PRICE
$634.75
Brand: Linear
Part Number: LIN-2500-2309
Availability: Not for Sale

Description

Linear 2500-2309, MTR-L PSC 3/4H 1P Odp R/Cf 115

The Linear 2500-2309 is a Replacement Gate Operator Motor designed for use with Linear and OSCO gate operator systems. Operating voltage: 115V AC. Configuration: Single phase. Enclosure: ODP (open drip-proof). This is a genuine Linear/OSCO replacement component for maintaining gate operator performance.

Key Features

  • 3/4 HP permanent split capacitor (PSC) motor
  • 115V AC single-phase input
  • ODP (open drip-proof) enclosure
  • Reversible/capacitor-start configuration
  • Compatible with Linear SWG, SWC, GSLG-A, HSLG, SLC operators
  • Direct OEM replacement

Compatibility Guide

  • Linear SWG series
  • Linear SWC series
  • Linear GSLG-A series
  • Linear HSLG series
  • Linear SLC series
FeatureSpecification
ModelLinear 2500-2309
Item TypeReplacement Gate Operator Motor
Voltage115V AC
Contact ConfigurationSingle phase
Enclosure RatingODP (open drip-proof)

Frequently Asked Questions

Q: When should I choose the 3/4 HP motor over the 1/2 HP model?

A: The 3/4 HP motor provides more torque and is suited for heavier gates or higher-duty-cycle applications compared to the 1/2 HP 2500-2307.

Q: Which Linear gate operators use this motor?

A: This motor is compatible with Linear SWG, SWC, GSLG-A, HSLG, and SLC series gate operators. Verify compatibility with your specific model before ordering.

Q: Is an ODP motor suitable for outdoor use?

A: ODP (open drip-proof) motors are ventilated for cooling but are not fully sealed. They should be protected from direct water exposure in outdoor installations.

Q: Where can I get support for Linear 2500-2309?

A: Contact Linear technical support or an authorized Linear distributor for specifications, installation assistance, and warranty information.

Q: Where can I get support for Linear 2500-2309?

A: Contact Linear technical support or an authorized Linear distributor for specifications, installation assistance, and warranty information.