Conveyor Power Speed Calculator

Fast visualization: Compare different scenarios with a single click and shorten the design cycle.

Field-ready modeling: Handles pulley radius, belt speed, horizontal distance (X) and site-specific drop conditions.

Cleaner transfer: Helps reduce spillage and misalignment, aiming to extend maintenance intervals.

Operational insight: Clarifies different use cases such as crusher/hopper feeding, transfer to a secondary conveyor and stockyard feeding.

Secure approach: The calculation logic is MEKA's intellectual property; the formulas are not displayed.

• Energy Efficiency: A motor chosen larger than necessary constantly consumes excess energy, increasing your operating costs.

• Operational Reliability: A motor with insufficient power overheats, breaks down frequently and causes unexpected stoppages on your production line.

• System Life: A motor with the correct power reduces stress on the conveyor's other mechanical components (drum, bearings, belt), extending the life of the entire system.

You no longer need to deal with complex formulas or guesswork-based selections. With this powerful tool we have developed, you can enter all the details of your project and reach the results you need in seconds.

• Comprehensive Parameters: Enter the bulk or unit load type, belt/chain type, inclination angle, ambient conditions and many more details to obtain the most suitable, precise calculation for your project.

• Instant Results: Based on the data you enter, instantly find out the ideal motor power (kW) and gearbox output speed (RPM) required for your conveyor.

• User-Friendly Interface: We have brought complex engineering calculations into a simple interface that anyone can understand. Just fill in the fields and click the "Calculate" button.

• Advanced Analysis: Optionally, our tool also calculates the approximate start-up time of the system based on the motor power you select, offering a more detailed analysis.

• Mechanical Engineers and Designers: To make fast and reliable calculations in their projects.

• Project and Maintenance Managers: To optimize existing systems or plan new investments.

• Procurement Specialists: To make accurate purchases by correctly defining technical specifications.

• Engineering Students: To test and reinforce their theoretical knowledge with a practical tool.

Don't leave the efficiency and reliability of your project to chance. Start using our online calculation tool, developed to determine the most accurate motor power and speed for your conveyor systems, now for free!