BaseStation 3200  BaseStation 3200 Documents Sales BaseStation 3200 Brochure Manuals BaseStation 3200 V12 User Manual BaseStat... Sales BaseStation 3200 Brochure   Manuals BaseStation 3200 V17 User Manual BaseStation 3200 V17 Quick Start Guide   Specifications BaseStation 3200 V18 Technical Specification BaseStation 3200 V18 Specification BaseStatio...

1.  In PipeView position the hydraulic system diagram so you can see the water source that you want to work with (refer to Using PipeView). 2.  Click the water source that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right. The water source details display. 4.  Click Edit in the lower-right corner. The water sou...

What is Evapotranspiration (ET)? is the process of transferring water from soil and plants into the atmosphere.  Think of Evapotranspiration (ET) as Evaporation (when water vapor leaves the soil or a plant’s surface) plus Transpiration (the passage of water through a system (plant, soil, body) to the atmosphere). What is ET used for? ET values provi...

RainShare enables one rain sensor to be shared with multiple controllers on a site.  Simply install a rain sensor on your site (or use the site’s existing sensor), then assign it as your RainShare controller in WeatherTRAK Central. All the other controllers on that same site will automatically pause when your RainShare controller is paused. When the...

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Step-by-Step Guide Understanding the Value of Mobile Mapping Mobile mapping transforms how irrigation teams locate, document, and maintain assets across their sites. The primary benefit is eliminating wasted time searching for buried or overgrown components. When crews dedicate time to thoroughly mapping all system components—valves, backflows, cont...

From the Sites List page, use the Select button associated with the name of the site you want to view alerts on.    The Controller List page displays the Controllers found on the selected Site. A summary of the alerts is shown on the left side of the Controller Settings page button. Critical/Major alerts are on the top, in red, and Minor/Low alerts ...

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Step-by-Step Guide Understanding WeatherTRAK's Reporting Capabilities WeatherTRAK Central offers more than 30 different reports that access all information about your controller management history. These reports are designed to help you manage water more effectively, analyze irrigation performance, and provide visibility into your entire irrigation ...

Master Valve Override (MVO) can be used to allow access to the mainline for a period of time without triggering an (MB) Mainline Break alert. A common scenario would be while using a quick coupler. From the Sites List page, use the Select button associated with the name of the site containing the Controller(s) you want to create a Master Valve Overr...

Step-by-Step Guide Starting Your Day with WeatherTRAK Central Before using WeatherTRAK Mobile for on-site troubleshooting, begin each day with WeatherTRAK Central. This is an important water management practice that provides high-level visibility across your entire portfolio of controllers. 1. Log in to WeatherTRAK Central each morning to review rep...

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Step-by-Step Guide Understanding WeatherTRAK Rain Response WeatherTRAK manages rain response through three distinct systems that work together to optimize irrigation and prevent watering during or after rain events. Understanding how each system functions is essential for effective site management, especially when managing diverse portfolios across ...

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Step-by-Step Guide Understanding Flow Monitoring and Its Importance Before scheduling a learned flow test, it's important to understand why flow monitoring matters. While every WeatherTRAK controller is capable of providing flow features, these features require adding flow devices to your irrigation system—the controller cannot provide flow monitori...

Setting Up Station 🚨IMPORTANT: Please first read  Programming a Station  in WT Mobile Select Station Microclimate It is not uncommon to have some valves in full sun while others are in deep shade on the north side of a tall building. These exposures or microclimates will impact station run times, cycle, and soak periods that a conventional controlle...

This article will discuss how to unlock an offline OptiFlow controller with an unlock code retrieved using WeatherTRAK Central. You can also obtain an unlock code from WeatherTRAK Mobile, as explained in this article.  Finding the Unlock Code via WeatherTRAK Central 1.  Sign in to WeatherTRAK.net 2.  Navigate to the OptiFlow tab, Unlock Controller s...

When a WeatherTRAK controller is powered up for the first time, synchronization between the controller and the WeatherTRAK servers is required. This synchronization occurs automatically and takes 10 to 15 minutes to complete. There must be no interaction with the controller's panel, or any program changes sent to the controller via the Mobile app or...

Step-by-Step Guide Understanding the Depletion Model WeatherTRAK uses a calculated soil depletion model that operates on a station-by-station basis for every station you manage. The best way to understand this concept is to imagine a glass of water under every zone in your system. This glass represents the available water in the soil, and it fluctua...

Step-by-Step Guide Understanding the Depletion Model and Auto Mode When adjusting stations in auto mode, WeatherTRAK uses a depletion model to generate irrigation schedules. This model conceptualizes the soil moisture beneath every station as a glass of water. The growing conditions for your plants remain adequate as long as that glass of water stay...

Scheduled Learned Flow is a feature that allows you to schedule stations to learn flow. This feature is available on  LC+,  ET Pro3, OptiFlow XR, and OptiFlow enabled controllers and is accessed through WeatherTRAK Central. You can schedule one learn flow event per controller at a time.    Learn Flow Page   1.  Navigate to https://www.weathertrak.ne...

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BaseStation 3200 Irrigation Controller If you have a Baseline soil moisture sensor (biSensor™) installed in your landscaping and connected to your BaseStation 3200 irrigation controller, you can program the controller to water based on the moisture levels in the soil. This watering strategy can reduce outdoor water use by up to 62 percent or more ov...

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_Select an article Mobile version 3.5 and above New Station High Flow Alert Test (ver 3.6)   General Checking App Version Getting Started Controller Status Icons Using the Support Page   Using the App Using Manual Irrigation Viewing & Clearing Alerts Programming a Station Programming a Controller Using Site Map Using Percentage Adjust Using Rain...

Overview Understanding Advanced Flow Management Advanced flow management represents the third generation of flow monitoring capabilities in WeatherTRAK systems. The evolution began with basic flow management in the Pro 2 controllers, which could monitor flow on systems with one point of connection and one controller. The Pro 3 upgrade introduced the...

When manually irrigating stations, you can choose to irrigate a single station, multiple stations, or stations that are part of a program. Each mode has its own tab, as seen below.      Single Station To manually irrigate a single Station, from the SINGLE tab: 1. Change the default time to the amount the Station needs to manually irrigate for by pre...

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Overview Understanding Decoders in Two-Wire Systems Two-wire systems operate fundamentally differently than conventional wire irrigation controllers. In conventional systems, controllers have a hot wire and a common wire for every valve. In contrast, WeatherTRAC H2O two-wire systems use only two wires to run all field components throughout the entir...

Step-by-Step Guide Understanding Flow Sensor Types and Technologies When selecting a flow sensor for your irrigation project, you'll be choosing between three main types of flow sensor technologies, each with distinct characteristics and applications. The T-style flow sensor has been the industry standard for many years. These are the sensors you'll...

Step-by-Step Guide Single Station Decoder Overview The single station decoder is by far the most common decoder used on the WeatherTRAK H2O 2-wire system because every station, zone, or valve on the system must be accounted for by a decoder. The single station decoder is designed to handle one valve and is wired between the 2-wire path and the valve...

Step-by-Step Guide Understanding Water Window Alerts and the Problem OptiFlow Solves One of the most frequent challenges WeatherTRAK users face is water window alerts or water window warnings. These alerts occur when you have scheduled more irrigation than there is time available to complete it. For example, if you have 14 hours of irrigation to per...

Step-by-Step Guide Understanding Master Valve Connection Options When working with a master valve on the WeatherTRAK H2O 2-Wire system, you have two different options for connecting the master valve to the controller. The first and preferred option is to direct wire the master valve to the controller. This means connecting the master valve using its...

Step-by-Step Guide Importance of Grounding in H2O Two-Wire Systems Grounding on the H2O controller is incredibly important for any two-wire system. The two-wire path must be grounded with a surge arrester at key locations throughout the system to ensure proper protection. WeatherTRAK Surge Arrester Product Details The WeatherTRAK surge arrester is u...

Step-by-Step Guide Understanding the Single Station Decoder The single station decoder is the most common decoder used on the WeatherTRAK H2O 2-Wire system. Every station, zone, or valve on the system requires its own decoder to function properly. The single station decoder is designed to handle one valve and is wired in between the two-wire path an...

Step-by-Step Guide Understanding Flow Sensor Wiring Options When wiring a flow sensor to the WeatherTRAK controller, you have two installation options: direct wire or two-wire path connection. With a direct wire installation, a dedicated wire runs between the controller and the point of connection. This is the preferred method at WeatherTRAK because...

Step-by-Step Guide When a POC high pressure shutdown occurs, the message displays the following information: POC High Pressure Shutdown with the date and time of the event (for example, January 1st, 2021 at 8:30 AM). The priority level is marked as High. The message indicates that Control Point High Pressure Detected and that Control Point Water Has...

Step-by-Step Guide Understanding the Alert The Controller Event Date Stop message indicates that all watering has been stopped for the current date due to an event date that was previously set in the controller. The alert displays the controller name, the date and time the event was triggered, and confirms that event dates have blocked all watering ...

Step-by-Step Guide What's in the Box The baseline precip sensor package includes the following components: Installation instructions, splices, and an additional mounting bracket for vertical surface installation. The sensor biCoder and biCoder splices for connecting the sensor to the two-wire path. The precip sensor itself with a 10-foot wire lead. ...

Using a Clamp-on Tester to Test Ground Resistance Important In order to successfully test grounding with a clamp-on ground resistan... Important In order to successfully test grounding with a clamp-on ground resistance tester, such as AEMC’s model 6417, the grounding points you are testing require a connection to the utility neutral or other groundi...

Overview What Makes Two-Wire Different from Conventional Wire? The difference between conventional wire and two-wire controllers comes down entirely to the wiring infrastructure used to operate valves in the field. All other features and functions remain the same—automated weather-based schedules, app management, and central management from WeatherT...

Step-by-Step Guide Understanding and Managing Alerts Alerts are the most common reason customers contact support about WeatherTRAK systems. These notifications provide valuable information about what is happening in the field and require understanding how to interpret and respond to them effectively. Alerts appear in multiple formats to ensure you r...

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OptiFlow’s Multi Manual feature is designed to give you the ability to manually water up to 9 stations at the same time. Below are some common questions and answers. What happens if I manually run stations within the irrigation window? When a manual run is requested during the irrigation window, the system will pause all scheduled irrigation for the...

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Step-by-Step Guide Understanding Auto Mode and Runtime Optimization When programming a station to be automated by WeatherTRAK, the controller manages and optimizes your irrigation schedule by determining three key factors: how often to water, how much to water, and how best to lay that water down. This guide focuses specifically on the runtime compo...

With Special Guest: Jonathan Caceres, Owner of Everthrive Landscape, Inc.                   Programming Flow for Pro3 and LC Controllers What is Flow You must add a flow sensor to your mainline prior to this tutorial. There are three types of common flow sensors, Tee Types, Hydrometer types, and Ultrasonic Types. It is a common error for people to i...

Overview When an OptiFlow enabled controller is first activated and synchronized with the WeatherTRAK server, the controller is in a Standard schedule mode. This means the controller can be programmed entirely using a traditional Standard schedule constructed on the Program page in WeatherTRAK Central. This enables you to use the OptiFlow enabled co...

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Step-by-Step Guide Understanding WeatherTRAK Water Usage Measurement WeatherTRAK offers multiple ways to measure and track water usage across your irrigation systems. The platform provides four distinct types of usage reports, each serving different purposes and offering varying levels of detail: Runtime Usage: This is a measurement tracked on the c...

Overview Return on Investment Timeline WeatherTRAK functions as an investment that delivers ongoing value month after month through both time savings and cost savings, while maintaining healthy, beautiful landscapes. Based on water savings alone, the typical return on investment for a WeatherTRAK solution is less than three years. This ROI becomes e...

Overview The Role of Data in Irrigation Management Data plays a critical role in modern irrigation management. The difference between maintaining a beautiful landscape and experiencing thousands of dollars in plant and water loss often comes down to how effectively data is used. WeatherTRAK irrigation controllers are built around this principle, wit...

Overview Balancing Sustainability Goals with Landscape Quality WeatherTRAK smart irrigation technology enables organizations to achieve multiple environmental and business objectives simultaneously. The system is designed to help meet sustainability targets while preserving the visual quality and health of commercial landscapes. Dual Benefits for Co...

Step-by-Step Guide How the WeatherTRAK System Components Work Together The WeatherTRAK system consists of three integrated components that work seamlessly to automate your irrigation: The WeatherTRAK Central cloud service serves as the central hub, processing site data and weather information to generate optimized watering schedules. The WeatherTRAK...

Step-by-Step Guide Understanding Budget Monitor Budget Monitor is one of the less frequently used features on the WeatherTRAK platform, but it provides powerful tools for tracking water usage against budgets and restrictions. The feature is particularly valuable in regions with strict water restrictions where properties are given specific water budg...

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Overview Common Problems from Unmonitored Irrigation Systems Failing to properly monitor irrigation systems can lead to a range of costly and damaging issues. Wet, slippery sidewalks create safety hazards for pedestrians and visitors. Flooded landscapes result in wasted water, damaged plant material, and unsightly standing water. Erosion can comprom...

Step-by-Step Guide Understanding OptiFlow's Purpose and Capacity Management OptiFlow is designed to allow the shortest amount of irrigation time by optimizing your programs and stations across multiple controllers and points of connection. The system uses the full capacity of your mainline to irrigate as quickly as possible without exceeding any sou...

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Step-by-Step Guide Understanding WeatherTRAK Administrative Tools The WeatherTRAK Administrative Tools are a set of features that allow users to manage their own access and permissions for WeatherTRAK Central controllers. This feature set enables you to control who has access to your controllers and what level of permissions they have, without needi...

If you have a pond or a cistern that is fed from an external water source, you can use a Baseline biSensor soil moisture sensor with your Baseline controller to monitor the water level in a pond or cistern and turn on a valve when the water drops below a specified level. You program the controller to turn off the valve based on the time that it take...

Leaks can occur anywhere in the water supply system. Use this checklist to inspect common indoor areas for potential leaks and water loss. Focus on the relevant areas for your site. Indoor Inspection Checks Walk the interior of the building, looking for the following signs of a potential leak: Sound of running water (when fixtures are off) Water flo...

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Update Table of Contents Introduction Shutting Down Power to the Pedestal Ethernet Switch Mounting Instructions Power Connector Instructions Attaching the FlowStation Module Attaching the Ethernet Cables Turning the Power On Introduction Baseline’s FlowStation is available as an add-on module that is installed inside a pedestal enclosure with a Base...

Sales BaseStation 3200 Brochure   Manuals BaseStation 3200 V17 User Manual BaseStation 3200 V17 Quick Start Guide   Specifications BaseStation 3200 V18 Technical Specification BaseStation 3200 V18 Specification BaseStation 3200 V17 Nonproprietary Specification   Details PDF BaseStation 3200 2-Wire Layout Detail BaseStation 3200P Product Detail BaseS...

1.   Make sure that the irrigation controller you want to work with is displayed in the BaseManager footer. To select a different controller, click the Menu icon Menu in the upper-left corner of the BaseManager page, and then click Sites and Controllers. Continue drilling down until you can select the desired controller.  2.  Click the Flow Setup ta...

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How many Ethernet radios can I have in one radio network? A radio network is a group of radios communicating through a single Gateway radio. For BaseStation 1000 and BaseStation 3200 controllers, a radio network with no Repeaters can include one Gateway radio and up to 34 Endpoint radios, for a total of 35 radios. If a Repeater is required in the ne...

Manuals Baseline Communication Solutions Brochure Baseline Network Communication Specifiers Guide   Cloud Network Module Cloud Network Module Install Guide Wi-Fi Module WiFi Module BaseStation 3200 Configuration Guide Ethernet Ethernet Radio Switch Antennas / Accessories Complete Ethernet Radio Configuration Guide BL-ER-C Ethernet Radio Unit Install...

  Installing the Ethernet Switch in a Pedestal Enclosure 1.   Halt all watering while you install the Ethernet switch. BaseStation 1000: Press the OFF button.  BaseStation 3200: Turn the dial to the OFF position.  2.   Open the front door of the BaseStation pedestal enclosure. 3.   Look inside the pedestal at the upper-right of the back wall, and th...

1.  In PipeView position the hydraulic system diagram so you can see the water source that you want to work with (refer to Using PipeView). 2.  Click the water source that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right corner. The water source details display. 4.  Click Edit in the lower-right corner. The wa...

In PipeView, you can add or update the following water source settings: Note Any changes that you make in PipeView are automatically copied to the associated BaseStation 3200 irrigation controller(s), to BaseManager (if subscribed), and to the FlowStation (if applicable).   The description of the water source Whether the water source is enabled or d...

If one of your water sources is a cistern or reservoir, you can install a moisture sensor, an event switch (float), or a pressure sensor to monitor the water level and stop using that water source when the water drops below a specified level. 1.  In PipeView position the hydraulic system diagram so you can see the water source that you want to work ...

In PipeView, you have the ability to view and edit the settings for the hydraulic components in your system. Examples of some of the tasks you can perform: Add or update descriptions of the components Enable or disable a component Set or change limits and/or values for devices Enable or disable variances Any changes that you make in PipeView are aut...

Some organizations prefer to host a standalone instance of the Baseline server. Because a BaseStation controller is pre-configured to connect to the cloud-based Baseline server, some configuration changes are necessary in order to have the controller connect to the self-hosted server. After the self-hosted Baseline server has been installed and conf...

Introduction BaseManager is a powerful cloud-based central control and remote access application that is part of the AppManager framework. BaseManager allows any BaseStation 3200™ or BaseStation 1000™ controller to be managed remotely over the Internet. With BaseManager, you’ll be able to do everything you normally have to do at the controller from ...

When an irrigation system is designed to draw from a limited water source, it’s important to monitor the quantity of water in order to avoid pumping the source dry. You can use a Baseline biSensor soil moisture sensor with your Baseline controller to monitor the water level in a pond or cistern and stop watering when the water drops below a specifie...

If you have a pond or a cistern that is fed from an external water source, you can use a Baseline biSensor moisture sensor with your Baseline controller to monitor the water level in a pond or cistern and turn on a valve when the water drops below a specified level. Then, simply program the controller for the run time required to refill the pond or ...

Connecting the BL-5315B biSensor to the Irrigation System Power off the two-wire when installing devices. Connect the  BL-5315B to the two- wire guage. The sensor comes with 50ft of wire. If additional length is needed, use polyethylene double-jacketed or UF-B UL PVC double-jacketed two-conductor solid core wire designed for direct burial systems to...

Step-by-Step Guide Understanding the Authorization PIN Code Shortly after connecting your controller to a network or after allowing BaseManager to connect, your controller will produce an authorization PIN code. This security code allows your controller—and only your controller—to connect to the BaseManager server. The code is unique and case sensit...

Step-by-Step Guide What's Included in the Box Before beginning installation, verify that your BL-CM4G cell modem package contains the following items: Installation and user guide Wireless activation information card Antenna cable Short ethernet cable Salt shaker antenna (packaged separately) Cell modem unit Activating the Cell Modem The cell modem m...

With Baseline’s BaseStation 3200 irrigation controller, you can use water from multiple sources to run your irrigation programs. When an irrigation system is connected to multiple water sources, the water manager usually wants to use the water from each source in a prioritized manner – typically based on the cost of the water from each source.   The...

When water from a pond or a cistern is available for irrigation, a Baseline controller can be used to automate many of the potentially complex functions required to operate this type of water supply. To ensure that this water source works the way you expect it to, consider the questions in this high-level document, and then review the linked resourc...

Regions that are experiencing drought are placing significant restrictions on irrigation in order to conserve water. Irrigators must comply with these restrictions to avoid fines and other penalties. Baseline irrigation controllers offer the most comprehensive tools for managing valuable water resources during water restrictions, but if you are runn...

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Step-by-Step Guide Understanding Water Restrictions Water restrictions are becoming the rule rather than the exception across the country as summer approaches. WeatherTRAK controllers are designed to obey any water restrictions seen anywhere in the country, ensuring compliance while maintaining smart water management. Water restrictions typically in...

Overview Remote Management Capabilities WeatherTRAK enables comprehensive remote management of irrigation systems from any location. The platform allows you to manage multiple controllers, stations, and sites without requiring physical visits to each location. This remote access capability means you can perform critical irrigation tasks whether you'...

Overview The OptiFlow Configure page in WeatherTRAK Central has received a visual update (part of the Aug 31st, 2021 WeatherTRAK Central release); however, the general functionality of the Configure page has not changed. Consult the OptiFlow Users Guide for detailed programming information. The goal of the design update was to help better display th...

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Step-by-Step Guide Understanding Water Budgets and Regional Context Water budgets represent a progressive approach to water management that is becoming increasingly common in areas where water scarcity is a critical issue. While most regions across the country implement water restrictions based on designated watering days of the week, the most water...

If you have a Baseline soil moisture sensor (biSensor™) installed in your landscaping and connected to your BaseStation 1000 irrigation controller, you can program the controller to water based on the moisture levels in the soil. This watering strategy can reduce outdoor water use by up to 62 percent or more over traditional irrigation methods. And,...

OptiFlow enabled controllers that experience a Station High Flow Alert or Manager High Flow Alert containing more than one station can take advantage of the built-in test found in WeatherTRAK Mobile 3.6 and greater.  The Station and Manager High Flow Alert test gathers the stations that were part of the alert and will operate each station, one at a ...

HydroPoint Data Systems, Inc.Privacy Policy   HydroPoint Data Systems, Inc., ("Company" "We", or “Our”) respects your privacy and is committed to protecting it through our compliance with this policy. We conduct business activities using the following brands: HydroPoint, Baseline, WeatherTRAK, and WaterCompass. This policy describes:  The types of i...

To activate your BaseManager account, you will need to fill out the App Manager Activation form here. When activating, be prepared to know the following information: Company or organization name  Desired site name  The full name of the person who is to be the company administrator  Work phone  Cell phone  The email address of the person who is to be...

1.  In PipeView position the hydraulic system diagram so you can see the control point that you want to work with (refer to Using PipeView). 2.  Click the control point that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right. The control point details display. 4.  Click Edit in the lower-right corner. The contro...

Sales FlowStation Brochure FlowStation Overview Brochure   Manuals FlowStation Configuration Guide   FlowStation V2 Quick Start Guide FlowStation V2 User Guide   FlowStation v3 Quick Start Guide FlowStation V3 User Guide   BL-FLOWSTN-P FlowStation Module Install Guide   Specifications FlowStation V1 Specification FlowStation V1 Technical Specificati...

In PipeView, you can add or update the following zone settings: Note Any changes that you make in PipeView are automatically copied to the associated BaseStation 3200 irrigation controller(s), to BaseManager (if subscribed), and to the FlowStation (if applicable).     The zone description  Enable or disable the zone  The design flow for that zone  R...

In order to operate flow stabilization based on pressure, a pressure sensor must be assigned to the control point that this mainline is connected to. 1.  In PipeView position the hydraulic system diagram so you can see the mainline that you want to work with (refer to Using PipeView). 2.  Click the mainline that you want to work with. The slide-out ...

You can update the details for the flow meter, master valve, and/or pressure sensor that are assigned to a control point. 1.  In PipeView, position the hydraulic system diagram so you can see the control point that you want to work with (refer to Using PipeView). 2.  Click the control point that you want to work with. The slide-out pane displays. 3....

1.  In PipeView position the hydraulic system diagram so you can see the mainline that you want to work with (refer to Using PipeView). 2.  Click the mainline that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right. The mainline details display. 4.  Click Edit in the lower-right corner. The mainline details are ...

1.  In PipeView position the hydraulic system diagram so you can see the zone (valve) that you want to work with (refer to Using PipeView). 2.  Click the zone that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right corner. The zone details display. 4.  Click Edit in the lower-right corner. The zone details are a...

1.  On the main FlowStation App page, click the FlowStation where the control point that you want to work with is assigned. The slide-out pane displays. 2.  Scroll down to the section where the control point that you want to work with is shown. If necessary, click the header rows to expand the sections. 3.  Click the control point that you want to w...

If you have a FlowStation, you can use the control point group feature. When you put control points into a group, the FlowStation activates the control point with the smallest GPM in that group to supply water for downstream zones based on their requested GPM. You can create up to 10 groups. 1.  In PipeView position the hydraulic system diagram so y...

1.  In PipeView position the hydraulic system diagram so you can see the mainline that you want to work with (refer to Using PipeView). 2.  Click the mainline that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right corner. The mainline details display. 4.  Click Edit in the lower-right corner. The mainline detai...

1.  In PipeView position the hydraulic system diagram so you can see the mainline that you want to work with (refer to Using PipeView). 2.  Click the mainline that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right. The mainline details display. 4.  Click Edit in the lower-right corner. The mainline details are ...

1.  In PipeView position the hydraulic system diagram so you can see the mainline that you want to work with (refer to Using PipeView). 2.  Click the mainline that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right. The mainline details display. 4.  Click Edit in the lower-right corner. The mainline details are ...

Flow variance is the actual flow compared to the expected flow. Both above and below expected flow conditions can be detected and then acted upon. 1.  In PipeView position the hydraulic system diagram so you can see the mainline that you want to work with (refer to Using PipeView). 2.  Click the mainline that you want to work with. The slide-out pan...

In PipeView, you can add or update the following mainline settings: Note Any changes that you make in PipeView are automatically copied to the associated BaseStation 3200 irrigation controller(s), to BaseManager (if subscribed), and to the FlowStation (if applicable).   The mainline description  Whether the mainline is enabled or disabled  The desig...

1.  In PipeView position the hydraulic system diagram so you can see the zone (valve) that you want to work with (refer to Using PipeView). 2.  Click the zone that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right. The zone details display. 4.  Click Edit in the lower-right corner. The zone details are availabl...

1.  In PipeView position the hydraulic system diagram so you can see the mainline that you want to work with (refer to Using PipeView). 2.  Click the mainline that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right. The mainline details display. 4.  Click Edit in the lower-right corner. The mainline details are ...

1.  In PipeView position the hydraulic system diagram so you can see the control point that you want to work with (refer to Using PipeView). 2.  Click the control point that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right corner. The control point details display. 4.  Click Edit in the lower-right corner. The...

1.  On the main FlowStation App page, click the FlowStation where the water source that you want to work with is assigned. The slide-out pane displays. 2.  Scroll down to the section where the water source that you want to work with is shown. If necessary, click the header rows to expand the sections. 3.  Click the water source that you want to work...

1.  In PipeView position the hydraulic system diagram so you can see the control point that you want to work with (refer to Using PipeView). 2.  Click the control point that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right. The control point details display. 4.  Click Edit in the lower-right corner. The contro...

1.  In PipeView position the hydraulic system diagram so you can see the zone (valve) that you want to work with (refer to Using PipeView). 2.  Click the zone that you want to work with. The slide-out pane displays. 3.  Click Details in the lower-right. The zone details display. 4.  Click Edit in the lower-right corner. The zone details are availabl...

Advanced flow variance enables you to set above and below variance percentages for GPM ranges. Depending on your settings, the controller monitors the flow within the range and shuts down the mainline if the measured variance is above/below the set percentage limit. 1.  In PipeView position the hydraulic system diagram so you can see the mainline th...

Site Map enables you to place asset icons that represent components or features of the selected Site. Once placed, you can add photos, details, and notes about the specific asset. The Site Map can be referenced and continually added to each visit. This becomes a valuable tool that saves time and effort.  Getting Started To begin, choose a Site you w...

When you are configuring the settings on a BaseStation irrigation controller, you need to navigate through many screens and press the controller buttons many times to complete the tasks. Fortunately, the following shortcuts will help you complete some of the most commonly performed tasks more quickly.   In the Program Setup screens, if you need to m...

Backing Up Your Controller to a USB Drive 1. Ensure all controller programming changes are complete and program is stable.   2. Prior to any firmware update, backup your program data. The system backup will allow you to restore to the previous programming if anything goes wrong. You will be able to restore the BaseStation or Substations previous con...

You can find a PDF of this document here Completing the Program Worksheet PDF Sprinkler Type Different sprinkler types lay down different amounts of water and therefore require different run times. So the WeatherTRAK needs to know what type of head a station is using to determine how long it needs to run to keep your plants healthy. Possible Sprinkl...

To limit capabilities to a mobile app user so they cannot make programming changes, you edit the user’s controller page access in WeatherTRAK.net.  You will need to have access to the Admin tab. If you do not see this tab (have access), contact customer support at 800-362-8774 and the changes can be made for you. If you do have Admin tab access: 1. ...

From the Controller Firmware versions can be found in the HELP menu. 1.  Press HELP 2.  Press > until "Help : 03" page displays The firmware version will be listed as WT --.--.--, on the second row, underneath WEATHERTRAK VERSION,  as shown below.   From WeatherTRAK Central 1.  Log in to WeatherTRAK.net 2.  From the Home tab, use the drop-down li...

In WeatherTRAK Mobile, the global display setting for asset icons in Site Map is 500. Meaning, if a Site has over 500 asset icons placed, some icons will not display. These icons can be seen on WeatherTRAK Central, however. In version 3.5 and greater of WeatherTRAK Mobile the global setting can be changed to No Limit, which will display all asset ic...

The WeatherTRAK Mobile app allows for remote operation of your WeatherTRAK Controller. More than just a remote control, the app enables Controller and Station programming, manual irrigation, alert notification, Site Asset mapping, access control, percent and rain pause adjustments, and more all from your mobile device. Note Ensure the latest version...

It is important to use the latest version of WeatherTRAK Mobile. New feature additions and bug fixes are provided on a regular basis. If you are experiencing any performance issues, or simply want to make sure you have the latest feature set, first make note of the version number of the app installed on your device. Select the Support icon "?" at th...

When a system shutdown alert occurs, it means that a user has turned off all irrigation by placing the controller in shutdown mode from either the controller, the mobile app, or from WeatherTRAK.net.   When a shutdown occurs, all irrigation stops indefinitely, and will not resume until the controller is taken out of shutdown mode.   Possible Cause: ...

A Controller's Status icon is displayed in a few locations within the Mobile app. Most noticeably, the Controller Settings button on the Controller List page.   Online The controller is online and communicating properly with the network. ET updates are being received and remote access is available.   Off This mode will cause the WeatherTRAK controll...

Introduction Congratulations on choosing the most capable commercial-grade smart irrigation controller in the world! You will find that the BaseStation 3200 is capable of dramatically reducing your water use while improving the health and quality of your landscape. Fully central control compatible, the BaseStation 3200 controller will typically pay ...

Stations can be assigned to one of four different Station Modes. Auto User no ET User Off   Programming in Auto Mode (Automated by WeatherTRAK) automatically modifies user-defined cycle times based on current ET and reference ET values.   1.  Press the STATIONS button. The SELECT STATION screen displays. 2.  Press + or – to select the desired statio...

Step-by-Step Guide Installing the OptiFlow Key 1. Locate the USB port on the back side of the controller panel. 2. Insert the OptiFlow key into the USB port, ensuring it is properly seated and making a secure connection. 3. Wait for the controller to read the firmware from the OptiFlow key. This process can take up to 10 minutes after plugging in th...

Step-by-Step Guide Understanding WeatherTRAK Alerts A WeatherTRAK alert is the system's way of notifying users that it has detected something requiring a manager's attention. WeatherTRAK continuously runs automatic system diagnostics and analyzes individual components of your irrigation system, raising alerts when management intervention may be need...

Sales Conventional Wired Powered biCoder Brochure Manuals BL-5200-PCK biCoder Conventional Wired Install Guide BL-5200R biCoder Conventional Wired Install Guide   Specifications Conventional Wire General Specification Conventional Wire Nonproprietary Specification Conventional Wired Powered biCoder Technical Specifications  ...

If you have a Baseline soil moisture sensor (biSensor™) installed in your landscaping and connected to your BaseStation 1000 irrigation controller, you can program the controller to water based on the moisture levels in the soil. This watering strategy can reduce outdoor water use by up to 62 percent or more over traditional irrigation methods. And,...

In PipeView, you can add or update the following control point settings: Note Any changes that you make in PipeView are automatically copied to the associated BaseStation 3200 irrigation controller(s), to BaseManager (if subscribed), and to the FlowStation (if applicable).   The control point description  Whether the control point is enabled or disa...

Unlocking and Locking To enable someone access to the panel of an OptiFlow enabled controller, it must first be Unlocked.  From the Sites List page, use the Select button associated with the name of the site containing the OptiFlow enabled controller(s) you want to Unlock/Lock.      The Controller List page displays the Controllers found on the sele...

Step-by-Step Guide Understanding Flow Metering and Its Historical Challenges Flow metering has historically been considered a designer feature, typically only included in professionally designed irrigation systems. Even when flow sensors were specified and installed, they were often left unused—wires never connected, programming never completed, and...

Overview WeatherTRAK is HydroPoint's comprehensive smart irrigation management system that uses advanced weather data, local sensor data, and site-specific information to optimize irrigation scheduling and water usage. The system consists of three integrated components: the WeatherTRAK Central cloud service, a line of smart irrigation controllers, a...

To get further assistance, you can call support, email support, or access our series of Knowledge-Based articles. To access help, tap the question mark icon in the top right corner of the screen.   At the top of the Support page, your Account name and the current app version number are displayed. Directly below are three options a list of help artic...

Step-by-Step Guide Understanding the Pump Start Decoder The H2O pump start decoder functions like a light switch that works in combination with a 24-volt power source to operate the pump station. The pump start decoder sits on the two-wire path and dictates when it passes the 24 volts from the transformer onto the pump relay. It is important to note...

Using the percent adjust feature is a great way to adjust the amount of water being applied to your landscape on a station-by-station basis.  If a station is receiving too much water, try changing the % Adjust to -10%. Continue to decrease over time until watering amounts are as expected. If a station is receiving too little water, try changing the ...

If it is a new irrigation system installation or maintenance visit, programming a Station with WeatherTRAK Mobile can be a significant time-saver.  From the Sites List page, use the Select button to reveal the Controller's List page associated with the Site. From the Controller List page, use the Select button to go to the Station page.  A list of a...

1.  In PipeView position the hydraulic system diagram so you can see the water source that you want to work with (refer to Using PipeView). 2.  Click the box for the water source that you want to work with. The slide-out pane displays. 3.  Click the Details button in the lower-right corner. The water source details display. 4.  Click the Edit button...