Three Phase Electromagnetic Brakes

Three Phase Electromagnetic Brakes
Three Phase Electromagnetic Brakes

Three Phase Electromagnetic Brakes Specification

  • Mounting Type
  • Flange Mounted
  • Noise Level
  • Low
  • Part Type
  • Brake Assembly
  • Features
  • High Torque Transmission, Fast Response Time, Durable Construction, Reliable Performance, Low Maintenance
  • Usage & Applications
  • Hoists, Cranes, Conveyors, Elevators, Winches, Material Handling Equipment
  • Brake Type
  • Three Phase Electromagnetic Brake
  • Size
  • Standard Sizes Available (Consult Manufacturer for Details)
  • Material
  • High-Grade Cast Iron Body
  • Pattern Material
  • Friction Lining Material
  • Surface Finish
  • Powder Coated
  • Standard
  • IS: 7816 or Equivalent
  • Release Mechanism
  • Manual Release Provided
  • Compatibility
  • Compatible with Standard Three Phase AC Motors
  • Response Time
  • 20-50 ms (Typical)
  • Coil Voltage Options
  • 415V AC (Other Voltages Available Upon Request)
  • Operating Temperature Range
  • -10°C to +60°C
  • Insulation Class
  • Class F
  • Weight
  • Varies By Model (Contact Manufacturer)
  • Protection Level
  • IP54
  • Duty Cycle
  • Continuous (S1) / Intermittent
  • Rated Torque Range
  • 6 Nm to 250 Nm (Depending on Model)
 
 

About Three Phase Electromagnetic Brakes

We are a profound manufacturer of Three Phase Electromagnetic Brakes in the market. These are widely used in crane & hoist application including LT & CT as well as material handling, lift, weirs & sluices, auxiliary in rolling mills, etc. in all industries. Three Phase Electromagnetic Brakes are minutely checked before dispatching.



Reliable and Versatile Braking Solution

Engineered to deliver high torque transmission and exceptional performance, our Three Phase Electromagnetic Brakes are suited for a broad range of industrial uses. The brakes' robust cast iron body and advanced friction lining ensure durability, while the powder-coated finish protects against environmental factors. Designed for ease of integration, they fit standard three phase AC motors and support a wide spectrum of material handling systems.


Safety and Performance Assured

Our brakes comply with IS: 7816 or equivalent standards, offering enhanced safety through low noise operation and dust protection (IP54). With a quick response time and efficient manual release mechanism, these brakes support both continuous and intermittent operations without sacrificing performance. Consult us for custom voltage or sizing to perfectly match your application.

FAQ's of Three Phase Electromagnetic Brakes:


Q: How do I select the appropriate Three Phase Electromagnetic Brake for my application?

A: Brake selection depends on the torque requirements of your machinery, operating temperature range, duty cycle, and mounting type. Our brakes offer a rated torque range of 6 Nm to 250 Nm and are flange mounted. Please provide your specific requirements for guidance on the best-fitting model.

Q: What are the coil voltage options available for these brakes?

A: The standard coil voltage offered is 415V AC. However, other voltage options can be made available upon request to accommodate various operational needs. Just inform the manufacturer of your specific voltage requirements while ordering.

Q: When is it necessary to use the manual release function on the brake?

A: Manual release should be used during maintenance, emergencies, or situations requiring manual disengagement of the brake. This feature ensures safety and operational flexibility in circumstances where electrical control is not available.

Q: Where can these electromagnetic brakes be installed?

A: These brakes are compatible with standard three phase AC motors and are primarily installed in hoists, cranes, conveyors, elevators, winches, and other material handling systems, making them suitable for industrial and commercial facilities.

Q: What process ensures reliable and durable performance in these brakes?

A: Each brake is constructed from high-grade cast iron, coated with powder for environmental resistance, and equipped with advanced friction lining material. They undergo manufacturing to IS: 7816 or equivalent standards, ensuring consistent quality and performance.

Q: What are the benefits of using these electromagnetic brakes in industrial applications?

A: Benefits include high torque transmission, quick and consistent response time, reliable and durable construction, low noise operation, and efficient performance in challenging environments. Low maintenance requirements further enhance operational uptime.

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