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Hose End Timers (Tap Timers)

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Automatic Proportional Fertilizer Injectors

LEIT 4000, X & XRC

LEIT-1

LEIT-2 & LEIT-2ET Systems

Multi-outlet Drip Manifolds

Living Wall Vertical Garden Kit

BOHE-BT Bluetooth® Hose End Timer (Tap Timer)

  • BOHE-BT Bluetooth® Hose End Timer: Introduction
  • BOHE-BT Bluetooth® Hose End Timer: Programming & Installation

Hose end timers and controllers programming videos

Informative instructions on how to program DIG’s range of hose end timers and controllers. These videos are each about 3 minutes or longer.

  • DIG 710A Battery Operated Controller: Programming
  • DIG ECO1 & LEIT 1 Solar Powered Controller: Programming
  • DIG B09D & B09DB Battery Operated Hose End Timers (Tap timers): Programming
  • DIG EVO100 Solar Powered Hose End Timer (Tap timer) Part I: Charging & Installation
  • DIG EVO100 Solar Powered Hose End Timer (Tap timer) Part II: Basic Programming
  • DIG EVO100 Solar Powered Hose End Timer (Tap timer) Part III: Advanced Programming

Hose end timers, battery operated and solar controllers installations videos

Follow our experts’ advice on how to install DIG battery operated, solar powered or hose end timers, controllers with anti-siphon valve, inline valves and actuators.

  • Manual Actuator Conversion
  • DIG LEIT1 ASV Solar Powered Timer with Anti-Siphon Valve: Installation
  • 1600HE Solenoid Installation - for LEIT Controllers
  • DIG LEIT1 MVA Solar Powered Timer with Actuator: Installation

Living Wall Vertical Garden

Learn about DIG’s Living Wall™ vertical garden modular system of containers and accessories that allows the user to create amazing layouts of vertical green walls.

  • DIG's Living Wall™ Modular Vertical Garden Kit Installation

DIG specialty video

A typical sprinkler uses 120 gallons of water per hour, about the same as a shower head. Everyone knows not to waste water in the shower, but they still use sprinklers in the garden. Take back your garden and save up to 40% of your water by switching to a high efficiency drip irrigation system by DIG!

  • Take Back Your Garden

LEIT2 Solar Powered Irrigation Controller

  • LEIT2 Solar Powered Irrigation Controller - Introduction
  • LEIT2 Solar Powered Irrigation Controller - Technology
  • LEIT2 Solar Powered Irrigation Controller - Preparation for Installation
  • LEIT2 Solar Powered Irrigation Controller - Valve Box Installation
  • LEIT2 Solar Powered Irrigation Controller - Valve Mount Installation
  • LEIT2 Solar Powered Irrigation Controller - Column Mount
  • LEIT2 Solar Powered Irrigation Controller - Programming
  • LEIT2 Solar Powered Irrigation Controller - Final

Catalogs & Brochures

Cut Sheet

Battery Operated Controllers

Solar Powered Controllers

Hose End Timers

Dripline

Water Connections

Drip Irrigation Kits

Valves

Spec Sheets

CAD Files

  • TOP12 Zone Pressure Compensating Drip Emitter With 1/2" FNPT
    • 1
      Typical layout detail 3/4" remote control valve with 12-35 PSI adjustable pressure regulator and filter
      PDF DWG DXF
    • 2
      Typical layout detail TOP with 1/8" distribution tubing (.118-.125 ID) below grade installation
      PDF DWG DXF
    • 3
      Typical layout detail TOP, side outlet with 1/4" distribution tubing (.156-.150 ID) below grade installation
      PDF DWG DXF
    • 4
      Typical layout detail TOP, barb outlet with 1/4" distribution tubing (.156-.150 ID) below grade installation
      PDF DWG DXF
    • 5
      Typical layout detail TOP, top view and suggested number of outlet per plant
      PDF DWG DXF
    • 6
      Typical layout detail TOP top view
      PDF DWG DXF
  • Pressure Compensating Drip Emitter
    • 1
      Typical layout detail drip emitter below grade installation using 1/4" distribution tubing with (.156-.150 ID)
      PDF DWG DXF
    • 2
      Typical layout detail drip emitter above grade installation using 1/4" distribution tubing with (.156-.150 ID)
      PDF DWG DXF
    • 3
      Typical layout detail drip emitter brickwall installation using 1/4" distribution tubing with (.156-.150 ID)
      PDF DWG DXF
  • 17 mm Excel™ PC-CV Pressure Compensating Drip Line With Check Valve
    • 1
      Remote Control Zone Assembly for Drip System P39-075
      PDF DWG DXF
    • 2
      Remote Control Zone Assembly for Drip System A53-075
      PDF DWG DXF
    • 3
      Excel™ drip line for subsurface installation, side view
      PDF DWG DXF
    • 4
      Excel™ drip line for subsurface installation, closed loop center feed layout
      PDF DWG DXF
    • 5
      Excel™ drip line for subsurface installation, side feed layout from a 1/2" riser
      PDF DWG DXF
    • 6
      Excel™ drip line for subsurface installation, closed loop, uneven shape center feed layout
      PDF DWG DXF
    • 7
      Excel™ line for subsurface installation, closed loop side feed layout from 1/2" riser (parking island)
      PDF DWG DXF
    • 8
      Vacuum relief valve layout for subsurface installation of drip line
      PDF DWG DXF
    • 9
      Flush valve layout for subsurface installation of drip line
      PDF DWG DXF