It is my understanding that you could restore our ability to pull data into netro from our individual weather stations. This would require paying for the API, which you could mark up 20% and offer a paid option to netro clients. $3.99 a year, for example, would be totally worth it to get accurate information to my sprinkler controller. As I have outlined in a previous post, dark sky has proven to be wildly inaccurate. It's Miss estimates rainfall by at least 50%, on average, and is within three degrees plus or minus on high temperature only about 50% of the time.

Why can't I see the assumption Netro is making on the amount of rain that fell the day before? I paid Dark Sky for the time machine feature, but it's never accurate Yesterday  it rained here over an inch (rain gauge and $250 weather station agreed)  Dark Sky time machine (no, not Hot Tub time machine) reported  25 inch. At the very least I should be able to go into the app and put the actual rain that fell for the day before. Is there a way to do it, and if not, will you please add it? I would get a Whisperer, but the feedback has been rather poor on here. 

The community is nice, but how am I supposed to see answers? It shows "Answers 2", for example, but you click in it, and noting happens. Irritating 

Thanks, 

Mr Bad Example 

I think Rachio adjusts the watering schedule with sunrise to have all zones completed as the sun is coming up. Is this something you intend to add? I think this will come in handy with the heat of summer.

If I have a zone set to Smart Watering - Basic with a schedule to come on for 30 minutes, will the smart watering adjust the duration of the watering based on the weather (say 10 minutes when it’s cool, the full 30 minutes when it is hot), or just turn it off/on based on the 5mm expected rain threshold?

Barry

How do i add the netro service to my google home. I cant seem to find much info about it and it doesnt show up

where can I read MAC address of netro controller?

The setting for windy conditions is great.

However the zones that includes drip irrigation doesn’t get impacted by winds (since they’re often under dirt/mulch etc) usually rotors and nozzles would be impacted . Is there a way not to include in ground drip irrigation on windy conditions?

Does the controller update its own firmware automatically on a specific schedule or you push out when needed?

I just updated the app yesterday and noticed that I am not able to water my lawn any more.  Kept trying to water it manually and it kept shutting it down or the zone was never turned it on.

How often is the smart watering schedule updated? This morning it was raining quite a bit, but so far my watering schedule indicates a watering session for tomorrow. Not only does this waste water, but it violates one of my restrictions, namely, no watering the day after a rain. 

Replacing Hunter system

This page lists some instructions about replacing the common types of Hunter system with Netro smart watering controller. 

Example 1:

To replace this controller with Netro smart watering controller, please follow the instructions.

The white wires are the common wires which should be connected to the C slots in Netro. Then the zone wires (1,2,3, .. 12) are directly mapped to the 1, 2, 3 .. 12 slots in Netro. The last step is to connect the power (the ground wire is not needed for Netro) then you should be good to go. The power adapter wires are the 2 yellow wires on the left side.

The green one below the yellow wires is the ground wire which is not needed for Netro.

The copper wires are rains sensors which are not needed for Netro either because Netro gets the weather information from WiFi network.

Example 2:

For this system, please connect the white wire to any one of the C slots in Netro. You can leave the M slot of Netro smart watering controller and one of the C slot unconnected.

The last step is to connect the power. The power adapter wires are the 2 yellow wires on the left side.

SEN are rains sensors which are not needed for Netro either because Netro gets the weather information from WiFi network.

Example 3:

Please connect the white wire to any one of the C slots in Netro. You can leave one of the C slot unconnected.

This system has 3 wires which connects to 24v lines. To replace it with Netro smart watering controller, you can use the existing 24V power(the yellow wires) for your Sprite. It looks like the thinner 2 are the ones but you might just want to try them on Sprite. Or you can use a voltage meter to determine.

If the thinner yellow wires turn out to be the power, than I think the thinner white wire is the common wire which should go to the C slot in Sprite.

SEN are rains sensors which are not needed for Netro either because Netro gets the weather information from WiFi network.

Example 4:

You should connect the white wire(currently on RS) to one of the C slots in Sprite.

You do not need to connect the black wire(currently on C) and the brown wire(currently on RS). RS terminal is the rain sensor. Therefore, you do not need to connect these wires.

Example 5:

The white wire is the common wire which should be connected to one of the C slots in Netro. The power adapter wires are the 2 black wires on the left side.

RS terminal is the rain sensor. Therefore, you do not need to connect these wires.

Example 6:

The white wires is the common wires which should be connected to one of  the C slots in Netro. The power adapter wires are the two black wires on the left side.

The green one below is the ground wire which is not needed for Netro.

You do not need to connect the rain sensors because Netro get the weather forecast through WiFi.

Example 7:

You do not need to connect the blue one (remote). You can just leave it dangling but please use the tape to cover the metal head. The remote feature in Sprite is through the WiFi.

I am not sure about the red and white one. These are the two AV power wires. Normally there is only one wire for AC1 and one wire for AC2. In your case, it looks like the AC power is also sent to another device. The safest way to handle this is to keep this original connection. You might want to "noodle" the wires and insert them into the two "24 VAC" slots in Sprite. Please check out this connector for wire junctions：

https://www.amazon.com/Gardner-Bender-25-AWC-Assortment-Resealable/dp/B000F5TTE8

Replacing Orbit system

This page lists some instructions about replacing the common types of Orbit system with Netro smart watering controller. 

Example 1:

 Replacing Orbit model with Netro (model 57114-WT2X 4 stations)

You have 2 common wires and you can insert them into the 2 C slots in the Sprite controller.

You have 4 zones and you can use the 1-4 slots in Sprite to connect the 4 zone wires.

The last step is to hook up the 2 power wires using the Netro power adapter.

Replacing Toro system

This page lists some instructions about replacing the common types of Toro system with Netro smart watering controller. 

Example 1:

Toro model gk212-04

1. Connect the 2 white wires to the C slots, one on the left and the other on the right which is now occupied by a red one.

2. Move the red wire(currently on C slot) to M slot because it is for your master valve.

3. The last step is to connect the power then you should be good to go. 

Example 2:

Toro IC 8. 

The first slot of your current controller is master valve which should be connected  to "M" slot of Netro. The two wires in the second slot are common wires should be connected to the 'C' slot of Netro. The last step is to connect the power then you should be good to go. 

Example 3:

Toro Model 53765 6 zones

The red and white wires are the commons wires and should go to the two "C" slots in Netro Sprite controller. You do not need to connect the gray and black wires as they are the power wires for the old controller. 

Replacing Rainbird system

This page lists some instructions about replacing the common types of Rainbird system with Netro smart watering controller. 

Example 1:

 The common wires which should be connected to the C slots in Netro.

The Sprite controller does not need the ground wires. It does not need the rain sensor either. You can leave the M slot unconnected. 

Example 2:

The COM wire goes to any C slot in Sprite.

The M slot will be empty because you do not have master valve.

The two red wires on the left go to the two 24 VAC slots.

Others are straightforward.

Example 3:

1. the COM wire in RainBird go to any of the C slots in Netro

2. The 1-6 zone wires in RainBird go to Slot 1-6 in Netro

3. Use the power adapter coming with the package for Netro

Other wires you can disregard them.

Example 4:

12(blue) and 11(red) go to the two AC slots on the right side for Netro. 10(white) goes to any one of the C slot in Netro. 9(black) goes to the M slot in Netro. 8-1(red) go the ZONES in Netro. You can leave the green wire (GND) open. The two leads from the power adaptor go to the two AC slots.

Replacing old system

This page lists some instructions about replacing old controllers with Netro smart watering controller. 

Example 1:

I check the pictures.

Here is how you connect to your sprite:

OLD                 Sprite

24VAC             24VAC (order does not matter)

COM                any C slot

1                     1

2                     2

3                     3

4                     4

You probably do not need to connect other wires.

Example 2:

You do not have a master valve so you just leave the M slot open.

The sensor wires are not needed either in the Sprite because it gets the weather data from WiFi network.

Example 3:

Notice of obsoleting Weather Underground

Netro has changed the weather source Weather Underground to Dark Sky from the server side for users of Weather Underground. The reason is Weather Underground stopped its API service without any notice. The whole community is looking for solutions. So we have internally disabled the Weather Underground option and used the data from Dark Sky.

We are sorry about the inconvenience. Please contact us if you have any questions.

Regards,

Netro

I own a very small lot and would be interested only in setting up my own programs. How can I override the system's smart watering schedule? I installed a new Netro Sprite today and right off the bat it shows a lot of watering on the first day. Thank you.

Have two Whiperer sensors in container pots setting up for bare root treesin large fabric bag containers. Sensors have detected a moisture level of only up to 16%. This morning after and during a one inch rain the soil moisture is only reading 3% and 6%. Clearly something is wrong. 

I connected to the netro wih the app a few times no problem. Then it said failed to connect. The light is solid white no blinking. I have uplugged it reset it multiple times and deleted and reinstalled the app. Any help?

Installed sprite after I got it for Christmas.  Today it started watering on its own for the first time and certain zones ran for almost 45 minutes and a couple zones watered more than one time in a day.  What the heck is going on????