q
LEIT WWS
The DIG LEIT-2ET weather based system is a new
state-of-the-art wireless irrigaon control system that
ulizes evapotranspiraon (ET) data. The LEIT-2ET
system is programmed to monitor, control and adjust
irrigaon schedules for each zone through the data that
is received by the weather staon and site informaon
that is received from the LEIT RC2ET handset. The
LEIT-2ET epitomizes a true wireless control system. The
system operates by using ambient light (solar) power
that charges lead-free super capacitors, not baeries,
making it one of the most environmentally friendly
controllers on the market with no running wires to the
valves and no AC power required.
Wireless Weather Staon
Powered by ambient light (solar) the
weather staon includes thermometer,
hygrometer, anemometer, pping rain
gauge and solar radiaon meter.
w
LEIT-2ET
Irrigaon Controller
Two staons, with two-way wireless
communicaon. Powered by
ambient light (solar).
e
LEIT RC2ET
Wireless Handset
q
LEIT WWS - Wireless Weather Staon
Transmits ET data hourly to all LEIT-2ET controllers
within range (350 .). Monitors and measures
humidity level, temperature, wind speed, solar
radiaon and rainfall.
w
LEIT-2ET Irrigaon Controller
Receives informaon from the LEIT WWS and the LEIT
RC2ET handset and automacally adjusts the irrigaon
schedule based on daily weather condions and site
data received. It operates up to two valves. No further
adjustment or visits to the controller are necessary
once it has been installed.
e
LEIT RC2ET Wireless Handset
Sends all programming data, including site
informaon, receives all controller funcons and
provides ET reports. Capable of operang manual
runs, manual tests and inpung specific landscape
criteria such as; soil type, irrigaon methods and plant
types to integrate with ET data sent from the weather
staon to the LEIT-2ET controller.
Programs up to 99 LEIT-2ET controllers
(198 valves) and receives all user and ET
data from a distance of 350 .
10:00
10:00
10:00
TEMP: 68F
HUMIDITY: 15%
WIND: 03 MPH
RAIN: 0.00 IN/HR
100 %: SUNNY
ET: 0.02 IN/HR
DOWNLOADING
CONNECT
SENSOR STATUS
SENSOR STATUS
10:00
10:00
RAIN GAUGE
WEEK: 0.00
MONTH: 0.00
SAVING STATUS
WATER SAVED: 20%
TIME SAVED: 1.26
TOTAL THIS MONTH
TOTAL THIS MONTH
Introduction
The LEIT-2ET system is a weather-based, wireless
irrigation control system that adjusts user preset daily
or weekly irrigation programming according to real time
weather information provided locally by DIG’s LEIT WWS
or LEIT WWSE wireless solar powered weather stations.
The LEIT-2ET system consists of a two-station, ambient
light (solar) powered controller with a rain sensor
connection, an ambient light (solar) powered weather
station and a two-way, remote control handset. The LEIT2ET ambient light (solar) powered, wireless controller
is programmed to monitor, control and adjust irrigation
schedules for each valve using the weather information
received from the LEIT WWS solar powered, wireless
weather stations along with programmed site information
received from the LEIT RC2ET remote control handset.
The LEIT-2ET controller receives and stores weather
data from a LEIT weather station once every hour during
daytime hours from a distance of up to 350 ft. (100 m)
line of sight. The controller uses the weather station data
and site information provided by the LEIT RC2ET handset
to calculate the hourly and daily local microclimate
evapotranspiration (ET), and automatically adjusts the
irrigation schedule.
Today, water use can be optimized through the use of our
weather based irrigation control system developed for
landscape irrigation. This can be achieved by monitoring
the soil, temperature, humidity, radiation, rainfall, wind,
and environmental conditions at the irrigation site. Both
the plants’ water requirements and the amount of water
available to the plant roots can be measured or estimated
through a variety of technologies. These technologies
include the feel method, which is an estimate based on
the user’s knowledge of the irrigation site, and the more
accurate method of utilizing tensiometers, or the use of
weather sensors designed to monitor real time conditions
including water demands influenced by the local
environment, the irrigation method and the plant types.
Water Requirements
To simplify the relationships between plants, water
requirements and the environment, the term
evapotranspiration is often used. Originally established
for agriculture, where irrigation requirements are
well documented, evapotranspiration measures the
loss of water for various crops planted by farmers.
Evapotranspiration takes into consideration the loss of
water from the plant surface, the evaporation of water
from the soil and the water lost through transpiration
during a specific time period. Historical values for many
crop types have been recorded and are made available
through agricultural extension services.
Evapotranspiration (ET)
Several methods have been developed to estimate
crop ET. Most methods use weather data to provide an
estimate of reference, or potential, evapotranspiration
(ETo). Often this estimate of reference is converted to
“actual” ET using a factor known as a crop coefficient
(Kc). In landscape irrigation, reference evapotranspiration
(ETo) is established for well-watered turf grass, however
most landscape species do not have values established.
The turf and landscape industry’s managers and users
are not equipped to measure the plants’ water loss. The
feel method is not practical due to the large variety of
environmental and management conditions. Due to this
inability to effectively measure and record water loss for
landscape planting, formulas have been developed using
reference evapotranspiration, plant factors, microclimate
factors and landscape coefficients to estimate the water
used. DIG’s weather based irrigation controller system
utilizes a version of these formulas as the baseline for
estimating water use.
ETo
grass
reference
crop
BASED ON
off
=
Radiation
Temperature
Wind speed
Humidity
well watered
grass
ETc
Kc factor
ETo x
=
well watered crop
optimal agronomic conditions
Information from the environment, plant water
requirements and the tools to calculate how much water
is in the soil may help in reducing water use by increasing
irrigation efficiency. By viewing the soil as a reservoir for
the plant’s water, and calculating the daily water needs of
the plant using various crop and landscape coefficients,
we can determine approximately how long plants can
survive on the water available in the soil. When the water
in the soil is close to depletion, a timed irrigation in the
proper amount can refill the soil profile, restarting the
cycle.
The Importance of Soil Texture in Setting ET
Before programming the LEIT RC2ET handset and using
the new ET features we recommend that the user read
about soil texture. Knowing the soil type is important
in setting the proper configuration on the LEIT RC2ET.
Most users can determine the soil type by reviewing the
following:
www.digcorp.com • 1.800.322.9146
A fine-textured soil is referred to as clay soil. Sandy soil
is a coarse-textured soil. Numerous soil properties are
influenced by texture, including drainage, water-holding
capacity, aeration, susceptibility to erosion and organic
matter content.
The soil texture determines the rate at which water drains
through saturated soil. Water moves more freely through
sandy soils than it does through clay soils. Once field
capacity is reached, soil texture also influences how much
water is available to the plants. Clay soils have a greater
water-holding capacity than sandy soils. In addition, welldrained soils typically have good soil aeration meaning
that the soil contains air that is similar to atmospheric air,
which is conducive to healthy root growth, and thus, to
healthy plants.
How to Determine Soil Texture and Type
Sandy soil: Feels gritty and if formed into a ball when
moist, falls apart easily.
Loamy soil: Feels somewhat gritty, retains water easily
and is easy to work with it. It has relatively even amounts
of sand, silt, and clay. If formed into a ball when moist,
will hold its shape, yet still will break apart easily when
squeezed.
Clay soil: Forms large, hard clods, and cracks form on
the surface. Clay soils feel sticky and are bendable when
moist. A ribbon can be formed when moist by pinching
soil between fingers and thumb. A longer ribbon formed
before it breaks indicates a higher amount of clay.
About the LEIT RC2ET Environment Features
(LEIT-2ET only)
The ENVIRONMENT menu is used to activate and set
the ET feature, adjust budgets, and set wind and rain
gauge sensors. The ET MONITOR screens are used to
input important site information that are partly based on
existing factors on each zone, which is then downloaded
to the LEIT-2ET controller. With the ET data received from
the weather station the LEIT-2ET controller calculates
the hourly and daily local microclimate and adjusts or
overrides the daily scheduled irrigation program.
ET Editing can be used to edit ET settings. The Budget
feature is used to reflect seasonal changes by adjusting
each month’s irrigation schedule by percentages from
10% to 200%. The Rain Gauge setting is used to select
rainfall amounts from 1/8” to 1” (3 mm to 25 mm). This
data, coupled with information provided by the weather
station, will adjust or override the irrigation program.
Wind Speed information provided by the weather station
overrides irrigation when wind speeds ranging from 8 to
25 MPH (12.9- 40 Km/h) are reached.
How DIG’s Weather-Based System Works
When the ET feature is activated on the LEIT RC2ET
handset, the weather station transmits hourly and
daily ET information to the LEIT-2ET controller. The
information transmitted includes temperature, wind
speed, humidity, radiation, rainfall, and hourly ETo values.
Operating the LEIT RC2ET remote control handset,
the user adds additional detailed information on each
site zone that includes soil type, plant category, plant
density, percentage of slope, irrigation method, irrigation
efficiency with flow rates and spacing. This information
is uploaded to the LEIT-2ET controller, which uses it to
determine the plants water loss and the total irrigation
rate per day needed. With this information along with
other factors, including depth of irrigation, allowable
depletion and basic intake rate, the LEIT-2ET controller
calculates system or zone run time with number of cycles
per day. This calculated run time replaces or overrides
the program duration that the user set originally. The
controller performs the daily calculations needed at
midnight to override or adjust the scheduled irrigation
program specifically for each zone, to compensate for
evapotranspiration (ET).
Using the ET MONITOR feature in the ENVIRONMENT
screen, the user can enter detailed site information for
each zone (valve #) and download this information to the
LEIT-2ET controller. The controller uses the information
received from the handset and the weather station to
adjust the daily irrigation schedule. The result can be
reviewed in the REPORT MENU, CURRENT STATUS and
HISTORY menus. The controller can receive information
from more then one weather station in the area, if
available.
Steps used to configure each zone’s settings by
conditions when activating ET:
Step 1: Select plants stage of life (example: Mature)
Step 2: Select soil type (example: Clay)
Step 3: Select plant category (example: Mix planting)
Step 4: Select plant density factor (Kd)
(example: 50-70%)
Step 5: Select microclimate type factor (Kmc)
(example: Open space)
Step 6: Select percentage of slope (example: 0 to 4%)
Step 7: Select irrigation method (example: Spray)
Step 8: Select irrigation efficiency (example: 70%). This is
the default setting that can be changed.
Step 9: Select irrigation method flow rates
(example: 1 GPM (60 L/H)
Step 10:Select irrigation method spacing
(example: 10’ (3 m)
www.digcorp.com • 1.800.322.9146
Detailed steps used with the LEIT RC2ET handset to
activate evapotranspiration (ET):
1. In the ENVIRONMENT Menu screen highlight the ET
MONITOR icon.
2. SELECT VALVE screen appears with valve 1 and 2.
Select a valve.
3. CONNECTED and then ET MONITOR screen appears
with ET INACTIVE blinking. Change INACTIVE to ACTIVE.
4. Next, ET MONITOR screen appears with NEW or
MATURE blinking. Select one of the plant stage of life options.
5. Next, select SOIL TYPE. Select the soil type for the
indicated valve (refer to How to Determine Soil Texture).
6. Next, select PLANT CATEGORY. Select from MIX
PLANTING to ANNUALS.
7. Next, select PLANT DENSITY. Select from 10-30% to
70-100% of plant density.
8. Next, select MICROCLIMATE. Select from OPEN SPACE
to FULL SHADE.
9. Next, select SLOPE %. Select from 0%–4% to 13%–
20%.
10. Next, select IRR. METHOD. Select from DRIP EMITTER,
DRIP LINE, to ROTOR.
11. Next, select IRR. EFFICIENCY. Irrigation efficiency is set
with a recommended default setting for each category
but the user can adjust this setting up or down. If
efficiency is set higher, irrigation time will be lower, if
efficiency is set lower, irrigation time will be higher.
12. Next, select FLOW RATE. If no information is available
for the flow select preset. If preset is selected, it will
calculate irrigation time using a predetermined flow
rate.
13. Next, select SPACING. If no information is available for
the spacing select preset. If preset is selected, it will
calculate irrigation time using predetermined spacing.
When finished, download the new information. The
UPDATE SUCCESSFUL message appears confirming that
the controller accepted the new information and the
SELECT VALVE screen appears again. Repeat the steps for
the second valve.
Steps the controller uses to calculate irrigation time
based on ET:
Step 1: Reference daily ETo: provided by the weather
stations
Step 2: Finding the landscape coefficient (Kl) (handset
setting)
Step 3: Finding the ET rate for specific landscape plants
(ETl) when two factors are known: Kl and ETo
(controller)
Step 4: Calculating the system precipitation rate based
on information the user provided (controller)
Step 5: Calculating the total time to apply per day
based on precipitation rate and landscape
Evapotranspiration in inches per day (controller)
Step 6: Calculating the depth of irrigation to apply
(controller)
Step 7: Calculating allowable depletion (controller)
Step 8: Calculating irrigation intervals based on allowable
depletions (controller)
Step 9: Calculating total irrigation time per day needed
based on allowable depletion (controller)
Step 10:Calculating maximum duration allows taking into
account basic intake rate (controller)
Step 11:Calculating total number of cycle run times per
day if needed (controller)
Example using daily ET in June (AZ):
0.40
Total
Mean
ET
ADD
0.35
0.30
0.25
0.20
0.15
0.10
0.05
0.00
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
www.digcorp.com • 1.800.322.9146
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23
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25
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Setting Information:
PLANTING
SOIL TYPE
PLANT TYPE
PLANT DENSITY
SLOPE
New
Mature
Clay
Clay Loam
Loam
Sandy Loam
Sand
Mix Planting
Groundcover
Shrubs
Cool Turf Grass
Warm Turf Grass
Trees
Annuals
70 – 100%
50 – 70%
30 – 50%
10 – 30%
0 – 4%
5 – 8%
9 – 12%
13 – 20%
MICROCLIMATE
IRRIGATION METHOD
EFFICIENCY
FLOW RATE
SPACING
Open Space
Partial Shade
Full Shade
Drip emitter
Bubbler
Spray
Rotor
Dripline
Micro sprinkler
* 80%
* 80%
* 70%
* 80%
* 90%
* 70%
N/A
.1 GPH & up
N/A
1 ft. & up
* Default setting can be adjusted to specific distribution
uniformity.
NOTE: An audit of the site cannot be performed prior
to initial setting of the LEIT ET System, we recommend
soaking the soil thoroughly to ensure the soil is wet as a
reference point for the system from which the LEIT-2ET
starts calculating the site ET.
FINE-TUNING THE SYSTEM: To compensate for
established landscape species that require relatively
large or small amounts of water, or landscapes which
are difficult to evaluate, we recommend monitoring
both the plant health and the soil moisture level on a
weekly basis. If the plants are showing signs of distress or
the soil appears to be oversaturated, fine-tuning of the
system can be accomplished utilizing the ET Edit feature.
The system can be fine-tuned based on management
determination, plant species, weather pattern, location
and the ET zone setting. Either an upward or downward
adjustment in percent can be made to adjust to the actual
ET setting conditions. Again, DIG strongly recommends
a careful monitoring of the site for the first month of
operation.
ET Edit Setup:
ET EDIT is used to optimize the ET setting. For example,
the user can adjust ET setting by increasing the ET value
up to 200% or decreasing the ET value to 30%. This
feature is used for each of the two valves.
Rain Gauge Setup:
RAIN GAUGE can be programmed to shut down the
irrigation system when it is raining.
SOIL
Clay
Loamy
Sandy
1/8” (3 mm)
2
1
1
1/4” (6 mm)
3
2
2
The RAIN GAUGE is a self-emptying, tipping bucket that
can read rainfall in 0.01 inch increments. This information
is sent to the controller every hour. The user can set the
controller via the handset to stop irrigation with from
1/8” and up to 1” of rainfall (3 mm and up to 25 mm).
If the RAIN GAUGE is active, the following represents the
number of days the scheduled programming will be off.
Wind Speed Setup:
Wind speed setting can be programmed to shut down the
irrigation system at wind speeds from 8 to 25 miles per
hour (3.5 - 11.1 m/s).
What if:
Rain collector: The weather station sends information
on total rain for the last 24 hours every hour. If rain
exceeds a specific rate, the weather station will send the
information every 10 minutes.
Windy day: The weather station sends wind speed
information every hour. If wind speed exceeds a specific
speed, the weather station will send the information
every 10 minutes.
Technical Information
Resetting the controller:
To reset the new controller, use the two yellow and the
yellow with black stripe wires. Match the wires color
polarities with a nine volt-battery.
Touch the two wires at the same time to the battery, the
yellow sensor wire will touch the positive (+) end of the
nine volt-battery, while at the same time the yellow with
black stripe wire will touch the negative end (-) of the nine
volt-battery.
The controller will have 5 minutes after reset to connect
to 0 instead of 2 minutes.
Maximum time of solenoid operation in any given day
using the new LEIT-2ET.
Energy stored per super-cap voltage:
Enter V: 7 (3-7)
Joules: 81.6666667
Number of solenoid actuations: 49
Lightning
In case of lightning struck in close proximity to the
controller and caused a reset, the controller time will be
able to keep track of itself.
1/2” (13 mm)
4
3
2
3/4” (19 mm)
5
4
3
www.digcorp.com • 1.800.322.9146
1” (25 mm)
6
5
3
LEIT WIRELESS WEATHER STATION
Ambient Light (Solar) Powered
Wireless Weather Stations
FEATURES
• Power is provided by an efficient photovoltaic module (PVM)
and microelectronic management system fueled by ambient
light (solar)
• Weather data transmitted from the weather station is
stored by the controllers and reviewable by LEIT RC2ET
handsets
• The weather station ID number enables any controller
in range to differentiate among multiple weather stations
allowing the controller to receive information from several
weather stations
• Based on user input and information collected from the
weather station sensors, a LEIT-2ET controller performs the
calculations needed to override or adjust the daily scheduled
irrigation program to compensate for evapotranspiration (ET)
• Environmentally friendly, utilizes RoHS compliant
components
• The LEIT weather stations utilize radio frequency in the ISM
band 902-928 MHz (866 Hong Kong, 868 International) CE,
IC, FCC certified, Australia and Hong Kong compliant
• The LEIT weather station’s electronic components and
sensors are completely waterproof
• The rain gauge is a self-emptying tipping bucket reading
rainfall in 0.01 inch increments
• The LEIT weather station’s three-plate radiation shield is
specially designed to protect the sensors from reflected and
radiated heat
SENSOR SPECIFICATIONS
• Humidity range and resolution: 1-99% (100% inches Hg)
° Relative humidity accuracy: +/- 2%
• Temperature resolution and accuracy: -40°F to +170°F
(-40°C to +77°C) +/- 1% resistance tolerance
• Wind speed resolution and accuracy: minimum speed 0 MPH
(KPH) max speed 30 MPH (49 KPH) +/- 1%
• Rainfall resolution and accuracy: .01 inches accuracy +/- 2%
@ 2” per hour
DIMENSION AND CONNECTIONS
• Weather station size: 6.07” W x 9.5” H x 13.65” D
(15.42 cm W x 24.13 cm H x 34.67 cm D)
• Rain collector size: 5.13” W x 4.09” H (16.5 sq. in.)
(13 cm W x 10.39 cm H)
• Mounting connection: 1”x12” mounting column and
integrated clamp with two screws for mounting onto
1 1/2” mounting column (recommended height; minimum
8 ft or 2.4 m)
• The LEIT WWS and WWSE weather stations can provide
information to the LEIT ET controllers to completely stop
irrigation if it is raining, freezing or too windy (excludes
WWSE)
• Current weather data is provided to LEIT-2ET controllers
daily, every hour, during daylight hours only
• The weather stations function both day and night in any
weather and in most outdoor locations and only transfers
weather data during daylight hours
• Rugged and lightweight plastic construction
• 3 year manufacturer warranty
TECHNICAL SPECIFICATIONS
• Weather station power requirements for normal operation:
minimum of 3,000 Lux
• PVM power output 35 W/M2 at 100,000 Lux (231 W/M2)
+/- 20%
• Input: 3,000-100,000+ Lux
• Wireless transmitter power and frequency specifications:
-7 dBm @ 920 MHz / 7 dBm @ 868 MHz / -7 dBm @ 866
MHz
• Operating temperature: 14°F to 140°F (-10°C to 60°C)
MODEL DESCRIPTION
LEIT WWS
LEIT WWS-I
LEIT WWS-H
LEIT WWSE
LEIT WWSE-I
LEIT WWSE-H
USA, Canada, Australia and Japan
Europe and S. Korea
Hong Kong, Singapore and Macau
USA, Canada, Australia and Japan
Europe and S. Korea
Hong Kong, Singapore and Macau
www.digcorp.com • 1.800.322.9146
LEIT-2ET
Ambient Light (Solar) Weather
Based Wireless Controller
FEATURES
• Power is provided by an efficient photovoltaic module (PVM)
and microelectronic management system fueled by ambient
light (solar)
• Operates up to two stations and a sensor without AC
power hookup, batteries, or conventional solar panels
• Two independent programs with four start times per
program
• Used with Unimax S-305DC solenoids, which mount on
most brand name valves using one of seven valve adapters
• Client ID enables the user to assign a unique identity code to
the controller and handset; this is a security feature, which
locks out unauthorized users
• The LEIT-2ET controller uses information transmitted from
the weather station sensors and the LEIT RC2ET handset
to override or adjust the daily scheduled irrigation program
by adjusting the valve time duration in percentage to
compensate for evapotranspiration (ET)
• The LEIT-2ET can monitor and receive signals from one to
five weather stations every hour and uses the daily average
data for evapotranspiration (ET) calculation
• The LEIT-2ET controller can monitor the weather stations
and when ET is set to active will alert the user via the
handset if information has not been received or how often
the controller has received ET information that day along
with the last time information was received
• The LEIT-2ET controller can receive information from the
weather station(s) to completely stop irrigation if it is raining,
freezing or too windy. This information is provided daily,
every hour, during daylight hours only
• Environmentally friendly, utilizes RoHS compliant
components
• The LEIT-2ET controller utilizes radio frequency in the ISM
band 902-928 MHz (866 Hong Kong, 868 International) CE,
IC, FCC certified, Australia and Hong Kong compliant
• The LEIT-2ET controller communicates with LEIT RC2ET
handsets and weather stations from a distance of up to 350
feet (100 m) line of site by way of radio communication
• Completely waterproof, complies with IP68 requirements
• The LEIT-2ET has three mounting configurations including
green, tan and purple valve box mounts, direct-to-valve clip
mounting and column mounting with 25” (63 cm) or 50”
(127 cm) mounting columns
• 3 year manufacturer warranty
ELECTRICAL SPECIFICATIONS
• Controller power requirements for normal operation: minimum of 3,000 Lux
• Controller input: 3,000 -100,000+ Lux
• Controller output: 9-volt DC pulse
• Controller station capacity: one 7-9 volt DC pulse, two-way
magnetic latching solenoid per each set of red and white
wires
SPECIFICATIONS
• Operating temperature: 32°F to 158°F (0°C to 70°C)
• Controller wire gauge: 16 AWG
• Wireless transmitter power and frequency specifications:
-7 dBm @ 920 MHz / 7 dBm @ 868 MHz / -7 dBm
@ 866 MHz
• Rain sensor connection: normally closed
DIMENSIONS
• 3” W x 5.5” L including the antenna
(7.62 cm W x 13.97 cm L)
• The LEIT-2ET controller functions both day and night in any
weather and in most outdoor locations
• Default program: 5 minutes per day with a start time of
9 AM on valve one with no previous programming, if ID has
been assigned
• Non-volatile memory retains program and controller
integrity
• Program stacking feature prevents hydraulic overload
• Custom grouping of the two stations allows the controller
to operate the two valves at the same time if hydraulic
limitations are not exceeded
• Available with 18” (45 cm) color-coded 16 gauge wires for
each valve and rain sensor
• Built from tough, rugged material and is resistant to harsh
environmental conditions
MODEL DESCRIPTION
LEIT-2ET USA, Canada, Australia and Japan
LEIT-2ET-I Europe and S. Korea
LEIT-2ET-H Hong Kong, Singapore and Macau
www.digcorp.com • 1.800.322.9146
LEIT RC2ET HANDSET
Remote Control Wireless Handset
FEATURES
• Large liquid crystal display with user-friendly icons for easy
programming
• Multilingual software in English, Spanish, Italian, French,
German and Portuguese
• The LEIT RC2ET handset can perform functions such as
program the LEIT-2ET controller, review status information,
update ET information, check history reports, adjust
budgeting, program rain delays and perform manual run or
manual test
• ET feature can be overridden at any time
• History Report provides the total valve(s) run time
for current and past month, weekly and monthly rain
measurements for previous and current week and month,
in addition to ET savings in percentage saved and total time
saved for current and previous month
• Wind speed setting can be programmed to shut down the
system at wind speeds of 8-25 miles per hour (12.9-40
Km/h)
• Rain delay for up to 99 days with auto-restart
• Monthly Off feature allows any month of the year to be
inactive
• Permanent Events Off feature allows any 3 days of the year
to be inactive by overriding any programs that are operating
on these days
• Reports Menu screen provides various function information
on the controller programming for the current and the last
month. Information includes Current Status, Program Status
and History for the month including rain gauge information,
and water saving information when ET is active
• Individual monthly water budgeting from 10-200% in 10%
increments
• On connection to the controller the handset can review the
controller ID #, the controller descriptive address, software
version, valves’ current status, alert flags, the last time ET
data was received, along with date and how many times
during the day the weather data was received
• Global Stop command turns off all valves with the same
Client ID within radio range
• Client ID enables the user to have a unique identity code for
the handset and controllers; this is a security feature, which
locks out unauthorized users
• Manual Test of individual valves and Manual Runs can be
performed via the RC2ET handset
SPECIFICATIONS
• Remote handset input: 12-volt DC
• Power supply: rechargeable 3.6V Ni/MH
• The LEIT RC2ET has an operating range of up to 350 ft (100
meters), line of sight
• Wireless transmitter power and frequency specifications:
-7 dBm @ 920 MHz /7 dBm @ 868 MHz / -7 dBm
@ 866 MHz
• Environmentally friendly, utilizes RoHS compliant
components
DIMENSIONS
• The LEIT RC2ET utilizes radio frequency in the
• In Program Status, the user can review changes made to
any of the programs and identify the handset that made the
changes
• 2.25” W x 5.5” L including the antenna
(5.72 cm W x 13.97 cm L)
• Diagnostic setting in Current Status screen provides the
user with controller activity such as a short or open valve,
controller’s power level, sensors activity and any other active
events
• The LEIT RC2ET can alert the user on connection if the
controller has not been fully charged, including the number
of days since the last full charge
• Rain Stop can be set via the Environment Setup screen using
rainfall information transmitted to the controller from the
weather station’s tipping rain gauge sensor and also in manual
rain using global stop
• Rugged and lightweight plastic construction
• 3 year manufacturer warranty
PROGRAMMING FEATURES
• Watering durations from 1 minute to 5 hours and 59
minutes in 1 minute increments
• Two independent programs with four start times per
program
• Custom programming with 7-day calendar or intervals of
1-30 days in odd/even or every day rotation utilizing a 365day calendar with leap year
• Site zone information can be input to each valve when ET
setup is changed to active
• ET editing feature can be used to adjust ET information
MODEL DESCRIPTION
LEIT RC2ET
LEIT RC2ET-I
LEIT RC2ET-H
LEIT RC2ET-A
Remote handset, USA, Canada and Japan
Remote handset, Europe and S. Korea (black)
Remote handset, Hong Kong, Singapore and
Macau (black)
Remote handset, Australia
www.digcorp.com • 1.800.322.9146
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