●Electromagnetic Thrusters
Using electromagnetic forces, these thrusters engage or disengage brake systems. The ease of control over electromagnetic crane brakes appeals to many users. They are particularly important in industries where precision braking must be applied. These industries include construction, manufacturing, and warehousing.
●Hydraulic Thrusters
Hydraulic cranes feature a brake system that runs on fluid power. The fluid pressure is what makes the brakes apply or release on hydraulic thruster brakes. This type of thruster is highly effective in providing smooth and progressive braking. Such a feature reduces the shock loads on lifting equipment. Note this, then. It makes the hydraulic thrusters very useful for heavy-duty cranes operating in mining and construction.
●Pneumatic Thrusters
Pneumatic thrusters, meanwhile, utilize compressed air. It allows for a more even and controlled braking process. Industries that deal with combustion engines mostly benefit from this type. That is because it provides a reduction in fire risk. Those operating in explosion-sensitive zones can easily install pneumatic brakes.
●Mechanical Thrusters
Mechanical thrusters involve the use of mechanical linkage in engaging the brakes. Most of these thrusters are often activated via a pedal or lever. This is mostly found in older hydraulic cranes. Mechanical thrusters, despite being old technologies, are still relevant in many small and medium enterprises. That is because they are relatively easy to maintain and cost-effective.
