PRICE
$16.83
Brand: Linear
Part Number: LIN-2100-203
Availability: Not for Sale

Description

Linear 2100-203, Bracket Antenna

The Linear 2100-203 is an OEM antenna bracket designed for Linear gate operator systems. This part is a rf antenna mounting bracket for linear gate operators. Constructed from steel. Mounting method: Bolted to operator housing at antenna mounting point. Compatible with Linear SWR, Linear SWC, Linear SWD, and more.

Key Features

  • Mounts RF or wireless antenna on Linear gate operator
  • Steel construction for secure and durable antenna support
  • OEM replacement accessory bracket
  • Compatible with Linear SW and SL series operator radio systems
  • Ensures optimal antenna positioning for reliable remote signal reception

Compatibility Guide

  • Linear SWR
  • Linear SWC
  • Linear SWD
  • Linear SLC
  • Linear SLD
  • Linear SLR
FeatureSpecification
ModelLinear 2100-203
Item TypeAntenna Bracket
MaterialsSteel
MountingBolted to operator housing at antenna mounting point

Frequently Asked Questions

Q: What is the 2100-203 antenna bracket used for?

A: The 2100-203 antenna bracket is used to mount the radio frequency (RF) or wireless antenna on Linear gate operator systems, ensuring proper antenna positioning for reliable signal reception.

Q: Which Linear gate operators is this antenna bracket compatible with?

A: This bracket is compatible with Linear gate operator radio receiver systems across SW and SL series operators, but confirm with your specific model documentation.

Q: What material is the antenna bracket made from?

A: The bracket is made of steel for durability and stable antenna mounting in outdoor environments.

Q: How is the antenna bracket installed?

A: The bracket attaches to the operator housing at a designated point and the antenna is then mounted to the bracket. Refer to your Linear operator installation manual for exact placement.

Q: Does antenna placement affect the range of the gate operator remote?

A: Yes, proper antenna positioning using this bracket helps maximize radio signal range and reliability for remote access control of the gate operator.