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AC Brake for Gear Motor

AC Brake for Gear Motor Specification

Pressure
Electromagnetic pressure operated

Shape
Cylindrical

Thickness
As per model (typically 15 mm to 40 mm)

Vehicle Type
Industrial Machinery (not for automotive)

Material
Heavy Duty Cast Iron and Copper Winding

Loading Capacity
Up to 10 Tons (varies as per model)

Diameter
Standard sizes 100 mm to 400 mm (customizable)

Power
0.25 HP to 20 HP

Voltage
415V AC / 220V AC, 50 Hz

Application
Gear Motor, EOT Cranes, Hoists, Winches, Material Handling Equipment

Operating Temperature
-10C to +60C

Finish
Powder Coated / Painted

Brake Type
Normally On, Spring Loaded, Electromagnetic Release

Response Time
20-50 ms (approx, depending on size)

Mounting
Flange Mounted

Protection
IP 54 or higher

Insulation Class
Class F / H

About AC Brake for Gear Motor

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

Designed for Heavy-Duty Industrial Use

This AC Brake is built to meet the demanding requirements of industrial gear motors and material handling applications. Its rugged construction, high load capacity, and quick response ensure optimal safety and reliability during operation. Mounting flexibility and customizable options make it suitable for various machinery setups.

Advanced Electromagnetic Technology

Utilizing a normally-on, spring-loaded, electromagnetic release system, the brake engages automatically for enhanced safety. Immediate response times of 20-50 ms minimize downtime, while the robust insulation and powder-coated finish ensure long service life even in harsh industrial environments.

FAQ's of AC Brake for Gear Motor:

Q: How is the AC Brake for Gear Motor mounted?

A: The brake uses a flange mounting system, making it easy to install on gear motors and related machinery. Standard diameters range from 100 mm to 400 mm, but custom sizes can also be accommodated, ensuring adaptability for different equipment setups.

Q: What are the ideal applications for this AC brake?

A: This AC brake is specifically designed for use in industrial machinery such as EOT cranes, hoists, winches, and material handling equipment. Its high load capacity (up to 10 tons, depending on model) and rapid response make it well-suited for demanding applications requiring precise stopping and holding.

Q: When does the brake engage and what is its operating principle?

A: The brake operates as a normally-on (fail-safe) unit, meaning it remains engaged by default due to spring tension. It is released electromagnetically when power is supplied, providing immediate stopping action in case of a power outage or emergency, thus enhancing safety.

Q: Where is this AC brake best utilized within industrial setups?

A: This brake is best suited for heavy-duty material handling environments, including manufacturing plants, warehouses, and sites utilizing industrial gear motors, particularly where reliable and fast braking is critical to operational safety and efficiency.

Q: What benefits does the powder coated or painted finish provide?

A: The powder-coated or painted finish protects the brake components against corrosion, abrasion, and harsh environmental factors. This increases the longevity and reliability of the brake, reducing maintenance frequency and overall downtime.

Q: How does the brake ensure rapid response and safety?

A: The brake is engineered to deliver a response time of approximately 20-50 ms, depending on its size. This fast activation and release minimize lag, contributing to smoother, safer operation of connected machinery, especially in dynamic industrial settings.

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