Explore our premium selection of industrial circuit breakers, custom manufacturing sub-assemblies, and heavy-duty switchgear accessories, direct from China's leading low-voltage power distribution factory.
A Professional OEM/ODM Manufacturer of Heavy-Duty Circuit Protection Devices Since 2015
Founded in 2015, Acereare Electric operates alongside its two wholly-owned subsidiaries, RuiRui Electric and KeRui Electric. Operating as a master-tier industrial producer, we have established long-term strategic supply relationships with nearly 100 high-end domestic and global buyers. Leveraging over 20 years of craftsmanship inherited across two generations of engineering leadership, our group has evolved from a small component sub-assembly supplier into a leading manufacturer of Molded Case Circuit Breakers (MCCB), Air Circuit Breakers (ACB), and high-precision switchgear internal components.
Our core production is backed by a fully integrated engineering system spanning advanced material science (silver contacts and stamping parts), precision plastic molding, and electronic trip unit design. With a combined global sales volume exceeding 250 Million RMB, we rank among the top-tier Chinese ODM factories. We deliver custom solutions to developers, grid planners, and industrial distributors who demand structural reliability, technical compliance, and cost-efficiency.
Understanding the engineering metrics and architectural layout of our 630A Air Circuit Breakers (ARW1 series) for low-voltage switchboard incoming and outgoing circuits.
The ARW1-1600 series Intelligent Air Circuit Breaker (ACB) is engineered for operation within power networks rating up to AC 690V (50Hz/60Hz) with rated operational currents ranging from 400A to 630A and up to 1600A. The main role of the ACB 630A is to control and protect the power system from complex overcurrent faults, short circuits, undervoltage anomalies, and single-phase grounding issues. By utilizing a high-breaking-capacity micro-contact system combined with microprocessing trip technologies, our ACBs ensure maximum system uptime with selective grid protection coordination.
| Technical Characteristic | Specification / Parameters (ARW1-1600 / 630A Frame) |
|---|---|
| Rated Operational Current (In) | 400A, 630A, 800A, 1000A, 1250A, 1600A |
| Rated Operational Voltage (Ue) | AC 400V / AC 690V (1140V Custom execution for Solar/Wind) |
| Ultimate Short-Circuit Breaking Capacity (Icu) | 50kA (at 400V) / 42kA (at 690V) |
| Service Short-Circuit Breaking Capacity (Ics) | 100% Icu (50kA / 42kA) |
| Rated Short-time Withstand Current (Icw) | 42kA / 1s |
| Number of Poles | 3 Poles (3P) or 4 Poles (4P) |
| Trip Controller Type | Type H (Intelligent Monitoring), Type M (Basic Intelligent), Type 3C (Basic Protection) |
| Intelligent Protections | Overload long-time delay (L), Short-circuit short-time delay (S), Instantaneous (I), Ground fault (G) |
| Installation Configuration | Drawer Type (Withdrawing chassis) or Fixed Type |
Our circuit protection devices are custom-engineered to handle extreme environmental demands across a wide variety of industrial and commercial setups.
Engineered for installations in sub-zero locations, our components feature low-temperature resistant structural resins and specialized arctic-grade lubricants. Internal metal mechanisms receive thickened zinc coatings to prevent mechanical binding. Each unit is backed by internal testing reports validating operation down to -40°C.
Designed for docks, marine operations, and chemical plants, these circuit breakers endure severe ambient humidity and salt spray. They complete 72-hour assembly testing and 48-hour sub-component testing, ensuring stable performance and avoiding micro-welded contacts in seaside atmospheres.
In environments exceeding 2000m elevation, thin air reduces heat dissipation and dielectric insulation. We apply calculated derating coefficients to manage thermal limits and adjust breaking thresholds, ensuring full compliance and system safety on mountain grid installations.
Providing reliable protection for commercial facilities and large apartment complexes. Our Molded Case Circuit Breakers guard lighting systems, HVAC gear, and heavy appliance circuits from catastrophic short-circuits while offering easy resetting and long mechanical life.
Optimized for high-temp environments like metal factories and desert infrastructure. Controller housings are built with thermal barriers, and active elements are treated for continuous moisture resistance. Our designs are thoroughly tested in 55°C constant-temperature rooms.
Our intelligent ACBs do more than trip circuits; they act as network sensors. Incorporating high-accuracy current transformers and edge-computing trip units, they deliver power quality diagnostics, precise power metering, and remote grid management capabilities.
How our integrated factory ecosystem delivers fast lead times, strict quality control, and competitive wholesale pricing.
In low-voltage electrical manufacturing, vertical integration determines product quality and supply chain resilience. Unlike basic assembly workshops, Acereare Electric manufactures its own core sub-components. From stamping parts for contacts to silver-plated contact rivets, we supervise every step of production. Our two processing plants utilize high-precision CNC punch presses, automatic plastic injection machines, and advanced secondary finishing equipment.
Our plants are managed using modern enterprise systems, including PLM, ERP, BI, and MES. By linking research, stock levels, production progress, and quality testing, we ensure that bulk orders are delivered on time without compromising safety standard guidelines.
One-stop processing across six advanced technical workflows. Features high-precision manufacturing equipment and 10+ manual and automated production lines.
50+ R&D engineers with over 5 years of industry experience. Advanced 3D mold layout design, with over 50 product development projects completed annually.
Our dual factories manage both sub-component production and final product assembly, integrated via ERP and U8 software for efficient logistics.
A multi-stage quality control process utilizing 150+ testing instruments, 20+ specialized inspectors, and complete software tracking via PLM, BI, ERP, and MES.
Pioneering the next generation of eco-friendly, digitally connected switchgear for smart grids and renewable energy integrations.
As international grid standards focus on sustainability and digital connectivity, the engineering roadmap for Air Circuit Breakers (ACBs) is evolving. Our R&D division is focused on transitioning mechanical ACBs into intelligent grid terminals. By optimizing pole designs and micro-contacts, we aim to reduce heat generation inside enclosures by 15% over the next two years.
Additionally, we are expanding our smart trip unit technology to incorporate edge computing algorithms, enabling circuit breakers to predict potential equipment failures before they happen. Through these developments, Acereare is committed to supporting modern power networks with safer, cleaner, and more reliable protection systems.
With solar and battery storage systems shifting to higher voltage levels, we are developing circuit breakers rated for 1140V AC and 1500V DC. These will feature improved magnetic blowout structures to safely extinguish high-voltage electrical arcs.
We are reducing our environmental footprint by using halogen-free thermoset plastics and RoHS-compliant silver alloy contacts across our entire product range, ensuring recyclability at the end of the product's life cycle.
A professional step-by-step workflow designed for industrial distributors and OEM partners looking to develop customized circuit breaker product lines.
Submit your electrical parameters, expected volumes, and certification requirements.
Our team provides 3D CAD files, electrical mapping, and structural solutions for your review.
We supply prototype samples for your laboratory testing before finalizing the production contract.
MES-guided manufacturing tracks assembly processes, followed by 100% dielectric and tripping tests.
Custom sea/air packaging safeguards terminal terminals during international transit.
Direct answers to common technical queries from electrical consultants, system integrators, and procurement agents.
Icu is the Ultimate Short-Circuit Breaking Capacity (the maximum current the breaker can interrupt without permanent damage), whereas Ics is the Service Short-Circuit Breaking Capacity (the current level the breaker can interrupt and continue operating afterward). Our ARW1-1600/630A series features an Ics of 100% Icu (50kA at 400V). This high capability guarantees that even after clearing a major short-circuit event, the breaker remains fully operational, reducing maintenance costs and downtime.
At altitudes exceeding 2000m, low atmospheric density reduces cooling efficiency and dielectric strength. To ensure safe operation, we apply standard high-altitude derating tables. For instance, at 3000m, the rated operational voltage (Ue) and rated continuous current (Iu) are adjusted by factors of 0.88 and 0.96, respectively. Our R&D division helps project engineers calculate these adjustments to ensure full system compliance.
Yes. We manufacture customized PV-series Molded Case Circuit Breakers (such as the ARXM3 and Solar OEM series) and Air Circuit Breakers rated for 800VAC, 1000VAC, and 1140VAC. These units utilize double-break contact structures and high-dielectric resins to handle the distinct electrical demands of commercial solar inverters and battery energy storage systems (BESS).
Standard OEM/ODM container orders are generally delivered within 25 to 35 days. This includes manufacturing the housing, stamping metal contacts, electronic trip assembly, and comprehensive QA testing. If custom tooling design is required for new ODM products, an additional 30 to 45 days is scheduled for prototype validation before starting volume manufacturing.
Browse our wide range of low-voltage electrical protection components, designed to improve the performance and safety of power networks.
AceReare
