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SHRUTI ENGINEERING
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Electromagnetic Disc Brake

Hydraulic Thruster Brake

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Brake Drum , Brake Drum Coupling,

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NXU GEAR BOX, NU GEAR MOTOR, NXU GEAR BRAKE MOTOR

ELECTRO HYDRAULIC THRUSTER

Electro Hydraulic Thruster

Electro Hydraulic Thruster Specification

Pressure
Hydraulic, up to 16 bar

Thickness
Depend on Model (Typically 5 mm to 12 mm)

Shape
Cylindrical

Material
Cast Iron / Mild Steel

Loading Capacity
18 Kg to 200 Kg thrust

Diameter
Customized as per model

Power
0.08 kW to 0.75 kW

Voltage
415V / 220V AC, 3 Phase, 50Hz

Application
Industrial Braking Systems, Overhead Cranes, Conveyors, Hoists

Insulation Class
Class F

Operating Temperature
-10C to +60C

Enclosure
IP55 Protection Grade

Stroke Length
25 mm to 100 mm

Finish
Powder Coated / Painted

Duty Cycle
Continuous (S1)

Mounting Type
Flange / Foot Mounted

About Electro Hydraulic Thruster

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.

Advanced Hydraulic Actuation

This Electro Hydraulic Thruster harnesses hydraulic pressure up to 16 bar, delivering smooth and precise actuation essential for industrial braking and movement systems. Its cast iron or mild steel construction, combined with a cylindrical form and customizable diameter, provides reliable performance and adaptability to suit various industrial requirements.

Reliable Performance and Protection

Engineered for uninterrupted operation, this thruster is rated for a continuous (S1) duty cycle. The IP55 enclosure effectively safeguards internal components from dust and water ingress, while Class F insulation ensures safe and efficient electrical performance. The high-quality powder coated or painted finish enhances corrosion resistance, extending operational life even in demanding environments.

FAQ's of Electro Hydraulic Thruster:

Q: How do you select the appropriate mounting type for this Electro Hydraulic Thruster?

A: You can choose between flange and foot mounting based on your equipment's design and installation requirements. Flange mounting is ideal for compact setups, while foot mounting offers stability on larger structures like hoists or conveyors.

Q: What steps are involved in installing this Electro Hydraulic Thruster in an industrial braking system?

A: Installation typically involves securing the thruster using the chosen mounting type, connecting it to the hydraulic system, and wiring it to a 415V/220V AC, 3-phase power supply. Following the manufacturer's guidelines ensures proper alignment, safe operation, and optimal performance.

Q: When is it beneficial to use a thruster with continuous (S1) duty cycle?

A: Continuous (S1) duty cycle thrusters are ideal for applications requiring non-stop operation, such as heavy-duty braking systems in overhead cranes or conveyors, where frequent actuation is crucial for safety and productivity.

Q: Where can this electro hydraulic thruster be deployed within an industrial facility?

A: These thrusters are commonly installed in braking systems for overhead cranes, conveyor lines, hoists, and other industrial machines that require precise and reliable motion control. Their robust design supports both outdoor and indoor usage within the specified temperature range.

Q: What are the main benefits of IP55 protection and powder coated/painted finish for this thruster?

A: IP55 protection shields the thruster against dust and water jets, ensuring durability even in harsh industrial environments. The powder coated or painted finish further guards against corrosion, enhancing the lifespan and reducing maintenance costs.

Q: How does the material choice (cast iron or mild steel) impact the performance of the thruster?

A: Cast iron offers excellent strength and vibration damping, making it suitable for heavy-duty applications, while mild steel provides flexibility and ease of customization. Both materials ensure mechanical reliability and structural integrity suitable for rigorous industrial demands.

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