La Crosse Technology 724-1710 Abmessungen

La Crosse Technology, Ltd. Page 1

724-1710V2 FAQS

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CONTENTS

724-1710v2 FAQS............................................................................................................... 1

Batteries ................................................................................................................................ 2

Install Batteries................................................................................................................... 2

Rain Station Factory Restart .......................................................................................... 3

Outdoor Sensors ................................................................................................................. 4

Compatible Outdoor Sensors............................................................................................ 4

Power Requirements .......................................................................................................... 4

Quick Sensor Search.............................................................................................................. 4

Rain.......................................................................................................................................... 4

Rain Readings...................................................................................................................... 4

Rain History ......................................................................................................................... 5

Reset Current and History Rainfall Readings................................................................. 5

Clear Rainfall Daily History Records:.................................................................... 5

24 Hour Rainfall Alert......................................................................................................... 5

Rain Cylinder Graph ........................................................................................................... 6

Rain reads low..................................................................................................................... 6

Rain reads high ................................................................................................................... 6

Rain shows zeros ................................................................................................................ 7

Rain shows dashes ............................................................................................................. 7

Outdoor Temperature ....................................................................................................... 7

Dashes shown for Outdoor Temperature........................................................................ 7

Inaccurate Outdoor Temperature Reading..................................................................... 8

Intermittent Outdoor Temperature.................................................................................. 8

Outdoor Sensor Fell and No Longer Works.................................................................... 8

Outdoor Sensor Drains Batteries Quickly....................................................................... 9

Outdoor Temperature Is Stuck or OFL............................................................................ 9

Fahrenheit/Celsius.............................................................................................................. 9

Mounting/Positioning Outdoor Sensors........................................................................... 9

Position Rain station..........................................................................................................10

Distance/Resistance/Interference...................................................................................10

La Crosse Technology, Ltd. Page 2

Rain station..........................................................................................................................11

How Tall are the Time Numbers?....................................................................................11

12-Hour or 24-Hour Time Format...................................................................................11

Power Requirements .........................................................................................................11

Manually Set Time/Date: Program Menu .....................................................................11

Dashes, OFL or Stuck Indoor Temperature...................................................................12

Inaccurate Indoor Temperature Reading.......................................................................12

Set Time Alarm ..................................................................................................................12

Activate/Deactivate Time Alarm......................................................................................12

Snooze Alarm .....................................................................................................................13

Rain station has Missing Segments................................................................................13

Rain station is Dim ............................................................................................................13

Rain station has Distorted Display..................................................................................13

Rain station Display is Frozen..........................................................................................13

Rain station is Blank: No Letters, Numbers or Dashed Lines ....................................14

Rain station Drains Batteries Quickly.............................................................................14

Batteries

Half of all warranty issues can be resolved with fresh batteries of the appropriate

voltage.

We suggest name brand alkaline batteries for rain stations.

Use batteries dated at least six years in advance of the current year. Batteries

dated earlier than six years from now may still work, but may be unstable in

performance.

Alkaline batteries manufactured this year will have an expiration date 10 years

in the future. Battery technology has improved and batteries will maintain

voltage longer in storage. However, the environment the batteries reside in for

the 10 years can deplete the power.

Good name brand batteries make less noise, which reduces the chance of RF

(radio frequency) interference from the battery compartment.

A minimum voltage of 1.48V for each battery is necessary for proper

performance.

Install Batteries

TX23R Rain sensor:

1. Press the white tabs on each end of the rain sensor and lift off funnel portion.

2. The battery compartment is under the rocker. Firmly squeeze all four blue tabs

and lift battery compartment off the base and turn upside down.

3. Insert 2 “AA” Alkaline batteries into the TX23R rain sensor.

4. Position the battery compartment over base and press down so all four blue tabs

lock in place.

5. Remove the piece of cardboard from beneath the rocker.

La Crosse Technology, Ltd. Page 3

6. Match the UP arrow on the front of the blue base and the DOWN arrow on the

front of the white funnel portion.

Note: It is important to match up the arrows as the rocker is offset by the

antenna; the funnel needs to center over the rocker.

7. Press the funnel portion onto the base until the white tabs lock back into place.

TX23T Temperature sensor:

1. Insert 2 new AA batteries (not included) into the TX17T outdoor temperature

sensor. Observe the correct polarity.

2. The red LED will flash during transmission.

724-1710v2 Rain Station

1. Insert 2 new AA batteries (not included) into the 724-1710 Rain monitor.

Observe the correct polarity.

2. Leave the rain monitor and sensors sit 5 -10 feet apart for 15 minutes to lock in

both sensors.

3. Both the temperature and the rain sensor should appear on the rain station in

the first minute.

4. Do not press buttons during the first 15 minutes.

5. You can tip the rocker of the rain sensor to simulate rain and receive a reading

to the rain station.

Rain Station Factory Restart

For best results please bring the rain gauge and outdoor sensor 5 feet from the

display unit.

Remove batteries from both sensors and batteries from the display.

With the power removed, press one of the buttons on the display at least 20

times to clear all memory. Please do this even if the display is blank to remove

any random electricity. Verify the display is blank.

It is important with most of our displays to remain without power for at least 15

minutes.

NOTE: Failure to allow a display to rest for 15 minutes can result in failure to

connect with the outdoor sensors or missing segments on the display. The

instruction manual describes a setup for a new unit that has not had time to

build up residual electricity.

Please be sure you are using fresh batteries testing to a minimum of 1.48, on a

voltmeter that reads in numbers.

Place batteries into the rain sensors and outdoor sensor first. Make sure they

are installed according to the diagrams in the battery compartment.

Install batteries into the display according to the diagram in the battery

compartment.

Allow the sensors and display to remain 5 feet apart for 15 minutes to establish

a strong connection. Do not press buttons at this time. You should see a reading

on the outdoor temperature area and zeros for rainfall in the first minute.

PLACE SENSOR OUTSIDE: For optimum 915MHz transmission, place the outdoor

sensor a distance of no more than 330 feet (100 meters, open air) from the Rain

station.

See the section on mounting and distance/resistance/interference for details on

mounting the outdoor sensor.

La Crosse Technology, Ltd. Page 4

Note: This may not clear the Rain Daily History (Days Ago) Records.

Outdoor Sensors

Compatible Outdoor Sensors

The TX23T Temperature sensor and TX23R Rain sensor (915MHz) will work with

this station.

Power Requirements

TX23T-2-AA batteries

TX23R-2-AA batteries

We recommend alkaline batteries for the sensor.

Quick Sensor Search

Hold the RAIN button for 5 seconds to search for the rain sensor.

The strength signal icon will animate until the sensor signal is received or for 3

minutes if no signal is available.

Hold the ▼button for 5 seconds to search for the outdoor temperature

sensor. Dashes will flash in the outdoor temperature area.

Rain

Rain Readings

Press and release the RAIN button to view different rain readings in the Rain

Window:

CURRENT: This measures from the start of rainfall until there is no rain

accumulation for 30 minutes. The display will reset to zero when no rain has

fallen for 30 minutes.

1 HR: The rainfall accumulated in the last 1-hour increment. Resets to zero at

the top of each hour.

Example: If rain did not start until 5:50, then 5:50 to 5:59 is considered within

the 5:00 to 6:00 hour rain increment. The data from 6:00 to 7:00 will be the

next hour.

24 HR: Based on the past 24 1-hour increments. This is a running total that

changes hourly.

7 DAYS: Based on the last 7 24-hour readings. This is not a subject to the

calendar. Be sure time and date are set.

MONTH: Total rainfall from the first day of the month to last day of the month.

TOTAL: Total rainfall since powered on or reset.

Note:As time passes without rain, the 1 hour, 24 hour, and 7 day rain totals will

count down to zero.

La Crosse Technology, Ltd. Page 5

Rain History

This rain station will hold rainfall history for 365 days. View rainfall history by

toggling back one day at a time or select a date to view.

One Day at a Time:

1. Press the ▲/CLEAR button to view the rain history when DAYS AGO heading

and the date appear.

2. Press the ▲/CLEAR button repeatedly, to scroll back one day at a time to view

the rainfall daily record (365 days of record history maximum)

By Date Search:

1. Press the ▲/CLEAR button to view the rain history when DAYS AGO heading

and the date appear.

2. In DAYS AGO mode, hold the▲/CLEAR button until the rain station beeps. The

Year will flash.

3. Press the ▲/CLEAR and ▼buttons to select the Year, Month and Date to view

the rainfall.

4. Press SETTINGS button to confirm each setting.

Settings order: 1. Year2. Month 3. Date

If no buttons are pressed for 20 seconds, the rain station will default to normal

mode.

Reset Current and History Rainfall Readings

1. Press the RAIN button to select the value you wish to clear.

2. Hold the ▲/CLEAR button (on back) to clear a value.

3. Each value will need to be cleared individually.

4. Clearing the current values will not change the Days Ago records.

Clear Rainfall Daily History Records:

The 365 day rain history may remain during a battery change to the rain station.

1. To clear these records, after inserting batteries, hold the ▲/CLEAR and ▼

buttons together.

24 Hour Rainfall Alert

The rain station offers a programmable 24 hour rainfall alert.

1. Press the ALERT button to enter Rain Alert Mode.

2. In Alert mode, hold the ALERT button until the rain station beeps, to enter set

mode, for the 24 hour rainfall alert.

3. Press the ▲/▼buttons to adjust the alert value.

4. Press the ALERT button to confirm and exit alert mode.

5. The rainfall alert is automatically armed when set.

La Crosse Technology, Ltd. Page 6

Arm/disarm alert:

Press the ALERT button to enter Rain Alert Mode.

In alert mode, press and release the ALERT button to arm or disarm the alert.

The alert bell icon will show when armed.

When the alert value is reached, the alarm will beep for 5 seconds, then once

each minute.

Press any button to stop the alert from sounding.

Rain Cylinder Graph

The rain cylinder graph, reflects and changes with the rainfall amounts shown on

the top.

•When you are showing Total rain, the cylinder will reflect the total rainfall

amount.

•When you are showing 24 hour rain, the cylinder will reflect the 24 hour rainfall

amount etc.

Press and release the RAIN button to view different rainfall amounts and

observe the changes to the cylinder graph.

Rain reads low

Low rain readings indicate the rain sensor and Professional weather station are

connected.

Check that the rocker tips freely.

Check the funnel and the inside of the rain sensor for insect nests or debris that

may cause loss of rocker motion.

Be sure to mount the rain sensor level.

Complete a Manual Tip Test and a Water Tip Test and compare them:

Manual Tip test: Write down the Total Rain reading or reset the Rain Total to 0.00.

Use the eraser end of a pencil to manually tip the rocker of the rain sensor 10 times

(five each way). Wait at least 2 minutes for all the rain to collect.

Water Tip Test: Write down the Total Rain reading or reset the Rain Total to 0.00.

With Rain Sensor mounted slowly pour water into the funnel to tip the rocker of the

rain sensor 10 times (five each way). Wait at least 2 minutes for all the rain to

collect.

Compare these tests. If they are the same, then the rain is reading correctly. If

the rain readings are different, repeat the test 3 times to avoid human error.

Then look for causes such as mounting too tight or debris clogging the funnel.

Rain reads high

Check for sources of RF (radio frequency) interference such as other wireless

rain sensors, ham radios or electric transformers.

Keep the Professional weather station six feet from cordless phones or wireless

routers etc.

Complete a Manual Tip Test and a Water Tip Test and compare them:

La Crosse Technology, Ltd. Page 7

Complete a Manual Tip Test and a Water Tip Test and compare them:

Manual Tip test: Write down the Total Rain reading or reset the Rain Total to 0.00.

Use the eraser end of a pencil to manually tip the rocker of the rain sensor 10 times

(five each way). Wait at least 2 minutes for all the rain to collect.

Water Tip Test: Write down the Total Rain reading or reset the Rain Total to 0.00.

With Rain Sensor mounted slowly pour water into the funnel to tip the rocker of the

rain sensor 10 times (five each way). Wait at least 2 minutes for all the rain to

collect.

Compare these tests. If they still read high then contact support.

Rain shows zeros

Zeros indicate the Indoor Station and rain sensor are connected.

Check that the pin the rocker tips on is all the way to the back and that the

rocker tips freely.

Check that there is no cardboard below the rocker. This should be removed after

unboxing.

Check that the funnel is positioned over the rocker. They are offset due to the

antenna.

Check the funnel and the inside of the rain sensor for insect nests or debris that

may cause loss of rocker motion.

Check for proper battery installation.

Check the battery compartment is on firmly and squarely on the station.

Mount the rain sensor level and check that the mounting screws are not too

tight (most common issue).

Use the eraser end of a pencil to manually tip the rocker of the rain sensor 10

times (five each way).

Wait at least 2 minutes for all the rain to collect.

Check the Total Rain on the Indoor Station for a reading.

Complete a factory restart.

Rain shows dashes

Dashes indicate the Indoor Station and rain sensor are not connected.

Check that the battery cover is securely on the rain gauge.

Distance/Resistance can cause loss of sensor signal. This rain gauge reads

directly to the display. Try moving the rain gauge closer to the display.

Check batteries in the rain sensor and the Indoor Station. This is our primary

warranty issue.

Orient the Indoor Station 90 degrees towards the rain sensor for better

reception.

Complete a factory restart.

Outdoor Temperature

Dashes shown for Outdoor Temperature

Dashes means the connection is lost between the rain station and the outdoor

sensor.

Check the reading on the sensor display.

La Crosse Technology, Ltd. Page 8

Batteries often resolve the connection.

Distance/Resistance can cause loss of connection between the sensor and the

Rain station.

Reorientation of the Rain station 90 degrees towards the outdoor sensor may

provide better reception by the antenna.

Try the factory restart.

Inaccurate Outdoor Temperature Reading

The outdoor sensor reads the environment. When mounted in the home it will

read inside temperature.

When the sensor reads high during the day but not at night it is a positioning

problem.

Side-by-side test: Bring the outdoor sensor in the house and place it next to

the Rain station for 2 hours.

Compare indoor and outdoor temperature. The temperatures should be within 4

degrees to be within tolerance.

If the sensor reads correctly when next to the rain station then try a different

location outside.

Look for heat sources such as sunlight, door or window frames, or reflected

heat.

Intermittent Outdoor Temperature

RF (radio frequency) communication may come and go occasionally. This can be

normal in some environments (e.g. moister climates). If sensor signal is lost,

please wait 2-4 hours for the signal to reconnect on its own.

Move the outdoor sensor to a closer location.

Freezer test: Confirm the rain station is reading the correct outdoor sensor.

Place the sensor in the freezer for an hour and watch the temperature drop on

the rain station.

Indoor distance test: Please complete the Restart with sensor and rain station

5-10 feet apart and inside to establish a strong connection.

After 15 minutes if there is a reading in the outdoor temperature area, move the

sensor to another room with one wall between the sensor and the rain station.

Observe to see if the temperature remains on consistently for 1-hour.

If the temperature remains on while in the house then it is likely a

distance/resistance issue. Move the sensor to different locations outside to find a

location where the temperature reading will hold.

Distance/Resistance can cause loss of sensor signal.

Check Batteries.

Outdoor Sensor Fell and No Longer Works

If there is no physical damage to the outdoor sensor, the fall may not have

caused internal damage.

An outdoor sensor that has fallen into a puddle or other standing water or snow

may have water damage.

Sensors are water resistant, not waterproof.

A fall can shock the sensor or the batteries in the sensor.

La Crosse Technology, Ltd. Page 9

Batteries that have fallen on a hard surface may be damaged and unable to

function properly.

Complete a Restart with fresh batteries.

Use Batteries dated at least six years in advance of the current year. Batteries

dated earlier than six years from now may still work, but may be unstable in

performance.

Outdoor Sensor Drains Batteries Quickly

Test a new set of alkaline batteries. Write down the date of installation and the

voltage of the batteries.

When the batteries fail, please note the date and voltage again. This is helpful in

determining the problem.

Check the distance and resistance between the sensor and rain station. Sensors

at the end of the range may work while batteries are fresh but not after they

drain a bit.

Check for leaking batteries, which may damage the sensor.

Battery life is over 24 months when using reputable battery brands for both

Alkaline and Lithium batteries.

Outdoor Temperature Is Stuck or OFL

Check Batteries. Overpowered or underpowered batteries can cause this

reading.

Replace outdoor sensor.

Fahrenheit/Celsius

Enter the program menu to switch from Fahrenheit to Celsius.

Mounting/Positioning Outdoor Sensors

Rain:

Mount in an open area for a more accurate rain count.

Install the Rain sensor on a level platform that is stationary.

Insert two mounting screws (not included) through the holes in the base of the

rain sensor. Do not over tighten.

Ideally, the Rain sensor should be mounted at least 6 ft in the air and have a

direct line of sight to the display.

The rain sensor should be accessible to allow for periodic cleaning of debris or

insects.

Avoid other wireless rain sensors as this can cause inaccuracy.

The maximum wireless transmission range to the rain station is over 300 feet

(91 meters) in open air, not including walls or floors.

Temperature:

Mount outdoor temperature sensors vertically and under a bit of an overhang.

Protect the outdoor sensor from standing rain or snow, and from the overhead

sun, which can cause it to read incorrectly. Generally, mounting under an eave

or deck rail works well.

La Crosse Technology, Ltd. Page 10

Construct a small roof or box for the sensor if you do not have an overhang.

Please be sure it is well vented.

Mount the sensor on the North side to prevent sun from causing incorrect

readings.

Mount at least 6 feet in the air for a strong signal.

Outdoor sensors are water resistant but not water proof.

Avoid more than one wall between the sensor and the rain station.

Do not mount near electrical wires, transmitting antennas or other items that

will interfere with the signal.

RF (radio frequency) signals do not travel well through moisture or dirt.

Place the outdoor sensor and the rain station in the desired shaded locations,

and wait approximately 1-hour before permanently mounting the sensor to

ensure that there is proper reception.

Do not mount the sensor on a metal fence. This significantly reduces the

effective range.

Position Rain station

The Rain station has a wide base to sit on a desk or table.

Choose a location 6 feet or more from electronics such as cordless phones,

gaming systems, televisions, microwaves, routers, baby monitors, etc., which

can prevent signal reception.

Place within range of the outdoor sensors.

Be aware of electrical wires and plumbing within a wall. This will interfere with

signal reception.

The maximum transmitting range in open air is 300-feet (91 meters).

Obstacles such as walls, windows, stucco, concrete, and large metal objects can

reduce the range.

Distance/Resistance/Interference

Distance:

The maximum transmitting range in open air is over 300-feet (91 meters)

between the outdoor sensor and the rain station.

Consider what is in the signal path between the rain station and the sensor.

Consider the distance the rain station is located away from other electronic in

the home.

Resistance:

Obstacles such as walls, windows, stucco, concrete, and large metal objects can

reduce the range.

When considering the distance between the sensor and the rain station (300 feet

open air) cut that distance in half for each wall, window, tree, bush or other

obstruction in the signal path.

Closer is better.

Do not mount the sensor on a metal fence. This significantly reduces the

effective range.

Interference:

Consider items in the signal path between the sensor and the rain station.

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