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SHRUTI ENGINEERING
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AC Solenoid Operated Brake

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AC Solenoid Coil with Plunger

AC Solenoid Coil with Plunger Specification

Shape
Rectangular with cylindrical plunger

Pressure
Operates at atmospheric pressure; not pressure rated

Thickness
Coil thickness approx. 15-25 mm

Material
Copper Coil, Steel Plunger

Loading Capacity
Standard/Custom (Varies by Application)

Diameter
Approx. 25-40 mm (typical for solenoid coils)

Power
10-50W (depending on coil design)

Voltage
AC 220V/110V, other voltages available

Application
Industrial Automation, Valves, Machinery Control

Mounting Type
Base Plate Mounting

Coil Insulation Class
Class F/H

Duty Cycle
Continuous (100%) or Intermittent

Plunger Type
Linear Move, Ferromagnetic Steel

Operating Temperature
-20C to 60C

Finish
Anti-corrosive/plated

Connection Type
Terminal or Lead Wires

Response Time
Typically <50 ms

About AC Solenoid Coil with Plunger

We, Shruti Engineering, are an appreciated manufacturer, exporter and supplier of high quality Disc Brakes and Industrial Hoists. Offered range of products includes Foot Mounted Brake Motor, Disc Brake and Liner Brake.

Highly Responsive Actuation

With response times routinely under 50 milliseconds, these solenoids ensure prompt linear movement suitable for precise automation demands. The quick action makes them ideal for machinery where split-second control is crucial, such as industrial valves and process automation systems.

Engineered for Durability and Safety

Constructed from copper coils and a ferromagnetic steel plunger, the solenoid boasts a robust anti-corrosive plated finish. Engine insulation up to Class F or H allows safe, extended operation in temperatures ranging from -20C to 60C, ideal for demanding industrial environments.

Flexible Installation and Operation

Featuring base plate mounting, these solenoids are straightforward to install in varied machinery setups. Connection options include terminal or lead wires, and standard power supplies (110V/220V AC), making integration fast and easy in broad application scenarios.

FAQ's of AC Solenoid Coil with Plunger:

Q: How does the AC Solenoid Coil with Plunger function in industrial automation?

A: This solenoid uses AC power to generate a magnetic field, causing the ferromagnetic steel plunger to move linearly. The rapid response time (<50ms) enables precise actuation of mechanisms like valves, improving automation efficiency in machinery control applications.

Q: What is the benefit of choosing Class F/H coil insulation for this solenoid?

A: Class F or H insulation allows the coil to withstand higher operational temperatures, enhancing longevity and safety during continuous or intermittent duty cycles. This makes the solenoid suitable for environments where extended running or higher heat resistance is required.

Q: When should the intermittent duty cycle be selected over continuous operation?

A: Intermittent duty is optimal when the solenoid is only engaged for short periods and allowed to rest between operations, preventing excess heat buildup. Continuous (100%) duty is appropriate for applications needing the solenoid to remain energized for prolonged durations.

Q: Where can this solenoid be mounted and how is installation carried out?

A: The device is designed for base plate mounting, simplifying installation onto panels or frameworks in machinery. Connection can be established via terminal blocks or lead wires, facilitating flexible arrangement across different application setups.

Q: What types of applications are best suited to this AC solenoid design?

A: This solenoid excels in industrial automation, machinery control, and valve actuation where fast, reliable linear movement is needed. Its robust build and quick response make it particularly effective in automated production lines and control systems.

Q: How is proper usage of the solenoid ensured within specified temperature and voltage limits?

A: Utilize within the operating temperature range of -20C to 60C and compatible supply voltages (110V/220V AC). Following manufacturer-recommended duty cycles and installation guidelines ensures consistent, reliable performance and prevents premature wear.

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