- Drip laterals and micro-sprinklers
- Main lines (e.g. PVC, PE)
- Energy calculators
THIS APP REQUIRES A USER NAME AND PASSWORD TO LOGIN. CONTACT CYBER-RAIN IF YOU ARE AN EXISTING CUSTOMER AND WANT ACCESS TO THE CLOUD APP, OR IF YOU ARE INTERESTED IN PURCHASING THE CLOUD SYSTEM.
The Cyber-Rain Cloud Smart Control app allows you to view the status of your Cyber-Rain irrigation controller(s), to perform manual runs for various zones, stop an existing run, put one or more controllers on hold, and to upload images of your irrigation zones.
The Cyber-Rain XCI Cloud Irrigation Control System uses advanced water-saving technology based on local weather forecast data for your area to maximize water savings. This eliminates the need for expensive and short-range remotes to verify that the irrigation system is running smoothly from the field. Cyber-Rain is a leader in water conservation technologies for Residential, Commercial, and Industrial applications.
Features of the app include:
* Easy to understand device status
* Quick program modification
* Launch ad-hoc or defined programs instantly
* Manual mode for convenient testing
* Multi-device support
* View visual representation of upcoming scheduled programs
* View graphical and tabulated representation of log data
* View current weather and forecast status for the device location
* Change and disable rain delay
* Multiple supported languages (Afrikaans, Amharic, Chinese, Czech, Dutch, French, German, Hebrew, Hungarian, Italian, Mongolian, Norwegian, Polish, Portuguese, Slovak, Slovenian, Spanish, and more)
This application requires you to own an OpenSprinkler that is properly connected to your network. For more information please visit http://opensprinkler.com.
You can control your device from outside the local network with proper port forwarding and use of the WAN IP within the application or by using a VPN. For further assistance please visit the forums: https://opensprinkler.com/forums
This is open source software: source code for this application can be found at https://github.com/OpenSprinkler/OpenSprinkler-App
The Hazen–Williams equation has the advantage that the coefficient C is not a function of the Reynolds number, but it has the disadvantage that it is only valid for water.
Input parameters are flow, pipe diameter, lenght of pipe and C is a roughness coefficient, known as William Hazens coefficient, with values between 90 (more rough pipes) and 140 (smooth pipes, ex PVC).
You can select between imperial (U.S. customary units) and metric unit (International System of Units).
If you want to take into account the pressure loss in fittings and valves, and the selection coefficient C for each material, then find our version of the application pro at https://play.google.com/store/apps/details?id=com.transparentblue.headlossplus
With the Hcalc App you can find the pressure loss in pipework using the Hazen Williams formula which is specified in the NFPA 13 and EN 12845 for fire sprinkler systems. You can changed any of the 3 variables, flow, C-factor and the pipes internal diameter and the pressure loss will be calculated.
The second part of the calculator is used to solve the K-factor formula given the flow, K-factor or pressure at a nozzle or fire sprinkler head given the other two factors. By using the slider controls to vary any of the variables (flow, K factor, pressure) you can see the effect they have instantly.
Please remember to press the calculate button after you have made a change!
This version is in metric units only.
The WaterMe app allows you to manage and control up to 10 programmable zones and schedules, view statistical flow data in real time, shutdown your irrigation system remotely in the event of a leak and much more.
WaterMe takes water management to the next level with an included Nymet 1" Flow Sensor to manage your water usage, record flow rate data and detect leaks.
WaterMe is adaptable to actual weather conditions and will automatically adjust watering schedules based on local weather events, saving you money in winter and your plants in summer.
To actually monitor and control your irrigation system the WaterMe app requires you to have a WaterMe Wireless Irrigation Controller, for more information please visit http://www.waterme.com.au
*Please note that use of the mobile app or web browser remotely requires access to the internet.
Fast results in either US Customary units (gallons, cubic feet) or metric units (litres, cubic meter). Also calculates the cost of your water per minute and per hour based on your water bill unit cost
The flow rate is calculated based on a container volume and the time required to fill that container. Enter the container capacity or volume and use the app's built in stopwatch to measure the time required to fill the container. The results are presented clearly in units of gallons per minute (GPM) and gallons per hour (GPH) or in metric units of litres per minute (LPM) and litres per hour (LPH) depending on your preferences.
Use any standard size container such as one gallon, five gallon, one litre, twenty litre etc..., or enter a custom container capacity in either fluid ounces or litres. If you do not know your container capacity, enter its dimensions in inches or centimeters and the app will calculate its capacity or volume. Typical containers used for measuring water flow include the bucket, plastic bottle, jerry can, pan or any other small reservoir available.
For irrigation, use the app to determine the flow rates of micro sprinklers, sprinkler heads, emitters pumps and drip tape. Other farming applications include measuring the flow rate of springs, wells, pumps and spray tips on agricultural sprayers.
The app also calculates the volume of any rectangular or round container based on its inside dimensions, useful for swimming pools, tanks and drinking water reservoirs.
The app is a tool for easily and quickly measuring water flow rates and container volumes. With this information you can take steps to save water due to drought or reduce your utility bill.
The app does not require a connection after it is installed and does not contain advertisements.
We welcome your comments and also suggestions for new features. Please also leave a review if you like the App and tell us what you are using it for.
Use when at home or away.
* Turn zones on or off.
* Suspend and restart scheduled programming.
* Run individual programs immediately.
* Run a valve test.
Requires OnPoint EcoSystems WaterPoint 1000 WiFi Irrigation Controller.
Put the power of skydrop in the palm of your hand.
With its intuitive simplicity, the skydrop™ smart sprinkler controller takes the guesswork out of watering. Using hyper-local weather data to learn how much water your yard needs—based on real-time precipitation, humidity, temperature, wind, solar radiation, slope, and soil condition—it intelligently adjusts so you don’t have to. You can also monitor or adjust at any time from your smartphone or computer. Save water, time and money with skydrop.
The calculation can be found area and volume of the greenhouse area of its glass, the amount of materials for the frame, the perimeter for the foundation.
Saving calculations and access to them without an internet connection.
Support for 65 languages.
You must be connected to the Internet.
46 different calculators and designers in one application:
designers stairs - 8 species,
calculators building materials for roofs - Gable, straight, attic,
Concrete stairs, foundations, laying paving slabs,
calculation of concrete, the calculation of the volume of lumber,
calculator fittings, ceramic tile, drywall,
calculation of log materials, wall, brick and metal fence, fence, floors, roofs,
land area, the calculation of earthwork - pit, trench, well, turf, swimming pool,
calculate the volume of pipes, tanks, barrels and rectangular containers,
greenhouses, loan calculator and designer wardrobe.
Generate drawings and plans. Detailed and accurate calculation.
Constantly adding new calculations.
More than 11,000,000 users from around the world have already benefited from the service.
But the application can be easily and quickly find building materials directly on the site.
Support for 65 languages.
Requires an internet connection.
Aplicación para la automatización del riego en fincas agrícolas, parques y jardines.
Aplicación residente en el smartphone que permite llevar una completa gestión del riego y fertirrigación desde cualquier lugar del mundo con acceso a Internet, actuando sobre los programadores de riego en campo Agronic 2500 y Agronic 4000.
Conexión permanente con las parcelas de riego sobre las que se puede actuar y consultar de forma inmediata y con un fácil manejo.
Prestaciones más destacadas de la aplicación:
- Permite órdenes manuales con respuesta inmediata.
Permite hacer programación sobre la parcela de riego o sobre los cultivos de forma individual o masiva.
-Consulta del estado actual de riego con etiquetas de identificación sobre mapas.
-Consulta diaria de los últimos 7 días sobre el historial de riego acumulado, valores de los sensores (analógicos, digitales y contadores), condicionantes de riego y anomalías.
Progrés ofrece: “La gestión del riego en su bolsillo”.
Adaptada para dispositivos de gama media alta.
Contacto en firstname.lastname@example.org
LandsWater makes their watering programs are smart and adapt to the real needs of the plants, is available for Android. Calculate the amount of water, the number of irrigations and duration, depending on the climate in your plot and its plants. Prepares annual irrigation schedule, and sent to the irrigation controller.
Why use LandsWater?
★ GREAT SAVINGS: The irrigation water deficit, the rising cost of m3, rising electricity rates, episodes of drought and climate change, makes LandsWater help you save water and perform efficient irrigations using climate data updated every day.
★ COVERAGE: currently provides coverage to 216 Nations by 40,000 weather stations, reference evapotranspiration calculated by FAO Penman-Monteith method.
★ INNOVATION: Use the results of research projects, based on experience in research in irrigation, is an evolution of the document Wucols (University of California Cooperative Extension, California Departement of Water Resources), by Francisco Catalan, Agronomist, University of Valencia.
★ GLOBAL: Use the location of his mobile phone to use data from the nearest stations and the coefficients of the zone, depending on the plants, stress, microclimate, planting density and soil evaporation in any part of the world.
★ SMART: See details of the nearest stations that have validated data, if a station fails, another nearby will provide the data. Send the Annual Plan for Zones to the irrigation.
★ ECOLOGICAL: You can get savings of 40% water, adapting to the real needs of the plants. Notifies the diversion of Annual Plan needs regarding scheduled. Your plants will be splendid and comply with local restrictions. Repaid prior to its investment in the irrigation system.
★ CUSTOMIZABLE: Can be modified to your specific case, its climate data, greenhouses, mesh, moisture probes, also adapted for the prevention and treatment plant. Multizone program, urban gardens, vertical gardens. Ask us.
The FAO Penman-Monteith ETo estimate can be derived from the original equation of Penman-Monteith and aerodynamic and surface drag equations.
The goal of universal use of ETo using the FAO method Pennman-Monteith, although missing climate data.
For the complete calculation of ETo needed temperature, relative humidity, wind and radiation sensors.
However this app is capable calculate the ETo only with the temperature data, assuming the dew point temperature such as the minimum temperature, wind speed of 1.5 m/s and solar radiation clear day.
The location is carried through a location sensor or clicking a map.
Groups the results, ETo, Precipitation and Events Rain of the last seven days to be used in IrrglApp nad LandsWater
Calculate the percentage of ETo due to radiation.
Supports English, Spanish, French, Italian and Portuguese.
Supports Metric and English Units (US).
Imports data from weather stations near the place elected.