Our AC single-phase induction motors deliver robust 220V (±10% voltage tolerance) performance for industrial applications like feed pellet mills and rock crushers. Featuring optimized starting torque through scientific winding design, these motors ensure reliable heavy-load startups. The cast aluminum housing with IP54 protection resists dust/moisture in harsh environments, while copper windings meet national conductivity standards for extended durability.
Operational efficiency shines with low-noise fan systems and precision bearings, achieving <65dB operation. Plug-and-play compatibility eliminates 3-phase conversion costs, supported by a maintenance-free design with centrifugal switch elimination. Ideal for mining/farming equipment, these IEC-certified motors combine UL/CE compliance14 with 1.1kW continuous output.
Core Advantages
1. Heavy-Duty Endurance System
Industrial-Grade Protection: ▷ IP55-rated housing ▷ Anodized cast aluminum surface enhances salt spray corrosion resistance
Vibration Scenario Optimization: ▷ Reinforced four-bolt mounting surface reduces resonance damage risks ▷ Rotor dynamic balance precision G6.3 grade
2. Continuous Load Reliability
Temperature Rise Control: ▷ ≤70K temperature rise after 8-hour continuous operation ▷ Class H insulation materials for windings
Voltage Tolerance: ▷ Stable operation within 198V-242V range
3. Industrial Maintenance Minimalism
Tool-Free Basic Maintenance: ▷ Capacitor replacement requires only 2 panel screws ▷ Standardized bearing models
Industrial Compatibility: ▷ Dual shaft extensions: φ24mm/38mm ▷ Flange mounting holes compatible with ISO 9409 standard
4. Efficiency Baseline Parameters
Energy Efficiency Transparency: ▷ ≥86% full-load efficiency ▷ ≤5.2A no-load current
Noise Baseline: ▷ ≤68dB(A) average sound pressure at 1m
Operation Conditions
(1) Ambient Temperature: -15℃≦θa≦40℃
(2) Rated Voltage: 220V AC
(3) Rated Frequency: 50Hz/60Hz
(4) Altitude: ≦1000m

Applications of AC Single Phase Induction Motor
The AC Single Phase Induction Motor leveraging its medium power output, single-phase power compatibility, and low cost, is ideal for applications requiring stable continuous operation with moderate starting loads. With a starting torque of approximately 1.5–2 times the rated torque, it suits equipment with stable loads or mechanical designs that reduce initial impact. Below are its key applications and examples:
Household and Commercial Equipment
- Large appliances and refrigeration systems: Commercial freezer/refrigerator compressors (medium-sized refrigeration systems, intermittent operation) Central AC outdoor unit fans (driving axial fans for heat dissipation)
- Reason: Stable post-startup loads align with low-maintenance requirements.
- Kitchen and food processing equipment: Commercial meat slicers (cutting frozen or hard ingredients, flywheel-assisted startup) Heavy-duty commercial mixers (dough or sauce blending, gear reducers to mitigate impact)
- Reason: Mechanical designs compensate for the motor's limited starting torque.
Pumps and Fluid Handling Systems
- Medium-to-high head pumps: Household deep-well pumps (40–60 m head, single-phase power scenarios) Agricultural sprinkler pumps (medium-viscosity fluid delivery with pre-filled pipelines)
- Reason: Light-load impeller startup and stable operational loads.
- HVAC and industrial circulation systems: Industrial cooling tower circulation pumps (continuous water cooling) Solar water system high-pressure booster pumps (50–70 m head)
- Reason: Controllable resistance in closed-loop systems matches motor characteristics.
Light Industrial and Processing Machinery
- Medium-duty processing equipment: Woodworking band saws (cutting hardwood or composite boards, gradual loading) Light hydraulic presses (intermittent plastic or thin metal stamping)
- Reason: Gradual loading after no-load startup avoids sudden torque demands.
- Material handling and packaging systems: Heavy-duty conveyors (factory production line transport) Automated filling machine drives (constant-speed liquid filling)
- Reason: Prioritizes constant-speed operation with low starting loads.
Agricultural and Specialized Equipment
- Agricultural processing machinery: Feed pellet mills (compacting high-density feed, flywheel-assisted startup) Medium rice milling machines (husking and polishing grains)
- Reason: Inertial mechanical designs reduce startup resistance.
- Specialized fluid systems: High-flow fish pond aerator pumps (large-area water cycling) Low-corrosion chemical transfer pumps (e.g., diluted acid/base solutions)
- Reason: Impeller and seal designs adapt to moderate starting loads.
Commercial Services and Public Infrastructure
- Self-service and food service equipment: Large ice cream machine compressors (continuous cooling demand) Commercial ice maker water pumps (high-pressure water supply)
- Reason: Intermittent operation with controlled startup frequency ensures reliability.
- Public infrastructure maintenance: Municipal drainage pumps (low-head emergency rainwater discharge) Community green space irrigation system drives
- Reason: Single-phase power accessibility suits fixed outdoor installations.
Selection and Usage Guidelines
- Load compatibility: Ensure equipment starting load ≤2.2× rated torque (achieved via clutches or no-load startup). Limit start-stop cycles to ≤10 times/hour to prevent capacitor overheating or winding damage.
- Capacitor specifications: Use 30–50μF running capacitors (rated voltage ≥450V AC), referencing motor nameplate data. Prioritize durable models like CBB65 metallized polypropylene capacitors (high-temperature resistance, long lifespan).
- Cooling and protection: For continuous duty, select IP55-rated, forced-air cooled motors (TEFC enclosure). Install auxiliary cooling fans in high-temperature or enclosed environments.
AC Single Phase Induction Motor Unsuitable Scenarios
- High starting load devices: Heavy-duty air compressors, rock crushers (require dual-capacitor or three-phase motors).
- Frequent shock loads: Punch presses, electric demolition hammers (risk capacitor/winding failure).
- Precision speed control or high-frequency operation: Requires external inverters; lacks native speed regulation.
Summary
The 1.5 kW single-capacitor single-phase motor is a cost-effective power source for medium-duty equipment, including appliances, pumps, light industrial, and agricultural applications. Its strengths-single-phase compatibility, low maintenance costs, and simple construction-make it ideal for stable-load scenarios. Ensure proper load matching, cooling solutions, and capacitor specifications during selection. Implement mechanical assistive startup solutions (e.g., flywheels, clutches) to enhance reliability and longevity.
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