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Engineering guide

Agricultural Gearbox Selection by Machine Type

Selection starts with machine function: direction, ratio, power split, motion conversion and overload protection.

Request a quote Engineering process

Agricultural Gearbox Selection by Machine Type
AuthorEver-power Custom Worm Gear Engineering Team
StatusHuman technical review required
PurposeRFQ preparation
Not a substituteApproved drawings and tests

Step 1

Machine duty

  • Tillage: impact, soil, PTO and sealing
  • Planting: timing, metering, dust and corrosion
  • Harvest: throughput, shock and short seasonal window
  • Irrigation: reduction, outdoor exposure and holding
  • Livestock: torque, wash and jam
  • Post-harvest: continuous duty, hygiene and dust

Step 2

Architecture

  • Right-angle bevel for direction change
  • Parallel shaft for robust reduction
  • Planetary for compact torque
  • Worm for high ratio and actuation
  • Rack and pinion for linear motion

Step 3

Selection output

  • Approved ratio and shaft arrangement
  • Load spectrum and support concept
  • Lubrication and sealing plan
  • Material/treatment and validation plan

Request for quotation

Apply this checklist to your drawing

Share the drawing, quantity, material, heat treatment, accuracy requirement and application for RFQ review.

Start an RFQ Email [email protected]