Engineered to resist high temperature fluctuations and supply steady voltage protection.
Iraq is currently undergoing a massive transformation of its utility grid infrastructure. Driven by the Iraq Ministry of Electricity’s strategic plans to reduce load shedding and move away from fossil-fuel reliance, huge investments are flowing into commercial-scale solar installations, smart distribution substations, and industrial manufacturing plants. Provinces like Basra, Nineveh, Anbar, and Baghdad are leading the demand for high-reliability electrical switchgear.
However, operating electrical distribution components in Iraq presents significant engineering challenges. With summer temperatures regularly climbing above 50°C and frequent sandstorms causing dust accumulation, standard off-the-shelf breakers fail prematurely. Thermal-magnetic circuit breakers degrade rapidly without precise calibration, leading to nuisance tripping or failure to clear faults. Under these conditions, DC Molded Case Circuit Breakers (DC MCCBs) must be engineered with advanced materials, reliable arc-extinguishing chambers, and highly accurate thermal-magnetic or electronic trip units.
As a premier China DC MCCB manufacturer, Acereare has optimized its production lines to supply electrical gear that withstands the unique harsh environmental conditions of the Middle East, guaranteeing longevity and maximum safety for local grids.
Integrating professional R&D, automated production lines, and rigid testing systems.
Founded officially in 2015, Acereare Electric operates two wholly-owned production subsidiaries: "RuiRui Electric" and "KeRui Electric". Behind our corporate registration lies more than 20 years of craftsmanship passed down through two generations of electrical designers. Today, we rank among the top ODM electrical device manufacturers in Wenzhou, China, supplying world-class MCCBs, ACBs, and key internal switchgear parts to over 100 high-end strategic partners worldwide.
Our state-of-the-art facilities implement full digital lifecycle management. We manage every step from product concept to delivery utilizing advanced enterprise software systems like PLM, BI, ERP, and MES. With precision stamping, automated silver contact welding, and automated assembly, we ensure every DC MCCB conforms strictly to global safety norms.
For global EPC contractors and distributors sourcing electrical materials for Iraqi projects, documentation and validation are critical. Iraq customs authorities demand compliance certificates issued by authorized bodies like Bureau Veritas (BV) or SGS, under the Central Organization for Standardization and Quality Control (COSQC) guidelines.
Acereare supports engineering clients by providing full type-test reports, CB, CE, and ISO certificates. We handle all logistics documentation meticulously, ensuring products clear customs seamlessly at Umm Qasr Port or Baghdad International Airport.
Specialized circuit breaker applications designed for severe thermal conditions, salt spray, and dust.
Iraq's rapid solar growth requires specialized protection. Standard AC breakers are useless in high-voltage DC arrays due to the lack of a zero-crossing point. Our ARM6DC 1500V MCCBs use magnetic blowout grids and gas-evolving arc-chute materials to extinguish heavy DC faults within milliseconds, safeguarding expensive solar inverters and battery systems.
Operating in petrochemical environments like the Basra oilfields requires resilience against sulfurous gases and moisture. Our MCCBs pass a strict 72-hour salt spray test, ensuring that metallic parts do not oxidize. Thickened composite anti-corrosion platings keep the mechanical trip structures operating smoothly over decades of service.
With external temperatures touching 55°C, standard breakers suffer from nuisance tripping. Acereare calibrates its circuit breakers in dedicated thermal ovens. We utilize specialized high-temperature thermoset plastics for the breaker housing, ensuring mechanical integrity and correct trip response curve calibration at 55°C ambient air.
To ensure correct safety layouts, design engineers must apply the correct temperature derating factors to the breaker's rated current (In).
| Breaker Type | 40°C Rating (In) | 45°C Derating Factor | 50°C Derating Factor | 55°C Derating Factor | 60°C Derating Factor |
|---|---|---|---|---|---|
| ARM6DC Series (Solar DC MCCB) | 250 A | 0.98 | 0.96 | 0.92 | 0.88 |
| ARXM3 Series (Thermal-Magnetic) | 125 A | 0.97 | 0.94 | 0.90 | 0.85 |
| ARM6Z Series (LCD Smart Type) | 630 A | 0.98 | 0.95 | 0.91 | 0.86 |
Committed to mutual success through quality craftsmanship, strict testing, and local support.
10+ automated assembly and testing lines, advanced CNC tooling, and automatic packaging systems.
Over 50 R&D engineers, highly skilled in complex 3D CAD design, prototyping, and executing 50+ custom design projects annually.
Dual manufacturing hubs operating unified ERP and U8 management tools for zero delays and perfect order tracking.
Equipped with 150+ testing rigs and 20+ specialized QA inspectors. We manage quality rigorously using PLM/MES software.
Specific circuit breaker configurations matching Iraq's extreme operating criteria.
We implement specialized structural grease and components that preserve breaking performance down to -40°C, and calibrated high-temperature curves testing up to 55°C to handle Iraq's harsh seasonal shifts.
Tested to endure 72-hour salt spray exposure for the complete unit. Effectively isolates contacts from Gulf humidity, desert dust particles, and salt corrosion.
If used in installations above 2000m altitude, we provide precise high-altitude derating coefficients to balance insulation resistance and airflow cooling capabilities.
Widely deployed in commercial buildings and residential boards to prevent fires caused by short-circuit faults. Offers excellent design flexibility.
We operate dynamic thermal test chambers validating MCCB trip characteristics at sustained heat. Materials are treated with moisture-proof, flame-retardant coatings.
Supports advanced Modbus and RS485 communication structures, bringing remote signaling and microsecond fault diagnostics directly to remote control centers.
Helping Iraqi local distributors and contractors establish powerful brand assets.
Complete selection of circuit protection and heavy engineering parts with active URLs.
Acereare's long-term strategy for smart distribution, high-voltage DC, and environmental protection.
As global energy systems transition to larger utility-scale solar arrays and battery storage plants, operating voltages are shifting from 1000V up to 1500V and above. Acereare is investing in developing highly compact, double-break DC MCCBs and DC isolation switches capable of interrupting high fault currents at minimal volumes. Our R&D center is actively modeling thermal dissipation patterns to ensure reliable operations in hot climates.
Grid modernization programs in Iraq require real-time system feedback. Acereare’s future roadmap includes integrating micro-processing units inside standard MCCBs to record operating temperature, cycle counts, contact wear, and load history. This allows remote maintenance teams in municipal grids to track health statuses, avoid unexpected failures, and plan repairs efficiently.
Clear, direct answers regarding specifications, certification, delivery, and customization.
Contact our technical sales team for specialized derating advice, custom quotes, or to request a product sample for review.
Send Inquiry Now
AceReare
