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ELECTRO HYDRAULIC THRUSTER

AC Electro Hydraulic Thruster

AC Electro Hydraulic Thruster Specification

Shape
Cylindrical

Thickness
Standard design, customizable as required

Vehicle Type
Not specifically for vehicles, suited for cranes and industrial equipment

Pressure
Hydraulic pressure up to 6 bar

Material
Cast Iron & Steel

Loading Capacity
Upto 34 kN (based on model)

Diameter
90 mm to 250 mm

Power
0.37 kW to 2.2 kW

Voltage
415V AC, 3 Phase, 50Hz

Application
Industrial Hoisting, Conveyor Brakes, Lifting Equipment

Stroke Length
25 mm to 75 mm (model dependent)

Enclosure Type
Totally Enclosed, Fan Cooled (TEFC)

Operating Temperature
-10C to +50C

Insulation Class
F Class

Duty Cycle
S1 (Continuous Duty)

Oil Capacity
Up to 2.5 Litres

Mounting Type
Flange Mounted

Compliance
IS: 13367 / IS: 3181 Standards

Finish
Corrosion Resistant Paint

Protection Class
IP 54

About AC Electro Hydraulic Thruster

The Electro Hydraulic Thruster for Hoist is a precision-engineered device designed to provide smooth, reliable, and fail-safe operation of hoisting equipment. It converts electrical energy into hydraulic force, enabling controlled engagement and release of the hoist brake, ensuring safe and accurate load handling.

This thruster features a robust construction with high-quality brake linings and a spring-loaded mechanism that engages the brake automatically in case of power failure, offering maximum safety. When power is restored, the electro-hydraulic thruster releases the brake smoothly, allowing vibration-free and precise lifting operations.

Ideal for hoists with frequent start-stop cycles, this device ensures consistent performance, minimal maintenance, and long service life in demanding industrial environments.

Versatile Industrial Application

Our AC Electro Hydraulic Thruster is engineered to meet the demanding requirements of cranes, hoisting machinery, and conveyor brake systems in various industries. Thanks to customizable thickness and different mounting options, it adapts seamlessly to new or legacy setups, ensuring reliable performance even in challenging environments.

Optimized for Durability and Efficiency

With a solid build using cast iron and steel, the thruster endures intensive long-term use. The corrosion-resistant paint protects against harsh conditions, while the totally enclosed, fan-cooled (TEFC) enclosure and IP54 rating guarantee internal components remain safe from dust and moisture-offering constant, efficient performance under continuous duty cycles.

FAQ's of AC Electro Hydraulic Thruster:

Q: How is the AC Electro Hydraulic Thruster typically installed in industrial equipment?

A: This thruster is flange mounted, allowing straightforward installation to compatible hoisting or braking systems in cranes and other machinery. The cylindrical shape and customizable thickness also support integration into a wide range of industrial setups.

Q: What standards and safety features does the thruster comply with?

A: The thruster conforms to IS: 13367 and IS: 3181 standards, ensuring safety and operational reliability. It also incorporates an IP54-rated, totally enclosed, fan-cooled (TEFC) design, providing protection against dust and water splashes while maintaining optimal cooling.

Q: When should routine maintenance be performed on the thruster?

A: Maintenance schedules depend on operating intensity, but regular inspection of oil levels (up to 2.5 litres), seals, and electrical components is recommended for continuous duty applications. Scheduled maintenance helps ensure longevity and prevents unexpected downtime.

Q: Where can this electro hydraulic thruster be used?

A: It is ideally suited for heavy-duty industrial applications such as hoisting, conveyor brakes, and lifting equipment. Its reliability in temperatures from -10C to +50C and compatibility with various mounting arrangements make it highly adaptable for different environments.

Q: What are the main benefits of choosing this thruster for your application?

A: Customers benefit from high durability, efficient operation under continuous loads, compliance with key industrial standards, and resistance to corrosion. The robust construction also enables long service life, reducing repair or replacement costs.

Q: How does the thruster operate and what is the typical power supply required?

A: It operates by converting electrical energy to hydraulic force using AC power-typically 0.37 kW to 2.2 kW, 415V, 3-phase, 50Hz supply-delivering reliable actuation and control for braking and lifting mechanisms in heavy machinery.

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