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Ac Inline Gear Motor

Ac Inline Gear Motor

Product Details:

  • Horse Power 0.1 HP - 5 HP
  • Rated Voltage 220V / 380V AC
  • Standard IS 325 / IEC 60034
  • Rated Frequency 50/60 Hz
  • Current Type AC
  • Power Rating 0.75 kW
  • Voltage 220V / 380V
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Ac Inline Gear Motor Product Specifications

  • IS 325 / IEC 60034
  • 0.1 HP - 5 HP
  • 0.75 kW
  • 220V / 380V AC
  • 50/60 Hz
  • Fan Cooled
  • 12 kg
  • 28 mm
  • Foot / Flange Mounting
  • 0.75 kW
  • AC
  • Grey
  • 50/60 Hz
  • Single Phase / Three Phase
  • 220V / 380V
  • 30 Nm
  • 0.1 HP to 5 HP
  • AC Inline Gear Motor
  • -10C to +50C
  • IP54 / IP55
  • IE2 / IE3
  • Inline Geared Motor
  • 2 / 4
  • Low (Below 70 dB)
  • Standard / Custom
  • Atmospheric
  • Totally Enclosed Fan Cooled (TEFC)
  • Direct On Line
  • 1440 RPM / 2880 RPM
  • Compact Design, High Durability, Smooth Operation
  • Thermal Protection
  • Ball Bearing
  • 5:1 to 60:1
  • 1.0-1.25
  • S1 (Continuous Duty)
  • 63 to 132
  • Helical Inline
  • Up to 150%
  • Class F
  • Conveyor, Material Handling, Textile Machinery, Automation Systems
  • Cast Iron / Aluminium
  • Grease Filled
  • IE2 / IE3

Product Description

Specification

Speed

1300 RPM

Brand

Linix

Power

90 W

Voltage

230-415V AC

Phase

Single Phase, 3 Phase

Protection Class

F

Frequency

50/60 Hz

Current

0.87 A

Starting Torque

0.55 Nm

Rated Torque

0.68 Nm

 



Efficient Gearbox Performance

The helical inline gearbox ensures smooth power transmission, delivering low noise and efficient operation. This design minimizes energy loss, making the gear motor ideal for applications requiring precise movement and high reliability, such as conveyors and textile machinery.


Built for Durability and Safety

With cast iron or aluminium construction, the motor offers outstanding durability and resistance against wear. Thermal protection and ball bearing design further ensure long operational life and safe performance, even under overload conditions up to 150% of rated capacity.


Versatile Integration Options

The gear motor supports various mounting types, including foot and flange options, that can be tailored to standard or custom dimensions. This flexibility allows seamless integration into automation systems, material handling setups, or specialized machinery across multiple industries.

FAQ's of Ac Inline Gear Motor:


Q: How does the AC Inline Gear Motor benefit conveyor and material handling systems?

A: The gear motor provides reliable, continuous operation (S1 duty), high torque output (up to 30 Nm), and smooth transmission for efficient movement. Its compact design and low noise level below 70 dB make it ideal for conveyor and material handling systems where consistent, quiet performance is important.

Q: What is the process for selecting the right gear ratio and frame size for my application?

A: To select an appropriate gear ratio (5:1 to 60:1) and frame size (63-132), consider the required output speed, torque, and space constraints. Consult the manufacturer's technical documentation or contact the supplier for precise recommendations tailored to your specific application needs.

Q: When should thermal protection features be utilized in gear motors?

A: Thermal protection is essential when motors operate under continuous or heavy loads, in fluctuating temperatures, or in environments prone to overheating. The built-in thermal protection in this motor ensures safe operation by preventing damage from excess heat during extended running periods.

Q: Where can AC Inline Gear Motors be installed?

A: These motors are suitable for installation in industrial environments, including conveyor lines, textile machinery setups, and automation systems. Their IP54/IP55 ratings and TEFC enclosure allow reliable use in areas prone to dust, humidity, or moderate exposure to adverse conditions.

Q: What are the advantages of the Totally Enclosed Fan Cooled (TEFC) design?

A: The TEFC enclosure prevents the ingress of dust, dirt, and moisture, safeguarding the internal components while the fan-cooling system maintains optimized operating temperatures. This ensures higher longevity, safe functioning, and consistent efficiency even in challenging ambient conditions.

Q: How does the motor's efficiency class (IE2/IE3) impact operational costs?

A: Motors with IE2 and IE3 efficiency ratings consume less electricity during operation, reducing energy costs over time. Enhanced efficiency also means less heat generation, lower maintenance requirements, and longer motor life, resulting in overall cost savings for industrial users.

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