To Next PageTo Next Page
Need help?Do you have a question about the Rain Bird ESP-6LX+ and is the answer not in the manual?
General| Number of Zones/Stations | 6 |
|---|---|
| Rain Sensor Compatibility/Input | Yes |
| WiFi/Wireless Capability | No |
| Mounting | Indoor/Outdoor |
| Watering Start Times | Up to 4 per program |
| Cycle and Soak | Yes |
| Rain Delay | Yes |
| User Interface | LCD Display |
| Backup Battery | 9V battery |
Overview of ESP-LX+ and ESP-LXi+ controller models and their applications.
Explanation of how controller stations manage sprinkler valves and sequences.
Clarifies key terms used in controller programming, such as watering days and start times.
Details how to program the controller using battery power when AC power is unavailable.
A step-by-step guide to ensure all programming tasks are completed for the controller.
Instructions on using a programming chart to plan and record controller settings.
Procedure to reset all existing program settings on the controller to a default state.
Steps to set the internal clock of the controller to the correct current time.
Steps to set the internal clock of the controller to the correct current date.
Guide on choosing between the available watering programs (A, B, C, D-drip).
How to define the watering schedule based on days of the week or intervals.
Setting up watering schedules based on a specific interval, like every second or third day.
Configuring watering schedules to run only on odd or even days of the month.
Assigning specific run durations for each individual watering station.
Defining when each watering program begins its cycle each day.
Adjusting the overall watering duration for a program by a percentage.
Programming pauses between the operation of consecutive watering stations.
Configuring master valve or pump start relay activation for specific stations.
Manually delaying all watering cycles for a specified number of days.
Temporarily or permanently suspending watering on specific calendar days.
Connecting and configuring rain sensors or other inputs to control watering.
Setting the controller to run watering programs automatically based on programmed schedules.
Initiating a programmed watering cycle on demand, outside the regular schedule.
Operating individual watering stations manually for testing or spot watering.
Executing a test cycle to verify the functionality of all stations and sprinklers.
Explains the purpose and benefits of the RASTER system for troubleshooting.
Guides on how to perform a RASTER test on the controller.
Detailed steps for using RASTER to test individual valve circuits for open or short conditions.
Diagnosing and resolving issues where a valve circuit has a complete break in current flow.
Diagnosing and resolving issues where a valve circuit has an unintended current path.
A comprehensive list of steps required for the proper installation of the controller.
Guidelines for choosing an optimal and safe installation site for the controller.
Instructions on safely detaching the controller's door and face panel for installation access.
Step-by-step guidance for securely mounting the controller unit to a wall surface.
Procedures for routing and connecting field wires from sprinkler valves to the controller.
How to connect individual station wires to the controller's terminal strip.
Instructions for wiring a master valve or pump relay connection to the controller.
How to connect rain sensors or other input devices to the controller.
Wiring a pump start relay to the controller for systems using a booster pump.
Connecting the controller to the main AC power supply.
Instructions for installing the backup battery to maintain time and program data.
Addresses common issues preventing automatic program execution, like incorrect settings or delays.
Troubleshoots why a station might appear active but not deliver water, often due to sensor or missing run time.
Diagnoses reasons why a station fails to activate, such as missing run times or sensor issues.
Explains and provides solutions for various display messages indicating power, fuse, or fault conditions.
Identifies causes for watering starting when not intended, such as manual activation or stacked programs.
Details how to interpret and resolve "FAULT" messages, typically indicating short circuits.
