PRICE
$727.73
Brand: Linear
Part Number: LIN-2200-081
Availability: Not for Sale

Description

Linear 2200-081, Reducer Gear 60:1 SWC Msg

The Linear 2200-081 is a 60:1 Gear Reducer for Linear SWC Swing Gate Operator designed as an OEM replacement part for Linear gate operator systems. Constructed from Metal gear assembly, this part provides reliable performance in gate operator drive train and control assemblies. Compatible with Linear SWC swing gate operators. Order using Linear part number 2200-081 to ensure correct fitment.

Key Features

  • 60:1 gear reduction ratio
  • Designed for Linear SWC swing gate operator
  • MSG (motor-speed-gear) application
  • Provides high torque output for gate panel movement
  • OEM replacement gear reducer
  • Critical drive train component for swing gate operation

Compatibility Guide

  • Linear SWC swing gate operators

Professional Specs

FeatureSpecification
ModelLinear 2200-081
Item TypeGear Reducer
MaterialsMetal gear assembly
MountingIntegrated into SWC MSG drive assembly

Frequently Asked Questions

Q: What is the Linear 2200-081?

A: It is a 60:1 ratio gear reducer specifically used in the Linear SWC swing gate operator MSG (motor-speed-gear) drive assembly.

Q: What does the 60:1 gear ratio mean?

A: The 60:1 gear ratio means the output shaft turns once for every 60 input shaft revolutions, providing significant torque multiplication for moving heavy gate panels.

Q: What does MSG mean in the context of the 2200-081?

A: MSG stands for motor-speed-gear, referring to the combined motor and gear drive assembly configuration used in the SWC swing gate operator.

Q: Is the 2200-081 gear reducer compatible with the SWR and SWD models?

A: It is listed for the Linear SWC model; consult the parts list for SWR and SWD to confirm compatibility before installing in those models.

Q: How do I know if my gear reducer needs to be replaced?

A: If the gate moves too slowly, fails to complete its travel, or the motor runs but the gate does not move, the gear reducer may be faulty and should be inspected.