Why is your pellet machine's output lower than other identical models?
The matching performance of motor, reducer and pellet machine host is the decisive factor!
Master these matching rules to avoid wrong machine selection and unnecessary losses.
Scientific motor matching principle:
Choose a slightly larger motor instead of an undersized one, but never oversize it excessively.
Underpowered motor
Insufficient driving force leads to weak extrusion of rollers, slow discharging, frequent ring die blockage, low hourly output and heavy wear on spare parts. You can never reach the rated production capacity.
Excessively oversized motor
Unnecessary power surplus causes high idle energy consumption.
Your electricity cost per ton of finished pellets will rise sharply, resulting in long-term production waste.
Only when the motor, reducer and pellet host are perfectly matched in power and rotation speed can power transmission loss be minimized.
The machine can run stably under full load, delivering maximum standard output for the same pellet machine model.
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