C. The ARM3E is calibrated and tested using thermal-insulated materials and low-impedance copper conductors to ensure stability at elevated temperatures without thermal drift.
Integrating primary breakers with remote actuation, mechanical safety interlocks, and high-purity stamped assembly components.
Thick silver-plated contact surfaces optimize electrical conductivity and withstand thousands of switching operations under full load.
Standard modular frame size tailored for quick mounting on DIN rail or switchboard backplates. Ideal for industrial light poles.
Cost-effective alternative for simpler power loops that do not require adjustable electronic micro-processor controls.
Designed for quick system parameters calibration during on-site commissioning by Australian licensed electrical contractors.
Acereare's physical manufacturing infrastructure spans two specialized factories. We utilize automated production lines alongside computerized calibration rigs to eliminate human error.
Our quality control flow leverages integrated ERP and MES systems to track every molded case circuit breaker from initial raw metal stamping to raw resin injection molding, final coil winding, and assembly testing. Every single unit undergoes rigorous high-voltage dielectric testing and trip curve verification before shipment.
Manual & Auto Lines
Testing Instrument Sets
Explore high-capacity trip breakers, interlocks, motorized operating mechanisms, and solar photovoltaic solutions.
Robust industrial-grade solution designed for main switchboard incoming feeders and large motor groups.
Our largest capacity molded case unit, handling high currents in utility substations and critical water treatment infrastructure.
OEM-focused adjustable 800A breaker providing extensive trip settings flexibility for switchgear integrators.
Prevents simultaneous closure of mains supply and backup generator breakers, satisfying AS/NZS ATS requirements.
Allows remote control and tripping commands, allowing seamless integration with PLC or SCADA system controllers.
Displays real-time current, phase voltage, and fault history logs directly on a back-lit localized LCD panel.
For overseas factories and component suppliers searching for reliable high-volume stamped terminal and chassis parts.
Specifically engineered to isolate string inverters operating at high voltages typical of solar field grids.
From technical schematic verification to localized compliance certifications and shipping logistics.
We analyze single-line electrical diagrams to recommend the correct frame size, rating, and breaking capacity ($Icu$).
We flash custom firmware into the microprocessors to match specific selectivity curves demanded by your utility client.
Units undergo complete laboratory validation including dielectric, thermal calibration, and mechanical endurance verification.
Direct container deliveries shipped straight to Australian ports or airfreighted for urgent breakdown replacements.
We offer customized brand logo engraving (laser marking) on the breaker frame, authorized brand packaging design, catalog printing, and customized color schemes to reinforce your local brand equity in the Australian market.
Our 50+ R&D engineering team can modify frame layouts, design customized mechanical terminals, develop specialized auxiliary contacts, and manage testing reports to meet localized regulatory standards.
Get immediate, technically accurate answers to the most common questions raised by Australian engineers and procurement managers.
Yes. The ARM3E Series has been strictly engineered, manufactured, and tested in accordance with international standard IEC 60947-2, which is identical to the Australian standard AS/NZS 60947.2. Test reports detailing electrical insulation, temperature rise limits, and short-circuit making/breaking performance can be supplied upon request.
Electronic trip units use current transformers and microprocessors to monitor currents, ensuring they are immune to high ambient temperatures (up to 55°C) common in Western Australia mine sites. Conversely, thermal-magnetic breakers rely on bimetal strips that can trip early when switchboard internal temperatures rise. Additionally, the electronic ARM3E allows precise configuration of LSIG curves, enabling tight coordination with upstream utility fuses.
Absolutely. We specialize in B2B OEM partnerships. We provide high-precision laser marking for your proprietary logos, custom terminal naming formats, customized cardboard boxing with complete branding, and localized technical datasheets to match your commercial identity.
Standard production lead time ranges from 15 to 25 days depending on the batch volume and custom requirements. Sea transit from our Shanghai/Ningbo ports to Sydney or Melbourne usually takes between 14 to 20 days. Fast air-freight options are available for urgent component replacements.
We manage our production under ISO9001 quality guidelines backed by ERP-linked tracing. Every single step of the manufacturing pipeline—from silver contact plating to structural case assembly—is monitored via computerized sensors, and 100% of finished circuit breakers undergo primary injection testing prior to packing.
Minimize project down-times, bypass intermediate agent costs, and collaborate directly with a top tier Chinese MCCB manufacturer. Our engineering team is ready to review your switchboard requirements.
AceReare