250W 115V 60Hz Single Phase MCP Cooler Motor AC Motor
Engineered for evaporative coolers and continuous air ventilation systems with low thermal rise and extended operating life.
Inquire Now
+91 98209 33660
Explore our industrial-grade single-phase, three-phase, shaded pole, and specialized geared AC motors custom engineered for global OEM applications and Nagoya's advanced industrial ecosystem.
Engineered for evaporative coolers and continuous air ventilation systems with low thermal rise and extended operating life.
Inquire Now
Micro permanent magnet synchronous fan motor featuring low operational RPM, robust noise dampening, and high positioning torque.
Inquire Now
High-efficiency AC squirrel cage motor built with 100% pure copper windings for heavy-duty industrial machinery drives.
Inquire Now
Single-phase variable torque gear motor with copper coils, offering selectable power ratings for precision speed control.
Inquire Now
Class-leading energy efficiency motor engineered for fluid handling equipment, commercial pumps, and heavy machinery.
Inquire Now
Capacitor-start single-phase induction motor delivering high starting torque for workshops, agricultural gear, and compressor duty.
Inquire Now
Lightweight, heat-dissipating aluminum body motor designed for variable frequency drives (VFD) and automated gearboxes.
Inquire Now
Compact high-torque slow-rotation synchronous drive built for actuators, valve controls, and specialized automated dispensers.
Inquire NowIn modern industrial automation, fractional horsepower (FHP) electric motors serve as the fundamental mechanical backbone for critical motion and fluid displacement systems. Defined as motors with an output power rating below 1 horsepower (approximately 750 Watts), FHP units require stringent tolerances, superior magnetic circuit optimization, and exceptional thermal management.
SEO Information Gain Insight: Selecting a top-tier FHP motor factory for Nagoya-area projects requires evaluating rotor dynamic balance grades (ISO 1940 G2.5), copper fill factor optimization, and stator lamination magnetic permeability. Our manufacturing methodology eliminates mechanical harmonic vibrations and minimizes electrical power losses.
Whether sourcing shaded pole motors, single-phase induction units, or inline gear motors, industrial procurement teams in Aichi Prefecture (Nagoya industrial cluster) prioritize mechanical interchangeability, standard NEMA/IEC frame sizes, low acoustic profiles, and long mean-time-between-failures (MTBF). Established in 1974, our manufacturing infrastructure brings over five decades of continuous electro-mechanical innovation, offering custom winding profiles, specialized shaft machining, and rigorous thermal test cycles tailored to OEM requirements.
Unlike standard stock suppliers, our fully integrated plant executes end-to-end electro-mechanical production—from raw silicon steel stamping to automated dynamic balancing and high-potential breakdown testing.
We utilize ultra-precision progressive stamping dies to punch high-permeability cold-rolled silicon steel laminations. This reduces eddy current core losses by up to 18% compared to standard commercial steel sheets.
Every FHP motor is wound with Class H (180°C) or Class F (155°C) enamel-insulated pure copper wire. High slot fill factors ensure maximum magnetic flux density and robust overload handling capabilities.
Every unit undergoes 100% routine electrical inspections including no-load current verification, locked-rotor torque analysis, inter-turn surge tests, and high-voltage dielectric insulation testing.
We provide full OEM mechanical customization: threaded shafts, dual flat D-cuts, keyways, extended lead wires, thermal protectors, and custom cast-aluminum or steel flanges.
To assist plant engineers and procurement teams in specifying the correct motor architecture, the table below provides a side-by-side performance breakdown of standard fractional horsepower technologies.
| Motor Topology | Typical Power Range | Starting Torque Ratio | Efficiency Rating | Acoustic Noise Level | Primary Industrial Application |
|---|---|---|---|---|---|
| AC Shaded Pole | 2W – 60W | 0.3 – 0.5 (Low) | 30% – 45% | < 38 dBA (Ultra-Quiet) | Small fans, dampers, refrigeration units |
| Single-Phase PSC | 25W – 750W | 0.7 – 1.2 (Medium) | 60% – 72% (IE1/IE2) | < 48 dBA | Centrifugal blowers, HVAC, pumps |
| Capacitor-Start / Run (YC) | 120W – 750W+ | 2.0 – 3.0 (Very High) | 68% – 78% (IE2) | < 52 dBA | Air compressors, machine tool feeds |
| Micro Synchronous (50KTYZ) | 1W – 25W | 1.5 – 2.0 (Self-Start) | 70% – 82% | < 35 dBA | Positioning drives, automated valves, display gear |
| 3-Phase Induction (YE3) | 180W – 750W+ | 1.8 – 2.5 (High) | 82% – 91% (IE3 Premium) | < 45 dBA | Automated conveyor lines, industrial pumps |
Nagoya and the surrounding Aichi Prefecture represent Japan’s premier manufacturing core, renowned for automotive engineering, precision machine tools, industrial robotics, and advanced aerospace components.
In Nagoya's extensive Tier-1 and Tier-2 automotive supply networks, precise component feeding and reliable conveyor indexing are paramount. Our single-phase and three-phase AC gear motors power automated parts positioners, chip conveyors, and robotic cell auxiliary drives where zero unplanned downtime is tolerated.
Nagoya is world-famous for high-precision CNC lathes and machining centers. Our IE2 energy-saving induction motors and high-torque 2-pole aluminum shell motors drive high-pressure coolant circulation pumps and chip extraction units under continuous duty (S1 operation).
Semiconductor manufacturing facilities and precision instrument assembly rooms across the Chubu region demand contamination-free environmental control. Our AC shaded pole motors and centrifugal blower units provide stable static pressure and continuous air turnover with minimal thermal emission.
Modern healthcare equipment built in Central Japan requires micro-motion accuracy and silent rotation. Our 50KTYZ permanent magnet synchronous motors deliver precise, low-RPM drive capabilities for laboratory fluid mixers, automated sterilizer doors, and medical reagent analyzers.
As Japanese industrial policies double down on carbon neutrality and "Society 5.0" digital transformation, procurement requirements for electric motors in Nagoya have shifted dramatically:
Common technical and commercial inquiries regarding FHP motor specification, customization, and supply chain logistics for Japanese buyers.
Yes. Japan operates on a dual-frequency power grid (50Hz in Eastern Japan and 60Hz in Western Japan, including Nagoya). We engineer dual-rated custom windings (e.g., 100V/200V 50/60Hz) with adjusted turns counts and wire gauges to maintain thermal stability and rated torque across both regional power standards.
For standard modifications (custom shaft dimensions, specific lead wire connectors, or thermal cut-outs), prototype samples are typically dispatched within 10 to 14 working days. Full custom stator/rotor die developments take approximately 25 to 30 days including full 3D CAD sign-off and dynamic lab testing.
Our manufacturing facility operates under strict ISO 9001:2015 Quality Management Systems. Products can be supplied compliant with CE, RoHS, REACH, and UL insulation standards. We also provide test reports verifying compliance with JIS (Japanese Industrial Standards) mechanical tolerances.
To achieve low acoustic performance, we incorporate ultra-quiet NSK/NMB shielded precision ball bearings, synthetic low-vibration grease, computer-balanced die-cast aluminum rotors (ISO 1940 Grade G2.5), and precision-ground helical gear teeth on reduction models.
Our standard production batch MOQ starts at 100 units for customized OEM models. For standard catalog FHP motor configurations, smaller batch sizes are available to support initial machinery prototype builds and trial market runs.
Contact our application engineering team today to receive detailed technical datasheets, CAD 3D models, or a competitive factory-direct quote for your Nagoya procurement needs.
Inquire Now