SAG Mill Pinion Power Calculator

SAG Mill Pinion Power Calculator MCP Connector for Claude

A+

Calculate mechanical and electrical power requirements for SAG mill pinions.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized engineering tools to calculate the power requirements for Semi-Autogenous Grinding (SAG) mill pinions. It allows AI agents to determine the mechanical calculate_pinion_power needed based on mill geometry and ore characteristics, calculate the total electrical calculate_motor_power required, and assess calculate_power_utilization relative to motor capacity. Additionally, it can analyze_slurry_impact to understand how changes in slurry density affect power draw.

miningmechanical-engineeringsag-millpower-calculationindustrial

4 tools expose this connector's capabilities to your AI agent.

analyze_slurry_impact

Evaluates how the density of the slurry affects the overall power requirements

calculate_motor_power

Determines the total electrical motor power required to drive the pinion

calculate_pinion_power

Determines the mechanical power required at the pinion to rotate the mill under specific loading conditions

calculate_power_utilization

Measures how effectively the installed motor is being used relative to its rated capacity

See how to talk to your AI agent using SAG Mill Pinion Power Calculator.

Calculate the pinion power for a mill with 5m diameter, 15m length, 75% critical speed, 25% charge level, 2.5 ore density, and a standard liner profile.

The calculated pinion power is 1250.5 kW with a total charge mass of 450 metric tons.

What is the motor power required if the pinion power is 1000 kW, transmission efficiency is 0.95, and motor efficiency is 0.98?

The total electrical motor power required is 1097.46 kW.

How much motor capacity is being used if the motor power is 800 kW and the rated capacity is 1000 kW?

The motor is currently at 80% utilization.

You need the mill diameter, length, rotational speed (as % of critical speed), charge level, ore density, and the liner profile type.

Related Connectors