Paige Electric Irrigation Decoder System Wiring Guide

This document details the decoder system, including system background, product introduction and connection methods.


Paige Electric Irrigation Decoder System Wiring Guide - cover page
Brand
Paige Electric
Category
Other
Document type
User Manual
Language
English
Pages
8
File format
PDF
File size
239 KB
Published
18 October, 2023
Updated
18 October, 2023
MD5 checksum
A6D72A5381F24970A3D840BF8F06377C

About this manual

This document provides a wiring guide for Paige Electric decoder systems used in the irrigation industry. It details the history of decoder systems, compares them to conventional systems, and explains the tradeoffs regarding wire quantity, reliability, and maintenance. The guide includes specific wiring diagrams for both single and multi-solenoid decoders.

What's inside

  • Background
  • Pros and Cons of Decoder Systems
  • Decoder System Wiring Diagrams
  • Decoder Cable Switching Devices
  • Paige Electric Cables for 2-Wire Paths
  • Paige Electric Decoder-to-Solenoid Cables
  • Lightning Protection, Grounding, Bonding and Shielding

Specifications

Minimum wire burial depth for voltages > 30V24 inches
Minimum wire burial depth for voltages <= 30V6 inches
Bonding wire size for decoder ground grids10 AWG solid bare copper
Recommended burial depth for bonding/shielding wire8"-12" deep

Frequently asked questions

What is the main advantage of decoder systems regarding wire?

Wire quantity is reduced in decoder systems and replaced with decoders.

What is the primary risk associated with decoder systems?

Decoders contain electronic components which are susceptible to lightning damage.

Why is troubleshooting decoder systems difficult?

There is more than twice the number of splices in a decoder system than in a conventional system.

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