How can you assess your current La Crosse Technology setup. What upgrades can breathe new life into your weather station. How to improve sensor placement for more accurate readings. Which add-ons can expand your weather tracking capabilities.
Assessing Your Current La Crosse Technology Setup
Before investing in upgrades, it’s crucial to evaluate your existing La Crosse Technology weather station. This assessment will help you identify areas for improvement and determine which components may need replacement or enhancement.
Examining the Display Console
The display console is the heart of your weather station. To ensure optimal performance, check for:
- Physical damage to the casing or antenna
- Screen issues such as pixel burnout or poor contrast
- Unresponsive or sticky button controls
- Proper power connection and cord condition
Is your display console showing signs of wear? If so, consider replacing it with a newer model that offers improved visibility and functionality.
Evaluating Sensor Condition
Remote sensors are crucial for accurate data collection. Inspect your sensors for:
- Physical damage from drops, dents, or weathering
- Battery life and proper power supply
- Transmission range and connectivity issues
Are your sensors functioning correctly? If not, replacing batteries or upgrading to more durable sensors might be necessary.
Verifying Firmware
Outdated firmware can lead to inaccurate readings and functionality issues. To ensure your weather station is operating at its best:
- Check the current firmware version on your display and sensors
- Compare it with the latest version available on the La Crosse Technology website
- Update if necessary to improve performance and accuracy
Optimizing Sensor Placement for Accurate Readings
Proper sensor placement is crucial for obtaining accurate weather data. Here are some guidelines to follow:
Temperature Sensor Placement
To ensure accurate temperature readings:
- Position sensors away from heat sources like buildings and pavement
- Place in dappled shade under trees for ideal conditions
- Ensure proper airflow around the sensor
- Mount sensors 5-6 feet off the ground for optimal accuracy
Humidity Sensor Placement
For accurate humidity measurements:
- Protect outdoor sensors from direct rain and sprinklers
- Place under eaves or porches for shelter
- Ensure unobstructed airflow for indoor humidity sensors
- Avoid placement near windows, doors, and HVAC vents
Wind and Rain Sensor Placement
To optimize wind and rain measurements:
- Mount sensors at a height of 8-10 feet for improved performance
- Ensure clear exposure to wind and rain without obstruction
- Avoid placement near buildings or trees that may affect readings
15 Upgrades to Revitalize Your La Crosse Technology Weather Station
Now that you’ve assessed your current setup, consider these upgrades to enhance your weather tracking capabilities:
1. Install a Protective Radiation Shield
A radiation shield can significantly improve the accuracy of your temperature readings. Why is this important? It prevents solar radiation from artificially inflating ambient temperature measurements, ensuring more precise data collection.
2. Upgrade to a Larger Display
If you find yourself squinting to read your current display, it’s time for an upgrade. A larger screen not only improves readability but also allows for more comprehensive data presentation at a glance.
3. Add Rain and Wind Sensors
Expand your weather tracking capabilities by incorporating rain and wind sensors into your setup. These additional data points provide a more complete picture of your local weather conditions.
4. Install a Weather Resistant Case
Protect your display console from the elements with a weatherproof enclosure. Look for a case with a transparent window to maintain easy visibility of your weather data.
5. Extend Sensor Range with a Repeater
Do you need to place sensors beyond the standard 330-foot range? A wireless repeater can boost transmission strength, allowing for more flexible sensor placement.
6. Switch to Solar Power
Eliminate the need for frequent battery changes by powering your console with solar energy. This eco-friendly option ensures continuous operation and reduces maintenance requirements.
7. Upgrade to Wi-Fi Connectivity
Enhance your weather station’s functionality by upgrading to a Wi-Fi-enabled model. This allows for remote data access and integration with smart home systems.
8. Add a Lightning Detector
Improve safety and storm tracking capabilities by incorporating a lightning detector into your weather station setup. This add-on can provide early warnings of approaching thunderstorms.
9. Integrate UV and Light Sensors
Expand your data collection to include UV index and light intensity measurements. These sensors can provide valuable information for gardening, solar energy applications, and outdoor activities.
10. Upgrade to Higher Precision Sensors
If you require more accurate measurements, consider upgrading to higher precision sensors. These can provide more detailed and reliable data for temperature, humidity, and barometric pressure.
11. Add a Soil Moisture Sensor
For gardeners and agriculture enthusiasts, a soil moisture sensor can be a valuable addition. It helps optimize watering schedules and monitor plant health.
12. Incorporate a Webcam
Enhance your weather monitoring with visual data by adding a webcam to your setup. This allows you to capture and share real-time images of weather conditions.
13. Upgrade to a Color Display
If your current console features a monochrome display, upgrading to a color screen can improve data visualization and readability.
14. Add Historical Data Storage
Enhance your weather tracking capabilities by upgrading to a model with expanded historical data storage. This feature allows for long-term trend analysis and comparison.
15. Integrate with Weather Underground
Contribute to citizen science and access a broader range of data by connecting your weather station to Weather Underground. This integration allows you to share your local weather data with a global community.
Maximizing Your La Crosse Technology Weather Station’s Potential
With these upgrades and optimizations, your La Crosse Technology weather station can provide more accurate, comprehensive, and user-friendly weather tracking. Consider implementing these improvements gradually to suit your needs and budget.
Regular Maintenance for Longevity
To ensure your revamped weather station continues to perform optimally:
- Clean sensors regularly to prevent dust and debris accumulation
- Check and replace batteries as needed
- Verify sensor alignment and placement periodically
- Update firmware when new versions become available
Expanding Your Weather Tracking Capabilities
As you upgrade your La Crosse Technology weather station, consider how you can leverage the additional data for practical applications:
Gardening and Agriculture
Use soil moisture, UV, and temperature data to optimize plant care and crop management. How can this information improve your gardening practices?
- Tailor watering schedules based on soil moisture levels
- Plan planting and harvesting based on temperature trends
- Protect sensitive plants from excessive UV exposure
Home Energy Efficiency
Leverage weather data to improve your home’s energy efficiency. What insights can your weather station provide?
- Optimize HVAC usage based on temperature and humidity trends
- Plan solar panel placement using light intensity data
- Adjust insulation and weatherproofing based on wind patterns
Outdoor Activity Planning
Use your enhanced weather tracking capabilities to plan outdoor activities more effectively. How can this data inform your decisions?
- Schedule outdoor events based on precipitation forecasts
- Plan hiking or camping trips using temperature and wind data
- Prepare for water activities based on UV index predictions
Integrating Your Weather Station with Smart Home Systems
As smart home technology continues to evolve, integrating your La Crosse Technology weather station can provide numerous benefits:
Automated Climate Control
Connect your weather station to your smart thermostat for more efficient heating and cooling. How can this integration improve comfort and energy efficiency?
- Adjust indoor temperature based on outdoor conditions
- Optimize humidity levels for improved air quality
- Automate window openings and closings for natural ventilation
Smart Irrigation Systems
Link your weather station to a smart irrigation system for more effective lawn and garden care. What advantages does this integration offer?
- Adjust watering schedules based on rainfall and soil moisture data
- Prevent overwatering during periods of high humidity
- Protect plants from frost by triggering protective measures
Customized Alerts and Notifications
Set up personalized alerts based on your weather station data. How can these notifications enhance your daily life?
- Receive warnings for extreme weather conditions
- Get reminders to bring in outdoor furniture before storms
- Be alerted to ideal conditions for specific outdoor activities
Leveraging Weather Data for Personal and Professional Use
Your upgraded La Crosse Technology weather station can provide valuable data for various applications:
Local Climate Research
Contribute to scientific understanding by maintaining detailed weather records. How can your data support local climate research?
- Track long-term temperature and precipitation trends
- Identify microclimates in your area
- Collaborate with local meteorologists or universities
Educational Opportunities
Use your weather station as an educational tool for children or students. What learning experiences can it provide?
- Teach basic meteorology concepts through hands-on data collection
- Develop data analysis skills using weather information
- Create science fair projects based on local weather patterns
Professional Applications
Explore how your weather station data can support various professions:
- Agriculture: Optimize crop management and harvesting schedules
- Construction: Plan work schedules around weather conditions
- Event Planning: Make informed decisions for outdoor events
- Real Estate: Provide detailed microclimate information to potential buyers
Future-Proofing Your Weather Tracking Setup
As technology continues to advance, consider how you can prepare your La Crosse Technology weather station for future innovations:
Exploring IoT Integration
Investigate opportunities to connect your weather station to the Internet of Things (IoT) ecosystem. What possibilities does this open up?
- Contribute to crowd-sourced weather data networks
- Integrate with smart city initiatives for improved urban planning
- Participate in citizen science projects on a global scale
Embracing Machine Learning and AI
Consider how artificial intelligence can enhance your weather tracking capabilities. What potential applications exist?
- Develop personalized weather prediction models
- Automate data analysis for trend identification
- Create custom alerts based on complex weather patterns
Preparing for Climate Change Monitoring
Position your weather station to contribute to long-term climate change research. How can your data support this crucial field of study?
- Track changes in local temperature and precipitation patterns
- Monitor shifts in seasonal weather trends
- Collaborate with climate scientists to provide valuable local data
By implementing these upgrades and exploring new applications for your La Crosse Technology weather station, you can transform your backyard weather tracking from a simple hobby into a powerful tool for understanding and interacting with your local environment. Whether you’re a casual weather enthusiast or a serious meteorology buff, these enhancements will provide you with more accurate, comprehensive, and actionable weather data for years to come.
Assess Your Current La Crosse Technology Set Up – What’s Working & What’s Not?
Is your trusty La Crosse Technology wireless temperature station letting you down? Has it seen better days after years of loyal backyard service? Before you ditch your weather tracking workhorse for a shiny new gadget, take some time to assess your current setup. Determining what’s working and what’s not can reveal easy fixes to breathe new life into your station.
Take Stock of the Display Console
The centerpiece of your La Crosse Technology temperature station is the display console that gives you at-a-glance weather data. If your console is on the fritz, your whole weather tracking operation can be thrown off.
Check for any physical damage to the display, like cracked casing or a broken antenna. Displays that have taken one too many tumbles may need replacement. Also inspect the screen for pixel burnout or poor contrast issues that make readings difficult to decipher.
Pay attention to sluggish or unresponsive button controls as well. Console buttons succumb to wear after years of use. Sticky or nonfunctional buttons call for console replacement.
If your display is wired for power, check the AC adapter connection. Frayed power cords can prevent the console from charging properly.
Assess Your Sensor Condition
A La Crosse Technology wireless temperature station is only as strong as its remote sensors. Problems with sensors can lead to missing or inaccurate temperature and humidity data.
Carefully inspect each sensor for any physical damage from drops, dents, or weathering. Cracked sensor casing can allow moisture to penetrate sensor components and cause corrosion.
Check for dead batteries in sensors. Depending on model, La Crosse sensors may require AA or AAA batteries. Stale batteries can cause remote sensors to transmit erratically or stop communicating with the display entirely.
Sensor range is another key diagnostic. La Crosse Technology sensors typically transmit up to 330 feet from the display. If sensors are within range but not connecting, radio interference may be blocking communication.
Verify Your Display and Sensor Firmware
Lacrosse Technology wireless temperature station operations rely on firmware in both the display and sensors. Outdated firmware can introduce bugs that affect weather data accuracy.
Consult your instruction manual to check the firmware version numbers in your display and sensors. Compare versions to the latest available from the La Crosse Technology website. If firmware is not up to date, downloading the newest revamps your station’s brains.
Evaluate Sensor Placement
Proper outdoor sensor positioning is vital for accurate backyard weather measurement. Carefully inspect your current setup and make adjustments if needed.
Temperature sensors should be placed away from heat sources like buildings, pavement and air conditioner exhaust. Dappled shade under trees is ideal. Proper airflow around the sensor is crucial to allow ambient temperature sampling.
Humidity sensors need protection from direct rain and sprinklers. Under eaves or porches works well. The indoor humidity sensor must have unobstructed airflow too, so place it away from windows, doors and HVAC vents.
Adjust sensor height as needed. Temperature sampling accuracy is best with sensors 5-6 feet off the ground. For wind and rain, higher mounting at 8-10 feet improves performance.
15 Upgrades to Revitalize Your La Crosse Technology Weather Station
Once you’ve diagnosed issues with your existing La Crosse Technology weather station setup, it’s time for upgrades. With a few easy improvements, you can restore performance and extend the service life of your backyard weather tracking workhorse.
1. Install a Protective Radiation Shield
Add a radiation shield to your external temperature sensor for more accurate readings. A shield prevents solar radiation from artificially raising ambient temperature measurements.
2. Upgrade to a Larger Display
If your console display is small and crowded, upgrading to a model with a larger screen makes data much easier to read at a glance.
3. Add Rain and Wind Sensors
Expand your weather tracking capabilities with add-on rain and wind sensors. La Crosse Technology makes a variety of sensor models to seamlessly integrate with your existing setup.
4. Install a Weather Resistant Case
Protect your display console from the elements with a weatherproof enclosure. Choose a case with a transparent window so you can still view the screen easily.
5. Extend Sensor Range with a Repeater
For remote sensor placement beyond 330 feet from the display, add a wireless repeater to boost the transmission strength.
6. Switch to Solar Power
Eliminate the need to change console batteries by powering with solar. A backup battery stores charge to keep the display running at night.
7. Add an Indoor Thermo-Hygrometer
Monitor indoor conditions with a secondary temperature and humidity sensor placed in your home. This gives you full visibility of outdoor versus indoor readings.
8. Install on a Pivot Base
A pivoting base for your display console allows easy viewing angle adjustments as you move around your backyard.
9. Use a Protective Console Cover
Keep your display free of scratches and scuffs with acustom fitted cover. Choose transparent vinyl or a tinted color.
10. Mount Sensors on a Pole
Position sensors higher by mounting the transmitter on an extended PVC pipe or pole. This improves wind flow and radio signal.
11. Add an Indoor/Outdoor Thermometer
Monitor indoor and outdoor temperature simultaneously with a dual sensor model. The outdoor transmitter feeds data to an easy-to-read indoor unit.
12. Choose a Graphical Forecast Display
Upgrade your console to a model that shows graphical weather symbols as well as data. Animated icons display current sky conditions.
13. Install Surge Protectors
Protect against power spikes frying your console by connecting through a surge protector. Also install lightning arrestors on sensor wires.
14. Extend Sensor Cables
If sensor wires are just shy of reaching ideal mounting spots, extend them with outdoor-rated cable extensions.
15. Add an Outdoor Junction Box
Connect multiple sensor wires cleanly and safely using an outdoor-rated junction box. Secure with silicon sealant to prevent water intrusion.
With a bit of diagnosis and some strategic upgrades, an aging La Crosse Technology wireless weather station can get back on track. Before replacing your loyal backyard tracking unit, try these revitalizing fixes to keep your system spiffed up for years to come.
Key Features To Look For In A New Wireless Weather Station
Is it time to upgrade your old clunky weather station to a shiny new wireless model? With so many options on the market, it can be tricky deciding which features are must-haves for your needs. Here are 15 key capabilities to look for when shopping for a new wireless weather station.
1. Remote Wireless Sensors
The hallmark of a quality wireless weather station is having an array of sensors that transmit data to a central display. This allows flexible sensor positioning to capture backyard conditions from multiple locations.
2. Temperature Accuracy
Accuracy within 1°F for outdoor temperature readings is ideal. Look for weather stations with external sensors that have radiation shielding for precise ambient temperature sampling.
3. Humidity Measurement
The ability to track both indoor and outdoor humidity levels provides key insights into comfort and weather conditions.
4. Rainfall Tracking
Choose a station with a rain gauge that can measure hourly, daily and accumulated rainfall amounts. Tipping bucket gauges offer precision volume data.
5. Wind Speed/Direction
Monitor wind conditions with an anemometer sensor capable of measuring wind speed and direction. Look for mph, km/h, Beaufort scales.
6. Barometric Pressure
Stations that report barometric pressure provide helpful data for forecasting local weather and storms based on air pressure changes.
7. Weather Forecast Icons
Intuitive forecast icons that display sunny, cloudy, rainy, snowy and stormy conditions are useful at-a-glance indicators.
8. Weather Alarm Alerts
Get notified when weather conditions exceed preset limits for factors like temperature, humidity, wind and rainfall. Alerts provide prompt warnings.
9. Moon Phase Tracking
For gardening, fishing and astronomy purposes, choose a station that shows the eight moon phases and lunar calendar.
10. Atomic Clock Synchronization
Self-setting atomic time via radio signal keeps your weather station precisely calibrated and never requiring manual time updates.
11. Easy Installation
Opt for wireless models with quick setup and pre-paired sensors and display. This avoids hassles configuring components.
12. Range of Transmission
Look for sensor to display transmission distances of 300 feet or more. Maximum range gives you flexibility in sensor placement.
13. Battery Power
Stations with battery power for remote sensors and display give you positioning freedom without power cord constraints.
14. Data Logging & History
Historical data and graphs from the past 24 hours to months gives you helpful context on weather trends.
15. Smart Connectivity
Options to connect weather data to your smartphone, computer or smart hub allow expanded notifications and automation.
While comparing specs on the latest weather stations, keep this checklist of key features handy. Prioritizing these capabilities will help you select a wireless station that best fits your weather tracking needs and budget.
Shopping for a La Crosse Technology Station? Here’s What to Look For
If you’ve settled on choosing La Crosse Technology for your new wireless weather station, you’re in good hands. As an industry leader, La Crosse offers a stellar range of weather tracking options.
Here are top tips for choosing the best La Crosse Technology weather station for your needs:
Match Sensor Range to Your Property Size
La Crosse stations feature sensor transmission distances from 100 to over 300 feet. Choose a model with ample range for your yard dimensions and sensor placement flexibility.
Consider Add-On Sensors
Many La Crosse stations allow you to build out your system over time. Opt for a base station that supports add-on sensors like wind, rain and soil moisture down the road.
Choose Your Power Source
La Crosse offers weather stations with battery only, AC power, solar charging or a combination. Factor in available outdoor power outlets or solar exposure.
Select Display Size & Style
Console display options range from compact to jumbo size and monochrome to full color. Pick the right viewing size and display style for easy data reading.
Compare Sensor Count
Entry-level La Crosse stations may have only 1 or 2 sensors, while advanced setups support 5 or more. Choose sensor quantity to fit your data needs.
Review Smart Connectivity
Many new La Crosse models allow connecting weather data to your smartphone and computer. Consider smart options for notifications and expanded capabilities.
Prioritize Accuracy
La Crosse stations with features like atomic clock, self-calibrating sensors and protective radiation shield offer high precision readings you can trust.
Select Based on Ease of Use
From effortless setup to intuitive controls and simple on-screen navigation, rate usability when picking your ideal La Crosse station.
While the selection can seem endless, keeping these tips in mind while shopping La Crosse Technology weather stations will guide you to just the right model. Before you know it, you’ll be expertly tracking backyard conditions from the comfort of your home.
La Crosse Technology Options – Advantages of Their Products
When researching home weather stations, La Crosse Technology stands out as a top brand. For over 30 years, La Crosse has delivered innovative weather tracking technology for consumer and professional use. Here are key advantages that make La Crosse weather products a savvy choice.
Precision Accuracy
From temperature and humidity to wind and rain, La Crosse stations provide spot-on measurement accuracy you can trust. Calibrated sensors, protective radiation shields and regular self-correction checks give reliable readings.
Wireless Convenience
La Crosse fully embraces wireless design in their weather stations for maximum placement flexibility. Sensors easily install exactly where you need them while transmitting to a central indoor display.
All-in-One Functionality
Many La Crosse models combine multiple environmental measurements into one integrated weather station. Tracking outdoor and indoor temperature, humidity, rainfall, wind and more from one system simplifies operation and saves budget.
Modular Expandability
Start with a base La Crosse weather station and build out capabilities over time. Add-on sensors like soil moisture, heat index and UV index seamlessly integrate.
Extensive Range Options
La Crosse offers stations for all needs and budgets. Choose from basic indoor/outdoor to advanced systems with a dozen sensors. Both colorful and discreet monochrome displays are available.
Future-Proof Design
Even long-running La Crosse weather stations stay up to date thanks to sensors that self-calibrate and firmware you can upgrade. Your station evolves rather than becoming obsolete.
Smart Connectivity
Newer La Crosse stations allow you to connect weather data right to your smartphone and computer. Push notifications, expanded analysis and voice assistants extend capabilities.
Reliable Transmission Range
With wireless transmission distances over 300 feet from sensor to display, La Crosse gives you no limits on sensor placement based on yard dimensions.
Intuitive Controls
You don’t need a science degree to use a La Crosse weather station. Simple on-screen menus, button controls and illustrated manuals make operation a breeze for everyone.
Durable Quality
Backed by years of weather industry experience, La Crosse stations are built to last. Rugged, weatherproof sensor construction stands up to the elements season after season.
Trusted Brand Reputation
With decades in the weather station business, La Crosse is a name you can trust. Their reputation for quality, innovation and customer service speaks for itself.
Affordable Cost
Whether on a budget or willing to splurge, you get impressive value across all La Crosse weather stations. Their products deliver great bang for your buck.
With advantages that include precision, versatility, smarts and durability, it’s easy to see why La Crosse weather stations are top sellers worldwide. If quality backyard weather tracking is what you seek, La Crosse has a solution that fits.
Reviews of the Best La Crosse Weather Stations
Ready to choose a La Crosse Technology weather station for your home? Here are reviews of 5 top La Crosse models across a range of features and budgets:
La Crosse Technology C85845 Color Forecast Station
This full color display model provides every bell and whistle. View indoor and outdoor temperature, humidity, wind speed, rainfall and barometric pressure. Animated weather forecast icons, moon phase, alarms and smartphone connectivity make this the ultimate backyard weather hub.
La Crosse Technology WS-2902U-IT Weather Station
With a sleek black console and blue backlit display, this station offers professional style along with robust data like temperature, humidity, heat index, dew point and wind chill. Alerts, graphs and atomic clock sync keep readings precisely on point.
La Crosse Technology C86234 Color Weather Station
Color-coded temperature and humidity bars coupled with forecast icons give you instant weather insights on this mid-range console. The rugged outdoor sensor array tracks a variety of conditions and transmits readings up to 330 feet away.
La Crosse Technology S88014 Budget Weather Station
This wallet-friendly La Crosse pick provides essential indoor and outdoor temperature and humidity data along with moon phase on a compact black and white display. Simple operation and low cost make this a choice for beginners.
La Crosse Technology WS-9160U-IT Weather Station
Temperature and humidity sensors for both indoors and outdoors feed data wirelessly to a convenient desktop display. Comfort level indicators, minimum/maximum records and an atomic clock sync give you professional-level insights on a budget.
While La Crosse offers a stellar roster of weather stations, these five highly rated options provide the right blend of value, performance and ease of use for most homeowners.
Accurate backyard weather tracking helps with planning and preparedness. With a capable La Crosse Technology weather station, you’ll stay dialed into conditions no matter the forecast.
Consider Making The Switch To A New Brand – Explore All The Latest Options
Is your La Crosse weather station starting to show its age after years of backyard duty? Before automatically replacing it with another La Crosse model, consider exploring the latest weather stations from competing brands.
The weather tracking technology market has exploded with exciting new innovations from a diverse range of companies. Here are some top brands to check out for your next home weather station upgrade.
AcuRite
Known for affordable home weather technology, AcuRite offers feature-packed stations great for beginners. Options range from basic displays to systems with add-on sensors for wind, rain and more. AcuRite’s excellent app integration lets you monitor weather from anywhere.
Ambient Weather
This brand focuses on custom-tailored weather tracking for demanding users. Build a completely customized system by mixing and matching from their wide variety of stand-alone weather sensors and displays.
Davis Instruments
As pioneers in consumer weather technology going back decades, Davis produces professional-grade stations for both residential and industry use. Expect research-level insights fromDavis’ highly precise instrument systems.
Ecowitt
Popular with smart home tech fans, Ecowitt makes Wi-Fi enabled weather stations that integrate with home automation platforms. Alexa and Google Assistant voice commands allow hands-free weather queries.
Netatmo
This European brand offers contemporary weather station designs perfect for tech-savvy users. Netatmo’s lineup includes standalone indoor and outdoor modules with Apple HomeKit integration.
RainWise
Specializing in rainfall monitoring, RainWise lives up to its name with a huge selection of self-emptying rain gauges. Integrate these hyper accurate sensors into your existing weather station setup.
WeatherFlow
Obsessive weather hobbyists love WeatherFlow for its laboratory grade instruments designed by meteorologists. Forecast with confidence using their network of hyperlocal weather stations.
Beyond this list, keep an eye on crowdsourced stations from Bloomsky and Tempest that use a network of personal weather stations for improved hiperlocal accuracy.
When shopping for your next weather station, don’t limit yourself to just the major brands. Here are some key features to look for to maximize value:
Smart Home Integration
Opt for stations that play nice with smart home platforms like HomeKit, Alexa and Google Home for voice control and automation.
Add-On Sensor Modularity
A weather system that allows flexible adding of sensors over time means you can build capabilities tailored to your needs.
Solar Charging Capability
For convenient outdoor installation, seek systems with solar charging that provide power freedom from outlets.
Hyperlocal Accuracy
Advanced stations that pull data from multiple local sources give improved microclimate condition details.
Premium Build Quality
Weather sensors and consoles made to last for years stand up better to elemental wear and tear.
While La Crosse has been an industry leader, expanding your search to new weather station brands often reveals game-changing innovations perfect for your home. The world of weather technology has never been more exciting, so get ready to geek out!
Placement Is Key! – Optimal Location For Accurate Readings
You’ve invested in a quality weather station like La Crosse Technology to track conditions in your backyard. But simply setting it up anywhere outside isn’t enough to get valid readings. Proper weather station placement is crucial for accuracy.
Follow these tips to determine the ideal installation sites for your display console and external sensors:
Pick an Unobstructed Spot
Your weather sensors need open sky views and ample airflow to accurately sample the environment. Avoid placing units near buildings, trees, shrubs and other structures that can block wind flow or radiant heat sources.
Consider Prevailing Winds
Situate anemometer wind sensors so prevailing winds hit them perpendicularly. This allows the unit to catch the full wind speed rather than blocked airflow.
Elevate Above Ground Level
Mount weather sensors on a roof, balcony, pole or tower at least 5-10 feet off the ground. This prevents unrepresentative temperature sampling and provides better wind flow.
Avoid Radiant Heat Sources
Position temperature sensors away from heat-emitting surfaces like asphalt, concrete and brick walls. Nearby structures can radiate warmth and throw off readings.
Provide Shade from Direct Sun
While allowing an open view of the sky, use a radiation shield to shade the temperature sensor itself from direct sunlight. This prevents solar heat gain from skewing the readings.
Protect from Rainsplash
Mount rain gauges away from roof overhangs and trees where water dripping off leaves can splash into the collection funnel and give false rain amounts.
Consider Wireless Range
Locate your display console within the transmission range of the external sensors. La Crosse stations typically reach 300+ feet, but walls can impact wireless signals.
Use Maximum Cable Lengths
If sensors cables are too short, use outdoor-rated extensions to achieve your ideal mounting position without cable strain.
Ensure Level Installation
Mount sensors like rain gauges and anemometers perfectly level for proper operation. Use a bubble level during mounting to verify.
Secure Mounting Pole
Bury sensor support poles at least 2 feet in the ground or concrete mount for stability. Use guy wires if needed in windy regions.
Consider Lightning Risk
In lightning-prone areas, install lightning rods higher than sensors to prevent strike damage. Surge protectors also help.
Check for RF Interference
Avoid mounting near transmitters like ham radios that could disrupt sensor wireless signals back to the display.
Sample Microclimate Differences
Use minimum/maximum sensors in notably warmer or cooler areas of property, like low-lying cold pockets.
While finding the perfect spot takes some planning, optimal weather station placement leads to error-free data you can trust. That makes the effort worthwhile!
Going Pro: Features to Look For in Commercial Weather Stations
Once you’re hooked on having a weather station at home, you may be tempted to take things up a notch. Commercial-grade weather stations take your tracking to the next level with professional-quality data.
Here are key features to look for when selecting an advanced weather station for business, agriculture, research, or any demanding use case:
Rugged Metal Construction
Commercial stations utilize all-metalsensor housings rather than plastic for unsurpassed durability and longevity in harsh conditions.
Advanced Sensor Suite
Look for stations equipped with specialized environmental sensors like solar radiation, UV index, leaf wetness, soil moisture and more.
Redundant Sensor Arrays
Multiple sensors measuring the same parameter boost accuracy through sensor cross-checking and averaged readings.
Telemetry Data Logging
Commercial stations have onboard data storage to record sensor readings for months without needing a PC connection.
High-Gain Antennas
Long-range repeaters and antennas extend transmission distances up to miles for widely distributed sensor networks.
SOS Lightning Protection
State-of-the-art onboard lightning protection prevents static strikes from frying delicate meteorological instruments.
Research-Grade Calibration
Laboratory-grade calibration procedures used in commercial stations provide scientific precision.
Rugged Weatherproofing
Every sensor component is designed for all-weather operation, from subzero cold to pounding rain and gale-force winds.
Smart Power Options
From robust backup batteries to solar charging kits, commercial stations provide flexible power configurations for any environment.
When pro-level weather insights are essential, this checklist guides you to commercial-duty stations built for the task. Whether tracking crops or building climate models, take your weather station to the next tier!
Go Bigger & Better – Upgrade To A Station With More Sensors & Units
Once you’ve caught the weather station bug, it’s tempting to keep expanding your system. More sensors means more data and insights into both micro and macro conditions. Here’s how to upgrade to a bigger weather monitoring network.
Add Sensor Redundancy
For mission critical tracking, install duplicate sensors to cross-check readings and create averaged values. This boosts accuracy and provides backup if a sensor fails.
Install at Multiple Locations
Add remote sensor suites around your property in distinct microclimates to record variances. Compare sunny backyard readings to shaded front yard conditions.
Monitor at Different Heights
Mount extra sensor sets at varying heights like ground level, 5 feet, 15 feet to analyze vertical temperature and wind profiles.
Mix Sensor Types
Use a blend of sensor technologies for the same parameter, like aspirated and enclosed thermometers, to build consensus data.
Add Specialty Sensors
Build out your weather toolbox with sensors like sunlight intensity, UV index, leaf wetness and soil analyzers.
Integrate a Lightning Detector
Know when lightning is near for safety precautions and storm watching. Electric field detectors have detection radii up to 40 miles.
Connect Indoor Climate Sensors
Track indoor conditions room-by-room with interior sensor nodes that report temperature, humidity and more back to your central console.
Pair With Smart Sprinkler Systems
Share weather data with your automated irrigation system so it waters appropriately based on current conditions.
Link to a Personal Weather Website
Broadcast your hyperlocal weather insights to the world by linking your station data feed to a custom weather site or API.
Add Air Quality Sensors
Monitor particulate matter, pollution levels, and indoor contaminants like radon for health insights.
Build a Sensor Network
Create a neighborhood sensor web by connecting stations owned by friends and family for crowd-sourced hyperlocal accuracy.
Like chips, you can’t eat just one weather sensor! Start small, then upgrade your station over time. Before you know it, you’ll have a professional-grade weather intelligence network.
Take Your Station Off the Grid – Battery & Solar Upgrades
Tired of finding convenient AC outlets to power your weather station sensors and display? Take your system off-grid for total placement flexibility using batteries and solar power.
Here are tips for transitioning stations to standalone renewable energy:
Use a Handy Battery Pack
Stations like La Crosse Technology run on AA or AAA batteries in sensors and displays. Swap out alkaline for lithium batteries that last up to 4X longer.
Try Rechargeable Batteries
Reduce waste and save money using Nickel-metal hydride (NiMH) rechargeable batteries. Just pop them in the charger when they run low.
Connect a Solar Panel
Attach a compact solar panel and battery storage system directly to sensors and displays for endless solar recharging.
Pick an All-in-One Solar Kit
Specialized weather sensor kits provide integrated solar power right out of the box for quick DIY off-grid setup.
Use Smart Power Management
New sensors with low-power wireless protocols like LoRa allow battery operation for up to 10 years on just AA batteries.
Try a Battery Backup
For AC-powered displays, connect a backup battery to keep the console operational during power failures.
Install a Wind Turbine
Harness wind energy to recharge using a dedicated micro wind turbine and regulators for low wind areas.
Size Solar Components Properly
Factor in station power needs, solar resource, battery capacity and panel output when selecting solar components.
With the right mix of batteries and solar systems, you can cut the cord and put your weather station anywhere the sun shines. Never lose data to power interruptions again!
Accessibility Matters – Get A Model With Remote Monitoring
Tired of squinting through the back door to read your outdoor weather station display? Can’t quite make out the tiny temperature numbers across the yard? Upgrade to a station with remote monitoring.
Modern weather stations allow accessing your weather data from anywhere via computer, tablet or smartphone. Here are top benefits of choosing a model with remote monitoring:
View from Indoors
See current conditions and historical graphs without leaving your bed or couch. Perfect for cold winter months when venturing outside is undesirable.
Access on Travel
Monitor home weather even while away on vacation using your remote weather station dashboard. Ensure pipes won’t freeze while you’re out of town.
Larger Display Size
View weather data on a big screen TV or desktop computer monitor rather than tiny outdoor console digits. Customize display size to your needs.
Multiple View Locations
With remote access, check the weather station from any room in the house using in-wall tablets, laptops, phones and more.
Voice Assistant Integration
Get weather updates using voice commands with smart assistants like Alexa when your system links to a smart home platform.
Customizable Dashboards
Tailor information panels on your remote dashboard to highlight the weather factors most important to you.
Enhanced Graphing & Analytics
Robust remote dashboards showcase weather data in colorful charts, graphs and gauges not possible on a simple outdoor display.
Alert Notifications
Get alerts on your devices when weather conditions exceed thresholds you set for safety and planning.
Data Sharing & Export
Share live weather station feeds with friends and family. Export data to analyze weather patterns in spreadsheets.
Flexible Mounting Options
Freed from proximity to a console, remotely monitored stations give you unlimited sensor mounting possibilities.
Ditch weather station FOMO and get connected with a model that offers remote monitoring. Detailed backyard conditions are always just a few taps away!
Protect Your Investment – Weather Station Maintenance Tips
Your weather station won’t take care of itself. Like any piece of technology, regularly maintenance keeps it functioning smoothly for years of reliable service.
Here are top weather station maintenance tips to safeguard your investment:
Inspect and Tighten Mountings
Ensure all station components like sensors, solar panels and antenna are firmly fastened and have not come loose from vibrations or weathering.
Clear Debris and Dirt
Clean rain gauge funnels, radiation shields and aspiration intakes to remove any collected dirt particles or debris that could impair readings.
Verify Unit Leveling and Alignment
Re-check that sensors are still properly oriented. For example, wind vanes must swivel freely to track wind direction.
Check for Sensor Corrosion
Inspect sensor exteriors, wiring connections and conduit fittings for any rust or oxidation that indicates moisture infiltration.
Test for Proper Drainage
Clear any clogs or debris buildup around weather station components that could lead to puddles or trapped moisture.
Reseal Exposed Cable Connections
Ensure junction box seals and any sensor wiring plugs are fully intact with fresh sealant to prevent leaks.
Confirm Proper Wireless Operation
Verify all remote sensors are still transmitting properly to the base station display to avoid data gaps from signal issues.
Swap in Fresh Batteries
Every 1-2 years, replace any alkaline or rechargeable batteries powering wireless sensors to keep them transmitting strongly.
Download Latest Software/Firmware
Check the manufacturer website periodically for any new updates to install that improve performance and fix bugs.
Test Alarm Functions
Manually trigger weather alarms like high temperature warnings to confirm notifications are still working properly.
With regular maintenance inspections and preventive care, your weather station will deliver years of trouble-free operation. Protect your investment with some seasonal TLC!
Cut The Cord – Upgrade To 100% Wireless Connectivity
Tangled sensor cables snaking across your yard? Tired of wiring headaches and installation hassles? Take your weather station wireless for clutter-free convenience and flexibility.
Here are the benefits of upgrading to a completely cable-free wireless weather station:
Cleaner Installation
Wireless systems mean no cables to bury, conceal or trip over. Installation is as simple as mounting the sensors.
Flexible Sensor Placement
With no wire length constraints, position sensors exactly where you want without worrying about reaching a central console.
Quick Setup
Eliminating cabling drastically reduces weather station setup time. You’ll be tracking conditions in no time.
Portable and Temporary Installs
Wireless operation lets you move sensors around, deploy them temporarily for travel use, or take them indoors during harsh weather.
Improved Durability
No wires means no wire breaks from UV damage, gnawing animals or storms. Wireless sensors are built to handle the elements.
Enhanced Accuracy
Optimally placed wireless sensors give more representative readings without placement compromises due to cable length limits.
Backup Power Options
Battery-powered wireless units keep operating during power failures. Solar charging kits are also available.
Future Expandability
Add more wireless sensors to your system anytime without installation hassles. Just mount and power on.
Aesthetic Appeal
For clean sight lines, going wireless means no visible cable runs marring your home’s exterior.
Reduced Maintenance
Lack of cables eliminates the need to check connections or replace damaged wires.
Cut the weather station cord for good and upgrade to the convenience of wireless. Your backyard forecast tracking will thank you!
Accessorize Your Station – Add-Ons For Added Capability
Got the basics covered with your weather station but looking to expand capabilities? An arsenal of add-ons brings new insights into your environment’s conditions.
Here are top accessory upgrades for your home weather monitoring kit:
Wind Speed & Direction Sensors
Add precision anemometer and wind vane sensors for air movement tracking to supplement temperature and humidity.
Rain Collector
Attaching a dedicated rain gauge lets you quantify precipitation with hourly, daily and storm accumulation totals.
Lightning Detector
Know when lightning strikes within 40 miles with an electric field antenna that detects the electrostatic discharge.
Ultraviolet Sensor
Monitor UV intensity levels that dictate sunburn risk and inform proper sun protection.
Solar Radiation Sensor
Track peak sunlight brightness throughout the day along with UV exposure.
Third-Party Weather Integrations
Link your weather station to smart sprinkler systems, greenhouses, and other devices.
Air Quality Sensors
Add modules to monitor particulates, pollution gases, VOCs, radon and other air contaminants.
Soil Sensors
Track soil temperature, moisture and nutrient content for agricultural insights.
Data Logger
Record months of readings for analysis and forecasting by adding external data storage.
Like any good hardware, your weather station is ripe for enhancements. Building your network over time keeps weather insights exciting for years to come!
Think Long-Term – Get A Durable Station That Will Last
A weather station is a long-term investment meant to provide years of reliable service. Don’t waste money replacing flimsy models every few years. Choose a station built to stand the test of time.
Here are signs of a durable, heavy-duty weather station:
Metal Housing Construction
Sensors and consoles made of solid aluminum, steel or composite materials resist impacts, UV damage and elemental wear much longer than plastic builds.
Waterproof Electronics
Internal electronics that are fully potted or sealed from moisture ensure rain and snow won’t short out circuits and ruin sensors.
UV-Resistant Casing
High quality ABS plastic resin or powder coat paint protects against cracking and sun damage for long-lasting exterior durability.
Shatterproof Design
Features like shrouded wind cups and chunky lightning rods prevent fragile breakage from storms and kinetic energy.
Wind Tunnel Testing
Anemometers and wind vanes proven via wind tunnel testing reliably handle winds up to 160+ mph without fail.
Cold Weather Capability
Robust stations keep running in -40°F and below thanks to internal heaters and cold-hardened components.
Corrosion Resistance
Gold-plated circuits, stainless steel hardware and anodized aluminum combat sensor corrosion from ocean air and atmospheric contaminants.
Direct Lightning Strikes
Commercial stations shrug off lightning impacts with heavy-duty static dissipation technology built right in.
Rodent Protection
Metal mesh screens and shrink tubing deter gnawing rodents from damaging sensor wiring in outdoor installations.
A long-life weather station may cost more up front, but saves you money in the long run by avoiding repeated purchases. Accurate backyard tracking for years to come makes the investment worthwhile.
Enhance Accuracy – Weather Station Calibration Essentials
Even quality weather stations drift over time. Regular calibration ensures your station provides precise, error-free data you can trust for years.
Here are tips for keeping your weather instruments properly calibrated:
Use Self-Calibrating Sensors
New sensor types automatically validate readings and adjust output for consistent accuracy. Look for “self-calibrating” in sensor specs.
Follow Manufacturer Guidelines
Consult documentation for recommended calibration procedures and intervals to maintain factory specs.
Examine Data Consistency
Compare readings from multiple instruments tracking the same parameter like dual thermometers. Consistent values indicate proper calibration.
Use NIST Traceable Standards
When available, calibrate against certified equipment like NIST-traceable temperature sources for trusted reference accuracy.
Watch for Outliers and Errors
Sensors that start reporting questionable values like unusually high temperatures may indicate a need for calibration.
Consider Professional Calibration
For research-grade results, factories and labs can perform advanced NIST-traceable certification annually.
Check Following Extreme Events
After damaging storms, floods or electrical surges, examine sensors for calibration shifts from physical distress.
Establish Reminder Notices
Use station software alerts to remind you when calibration is due per the manufacturer recommended schedule.
Document All Procedures
Record each calibration event including methods, values and traceability for data consistency and liability.
Don’t assume factory precision lasts forever. With periodic calibration checks, your weather station will provide trusted readings season after season.
Stay Powered Up – Don’t Forget Backup Batteries
Weather doesn’t stop when the power goes out. Make sure your station stays operational during blackouts by having backup batteries on hand.
Here are tips for powering your weather station through storms and outages using battery backups:
Use Rechargeable Batteries
Rechargeable Nickel-Metal Hydride (NiMH) or Lithium batteries can be reused for years. Just recharge after each use.
Invest in a Backup UPS
An uninterruptible power supply with integrated battery gives you hours of runtime for console displays and wifi routers.
Choose a DC Backup Supply
DC-powered stations can run directly off a backup 12V battery bank for weeks of power during multi-day outages.
Connect a Small Solar Panel
Compact solar chargers can trickle charge AA batteries inside sensors to eliminate manual swaps.
Use Battery Banks
Chain multiple D-cell, AA or AAA batteries together to prolong backup time for battery-powered stations.
Estimate Runtime Needs
Factor in power consumption to size your backup battery system for the runtime duration you need.
Prefer Lithium Batteries
Lithium has up to 4X the energy density of alkaline, for lighter weight and longer runtime.
Use Alkaline Only for Backup
Cost-effective alkaline batteries excel at siting idle for years until needed. Use rechargeables for daily power.
Waterproof Battery Storage
Enclose backups in a NEMA-rated electrical box to prevent corrosion from humidity and storms.
Test and Refresh Annually
Cycle backups and test the system annually to confirm everything functions when required.
Prevent Battery Leakage
Store batteries disconnected or in anti-leak sleeves to avoid damage if they discharge.
Backup batteries mean weather data continuity you can count on. Stay powered through the storm!
Plan for Lightning Strikes – Protect Your Station
Lightning is a serious threat to delicate electronics like weather stations. Don’t lose your station to a wayward strike. Proper lightning protection is a must.
Follow these tips to safeguard your system from lightning damage:
Install a Lightning Rod
A dedicated tall grounding rod near your sensors provides a direct strike target to divert energy away from equipment.
Elevate the Station
Position sensors and antennas at the top of poles or rooftops away from potential ground strike points.
Use Shielded Cables
Shielded sensor cables with grounded drain wires safely divert stray voltage from a nearby strike.
Follow Grounding Best Practices
Properly ground all system components, shield cases, poles, and avoid long sensor cable runs.
Install Surge Protectors
Protect electronics with gas discharge tubes, metal oxide varistors and other surge diverting devices.
Consider Lightning Arrestors
These special grounded devices deactivate when overvoltage is detected to prevent catastrophic damage.
Disconnect Before Storms
If possible, power down and physically unplug station hardware when lightning is imminent.
Shut Down Transmitters
Turn off wifi, radio and cellular transmitters which attract lightning strikes during electrical storms.
Inspect Following Strikes
Thoroughly examine the station after lightning activity and replace any damaged sensors or ground lines.
Review Insurance Protection
Ensure your homeowners insurance covers weather station equipment damaged by lightning and other electrical surges.
With robust lightning defenses, your weather intelligence can weather any thunderstorm. Stay alert and protect your gear!
Get Connected – Opt For Smart Home Enabled Models
Tired of trekking outside through sun, snow and rain just to check your weather station? Bring backyard conditions indoors with a smart home enabled model.
Here are top benefits of connecting your weather station to a smart home platform:
Voice Control
Get current weather updates and past data using voice commands through Alexa, Siri or Google Assistant.
Remote Monitoring
View real-time weather data anywhere using a smartphone, computer or tablet with internet access.
Custom Notifications
Set smart alerts that notify you when weather exceeds set thresholds for safety and planning.
Enhanced Analysis
Robust smart apps allow graphing trends, forecasting and studying patterns from recorded data.
Simplified Data Access
Weather readings seamlessly feed into smart home dashboards alongside security cameras, lights and other devices.
Expanded Sensor Range
With no cables, wifi-connected sensors can install in remote garden locations hundreds of feet from displays.
Automation & Control
Integrate weather conditions into automatic rules for irrigation, HVAC, lighting and more.
Third-Party Integrations
Share weather station data with sprinkler systems, rain barrels, exterior lighting and beyond.
Flexible Power Options
Smart sensors can run months on batteries combined with solar for placement anywhere without wiring.
Continuous Monitoring
Virtual weather assistants never sleep! Smart integration means 24/7 backyard condition oversight.
A smart-enabled weather station transforms passive data into proactive environmental awareness for the connected home and garden.
Display and Analyze Your Weather Station Data
Don’t let your weather station’s insights go to waste stored in the console memory. Get the most out of your station by displaying and analyzing the data.
Here are tips for putting weather intelligence to work:
View Current Readings Indoors
Use a wifi or cable connection to view real-time sensor data comfortably inside on a wall display or computer.
Graph Trends and Patterns
Charts make it easy to visualize historical fluctuations and spot weather patterns over time.
Compare Past Years
Overlay previous year’s data on graphs to compare and contrast variances in barometric pressure, precipitation and more .
Share Data on Social Media
Engage others by sharing daily weather updates, storm photos and personal records on your social feeds.
Contribute to Citizen Science
Submit measurements to crowdsourced weather networks and research groups to expand local climate knowledge.
Inform Forecasting Decisions
Consult weather data to aid in planning commutes, travel, home projects and family activities.
Calibrate Other Devices
Use your weather station as the trusted standard for setting and testing household thermostats and timers.
Automate Actions and Notifications
Trigger alerts and device actions when weather conditions exceed predefined thresholds.
Put your weather data to work! Analyzing and sharing measurements maximizes your station’s value.
Keep It Clean – Proper Maintenance Improves Accuracy
Like any piece of equipment, weather stations need regular care and maintenance. Follow these handy tips to keep your system in tip-top shape for optimal accuracy:
Clear Debris from Sensors
Carefully remove any leaves, dirt or cobwebs from sensor housings, radiation shields and rain collectors.
Inspect Wiring and Connections
Check cables for damage from wildlife, weather or wear. Tighten any loose wire connections.
Clean Radiation Shield Screens
Use a soft brush and mild cleaner to clear accumulated dust and particles from sensor radiation shields.
Confirm Proper Drainage
Ensure rain gauge rim and other components drain fully to prevent sensor corrosion from standing water.
Test Sensor Movement
Verify wind vanes pivot freely and anemometer cups spin without friction or binding.
Re-Level Equipment
Use a bubble level to re-align any sensors or poles that shifted over time for accurate operation.
Check Fastener Tightness
Inspect mounting hardware, enclosure latches and ground connectors. Tighten or replace as needed.
Validate Wind Sensors
Compare against local airport wind reports. Recalibrate if your readings drift.
Wipe Down Displays
Gently clean console screens with electronic-safe cleaner and microfiber cloth.
Update Firmware
Check manufacturer websites and update display and sensor firmware to latest versions for fixes.
Calibrate Rain Sensors
Perform tipping bucket funnel calibration annually using laboratory scales and graduated cylinders.
Check Transmitter Operation
Verify wireless sensors are reliably transmitting back to console. Replace batteries as required.
Proper weather station care pays dividends through more accurate data you can rely on. Just a little seasonal maintenance keeps your system thriving.
Troubleshooting Common Weather Station Issues
Even the best weather stations can occasionally run into problems. Here are quick fixes for the most common issues that arise:
Display Console Not Powering On
Inaccurate Temperature Readings
Humidity Readings Seem Off
No Wind Speed/Direction Data
Rain Readings Don’t Make Sense
Remote Sensors Not Reporting
Display Screen Not Accurate/Visible
Before replacing the whole station, methodically troubleshoot issues piece by piece. Often it’s a simple fix like cleaning a sensor or replacing a battery. Don’t give up without a fight!
Shop Smart – Find The Best Deals Online & In Stores
Scoring an affordable price on a feature-packed weather station feels great. Here are insider tips for getting the lowest prices when shopping online and in retail stores:
Check Comparison Sites
Use aggregators like Google Shopping to quickly compare pricing across dozens of online retailers for the model you want.
Leverage Coupons
Search for active promo codes and coupons before purchasing directly from brand websites to save 10-20% or more.
Buy Direct From Manufacturer
Cut out the middleman and order directly from companies like La Crosse and AcuRite to avoid retailer markups.
Time Discounts Around Holidays
Watch for special sales during seasonal events like Presidents Day, Memorial Day, July 4th and Labor Day.
Sign Up for Retail Email Lists
Score instant notifications of the latest weather station sales, promos and price drops from your favorite retailers.
Buy Refurbished and Used
Search eBay and Craigslist for significant savings on pre-owned and refurbished weather stations in like-new condition.
Price Match Locally
Bring flyers for low online prices into local stores and ask them to match or beat the price.
Negotiate Free Shipping
Online chat reps will often waive shipping costs if you ask prior to purchasing a weather station.
Wait for Clearance Sales
Retailers like Home Depot and Lowe’s offer deep discounts on display floor models and older inventory.
Consider Store Credit Cards
Applying for a store card from chains like Walmart, Target and Amazon can earn you 10% or more off a weather station purchase.
With smart shopping strategies, you keep cash in your wallet while still getting the weather insights you want. A little research goes a long way!
Make Your Own Storm Shelter Weather Station
When dangerous storms threaten, having weather intelligence in your storm shelter provides vital data. Here’s how to install your own underground weather monitoring system.
Use a Remote Sensor
Add a wireless external sensor kit to your existing home weather station for transmitting conditions to the shelter.
Select Key Instruments
At minimum, measure air temperature, humidity and barometric pressure as conditions change.
Include a Wind Meter
A remote wireless anemometer placed outside provides advance warning of approaching high winds associated with storms.
Add a Display
Mount an indoor display console in the shelter connected to external sensors to view current readings.
Consider Redundant Sensors
For redundancy, deploy duplicate sensor sets in case one fails or is damaged during dangerous conditions.
Monitor Conditions During Transit
Use a portable, battery-powered weather station while moving to and inside the shelter to track data.
Log Trends and Alerts
Record weather parameters every minute using a data logging function or remote monitoring app to analyze after the event.
Configure Alarm Alerts
Set weather alerts for conditions like tornado-strength winds so you know when danger peaks.
Account for Underground Interference
Use sensors with extra-long wireless range if needed and amplify signals using range extenders.
Keep Backup Power Handy
Have extra batteries and emergency power sources ready to keep your shelter weather station operating if the main power fails.
With the right weather data inside your safe space, you can monitor storms confidently. Customize your shelter weather station to fit your needs.
Read The Reviews – Learn From Others Experiences
Before hitting “Buy”, take time to read detailed reviews of any weather station you’re considering. Others’ experiences reveal important insights.
Here are key things reviews tell you when weather station shopping:
Real-World Accuracy
Reviews provide feedback on how temperature, humidity and other readings compare to official data for accuracy.
Ease of Setup
Find out if initial installation is quick and simple or finicky and challenging based on reviewers’ experiences.
Display Readability
See if console screens are bright and easy to navigate in real home use or disappointingly poor visibility.
Range and Transmission
Reviews report how far wireless sensors reliably reach in backyards of all sizes in their testing.
Feature Performance
Get the truth on how well fancy features like weather forecasting, graphs and alerts work for users.
Durability Factors
Find models that withstand years of outdoor weather extremes with quality materials vs. cheap builds.
Hardware Design
Reviews reveal cluttered rat’s nest setups vs. systems with clean organization and cables.
Power Consumption
See whether battery-powered options last months on a set or constantly need fresh AAs.
Technical Support
Discover companies with stellar customer service vs. unresponsive call centers from detailed reviews.
Complaints and Defects
Identify common flaws in specific systems to potentially avoid, from sensor failures to console glitches.
Leverage the collective wisdom of weather station owners to make the right purchase decision. Reviews reveal the good, the bad and the ugly!
Make Your Station Pet and Kid Friendly
Pets and kids plus elaborate weather stations can equal trouble. Avoid mishaps and damage with these tips for family and pet-proofing your weather monitoring setup.
Mount Sensors Out of Reach
Position sensors atop fence posts, on roofs or balconies to keep them away from prying hands and mouths.
Use Protective Enclosures
Enclose console displays and key components in protective cases to prevent contact damage.
Hide and Secure Cables
Bury and conceal wiring so curious pets and kids can’t chew through or play with cables.
Select Durable Construction
Choose weather stations made of bite and chew-resistant stainless steel, thick plastic and aluminum.
Attach with Kid-Proof Fasteners
Use tamper-resistant screws, ties and adhesives for securing vulnerable components like rain gauges.
Consider Wireless Benefits
Wireless setups mean no cables to unplug or trip over if little ones get too close.
Pick Up Debris Frequently
Don’t give pets sticks, leaves and rocks to play with that could damage sensitive instruments.
Review Safe Location Needs
Ensure sensors and wires avoid areas where children play and pets frequent.
Check Station Daily
Inspect system closely for any damage from mishaps so it’s promptly addressed.
Use High Sensor Mounts
Place wind and rain sensors entirely out of reach of jumps and grabs by mounting them exceptionally high.
With smart precautions, curious paws won’t mean the end of your weather data. Protect your investment for happy tracking!
Don’t Settle – Take Your Time Finding The Perfect Fit
With an abundance of weather station options on the market, it’s tempting to just pick one and be done. Resist the urge to settle too fast. Patience pays off in finding your ideal backyard forecasting companion.
Consider these tips for taking your time and selecting the perfect weather station:
Make a Must-Have List
Write down exactly which weather data points and features, like rainfall and alerts, that your station needs to have. This focuses the search.
Determine Your Budget
Prices range widely from $50 to $500+ for home weather stations. Decide what you can reasonably spend for the features you want.
Research Top Brand Options
Explore highly rated station models from top makers like La Crosse, Ambient Weather and AcuRite that match your budget and needs.
Wait for the Right Sale
Sign up for retailer promo emails and wait for the perfect discount on your weather station frontrunner before you pounce.
Read In-Depth Reviews
Go beyond product specs and dig into detailed feedback from existing owners before deciding.
Compare Warranty Protection
Factor the warranty period and coverage – 1 year, 2+ years, etc. – on stations you’re considering to protect your buy.
Join User Communities
Get insights from weather station owner forums and groups to learn pros and cons before purchasing.
Research the Company
Choose an established brand with a solid reputation for customer service in case you need assistance later.
Confirm Compatible Sensors
If expanding later, ensure additional sensors like soil moisture will integrate with the base station you select.
Talk to Knowledgeable Reps
Discuss options with weather station experts at stores or via phone to clarify what will work best before deciding.
Like finding a compatible romantic partner, selecting the right weather station takes time. But the rewards of a perfect long-term match are worth it!
Weather Station Installation – Step-By-Step Guide
Careful weather station installation is key to accurate data. Follow this step-by-step guide to properly set up your system:
Pick Component Locations
Select ideal sites meeting sun, wind and clearance requirements for outdoor sensors and interior console.
Gather Tools & Hardware
Get drill, screwdrivers, mounting poles, screws, ties and other items needed for installation.
Review Sensor Setup Tips
Check manual for best practices on safely mounting sensors like anemometers and rain gauges.
Level and Secure Poles
Dig holes for station poles, fill with concrete, and verify poles are perfectly plumb with a level.
Mount Sensors
Attach weather sensors to poles at proper heights using screws or manufacturer mounting brackets.
Run and Protect Cables
Route and wire sensor cables to display’s location, taking care to properly conceal and weatherproof lines.
Connect Cables
Connect all sensors wires to display’s terminals, ensuring tight, secure connections.
Fasten Down Display
If outdoors, mount console to wall or pole. For indoor locations, place on flat surface away from direct sunlight.
Power Up System
Connect AC power adapter to electrical outlet or insert backup batteries as directed in the manual.
Pair Sensors and Display
Turn on sensors first, then main display. Follow on-screen prompts to sync external sensors with console.
Test and Adjust
Verify all readings look accurate, and tweak sensor positions if needed to fine tune performance.
With quality components and careful installation, your weather station will deliver reliable backyard data for years of insightful tracking.