Electro Hydraulic Lifting Thruster

Electro Hydraulic Lifting Thruster Specification

Vehicle Type
Not applicable (industrial use only)

Thickness
10 mm - 20 mm (housing thickness, varies by model)

Pressure
Up to 6 bar (hydraulic operating pressure)

Shape
Cylindrical with mounting flange and eyelet

Material
Cast Iron / Steel

Loading Capacity
Up to 400 Kg (varies by model)

Diameter
150 mm - 350 mm (varies by model)

Power
0.75 kW - 2.2 kW

Voltage
380V / 415V AC, 3-Phase

Application
Industrial braking, EOT cranes, conveyors, hoists and material handling equipment

Stroke Length
50 mm - 100 mm (varies by model)

Enclosure Protection
IP54

Mounting Type
Vertical mounting with flange and eyelet

Oil Type
ISO VG 32 or equivalent hydraulic oil

Weight
22 kg - 65 kg (model dependent)

Color
Black anti-corrosive coating

Ambient Temperature Range
-10C to +50C

Duty Cycle
S1 continuous duty

Response Time
< 2 seconds

Electro Hydraulic Lifting Thruster About

Electro Hydraulic Brake Thruster Description

An Electro Hydraulic Brake Thruster is a high-performance device used to operate industrial brakes with smooth, reliable, and fail-safe action. It combines the principles of electric power and hydraulic pressure to apply the required thrust for braking systems, ensuring efficient and shock-free operation.

Widely used in cranes, hoists, conveyors, steel plants, mining machinery, and heavy-duty industrial equipment, these thrusters are designed for continuous duty under demanding working conditions. In case of power failure, the brake automatically engages, ensuring maximum safety.

Key Features:

Fail-safe braking system with automatic application during power loss.
Smooth, noise-free, and shockless operation.
Rugged and durable design suitable for harsh industrial environments.
Low maintenance and long service life.
Available in multiple thrust capacities for various applications.

Exceptional Performance and Versatility

This Electro Hydraulic Lifting Thruster is meticulously crafted to handle demanding industrial environments. With mounting flexibility, varying stroke lengths, and a solid operating pressure up to 6 bar, it is highly versatile. The range of power options and loading capacities ensure compatibility with a broad array of equipment, maximizing operational efficacy and durability.

Engineered for Continuous Operation

Designed for S1 continuous duty, this thruster guarantees unwavering operation without compromising safety or efficacy. The IP54 enclosure protection and black anti-corrosive coating further extend the product's service life, making it ideal for heavy-duty, uninterrupted use in rigorous industrial settings.

FAQ's of Electro Hydraulic Lifting Thruster:

Q: How is the Electro Hydraulic Lifting Thruster installed?

A: The thruster is designed for vertical mounting using the integrated flange and eyelet. Secure mounting ensures stability and optimal performance, and installation should always be performed by qualified industrial technicians to ensure correct alignment and safety.

Q: What maintenance is required for continuous duty operation?

A: Regularly check the hydraulic oil level and quality, ensuring the use of ISO VG 32 or equivalent oil. Periodic inspection of seals, electrical connections, and housing is recommended to maintain efficiency and prevent downtime, particularly in continuous S1 duty cycles.

Q: When should the oil be changed in this lifting thruster?

A: Hydraulic oil should typically be inspected every six months or according to the operational hours recommended by the manufacturer. If oil appears contaminated or degraded, replace it immediately to ensure smooth and responsive thruster operation.

Q: Where can this thruster be most effectively used?

A: This Electro Hydraulic Lifting Thruster is ideal for industrial machinery such as EOT cranes, hoists, conveyors, and material handling systems. It is intended for indoor industrial environments, given its IP54 enclosure protection.

Q: What is the typical process for activating the thruster?

A: Once properly installed and integrated into your system, the thruster responds to electrical signals via its 3-phase 380V/415V input, actuating the hydraulic mechanism to deliver swift lifting or braking action. Its rapid response time of less than 2 seconds ensures dependable performance in automated or manual operations.

Q: What are the main benefits of using this thruster in industrial settings?

A: Key benefits include high load-bearing capacity, rapid response, stable continuous-duty operation, and extended product life due to durable construction and environmental protection features, minimizing maintenance requirements and ensuring reliable system uptime.

Tell us about your requirement