Explore Shandong Sunvim Motor's standard-setting product spectrum, serving heavy industries, marine duty applications, and precision machinery.
Optimized speed-adjusting multi-speed three-phase induction solutions for custom torque profiles.
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Integrated electromagnetic braking systems featuring high safety, quick stopping capabilities, and reliability.
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High-voltage heavy-duty slip ring and cage induction motor units offering rugged, modular configuration.
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Open drip-proof structural layout for heavy ventilation, pumps, and continuous high capacity industrial loads.
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Top-grade efficiency compliant with international IEC standards, cutting operating costs across utility plants.
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Premium engineering utilizing air-to-air cooling structures, tailored for extreme environmental conditions.
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Super-premium energy-efficient motor lines reducing global carbon footprint and optimizing dynamic output.
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Custom fluid dynamics solution providing high suction capability and minimal wear on delicate media transport.
ODM Pump & Company InfoModern automated machinery dictates an era of absolute safety, zero tolerances for braking latency, and flawless integration with variable frequency drives (VFD). In this paradigm, Magnetbremsen (electromagnetic brakes) have migrated from auxiliary components to core system elements.
According to industrial automation market analytics, the global demand for electromagnetic brake motors is projected to expand significantly, driven by:
Our manufacturing capabilities reflect over six decades of constant R&D refinement, strategic investment, and high-standard operations.
With over 60 years of deep-rooted expertise in electric motor research and manufacturing, Shandong Sunvim Motor Co., Ltd. represents the pinnacle of industrial innovation. Following a strategic corporate transformation in 2022, we have rapidly established a high-standard, modernized production ecosystem tailored for the future of global industry.
Backed by the powerful resources of Sunvim Group—a multi-billion RMB conglomerate—Shandong Sunvim Motor Co., Ltd. benefits from strong financial stability and strategic growth. Our expansive facilities house over 400 sets of advanced manufacturing, precision testing, and automated supporting equipment, driving an impressive annual production capacity of up to 3 million kilowatts.
Today, Sunvim Motor has evolved into a premier enterprise seamlessly integrating R&D, world-class manufacturing, global distribution, and dedicated customer service. Driven by the excellence of Sunvim Group, the SUNVIM brand has earned widespread international recognition. Our high-performance electric motors are trusted by global OEMs and industrial buyers across premier markets, including Germany, Italy, Greece, Spain, Belgium, Denmark, South Africa, Slovakia, Australia, Singapore, Indonesia, Malaysia, and Taiwan.
Our automated manufacturing infrastructure ensures every electromagnetic brake motor performs up to stringent operational parameters, with complete tracking of all critical components.
Our industrial brake and induction motors support demanding equipment and harsh working conditions worldwide.
Our global engineering standardizations comply with all major industrial safety codes, regional certifications, and maritime classification societies.
Our journey reflects steady growth, technical innovations, and the expansion of our manufacturing capabilities.
Gaomi Electric Appliance Factory was officially established. Later in 1988, our corporate operations scaled and we renamed as Weifang Electric Machinery Factory, introducing automated machinery processes.
Mr. Sun, our visionary factory director, established the Gaomi Towel Factory. This crucial foundation set up the dynamic and diverse conglomerate known today as Sunvim Group.
Strategic integration occurred: Weifang Electric Machinery Factory was acquired by Sunvim Group, giving birth to Shandong Sunvim Electrical Machinery Co., Ltd. and opening global trade links.
Completion of our modernized smart facility within the Sunvim Industrial Park. Rebranded as Shandong Sunvim Motor Co., Ltd., launching optimized robotic integration lines.
Our engineering team addresses standard technical, configuration, and integration queries regarding electromagnetic brake systems.
DC-excited electromagnetic brakes utilize integrated solid-state rectifiers within the terminal junction box to convert AC supply. They offer smoother braking action, compact coil volumes, and high reliability with less coil heating. AC-excited brakes offer extremely rapid actuation times (typically <20ms) and are suited for fast cycling applications, though they demand higher peak inrush currents and are more susceptible to wear.
When operating YEJ brake motors on Variable Frequency Drives, we route the brake rectifier supply through a dedicated terminal source independent of the primary VFD output. This ensures that even when the motor runs at ultra-low frequencies or transitions, the electromagnetic brake receives its required full voltage to maintain disengagement, preventing premature friction pad wear.
Our high-voltage modular motors (such as the Y/YKS/YX series) employ Class F insulation systems with Class B temperature rise margins. Windings are encapsulated through continuous Vacuum Pressure Impregnation (VPI) processes using premium solventless epoxy resins. Additionally, integrated Pt100 RTDs monitor stator and bearing temperatures in real-time, feeding safety limits directly to system controllers.
Yes, torque adjustment is achieved by adjusting the pre-tension on the internal spring mechanism inside the brake housing. By tightening or loosening the adjusted sleeve nuts located behind the manual release handle, the clamping force on the non-asbestos friction discs can be calibrated to fit specific load acceleration deceleration parameters.
Our automatic shaft machining line incorporates precision multi-axis CNC machines and active feedback sensors that analyze tooling wear dynamically. Furthermore, the completed shafts undergo high-precision induction hardening and grinding, followed by three-dimensional coordinate instrument measurements to guarantee shaft concentricity, minimizing motor vibration and noise.
Non-asbestos composite friction materials offer environmental compliance while providing a highly stable coefficient of friction across variable temperatures (up to 150°C). This stability limits torque fade during emergency stops, ensuring predictable stopping distances and reducing mechanical wear under high duty cycles.
We hold certifications from leading global classification societies, including DNV, ABS, CE, and CCS. Our marine-grade motors feature dedicated shaft seals, enhanced anti-corrosion coatings, marine-grade grease, and specialized electrical configurations that meet strict vibration and temperature margins required for ocean-going applications.
Our brakes can be equipped with either manual release hand-levers or automatic electromagnetic release systems. Manual release levers are highly beneficial during commissioning, maintenance, or power failures, allowing operators to manually disengage the brake and rotate the shaft without electrical power.
IE3 Premium and IE4 Super Premium efficiency motors minimize core losses, winding resistance, and windage losses through higher-quality silicon laminations and optimized copper slot fill factors. For large-scale continuous operations (such as water pumps or ventilation systems), upgrading to IE4 can reduce utility power consumption by 2% to 5%, leading to rapid amortization of the initial investment.
Key parameters include verifying the brake air-gap clearance periodically, monitoring the thickness of the friction disc, checking rectifier output voltage, and ensuring the brake housing remains free of grease, dust, or abrasive particles. Operating the brake within its rated cycles and load limits prevents thermal overload and guarantees maximum service life.
Examine our advanced technological series, supporting specialized operations, high efficiency standards, and dynamic torque requirements.
Cast iron ribbed construction ensuring optimized heat dissipation and durability in heavy duty operations.
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State-of-the-art rotor structures enabling extremely high efficiency ratings without using rare-earth magnets.
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Specifically optimized variable frequency drive (VFD) motors featuring wide speed regulation margins.
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Ultra-compact permanent magnet motors delivering high torque densities at low speeds for modern machinery.
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Advanced synchronous motors achieving IE4 and IE5 efficiency ratings with highly responsive dynamics.
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High-voltage heavy duty modular frame configurations suited for harsh, dust-intensive applications.
Factories & Service Details
Wound rotor induction systems providing maximum starting torque with low initial starting current levels.
Manufacturers & Suppliers
Ultra-efficient motor frames optimized to drastically reduce utility bills across continuous workloads.
Manufacturer & Company InfoOur most frequently requested motor designs and high-output configurations for global distribution networks.
Engineered for extreme performance applications with high heat-run tolerance.
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Smart magnetless designs delivering maximum reliability at minimal mechanical wear.
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Built to run continuous municipal utility networks, cooling towers, and paper mills.
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