180W AC Gear Motor

J D AUTOMATION 180-Watt 3-Phase AC Gear Motor is a compact, fractional horsepower (FHP) industrial drive assembly that combines a high-efficiency 3-phase AC induction motor with an integrated speed-reduction gearbox. This configuration is specifically engineered to decrease operational output speed while exponentially multiplying torque. It serves as a durable, reliable option for heavy-duty, continuous mechanical.

• Power Output: 180 Watts (Equivalent to approximately 0.25 Horsepower / 0.18 kW).
• Electrical Input: 3-Phase AC supply, generally rated for 220V, 230V, 400V, or 415V AC depending on system wiring configuration (Star vs. Delta connections).
• Base Motor Speed: Typically runs at a synchronous speed of 1250 RPM to 1500 RPM at a standard frequency of 50/60 Hz before entering the gear stage.
• Gearbox Reduction Ratios: Widely ranges from 1:2 up to 1:750 or more, determining the final shaft output speed.
• Enclosure Rating: Usually enclosed in a TEFC (Totally Enclosed Fan Cooled) die-cast aluminium housing with IP44 or IP55 ingress protection ratings.
• Insulation Class: Class F (rated for maximum internal temperatures up to 155°C).
• Duty Cycle: S1 Continuous Duty (engineered to run 24/7 under a constant load without thermal failure)
• Structural  Types & Gearbox Types
• Parallel Shaft Gearbox: Provides an inline, space-saving layout. Output rotation can typically be wired for both clockwise and counter-clockwise direction.
• Right-Angle / Worm Gearbox: Ideal for tight machinery footprints. Worm configurations feature an inherent self-locking capability to hold a load firmly in place when the power supply cuts out.
• Helical Gearbox: Maximizes mechanical efficiency and provides exceptionally quiet operation under moderate-to-heavy loads.

• Smooth High Torque Delivery: By spacing three separate AC phases exactly 120° apart, the unit creates a continuous, highly stable rotating magnetic field. This yields much higher startup and operational torque with minimal vibration compared to single-phase equivalents.
• Reversible Control: Internal wiring allow seamless direction changes, easily managed via simple external switches or a Variable Frequency Drive (VFD).
• Low Maintenance Requirements: Squirrel-cage style induction builds eliminate internal wear components like carbon brushes, minimizing downtime.
• Compact Footprint: Generally manufactured in standard 90mm x 90mm frame sizes, allowing easy integration into existing automated lines.

• Because these motors transfer continuous, regulated power efficiently, you will commonly find them powering hardware across automation sectors:
• Conveyor Systems: Powering small-to-medium packaging lines, belt oil skimmers, and material transport belts.
• Packaging & Labeling Machinery: Operating roller drives, sealing components, and automated sorting turntables.
• Food Processing Equipment: Driving mixers, slow-turning roasting machines, and small bottling assemblies.
• Laboratory Automation: Powering stirring mechanisms, pump systems, and precise mechanical positioning arms.
• Screw Jack :- Geared Motor used for screw jack lifting .