Hunter RC-184 Wireless Valve Output Module Owner’s Manual
- August 20, 2024
- Hunter
Table of Contents
Wireless Valve
Output Module
OWNER’S MANUAL
RC-184 Wireless Valve Output Module
Wireless Valve Output Module for Hunter ICC2 and HCC Controllers
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Need more helpful information on your product? Find tips on installation,
controller programming, and more.
Introduction
The domestic Hunter Wireless Valve Output Module (WVOM) and its international
counterpart (WVOM-E) were designed for installation in any compatible
controller output module slot.
The WVOM installs like any other Hunter output module. It does not technically
matter which output slot the WVOM is installed in.
However, the WVOM can coexist with conventional Hunter ICM and/or EZDM Output
Modules. The best practice is to install any ICMs in the lowest-numbered
slots, so the engraved station numbering in the controller chassis aligns
correctly with the conventional output terminals.
Add the WVOM in the next slot available to simplify future service.
The WVOM is designed to operate with Hunter Wireless Valve Link (WVL) devices
only. It is not compatible with any other manufacturer’s devices. The WVL
requires Hunter DC-Latching Solenoids (P/N 458200), which can be retrofitted
to almost any existing Hunter valve.
The Hunter WVL System is a wireless output option for Hunter ICC2 and HCC
Controllers. The WVL requires installation of a WVOM or WVOM-E in a controller
output module slot.
Key Benefits
Simple, Wire-Free Connections
This convenient and innovative wireless valve technology simplifies
installation to save time, money, and labor. It includes these benefits:
- Works with Hunter ICC2 and HCC Controllers and is compatible with Centralus™ and Hydrawise® Software
- Adds up to 54 valves (+P/MV) up to 2,000′ (650 m) line-of- sight or more with a Repeater
- License-free LoRa® Wireless Radio Technology enables wireless communication directly to the valve box — no copper field wiring required
- Combines with conventional ICM or EZDS Output Modules for ultimate flexibility
- Simplifies installation by eliminating the need to run costly field wires or cut into hardscape
*Wireless range is subject to terrain, foliage, buildings, and other site factors. Consult product documentation before installing.
Installation
You will need:
- Free Bluetooth® enabled Hunter WVL App, which is required to perform installation or service. Download it from the Apple or Google Play store below.
- 9 V DC batteries (2 per WVL recommended) • Irrigation-grade, waterproof connectors for DC-Latching Solenoid connections
- 1½” (40 mm) hole saw, included with WVOM for mounting WVL in valve box lid
|
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https://apps.apple.com/us/app/hunter-wvom/id1543810166|
https://play.google.com/store/apps/details?id=com.hunter.WVOM&hl=en_US&gl=US
Note: Do not use the hole saw on the controller enclosure!
The hole saw is for installing the individual WVL devices in valve boxes.
The Bluetooth word mark and logos are registered trademarks owned by Bluetooth SIG Inc. and any use of such marks by Hunter Industries is under license. Apple, the Apple logo, and iPhone are trademarks of Apple Inc., registered in the U.S. and other countries. Google, the Google logo, Android, and Google Play are trademarks of Google LLC.
- Engage the tabs in the output module slot and tip into place until the connector is fully seated.
- Move the locking lever to the horizontal position to lock the module into place.
- Press and release the Reset button on the back of the facepack. This enables the controller to recognize the WVOM and its 54-station configuration.
- When the controller is powered on, the LED lights will emit a constant green light. This lets you know that the module has power and is ready to communicate.
Functions and Features
WVOM LED Light Indications
After installation, a brief display of lights will appear as the module powers
up. Once powered up, the lights will communicate valuable system status
information.
Light Activity | Meaning |
---|---|
Top light, solid green | WVOM has power and is ready |
Top light, flashing green | Fast blink: WVOM is communicating Slow blink: WVOM |
is watering
Top light, solid amber| WVOM has detected an alarm condition (internal beeper
will also sound)
Top light, flashing amber| Fast blink: WVOM is rebooting Slow blink: WVOM
alarm is active
Bottom light, solid blue| Bluetooth app is connected to WVOM (LED will be dark
if not connected)
P/MV Connection
It is possible to use the WVOM with a normally wired Pump/Master Valve (P/MV)
output. However, it is also possible to use a WVL for this purpose if it has a
DC-Latching Solenoid (P/N 458200).
If wireless control of a P/MV output will be used, connect a jumper wire from
the P/MV terminal on the WVOM to the P/MV output on the controller power
module.
WVL Station Programming
The WVOM has no built-in controls, only LEDs to show statusAll programming and
diagnostics are done with the free Hunter WVL App, available for iOS® or
Android from their respective app stores.
Download and install the app.
|
---|---
https://apps.apple.com/us/app/hunter-wvom/id1543810166|
https://play.google.com/store/apps/details?id=com.hunter.WVOM&hl=en_US&gl=US
Language: The Hunter WVL App will automatically use the phone settings
for the user’s selected language. If the phone is set to a language
translation that is not available, the app will appear in English.
Open the app on a smartphone, and it will immediately begin scanning for WVOMs
within range, roughly 50′ (15 m) line-of-sight.
In a few moments, a list of available WVOMs within Bluetooth range will
appear, identified by serial number.
Select the WVOM you are programming (if there is more than one listed) and
click Connect. The blue LED on the selected WVOM will light up when it is
connected to the phone.
The app will then display a list of WVL station links that are already
connected, if applicable. If there are no links available, it will show a
blank screen.
Click the WVL button at the bottom of the screen to add or edit a WVL device.
A + button will appear in the top right of the screen.
Bring the WVL close to the controller to ensure reliable communications.
Remove the WVL battery cover.
Note: Assign one WVL at a time to avoid confusion or accidental multiple
addresses.
Install one 9 V DC battery in the left compartment of the WVL.
“Left” means the manual start finger icon is on the left side with the
solenoid wires extending to the right. The right button is marked with a gear
icon. Lights are on top, and the button is below. To enter Assignment Mode,
press and hold the right button inside the WVL battery compartment for 2
seconds until the right (gear) LED lights up yellow.
The WVL will remain in this mode for up to 5 minutes, or until the station
assignment is completed.
In the app, go to the WVL screen. Existing WVLs will be shown (you can edit
their station numbers by clicking the pencil icon).
To add a new WVL, click the + button on the WVL screen. Press the Scan button
to look for the new WVL in Assignment Mode.
If a WVL in Assignment Mode is found, it will be displayed with the current
station information. New WVLs will only show “Null” for each station because
they have not been assigned yet.
Use the app screen to select controller station numbers (or P/MV) for each
output on the WVL (single-station WVLs will only have one choice while multi-
station controllers will allow each output to be assigned individually).
Note: Unused stations can be set or left to “Null” so they are not
assigned and reserved for future use.
If the WVL uses the optional Solar Panel Kit (SP-WVL), click the slider for
Solar Powered to ensure that the battery status is displayed correctly.
When each station in the WVL is assigned as desired, click the Save button at
the bottom of the screen. The WVOM will send the station programming to that
device via the LoRa Radio.
The WVOM’s LED light will blink rapidly during this process.
If the save was successful, the assignment light in the WVL being addressed
will blink amber several times. Within a few seconds, you’ll also see a
message in the app advising you if the save was successful or not.
Use a permanent marker to write the successful station number assignments on
each WVL as you program them to ensure you remember the station numbers. There
is space on the battery cover to write each station number, and you can also
write it on the side (near where the wires come out) for longevity.
Then proceed with the physical installation of the programmed WVLs in the
field locations (valve boxes) as detailed in the WVL Installation Guide.
Basic Troubleshooting
(Beeping and Error Messages)
All LoRa Radio communications between the WVOM and the WVLs (or Repeater) are
two-way. Whenever the WVOM sends amessage to the WVLs or the Repeater, it
expects a response.
The response confirms the command and updates battery and signal information.
The two-way communications occur every time the controller attempts to turn on
a WVL station.If the WVOM does not receive a response after a retry attempt,
the module will announce the error both in the controller display and with two
internal beeps every 2 minutes. The beeps can be heard roughly 50′ (15 m) away
from the controller in fairly quiet surroundings.
- The display will show the station number (or “P” for Pump) along with “Err” to indicate which station failed to respond.
- The beep will continue until either:
- the WVOM is able to communicate successfully with the unresponsive WVL again, or
- you press the Reset button on the back of the controller facepack.
If the controller is connected to the Centralus web control application, the
software can also send a text message to a mobile device to announce the
alarm. This will be worded as an “Overload” message and cannot report the
actual station number. It is only to let you know there is an alarm condition
at the location. You must visit the site to perform further diagnostics via
the Hunter WVL App and fix the problem.
If an HCC Controller is connected to Hydrawise Software, some additional
reporting is possible via the controller’s touch screen:
- A station has experienced a communications error
- The batteries are in a low-charged state
- The batteries are critically low and must be replaced immediately
These messages will also appear in the Hydrawise App, webpage,and events log.
Use the Hunter WVL App to connect to the WVOM, and go to theWVL screen. Press
Details. Any WVL with a red status icon has failed to respond. Press the
Refresh button under any WVL on the Details page to see if it will respond,
and update the battery and signal information.
A WVL that cannot communicate will not be able to water any of its valve
stations (other WVLs will not be affected and will continue to water
normally).
The most common causes of communication failures are:
Cause | Solution |
---|---|
Low battery | Replace batteries (or inspect solar panel, if using solar power) |
Environmental changes (e.g., obstructing vehicle, overgrown foliage) | Locate |
and remove obstacle if possible, elevate WVOM antenna, or add Repeater
Radio interference from other devices| Try a different channel (use the app)
to eliminate interference
WVL internal failure (e.g., lightning)| Check LEDs in WVL battery compartment
for functionality or, if necessary, replace WVL
Foliage can have an effect on the wireless signal. It is possible that
landscape plants leaf out or grow over time and disrupt communications with a
distant device that used to respond.
New plantings, structures, or vehicles may also have such an effect.
Features and Diagnostics
Other Application Features and Diagnostics
All WVOM/WVL information comes through the Hunter WVL App. It is important to
remember that the app is connected directly from the smartphone to the WVOM,
but all field communications from the WVOM to the WVLs are conducted via LoRa
Radio.
Bluetooth offers a relatively short 50′ (15 m) range, so you must be close to
the controller to use it.
LoRa offers a relatively long 2,000′ (650 m) range, which allows information
to be reported to the WVOM from the WVLs in the field. You can get information
from any connected WVL if you are within Bluetooth range of the controller.
Dashboard
Connect to a controller WVOM from the app, and the Dashboard will appear on
the first screen. This shows the current status of all stations, age of the
information, and whether the station is currently active.
A “Fail” message for any station indicates a problem. See the Details screen
for more information.
To learn more about each station, click Details in the upper right corner of
the app.
Details Screen
The Details screen will summarize the most recent information for each WVL in
the system and the Repeater if one is present.
WVLs are reported together with their output station assignments. Each WVL
will show its serial number and current firmware version number.
Status
The WVL is either functioning correctly (green) or has a problem (red). See
station details for more information.
Battery Indicator
This shows the approximate status of the internal batteries, which are
critical to proper WVL operation. A low-battery indicator will trigger a
warning to replace the batteries at the earliest opportunity, before
operations become unreliable.
WVLs using solar power will have a special battery icon with a partial sun
indicator. Solar-powered WVLs do not show a battery percentage. The battery
icon has internal bars to show the charged state, and if voltage falls to an
unacceptable level, the empty battery icon will display.
Signal
This shows the quality of the radio connection between the WVOM and the WVL. A
poor signal can also mean unreliable operations. Antenna placement, low
battery, or other radio noise in the area may cause a poor signal.
Signal quality is displayed as a percentage. It is based on the Signal-to-
Noise Ratio (SNR) for each WVL device. Whenever the WVOM communicates with a
WVL in the field, the percentage is updated.
The maximum value is 100%. Devices that completely fail to respond will
display a value of 0%.
A special Repeater icon will display for any WVL that is using a Repeater to
communicate.
A very low, consistent SNR can mean that the signal should be improved for
reliable operation.
- Elevate the WVOM antenna (and WVL antenna, if practical) with a Hunter ANTEXTKIT up to 9′ (3 m).
- Add a Hunter Repeater (RPT in North America, RPT-E in international markets using the 433 MHz frequencies).
- Make sure WVL batteries are current.
Last Update
Whenever the WVOM communicates successfully with a WVL, the date and time of
the most recent communication will display. This update will occur at least
once every 24 hours. The time shows how long since the information was
retrieved.
You can press the Manual Refresh button under any WVL on the screen to update
any WVL or Repeater information immediately. This will update both the signal
and battery life reports.
Settings
The Settings button at the bottom of the app screen will show the current app
information. It will also display several adjustable settings in the WVOM
itself.
WVOM Info
Click the right arrow next to WVOM Info for more information, plus channel and
site ID settings and Repeater setup.
Channel ID
Only use this setting if you have determined that radio interference on the
LoRa channel is causing a problem on your site (rare, but possible). There are
up to 10 different available channels, and this setting will change the entire
operating system to the new channel.
If you select a different channel and then press the Submit button, it will
change the WVOM to a different channel. The WVOM will then automatically
attempt to change all known WVLs and the Repeater (if applicable) to the new
channel.
A progress indicator will show when the new channel assignment is finished.
If the app connection is disconnected from theWVOM during the assignment,
please reconnect and refresh to verify current status of the reassignment
process.
Site ID
Use this setting if two different LoRa systems appear to be interfering with
one another on the same channel. Each WVOM has a site ID (from 1 to 255) that
is communicated to WVLs when they are addressed.
Generally, changing the channel ID is an easier means of separating systems
that appear to be accidentally crosscommunicating. Changing the site ID is
only necessary when multiple different sites are on the same channel and
suspected of interfering with one another.
Repeater
This function is necessary if you add a Repeater to a system to improve radio
coverage. If you are adding a Repeater, you will be prompted to enter its
serial number. The serial number is engraved or printed on the bottom of the
Repeater antenna.
When the serial number is entered and saved, each WVL will choose to use it or
not, depending on signal strength (either directly from the WVOM or the
Repeater). The Details screen will show which WVLs have chosen to use the
Repeater. This decision cannot be set by users; it is done automatically to
preserve battery life in the field.
Repeater batteries are completely solar-powered. If the battery percentage is
low, the solar panel may be in a shaded location or covered with dust or
debris. Clean the solar panel periodically, and make sure it is correctly
placed to get maximum sunlight during the day.
Passcode
You can add a passcode (PIN) to the WVOM to prevent unauthorized access by
other Bluetooth smartphone users. If youcreate a passcode, your smartphone
will remember it, so you willnot have to enter it every time you want to
connect to a WVOM.
Any other user with a different phone will need the passcode to access the
device.
It is important to remember your passcode or store it in a safe place. If you
forget or lose the passcode, other users may no longer be able to access the
WVOM or WVL data until it is bypassed. Do not use a PIN that you use for other
apps and functions.
If you forget your PIN:
- Open the Hunter WVL App on your smartphone.
- Turn the controller power off, then back on.
- Reconnect the app to the WVOM within 10 seconds, and you will not need the PIN code.
- The WVOM will send the app a default code and allow access.
- Go to Passcode in the app to enter a new passcode. If you don’t want a PIN, go back to the passcode setting within 10 seconds and turn it off.
Recover Database (Replacing a WVOM)
The Recover Database feature is used when a WVOM must be replaced for service
reasons or is exchanged with another device.
The new or replacement WVOM will have a different site ID and serial number.
The new WVOM must be relinked to all the WVLs in the field to operate.
Recover Database permits automatic restoration of all WVLs within range of the
WVOM internal database so that they do not have to be manually readdressed
individually.
Install the new WVOM, connect with the Hunter WVL App, and choose the Recover
Database feature.
The app will prompt you to enter the serial number of a known device (either a
WVL or a Repeater) within the system. You must read and record a single serial
number that was present in the system before the change. The serial number is
printed or engraved on each WVL (and the Repeater), so you will need to find a
single valid number from the older installation.
The WVOM will use the valid serial number to search for the corresponding
device and rebuild its station (and Repeater) database.
The WVOM will then attempt to reach all operational WVLs or a Repeater within
range. This process can take up to 30 minutes.
During the recovery period, the WVOM may not be able to irrigate reliably. We
recommend doing this outside of normal automatic irrigation times.
When the process is complete, a notification will appear. If all WVLs were
found, the WVOM will be ready to irrigate again without further field
addressing.
Factory Reset (WVOM)
The Factory Reset option will completely erase all WVOM information, including
the WVL database, Channel and Site ID assignments, and Repeater configuration.
The whole system will need to be set up again to restore operations.
App Info
Click the right arrow next to App Info to see the current app status. App Info
provides the current version number of the app and links to Hunter Support and
other informational sites.
Firmware Updates
Both the WVOM and the WVLs can be updated in the field over the air (OTA) if
new firmware becomes available.
Firmware updates are large downloads and can take up to 2 hours. Do not start
an update if you need to irrigate or perform other diagnostic functions within
this time.
When new firmware is released to the app sites, you will receive a message
when you open the app that announces a new version.
You may skip the update or choose to update immediately. WVLs that have older
versions of firmware, for which an update is available, will show an orange
icon next to their version numbers on the Details screen as a reminder.
Firmware updates are important, offering new features or significant fixes.
However, be aware that they will interrupt or prevent scheduled irrigation
until they are complete.
Updates can also deplete battery life, and the update will not complete if the
WVL batteries are too low to finish the process.
Helping our customers succeed is what drives us. While our passion for
innovation and engineering is built into everything we do, it is our
commitment to exceptional support that we hope will keep you in the Hunter
family of customers for years to come.
HUNTER INDUSTRIES
Built on Innovation®
1940 Diamond Street, San Marcos, CA 92078 USA
hunterindustries.com
Denise Mullikin, President,
Landscape Irrigation and Outdoor Lighting
© 2024 Hunter Industries Inc. Hunter, the Hunter logo, and other
marks are trademarks of Hunter Industries Inc., registered in the
U.S. and certain other countries.
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