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ELECTRO HYDRAULIC THRUSTER

Three Phase AC Brake

Three Phase AC Brake Specification

Pressure
Electromagnetic Pressure

Thickness
10 mm to 25 mm

Shape
Round

Vehicle Type
Not Applicable (Industrial Use)

Material
Cast Iron and Copper Winding

Loading Capacity
Up to 20 Ton

Diameter
100 mm to 300 mm

Power
0.25 HP to 5 HP

Voltage
415V AC

Application
Industrial Machinery, Cranes, Hoists, Elevators

Brake Type
AC Electromagnetic Brake

Cooling Method
Natural Air Cooled

Surface Finish
Powder Coated

Duty Cycle
Continuous (S1)

Phase Type
Three Phase

Operating Temperature
-20C to +60C

Frequency
50 Hz

Mounting Type
Flange Mounted

Insulation Class
Class F

Response Time
<50 ms

About Three Phase AC Brake

The Material Handling Brake is a heavy-duty, high-performance braking system designed to ensure safe stopping, controlled deceleration, and reliable load holding in various material handling applications. Ideal for conveyors, EOT cranes, hoists, winches, stackers, and industrial lifting equipment, this brake offers smooth operation, high torque, and dependable performance even under continuous-duty conditions.

Built using premium cast iron/steel components, precision-machined friction surfaces, and robust electromagnetic or solenoid mechanisms, the brake ensures long service life, minimal maintenance, and maximum operational safety.

Reliable Industrial Braking Solution

Designed for continuous heavy-duty use, this three-phase AC electromagnetic brake offers reliable performance for industrial environments. Its sturdy cast iron and copper construction, along with Class F insulation, ensures long-term durability and safety. The fast response time, natural air cooling, and powder-coated surface finish make it suitable for challenging conditions, maintaining efficiency and reducing maintenance needs in cranes, hoists, and industrial machinery.

Flexible Mounting and Installation

Flange mounting allows seamless integration into various industrial setups. The brake's round shape and range of diameter and thickness options support compatibility with multiple shaft and application requirements. Operating on standard 415V AC at 50 Hz, installation is hassle-free within industry-standard electrical infrastructures, making this brake an adaptable solution for exporters, manufacturers, and suppliers.

FAQ's of Three Phase AC Brake:

Q: How does the three-phase AC electromagnetic brake operate in industrial machinery?

A: The brake functions by applying electromagnetic pressure when powered on, swiftly engaging or releasing its cast iron armature to stop or hold moving parts. Its three-phase design ensures consistent braking force, making it ideal for heavy-duty and continuous applications such as cranes, hoists, and elevators.

Q: What advantages does natural air cooling provide for this brake?

A: Natural air cooling allows the brake to dissipate heat without auxiliary systems, improving reliability in prolonged operations. This ensures stable performance and extends the lifetime of components, particularly in environments with continuous duty cycles.

Q: When should this brake be selected for a project?

A: Choose this brake when you require rapid response times (under 50 ms), high loading capacities (up to 20 tons), and continuous duty operation. It's especially beneficial for industrial settings where safety, durability, and minimal maintenance are critical.

Q: Where can this brake be installed?

A: It is best suited for installation in industrial environments such as manufacturing plants, workshops, and facilities using cranes, hoists, or elevators. The flange mounting system facilitates secure attachment to compatible mechanical assemblies.

Q: What is the process of installing and commissioning this AC brake?

A: Installation involves flange mounting the brake onto the shaft or relevant machinery part, connecting it to a 415V AC 50 Hz power supply, and performing initial setup checks. Proper alignment and secure fixation ensure optimal braking performance. Routine inspections after installation help maintain consistent operation.

Q: What benefits does the powder-coated surface finish offer?

A: The powder-coated finish enhances resistance to corrosion, wear, and environmental factors. It also contributes to the brake's longevity and aesthetic appearance, making it suitable for use in harsh and demanding industrial locations.

Q: Can this brake be used for vehicles?

A: No, this brake is designed specifically for industrial applications and is not intended for vehicle use. Its specifications cater to equipment such as cranes, hoists, and stationary machinery rather than automotive or road vehicles.

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