The use of cranes is a highly effective way of lifting and transporting heavy loads from one place to another. They can be used either as part of an in-plant transportation system or on vehicles.
Cranes are designed with special drive systems that enable them to move loads in multiple directions and with great precision. By integrating braking and driving controls and synchronising the operation of the crane and trolley, factories can significantly increase their operational efficiency and safety.
As NRW Drive Technologies, we offer a range of PCS series crane products that comply with FEM - ISO standards and have lifting capacities of between 1 and 60 tons. These gearboxes can be used with double-speed motors (2-12 poles) that have IP55 protection and offer excellent driving performance with frequency inverters. Our crane gear units are produced from low-corrosion materials and operate quietly. They are available in both aluminium (EN-AB-46100) and cast iron (GGG 40-50) options.
Our PH/PB series gear units are also ideal for industrial applications and can be used for lifting processes with a torque rating of up to 480,000 Nm. These gearboxes ensure maximum safety in high-power applications and heavy operating conditions.
Finally, our parallel-mounted PD/PM series and bevel gear PKD series provide secure and effective gantry and bridge movements in cranes. With NRW Drive Technologies' range of crane solutions, you can be confident in achieving optimal performance and safety for your lifting and transportation needs.
PCS series gear units of NRW Drive Technologies serving up to 60 tones of capacity are optimum solution partners for crane industry thanks to their silent, compact bodies and easy maintenance features.
Industrial type gear units operate especially under heavy working conditions, have rigid case, bear high moments up to 480000 Nm and stand out with silent operation and easy maintenance features.
D/M series parallel shaft mounted gear units produced with hollow shaft or solid shaft are commonly preferred in conveyor drive systems.