INTORQ BRAKE bfk458 14n

Product Description

Key Specifications for INTORQ BFK458 14:

1. Brake Type:

   • Electromagnetic Thruster Brake
   • Designed for holding and braking applications.

2. Torque:

   • Nominal Braking Torque:
     • 50 Nm to 1600 Nm (depending on the model or configuration).

3. Voltage:

   • Standard Voltage:
     • 24V DC, 48V DC, or 110V DC (depending on the application).
   • Control Voltage:
     • Typically DC voltage supplied from a control panel.

4. Brake Diameter:

   • Outer Diameter:
     • 140 mm to 180 mm (depending on configuration).
   • Inner Diameter:
     • Typically around 85 mm to 120 mm.

5. Power Supply:

   • Operating Voltage:
     • 24 V, 48 V, 110 V DC.

6. Operating Environment:

   • Temperature Range:
     • Typically between -20C to +40C.
     • Can be adjusted for extreme environments.
   • Protection Class:
     • IP 54 or IP 65 (depending on the configuration), offering protection against dust and water ingress.

7. Applications:

   • Overhead Cranes, Conveyors, Winches, Lifting Equipment, and Industrial Automation Systems.

8. Brake Disc Material:

   • Typically made from steel or cast iron for durability.
   • Disc surfaces are designed to offer consistent performance over time, even under heavy load.

9. Mounting:

   • Flange Mounting: Commonly mounted directly onto the shaft or drive system.
   • Mounting types may vary depending on the configuration.

10. Safety Features:

    • Failsafe Mechanism: Automatically engages the brake if power is lost.
    • Overload Protection: Helps prevent damage to the system in case of excessive load.

11. Maintenance:

    • Low Maintenance Design: The brake typically requires minimal maintenance, thanks to high-quality materials used for the friction discs and braking mechanism.
    • Lubrication: Some models might require periodic lubrication to maintain optimal performance.

12. Actuation:

    • Electromagnetic Actuation: The brake operates via an electromagnetic thruster, which engages the brake mechanism when an electric current is applied.
    • Release Mechanism: Brakes disengage when the current is removed.