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General| Brand | Hunter |
|---|---|
| Model | SVC-400 |
| Category | Controller |
| Language | English |
Addresses cost-effective irrigation for sites lacking electricity.
Ideal for areas where running valve wires is difficult or impossible.
Simplifies adding valves or repairing damaged wiring in existing systems.
Provides automatic watering during periods before permanent power is established.
Provides reliable control without needing an electric power source.
Offers simple control for valve operation without standard electrical power.
Ensures at least one full irrigation season of operation on a single 9-volt battery.
Indicates the maximum number of valves a controller can operate.
Features fully digital programming capabilities.
Describes the user interface for programming.
Offers flexibility in mounting the controller.
Specifies the type of battery required for operation.
Ensures program data is retained indefinitely.
Features an LCD display with icons for user-friendly programming.
Provides an indicator for the remaining battery life.
Specifies the maximum cable length to the valve.
Allows setting the current time for accurate scheduling.
Indicates compatibility with standard weather sensors.
Provides instructions in multiple languages.
Allows manual control of the watering system.
Enables manual initiation of watering cycles.
Allows programming based on specific days of the week.
Supports programming watering intervals from 1 to 31 days.
Enables setting a delay for watering due to rain.
Offers choice between AM/PM or 24-hour clock display.
Specifies the maximum depth the unit can withstand submersion.
Defines the maximum watering duration per station start.
Indicates the maximum number of valve activations per day.
Uses a unique latching solenoid for very low power consumption.
Maintains irrigation programs indefinitely, even if the battery fails.
The sealed case is completely waterproof and submersible to 12 feet.
Features double protection against battery damage due to water intrusion.
Offers programming flexibility and simplicity like other Hunter controllers.
Features a hermetically-sealed pushbutton keypad with no loose parts.
Provides quick and efficient installation options saving time and money.
Offers a hassle-free solution for retrofitting an additional zone or single valve.
Operates most irrigation valves when connected to a compatible DC latching solenoid.
Uses internationally recognized programming icons for simplified programming.
Provides a battery consumption icon for awareness of remaining battery life.
Designed for durability and compact size within a valve box environment.
Ideal for installation in valve boxes to prevent vandalism.
Allows operation of valves from a location outside the valve box.
Features a built-in rain sensor circuit connectable to Hunter weather sensors.
Allows for flexible watering schedules for new lawns or steep slopes.
Provides simple operation for a quick water check of the zone.
Offers flexibility with day of week or 31-day interval scheduling.
Allows the controller to be turned off for a set period during rainy weather.
Enables watering for all plant material with run times up to four hours.
Includes internationally recognized icons and labels in four languages.
Allows users to select their preferred time display format.
Automatically shifts start times into ascending order to prevent 'phantom' starts.
Hunter Industries backs products with a two-year warranty for dependable operation.
Details the functions of the control buttons for programming.
Provides instructions for installing the 9-volt battery.
Explains how to connect DC latching solenoids to the SVC-400 model.
Details wiring DC solenoids to the SVC-400 model.
Explains how to mount the SVC directly onto a Hunter valve.
Step-by-step guide for mounting the SVC to a Hunter valve.
Describes alternative ways to mount the controller.
Instructions for mounting the controller to a valve box wall.
Guide for mounting the SVC using a stake and pipe.
Explains how to interpret the battery life status icon.
Instructions for connecting a rain sensor to the SVC.
Provides step-by-step instructions for programming the SVC-100.
Guides users through setting the current date and time.
Details how to set multiple watering start times.
Explains how to turn off or remove a start time.
Instructions for setting the duration of each watering cycle.
Guides on selecting specific days for watering.
Explains how to choose specific days for watering.
Allows selection of watering intervals from 1 to 31 days.
Permits shutting down the system for an indefinite period.
Instructions to turn the controller back on from System Off mode.
Allows stopping watering for a designated period from 1 to 7 days.
Provides instructions for activating manual watering cycles.
Explains how to suspend manual watering cycles.
Guides on reactivating the controller from System Off mode.
Allows stopping watering for a designated period from 1 to 7 days.
Details how to perform manual watering operations.
Steps to initiate manual watering for one or more stations.
Instructions for suspending all manual watering operations.
Guides on suspending manual watering for specific stations.
Sets the duration of watering from 1 minute to 4 hours.
Guides on selecting days for watering the stations.
Explains how to choose specific days for watering.
Allows setting watering intervals from 1 to 31 days.
Details how to program stations to operate simultaneously.
Permits shutting down the system indefinitely.
Addresses issues where the controller display is not active.
Troubleshoots scenarios where watering is indicated but not happening.
Identifies causes for automatic irrigation failing to start as scheduled.
Diagnoses problems with rain sensors not stopping irrigation.
Resolves issues where the controller activates watering cycles excessively.
Provides physical dimensions of the SVC controller unit.
Details key operational parameters and capabilities of the SVC.
Outlines the electrical requirements and battery specifications.
Lists extra features and design elements of the SVC.
Presents a guide to SVC model numbers and their features.
Introduces the rugged and reliable multi-station, multi-function wireless controller.
Highlights the convenience of wireless, radio-controlled irrigation management.
Describes the 2-zone and 4-zone wireless controller models for various applications.
Ensures at least one full irrigation season of operation on a single 9-volt battery.
Uses a latching solenoid design for very low power consumption.
Maintains irrigation programs indefinitely, even if the battery fails.
The sealed case is completely waterproof and submersible to 12 feet.
Features double protection against battery damage due to water intrusion.
Provides quick and efficient installation options saving time and money.
Operates most irrigation valves when connected to a compatible DC latching solenoid.
Designed for durability and compact size within a valve box environment.
Eliminates the need for interface modules for system setup.
Ideal for installation in valve boxes to prevent vandalism.
Allows operation of valves from a location outside the valve box.
Features a built-in rain sensor circuit connectable to Hunter weather sensors.
Complies with FCC rules for radio-controlled irrigation systems.
Hunter Industries backs products with a two-year warranty for dependable operation.
Allows wireless programming of WVC controllers from up to 100 feet away.
Offers programming flexibility and simplicity like other Hunter controllers.
The WVP programmer is designed for comfortable handling during use.
Indicates successful program download with audible beeps.
Features a waterproof overlay protecting the WVP faceplate buttons.
Provides a battery consumption icon for awareness of remaining battery life.
Allows varied irrigation applications using independent programming for each zone.
Allows for flexible watering schedules for new lawns or steep slopes.
Provides simple operation for a quick watering check of zones.
Offers flexibility with day of week or 31-day interval scheduling.
Allows the controller to be turned off for a set period during rainy weather.
Enables watering for all plant material with run times up to four hours.
Includes internationally recognized icons and labels in four languages.
Allows users to select their preferred time display format.
Automatically shifts start times into ascending order to prevent 'phantom' starts.
Hunter Industries backs products with a two-year warranty for dependable operation.
Indicates wireless, radio communication capability.
Features a large LCD with interactive icons for user interface.
Describes programming via digital push buttons or keypad.
Allows programming using a handheld transmitter.
Specifies the maximum communication range between devices.
Indicates no additional interfaces are required for wireless operation.
Specifies the type of battery used for power.
Offers multiple methods for controller installation.
Indicates the number of valves controlled by a single unit.
Provides an indicator for the remaining battery life.
Specifies maximum valve distance using #14 UL wire.
Ensures program data is retained indefinitely.
Indicates compatibility with standard weather sensors.
Provides instructions in multiple languages.
Allows manual control of the watering system.
Enables manual initiation of watering cycles.
Allows programming of each station independently.
Allows programming based on specific days of the week.
Supports programming watering intervals from 1 to 31 days.
Offers choice between AM/PM or 24-hour clock display.
Specifies the maximum depth the unit can withstand submersion.
Defines the maximum watering duration per station start.
Indicates the maximum number of valve activations per day.
Specifies the duration of the product warranty.
Indicates the maximum operating water pressure supported.
Describes the main body of the WVC controller, emphasizing durability.
Details the flexible external antennae used for radio communication.
Explains the holder designed for a standard 9-volt alkaline battery.
Describes the leads provided for wiring DC latching solenoids.
Details the wires used for connecting Hunter weather sensors.
Allows the WVC to be mounted directly onto any Hunter valve.
Allows for alternate methods of mounting the WVC controller.
Used for indicating status when setting WVC address.
Features a large LCD with internationally recognized icons for simplified programming.
Details the components of the WVP LCD display.
Overview of additional components related to the WVC.
Provides instructions for installing the 9-volt battery into the WVP.
Explains how to wire DC latching solenoids to the WVC.
Provides guidance on positioning for maximum radio range.
Steps for setting a unique identification address for the WVC.
Explains how to mount the WVC directly onto a Hunter valve.
Step-by-step guide for mounting the WVC to a valve.
Describes alternative ways to mount the controller.
Instructions for mounting the controller to a valve box wall.
Guide for mounting the WVC using a stake and pipe.
Instructions for connecting a weather sensor to the WVC.
Details the process of connecting a weather sensor to the WVC.
Overview of the WVP's LCD display areas: Programming and Communication.
Describes navigating through programming options using the button.
Explains how to use the Transmit/Receive button for communication.
Covers the installation process for the WVP programmer.
Provides instructions for installing the 9-volt battery into the WVP.
Guides users on initial setup of the WVP with current date and time.
Details the process for setting the WVP's date and time.
Explains the independent station programming method for WVC controllers.
Details how to set watering start times for each station.
Explains how to turn off or remove a start time.
Instructions for setting the duration of each watering cycle.
Guides on selecting specific days or intervals for watering.
Explains how to select specific days for watering each station.
Allows setting watering intervals from 1 to 31 days.
Details the process of transmitting and receiving data with WVC.
Explains how to enter the unique WVC identification code.
Guides on transmitting programmed data to the WVC.
Overview of manual watering capabilities.
Steps to initiate manual watering for one or more stations.
Explains how to suspend manual watering cycles.
Permits shutting down the system for an indefinite period.
Instructions for turning the WVC controller off via the WVP.
Instructions for turning the WVC controller on via the WVP.
Guidance on using the retrieve program function for status checks.
Allows stopping watering for a designated period from 1 to 7 days.
Explains how to interpret the battery life status icon.
Addresses issues where the controller display is not active.
Troubleshoots scenarios where watering is indicated but not happening.
Identifies causes for automatic irrigation failing to start as scheduled.
Diagnoses problems with rain sensors not stopping irrigation.
Resolves issues where the controller activates watering cycles excessively.
Addresses issues where the WVP programmer display is not active.
Troubleshoots communication errors between WVP and WVC.
Question about SVC's ideal application and power source.
Question regarding the lifespan of the 9-volt battery.
Question about the SVC's solenoid attachment and wire length.
Question about the bracket allowing attachment to the valve box wall.
Question about SVC purchase options: stand-alone or kit with valve.
Question about the WVP's LCD display and its symbols.
Question about the maximum distance for SVC installation from valve.
Question about connecting a sensor wire to the SVC unit.
Question about programmability of start times and day interval.
Question about the memory type that retains programming after battery change.
Question about the SVC's waterproof depth rating.
Question listing the four languages for SVC unit instructions.
Question about activating the display by holding a button.
Question identifying the components of the Hunter Wireless Valve System.
Question about the available station configurations for the WVC.
Question about the programming range of the WVP from the WVC.
Question regarding WVP confirmation of successful program download.
Question about the station programming flexibility.
Question about the programmable rain delay range for SVC and WVC.
Question about the WVC's sensor compatibility.
Question verifying if the WVC has a built-in LCD display.
Question about the meaning of a flashing sprinkler symbol on the display.
Question about the unique code enabling WVP communication with WVC.
Question identifying the feature for simple manual operation.
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