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--- en:sim:manual:menu_nastaveni:vstupy_a_vystupy [2018/07/10 13:03]
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+++ en:sim:manual:menu_nastaveni:vstupy_a_vystupy [2019/03/01 12:01] (current)
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@@ Line 5: / Line 5: @@
-Submenu Inputs & Counters enables setting up the inputs\\
+Submenu Inputs and Counters enables setting up inputs.\\
 \\
-Table default setting:\\
+Default setting of the chart\\
 {{  :en:sim:manual:menu_nastaveni:vstupy_a_citace_zakladni_nastaveni.png?direct&  }}
-==== Input set up ====
@@ Line 18: / Line 15: @@
-<font 9pt/Arial, sans-serif;;#000000;;inherit font-family: Arial, sans-serif; font-weight: bold;>a) Input = binary input</font>
+==== a) Input = binary input ====
-The table shows current input status. Set up required values.\\
+This chart presents current input status. Set up allowed value for them.\\
-{{  :en:sim:manual:menu_nastaveni:funkce_binarni_vstup.png?direct&  }}If you want to receive input set-up notification, select the option of email or SMS when you change the input values (on/off).
+{{  :en:sim:manual:menu_nastaveni:funkce_binarni_vstup.png?direct&  }}\\
+Choose if you want to receive report (by email or SMS) when input changes status (on/off).
-=== b) Counter = counts pulses from meter (electrometer, gasmeter, watermeter) ===
+==== b) Counter = for reading pulses from the meter (electrometer, gasmeter, watermeter) ====
-{{  :en:sim:manual:menu_nastaveni:funkce_citac.png?direct&  }}When you select the Counter option , there is table Counter set-up above the table Inputs.\\
+In the chart Inputs and Counters select function Counter for the particular input where meter is connected.\\
+<WRAP info> Meter can be connected to any of the 3 inputs. There can be up to 3 meters at each SM2-MU. </WRAP> {{  :en:sim:manual:menu_nastaveni:funkce_citac.png?direct&  }}\\
+After you have chosen function Counter, its setup chart appears.\\
 {{  :en:sim:manual:menu_nastaveni:citac_nastaveni.png?direct&  }}\\
-For more info on pulse number set-up see chapter [[..:rychly_navod:konfigurace:nastaveni_pulzu|Electrometer]].\\
+Enter its name (e.g. electrometer) and select its type.\\
-In case of setting up wrong values, Solar Monitor cannot show correct production data.\\
+Enter the correct number of pulses per 1 kWh (as specified in SO output at the counter).\\
-<WRAP info> If the counter doesn't count pulses, check cables and polarity of electrometer connection. </WRAP>
+<WRAP info> In default setting there is 1000 pulses per 1 kWh. If your electrometer has a different number of pulses, you need to change this value in the chart. </WRAP> <WRAP half column>\\
+Number of pulses per 1 kWh is normally between 250-1000 imp/1kWh. If your electrometer has two numbers of pulses, the right SO output number is usually the lower one.\\
+Higher number says how many times light diode at the electrometer flashes. </WRAP> <WRAP half column> {{  :en:sim:manual:rychly_navod:konfigurace:obrazek_elmeru.png?100  }}\\
+\\
+</WRAP> **Follow the instructions if you need to set up number of pulses other than 1000 per 1 kWh:**
+=== For direct measurement ===
-=== c) Input and Counter = counting from device detected on RS485, RS232, Ethernet + can be used as binary input too. ===
+Find out how many pulses per kWh does your electrometer generate at SO output. This information is available at the label or in its documentation. Enter this number into the box Pulses Count in SM2-MU.
-{{  :en:sim:manual:menu_nastaveni:funkce_vstup_a_citac.png?direct&  }}
+=== For indirect measurement ===
-<font 12.8px/arial;;#000000;;#ffffff>When you select the Input and Counter option, there is table Counter set-up above the table Inputs.</font>\\
+<font 12.8px/arial;;#000000;;#ffffff>Find out how many pulses per kWh does your electrometer generate at SO output. This information is available at the</font> <font 12.8px/arial;;#000000;;#ffffff>label or in its documentation. Use this number for the following calculation</font> .\\
+\\
+__Example: Electrometer specification says there is 10 000 pulses per 1 kWh.__ \\
+\\
+<WRAP half column> Check transformer of indirect power measurement which is connected to electrometer (each phase one transformer). You should find a ratio (e.g. 150A/5A). Calculate the ratio (150:5=30 in this example). Use the result number (30 in this case) in this formula 10 000/30. Enter this number into the box Pulse Count.\\
+\\
+</WRAP> <WRAP half column>\\
+{{  :en:sim:manual:rychly_navod:jak_na_to:impulsy_neprime_mereni.png?direct&400  }}\\
+\\
+\\
+\\
+</WRAP> <WRAP info> If you enter incorrect number of pulses, Solar Monitor will be unable to present correct information about the power production. If the counter does't read the pulses, please check electrometer's cables and connection polarity. </WRAP>
+==== c) Input and Counter = reading out of devices detected at RS485, RS232, Ethernet + binary input is active as well at the same time ====
+{{  :en:sim:manual:menu_nastaveni:funkce_vstup_a_citac.png?direct&  }}\\
+After you have chosen function Input and Counter, a chart of Counter setup appears.\\
+If there is e.g. inverter production selected, there will be total sum of all detected inverters in Production summary.\\
 {{  :en:sim:manual:menu_nastaveni:vstup_a_citac_nastaveni.png?direct&  }}\\
-If you want to use this input as binary input too, set up required value.
+In case you use this input as binary, set up its allowed value.\\
+\\
+After each change in settings, don't forget to press button {{:en:sim:manual:rychly_navod:jak_na_to:tlacitko_ulozit.png?nolink&}}.

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