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ELECTRO HYDRAULIC THRUSTER

Heavy Duty Solenoid Brake

Heavy Duty Solenoid Brake Specification

Shape
Mechanical Shoe Type

Pressure
Electro-magnetic actuation, spring released

Thickness
Standard (customized on request)

Vehicle Type
Industrial Cranes and Hoists

Material
Mild Steel (MS) with friction lining

Loading Capacity
Heavy Duty

Diameter
150 mm to 400 mm

Power
AC Solenoid: 230V/415V, 50Hz

Voltage
230V / 415V

Application
EOT Cranes, Hoists, Material Handling Equipment

Operating Temperature
-10C to 60C

Control Method
Electrical (remote & manual available)

Brake Type
Electro Hydraulic Thruster Brake / Electromagnetic Shoe Brake

Friction Lining Material
Asbestos/Asbestos-Free

Finish
Paint Coated

Response Time
Quick Acting (Less than 1 sec)

Frequency
50 Hz standard (60 Hz optional)

Rated Duty Cycle
Continuous

Corrosion Resistance
Yes

Insulation Class
Class F

Maintenance
Low maintenance design

Mounting Type
Foot Mounted

About Heavy Duty Solenoid Brake

Solenoid Brakes As a manufacturer of electromagnetic components Industrial Drive Systems also disposes of a wide range of rectifiers for the use of brakes and solenoids at the AC-mains. Reliability, electromagnetic compatibility, safety and reduction of the energy consumption are becoming more and more important with these

Superior Performance for Industrial Applications

Designed for heavy-duty scenarios, this solenoid brake delivers consistent stopping power for EOT cranes, hoists, and various material handling systems. Its robust construction ensures high performance even in challenging environments, supporting reliable and safe operation during continuous use.

Optimized Safety and Fast Response

Engineered for quick actuation in less than one second, the brake maximizes operational safety by providing immediate stopping capability. The electromechanical and foot-mounted design guarantees precise control, with both remote and manual activation available to suit diverse operational setups.

Durability and Low Maintenance

The mild steel body features a durable paint coating for corrosion resistance, ensuring longevity and reduced upkeep. With low maintenance requirements and a continuous duty cycle, this brake minimizes downtime, saving time and operational costs for industries relying on consistent equipment performance.

FAQ's of Heavy Duty Solenoid Brake:

Q: How does the heavy duty solenoid brake operate in industrial settings?

A: The brake uses an electro hydraulic thruster or electromagnetic shoe mechanism, engaging quickly (in less than 1 second) to stop cranes or hoists. It is actuated electrically-either remotely or manually-making it highly suitable for demanding industrial environments where safety and responsiveness are critical.

Q: What is the process for installing this brake on equipment?

A: The brake is foot-mounted, making installation straightforward on compatible machinery such as EOT cranes or material handling equipment. Its dimensions (150 mm to 400 mm diameter) and standard mounting options allow for seamless integration into existing setups with standard or customized thickness as needed.

Q: When is it recommended to use the asbestos-free friction lining material?

A: Asbestos-free friction lining is recommended when complying with health and environmental regulations or when operating in environments where asbestos use is restricted. Both asbestos and asbestos-free linings provide reliable performance, with selection depending on individual site policies and requirements.

Q: Where can this brake be used effectively?

A: This solenoid brake is specifically designed for industrial cranes, hoists, and material handling equipment. Its rugged build and high load capacity make it ideal for warehouses, manufacturing plants, shipping yards, and other areas requiring heavy-duty, reliable braking solutions.

Q: What are the benefits of the low maintenance design?

A: Low maintenance means fewer interventions are needed, minimizing downtime and operational costs. The durable paint coating and corrosion resistance further extend the brake's service life, ensuring it remains reliable over prolonged periods in demanding conditions.

Q: How does the control method enhance operational flexibility?

A: Offering both remote electrical control and manual control, this brake allows operators to choose the activation mode that best fits their workflow. This flexibility enhances safety and convenience, particularly in facilities where operations need to be managed from a distance or directly by personnel on-site.

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