PRICE
$244.12
Brand: Linear
Part Number: LIN-2500-2438
Availability: Not for Sale

Description

Linear 2500-2438, Kit Solar Panel Mnt Spm1 Glbl

The Linear 2500-2438 is a solar panel mounting kit designed as a direct replacement for Linear and OSCO gate operator systems. This part features Solar panel mounting kit model SPM1 and Universal/global post mounting design. Designed for use with Linear gate operators and Linear GP-20-12 solar panel (2500-2437). Install using the manufacturer guidelines to ensure proper operation and compliance with applicable standards.

Key Features

  • Solar panel mounting kit model SPM1
  • Universal/global post mounting design
  • For use with Linear gate operator solar panels
  • Compatible with GP-20-12 (2500-2437) solar panel
  • Enables off-grid solar gate operator installations

Compatibility Guide

FeatureSpecification
ModelLinear 2500-2438
Item TypeSolar Panel Mounting Kit
MountingGlobal post mount
Alternate Part NumbersSPM1

Frequently Asked Questions

Q: What is the 2500-2438 mounting kit used for?

A: The 2500-2438 is the SPM1 solar panel mounting kit designed for universal or global post mounting of solar panels on Linear gate operator installations.

Q: Which solar panels is the 2500-2438 compatible with?

A: The SPM1 kit is designed for use with the Linear GP-20-12 solar panel (2500-2437) and other compatible solar panels used with Linear gate operators.

Q: What are the dimensions of the 2500-2438 mounting kit?

A: No confirmed dimensions are available from official Linear datasheets. Consult Linear or your distributor for current specifications.

Q: What does the Global designation mean for the SPM1 kit?

A: The Global designation indicates the SPM1 kit is designed for universal or global post-mount configurations, accommodating various post sizes and orientations.

Q: What is included in the 2500-2438 kit and how is it installed?

A: Hardware and mounting instructions should be included with the kit. Mount the panel at the correct tilt angle for your latitude to maximize solar energy capture.