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en:sim:rm:rychly_navod:jak_na_to:nastaveni_pulzu [2014/08/15 12:38]
jitka
en:sim:rm:rychly_navod:jak_na_to:nastaveni_pulzu [2014/09/12 12:57] (current)
dusan
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-===== 8. How to Setup Reading Pulses from the Electro Meter =====+===== 8. How to Setup Reading Pulses from the Electrometer ​=====
  
  
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-In SM2-RM web interface go to menu System Setup/​Inputs and Measurement </​WRAP>​ <WRAP half column> {{  ​:​en:​sim:​rm:​rychly_navod:​jak_na_to:​vstupy_a_mereni.png?​100 ​ }}\\ +In SM2-RM web interface go to menu System Setup/​Inputs and Measurement </​WRAP>​ <WRAP half column> {{  ​.:​vstupy_a_mereni.png?​100 ​ }}\\ 
 </​WRAP>​ <WRAP half column>​\\ ​ </​WRAP>​ <WRAP half column>​\\ ​
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 Fill in meter'​s name and set up the right number of pulses per 1 kWh.\\ ​ Fill in meter'​s name and set up the right number of pulses per 1 kWh.\\ ​
-</​WRAP>​ <WRAP half column> {{  ​:​en:​sim:​rm:​rychly_navod:​jak_na_to:​elmer_pulzy.png?​200 ​ }}\\ +</​WRAP>​ <WRAP half column> {{  ​.:​elmer_pulzy.png?​200 ​ }}\\ 
 </​WRAP>​ </​WRAP>​
  
  
-<WRAP info> Default setting is reading 1000 pulses per 1 kWh. If your electro meter shows a different number, change the setting. If it is 1000 pulses, go to [[:​en:​sim:​rm:​rychly_navod:​jak_na_to:​sit_lan|Next >>]]. </​WRAP>​ <WRAP half column> </​WRAP>​ <WRAP half column>​\\ ​+<WRAP info> Default setting is reading 1000 pulses per 1 kWh. If your electro meter shows a different number, change the setting. If it is 1000 pulses, go to [[.:​sit_lan|Next >>]]. </​WRAP>​ <WRAP half column> </​WRAP>​ <WRAP half column>​\\ ​
 The number of impulses per 1 kWh is usually between 250-1000 imp/1kWh. In case there are 2 possible numbers of impulses at your electro meter, the lower number is usually the right one for the SO output.\\ ​ The number of impulses per 1 kWh is usually between 250-1000 imp/1kWh. In case there are 2 possible numbers of impulses at your electro meter, the lower number is usually the right one for the SO output.\\ ​
-The higher number tells you how often a LED diode at your electro meter switches on. </​WRAP>​ <WRAP half column> {{  ​:​en:​sim:​rm:​rychly_navod:​jak_na_to:​obrazek_elmeru.png?​100 ​ }} </​WRAP>​\\ ​+The higher number tells you how often a LED diode at your electro meter switches on. </​WRAP>​ <WRAP half column> {{  ​.:​obrazek_elmeru.png?​100 ​ }} \\ 
 +</​WRAP>​ \\ 
 + 
 **Follow instruction bellow in order to setup a number of pulses different than 1000 per 1 kWh:​** ​ **Follow instruction bellow in order to setup a number of pulses different than 1000 per 1 kWh:​** ​
 ==== 1. Direct Measuring ==== ==== 1. Direct Measuring ====
  
  
-In the electro meter'​s label or documentation find out how many pulses per 1 kWh your electro meter generates at the SO output. Fill in this value into relevant box in SM2-RM menu [[:en:sim:manual:​menu_nastaveni:​stridace_a_mereni|Inputs ​and measuring]].\\ +In the electro meter'​s label or documentation find out how many pulses per 1 kWh your electro meter generates at the SO output. Fill in this value into relevant box in SM2-RM menu [[..:..:web_zarizeni:vstupy_a_mereni|Inputs ​& Meters]].\\ 
 ==== 2. Indirect Measuring ==== ==== 2. Indirect Measuring ====
  
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 In the electro meter'​s label or documentation find out how many pulses per 1 kWh your electro meter generates at the SO output. Use this number in calculation,​ see example bellow.\\ ​ In the electro meter'​s label or documentation find out how many pulses per 1 kWh your electro meter generates at the SO output. Use this number in calculation,​ see example bellow.\\ ​
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-__Example: Electro meter'​s label states 10 000 impulses per 1 kWh.\\ +__Example: Electro meter'​s label states 10 000 impulses per 1 kWh.__ \\ 
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-<WRAP half column> Look at the indirect power measuring transformer (1 transformer connected to each phase) and find a ratio (e.g. 150A/5A). Use the result of this ratio (30 in this example) in the formula (10 000/30). Fill in the whole formula (i.e. 10000/30) into relevant box in SM2-RM menu [[:en:sim:rm:​web_zarizeni:​vstupy_a_mereni|Inputs ​and Measurement]].\\ +<WRAP half column> Look at the indirect power measuring transformer (1 transformer connected to each phase) and find a ratio (e.g. 150A/5A). Use the result of this ratio (30 in this example) in the formula (10 000/30). Fill in the whole formula (i.e. 10000/30) into relevant box in SM2-RM menu [[..:..:​web_zarizeni:​vstupy_a_mereni|Inputs ​& Meters]].\\ 
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 </​WRAP>​ <WRAP half column>​\\ ​ </​WRAP>​ <WRAP half column>​\\ ​
-{{  ​:​en:​sim:​rm:​rychly_navod:​jak_na_to:​pocet_pulzu_pomer.png?​200 ​ }} </​WRAP>​+{{  ​.:​pocet_pulzu_pomer.png?​200 ​ }} </​WRAP>​
  
  
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-Remember to save the changes you have made {{:​en:​sim:​rm:​rychly_navod:​jak_na_to:​tlacitko_ulozit.png?​nolink&​}}. </​WRAP>​ <WRAP half column> {{  ​:​en:​sim:​rm:​rychly_navod:​jak_na_to:​ul_zmeny_vstupy_mer.png?​100 ​ }}</​WRAP>​+Remember to save the changes you have made {{.:​tlacitko_ulozit.png?​nolink&​}}. </​WRAP>​ <WRAP half column> {{  ​..:​jak_na_to:​ul_zmeny_vstupy_mer.png?​100 ​ }}</​WRAP>​
  
  
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-<WRAP right> [[:​en:​sim:​rm:​rychly_navod:​jak_na_to:​konfigurace_vstupu|Next >>]] </​WRAP>​ <WRAP left> [[:​en:​sim:​rm:​rychly_navod:​jak_na_to:​nazev_jednotky|<<​ Previous]] </​WRAP>​+<WRAP right> [[.:​konfigurace_vstupu|Next >>]] </​WRAP>​ <WRAP left> [[.:​nazev_jednotky|<<​ Previous]] </​WRAP>​
  
en/sim/rm/rychly_navod/jak_na_to/nastaveni_pulzu.1408099123.txt.gz · Last modified: 2014/08/15 12:38 by jitka