[werk_ag]

Apogee SP-110 installed today

   

   

Data on my live site, will continue to be from the "solar cell" pyranometer, as it is working well since almost 3 years. I will be using this one just for comparisons.

Just by curiosity, my solar panel (50W monocrystalline) and the battery (12V - 14 A/hr):

   

   

[hornychz]

Apogee SP-110 installed today
Data on my live site, will continue to be from the "solar cell" pyranometer, as it is working well since almost 3 years. I will be using this one just for comparisons.
Just by curiosity, my solar panel (50W monocrystalline) and the battery (12V - 14 A/hr):

Simply perfect! Good work.

[werk_ag]

Apogee SP-110 installed today
Data on my live site, will continue to be from the "solar cell" pyranometer, as it is working well since almost 3 years. I will be using this one just for comparisons.
Just by curiosity, my solar panel (50W monocrystalline) and the battery (12V - 14 A/hr):

Simply perfect! Good work.

Thank you. Surely you noted that, as we talked in another topic, antenna is at horizontal position.

[hornychz]

Apogee SP-110 installed today
Data on my live site, will continue to be from the "solar cell" pyranometer, as it is working well since almost 3 years. I will be using this one just for comparisons.
Just by curiosity, my solar panel (50W monocrystalline) and the battery (12V - 14 A/hr):

Simply perfect! Good work.

Thank you. Surely you noted that, as we talked in another topic, antenna is at horizontal position.

Yes of course ... 
(My original field, which I also studied at college, is radio engineering. So now I'm happy if I can use anything.   )

[danner]

Looks great!

[zitoune]

Bravo Werk! Looks great ! i remember those pictures (with no Apogee) when I started the project - i still want at some point have a solar panel and inviter to power my sensors. Maybe one day

[Barrow4491]

Bravo Werk! Looks great ! i remember those pictures (with no Apogee) when I started the project - i still want at some point have a solar panel and inviter to power my sensors. Maybe one day

Werk,
I managed to get ode of the Apogee SP110 sensors and have installed it today but am not getting any reading on my Rx.
I have checked it's output and it measures 170 mv with sun overhead and a cloudless sky. What output should i expect at A0  A1?
regards
JIm

[werk_ag]

Bravo Werk! Looks great ! i remember those pictures (with no Apogee) when I started the project - i still want at some point have a solar panel and inviter to power my sensors. Maybe one day

Werk,
I managed to get ode of the Apogee SP110 sensors and have installed it today but am not getting any reading on my Rx.
I have checked it's output and it measures 170 mv with sun overhead and a cloudless sky. What output should i expect at A0  A1?
regards
JIm

Hi Jim,

Do you have the Solar / UV interface?

[Barrow4491]

Bravo Werk! Looks great ! i remember those pictures (with no Apogee) when I started the project - i still want at some point have a solar panel and inviter to power my sensors. Maybe one day

Werk,
I managed to get ode of the Apogee SP110 sensors and have installed it today but am not getting any reading on my Rx.
I have checked it's output and it measures 170 mv with sun overhead and a cloudless sky. What output should i expect at A0  A1?
regards
JIm

Hi Jim,

Do you have the Solar / UV interface?

Werk,
Yes I  do, i bought the kit a couple of years ago

[werk_ag]

Before anything else, please check your user configurable settings on both TX and RX software.

TX

Code:

// --------------------------------------------------------------------------------------
//   Define which data this unit will send. 0 = Not send this data, 1= Send this data
// --------------------------------------------------------------------------------------
...
#define ID4  1  // SolRad / UV data
...

RX
Suposing Solar/UV interface is connected to TX unit0

Code:

// --------------------------------------------------------------------------------------
//   Define the source of your main outside sensors
// --------------------------------------------------------------------------------------
...
// ---- Define the source of your main Solar / UV sensores
#define SRUV_OutUnit     0   // 0= Solar Rad / UV sensors connected to TX_Unit 0, 1= for TX_Unit1, ..., 9 for not used
// ---- Define type of Solar Radiation / UV Sensors
// ---- Support for sensor type 4 its experimental (type 4 its a PAR sensor)
#define Solar_Sensor     2   // 0 not used, 1= Solar Cell "Pyranometer", 2= Apogee SP-110 Pyranometer, 3= Reserved, 4= Apogee SQ-110: Photosynthetically Active Radiation Sensor

...