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Elevator Solenoid Brake

Elevator Solenoid Brake Specification

Shape
Round

Vehicle Type
Elevator

Pressure
Hydraulic-Operated

Thickness
12 mm

Material
Mild Steel

Loading Capacity
1000 kg

Diameter
150 mm

Power
120 W

Voltage
220 V AC

Application
Elevator Braking System

Color
Metallic Grey

Response Time
< 50 ms

Surface Finishing
Anti-corrosive Coated

Usage
Industrial Elevators, Lifts

Mounting Type
Horizontal

Insulation Class
Class F

Operating Temperature
-10C to 50C

Frequency
50 Hz

Duty Cycle
Continuous

Brake Torque
25 Nm

About Elevator Solenoid Brake

We are leading manufacturer of AC Solenoid Brake that are suitable for AC supply up to 400 to 440 volts, and are available for a wide range of drum sizes from 100 mm to 380mm Dia. We stand in the midst of prominent electromagnetic brakes suppliers based in India.
Since these

Engineered for High-Performance Elevator Braking

Our solenoid brake is specifically designed for industrial elevators and lifts, providing safe and reliable braking with a hydraulic-operated mechanism. Its high brake torque and rapid response time ensure secure stoppage even under demanding conditions. The brake's anti-corrosive coating and Class F insulation enhance its lifespan and operational safety, making it a dependable solution for heavy-duty applications in diverse industrial environments.

Durability Meets Efficiency

Manufactured using robust mild steel and finished with metallic grey anti-corrosive coating, this elevator solenoid brake remains effective even in harsh settings. Its capacity to handle 1000 kg and maintain performance in a wide temperature range ensures minimal downtime and consistent elevator operation. Horizontal mounting and round shape optimize installation and maintenance, making your elevator systems safer and more efficient.

FAQ's of Elevator Solenoid Brake:

Q: How does the elevator solenoid brake operate within lifting systems?

A: The solenoid brake uses hydraulic pressure for rapid application and release, ensuring secure and reliable braking when the elevator is in motion or stationary. Its response time is less than 50 milliseconds, guaranteeing swift operational safety control.

Q: What are the benefits of the anti-corrosive coated finish on this product?

A: The anti-corrosive finish provides protection against environmental elements, minimizing the risk of rust and surface degradation. This extends the brake's operational life and maintains its effectiveness in harsh or demanding industrial settings.

Q: Where is this solenoid brake typically installed?

A: This brake is ideally installed in industrial elevator and lift systems, where robust stopping power and reliability are essential. Its horizontal mounting type makes it suitable for a variety of elevator configurations and applications.

Q: When should the solenoid brake be maintained or inspected?

A: Routine inspections should be scheduled as part of your elevator's regular maintenance cycle or at any sign of performance decline. Preventive checks will ensure the brake's reliability, safe operation, and compliance with safety standards.

Q: What is the process for installing this elevator brake?

A: The installation involves securely mounting the brake in a horizontal position onto the elevator system, connecting the hydraulic and electrical components, and configuring the brake to respond to elevator movement. It is recommended to follow the manufacturer's guidelines or consult a professional for proper setup.

Q: What advantage does the Class F insulation offer?

A: Class F insulation allows the brake to operate safely at higher temperatures, resisting heat build-up during continuous operation. This feature minimizes the risk of insulation breakdown and enhances the longevity of electrical components.

Q: How can using this solenoid brake benefit my industrial elevator system?

A: Implementing this solenoid brake improves elevator operational safety, reduces the risk of uncontrolled descent, and provides consistent stop/start capability under heavy loads. Its durable construction and quick response time help lower maintenance costs while maximizing uptime.

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