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AC Brake for Crane Application

AC Brake for Crane Application Specification

Thickness
50 mm

Vehicle Type
Industrial Cranes

Pressure
Standard

Shape
Circular

Material
Mild Steel

Loading Capacity
2-5 Ton

Diameter
100 mm

Power
0.75 kW

Voltage
415 V AC

Application
Crane Braking System

Mounting Type
Flange Mounted

Insulation Class
Class F

Finish
Paint Coated

Duty Cycle
S1 (Continuous)

Phase
Three Phase

Operation Type
Electromagnetic

Temperature Range
-20C to +60C

Frequency
50 Hz

About AC Brake for Crane Application

Coil Voltage: 230 v single phase 50 Hz or 415 v two phase 50 Hz or 415 v three phase 50 Hz

Usage/Application: All Material Handling and Lifting Equipments, Hoisting electric wire rope Hoists and Crabs, Cross travel and Long travel EOT / Gantry / Goliath / Derrick Cranes, Winches and Conveyors, Lifts and Elevators, Machine Tools, Wire drawing machines, Rubber mixing mills, Rolling mills, Sugar, Mining, Cement, Textile industries to name a few. Brake Motors

Torque: 2 Nm to 5800 Nm

Brand: Pethe

Hoisting: Electric wire rope Hoists and Crabs

Diameter: 105mm to 350mm

Reliable Performance for Heavy-Duty Cranes

This AC brake delivers dependable stopping power for industrial cranes across a variety of operation scenarios. Its electromagnetic mechanism ensures precise and efficient braking, while the sturdy mild steel construction offers longevity. With a temperature range spanning from -20C to +60C and continuous duty capability, the brake is ideal for demanding industrial settings where performance cannot be compromised.

Robust Construction and Flexible Application

Designed with a paint-coated finish and a flange-mounted configuration, the AC brake is built to withstand tough environments. The insulation Class F further enhances thermal resistance, while the circular 100 mm diameter is engineered for compatibility with prevalent industrial cranes. This unit is suitable for export, wholesale, and domestic supply, ensuring global reliability.

FAQ's of AC Brake for Crane Application:

Q: How does this AC brake operate in an industrial crane system?

A: This AC brake uses electromagnetic actuation to apply precise braking force, ensuring controlled stops for cranes. It is powered by a three-phase 415 V AC supply and works through flange mounting, making it both efficient and straightforward to install in crane systems.

Q: What benefits does a Class F insulation provide to this crane brake?

A: Class F insulation allows the brake to handle higher operating temperatures up to 155C, increasing its reliability and lifespan during continuous duty cycles (S1), and minimizing the risk of electrical insulation breakdown.

Q: When should this crane brake be used in an application?

A: This AC brake is best suited for environments where cranes are expected to handle loads between 2 and 5 tons and require precise, repeated, and safe stopping-such as in manufacturing plants, warehouses, steel mills, and construction sites.

Q: Where can this brake be mounted on a crane?

A: The brake is flange-mounted, which allows for secure installation on the crane's drive mechanism or drum assemblies, ensuring stable operation and effective braking within the crane's braking system.

Q: What is the process for maintaining this AC brake?

A: Regular visual inspections for wear, checking electrical connections, ensuring the paint-coated finish is intact, and periodic testing of electromagnetic function are recommended. Maintenance should also include verifying the mounting bolts and alignment.

Q: How does using this brake improve crane operation safety?

A: The AC brake ensures consistent and reliable stopping, significantly reducing the risk of accidents caused by uncontrolled load movement. This enhances operator safety and protects valuable assets during loading and unloading operations.

Q: What advantages does mild steel construction offer for this brake?

A: Mild steel provides a balance of strength, durability, and cost-effectiveness, ensuring the brake can resist mechanical stresses and harsh working conditions typical in industrial crane applications.

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