Triac ile Asenkron motor Kontrol HK.

[m.yildizili]

Merhaba, Elimde bir kontrol kartı var ve üzerinde BTA12 ile 0.55kW ac motoru kontrol edebiliyor. Sorun yok.
Benim triaclı devremde ise BT139 kullanıyorum. Ama benim Triac bozuluyor. Sebebi nedir ? Ekstra BTA12 de röle var. Ama sebebi nedir bilmiyorum.

 

[serkan_48]

Akla ilk gelen snubber devresi oluyor.

Iki devrede de snubber aynı mı?

İkinci konu sıfır geçiş var mı? Sıfır geçiş yoksa büyük sıkıntı induktif yuklerde.

 

[m.yildizili]

işin açıkcası BTA12 de snubber yok. Sadece Kartın ilk şebeke girişinde var. O değerlerde benimki ile aynı.

 

[Ahmet]

devre şeması atabilir misin?

 

[m.yildizili]

benim devre bu. Ama BTA12 li devre çizili yok şuan elimde. Ve farkta yok. gördüğüm kadarıyla.

 

[Ahmet]

MOC3020'yi kontrol eden nedir?
zerocross yapıyor musun?

 

[m.yildizili]

evet. Atmel kontrol ediyor. Sıfır geçiş kontrolü yapılıyor. Zaten küçük wattlı sincap kafesli motorlarda sorun yok. %10 a kadar kontrol sağlanabiliyor. Ama 0,55kW asenkron motor girince işler değişiyor.

 

[m.yildizili]

En son aklıma gelen, Soft starter deneyeceğim yazılımsal olarak. Yazılım yazan arkadasım ile görüşüp.

 

[Ahmet]

0 geçişini interrupt ile yapmıyorsan kaçırır denetleyici.
BTA40-MOC3021 ile 4kW dimmer yapmıştım.
direkt dijital giriş ile 0 yakalamaya çalışınca kaçırıyordu fazın ortasında triyağı açarsan büyük stress biniyordu triyak 3-4 anahtarlamadan sonra kabak çekirdeği gibi açılıyordu.

0 geçişi faz dilimleme uygulamarında triyak ömrü için kritik.

 

[m.yildizili]

interupt kullanıyoruz ama interuptdan önce bir kural koymuştuk. ilk 1sn boyunca full aç diye. Sanırm 0 geçiş o anda kontrol edilmiyor..

 

[serkan_48]

Arızanın nedeni bu ilk 1 saniye duran motoru kalkındırmak için full açması kalkış akımı cekmesi bozuyor olabilir.

 

[m.yildizili]

Evet, benimde şuan tek aklıma gelen o.

 

[m.yildizili]

hyr. Yine patlıyor yine patlıyor. Rising de tetikleme yapıyorm yine patlıyor, falling de yine patlıyor. %0 ile %100 e kademeli olarak artış yaptırıyoruz 1 2 yine patlıyor... Diğer kartta seri röle bağlantısı var. Ne amaç ile konulmuş olabilir ?

 

[Ahmet]

software görebilir miyiz?

 

[m.yildizili]

amespace Ventilation
{
 uint8_t EEMEM eeprom_enabled = Default_VentilationEnabled;
 uint8_t EEMEM eeprom_powerPercent = Default_VentilationPowerPercent;
 uint8_t EEMEM eeprom_phaseControlEnabled = Default_VetilationPhaseControlEnabled;
 uint16_t EEMEM eeprom_standbyFeedingVentilationDuration = Default_StandbyFeedingVentilationDuration;
 volatile bool zeroCrossFlag = false;
 volatile unsigned long zeroCrossTimestamp = 0; // zero cross detection timestamp in µs.
 bool isEnabled;
 bool isActive;
 bool isPhaseControlEnabled;
 uint16_t standbyFeedingVentilationDuration;
 bool isPowerPercentPrintRequired;
 bool isPhaseControlStatusPrintRequired;
 bool isStandbyFeedingVentilationDurationPrintRequired;
 uint16_t startupTimer;
 uint16_t standbyFeedingVentilationTimer;
 uint8_t powerPercent;
 uint16_t newValue;
 uint8_t targetPowerPercent;
 uint8_t currentPowerPercent;
 void init()
 {
   if (appState.isAppConfigValid)
   {
if defined(MODEL_A)
     isEnabled = eeprom_read_byte(&eeprom_enabled);
     standbyFeedingVentilationDuration = eeprom_read_word(&eeprom_standbyFeedingVentilationDuration);
elif defined(MODEL_M)
     isEnabled = true;
endif
     isPhaseControlEnabled = eeprom_read_byte(&eeprom_phaseControlEnabled);
     powerPercent = eeprom_read_byte(&eeprom_powerPercent);
   }
   else
   {
if defined(MODEL_A)
     eeprom_update_byte(&eeprom_enabled, Default_VentilationEnabled);
     isEnabled = Default_VentilationEnabled;
     eeprom_update_word(&eeprom_standbyFeedingVentilationDuration, Default_StandbyFeedingVentilationDuration);
     standbyFeedingVentilationDuration = Default_StandbyFeedingVentilationDuration;
elif defined(MODEL_M)
     isEnabled = true;
endif
     eeprom_update_byte(&eeprom_phaseControlEnabled, Default_VetilationPhaseControlEnabled);
     isPhaseControlEnabled = Default_VetilationPhaseControlEnabled;
     eeprom_update_byte(&eeprom_powerPercent, Default_VentilationPowerPercent);
     powerPercent = Default_VentilationPowerPercent;
   }
   if (powerPercent > 201 || !isPhaseControlEnabled)
     powerPercent = Default_VentilationPowerPercent;
   else if (powerPercent < UserDefinedMinPowerPercent)
     powerPercent = UserDefinedMinPowerPercent;
   isActive = false;
   startupTimer = VentilationPhaseControlDelay;
   targetPowerPercent = 0;
   currentPowerPercent = 0;
if defined(MODEL_A)
   DDRA |= _BV(DDA1); // set PA1 (Ventilation Motor Control) as output.
elif defined(MODEL_M)
   DDRC |= _BV(DDC5); // set PC5 (Ventilation Motor Control) as output.
endif
   DDRE &= ~_BV(DDE6); // set PE6 (Zero Cross Interrupts) as input.
   EICRB |= _BV(ISC61) | _BV(ISC60); // set INT6 Sense Control for rising edge detection.
   // EICRB |= _BV(ISC61);  // set INT6 Sense Control for rising edge detection.
   // EICRB &= ~_BV(ISC60); // set INT6 Sense Control for rising edge detection.
   EIMSK |= _BV(INT6); // enable External Interrupt Request 6.
   TCCR1A = 0;           // clear TCCR1A (Timer/Counter Control Register 1A).
   TCCR1B = 0;           // clear TCCR1B (Timer/Counter Control Register 1B).
   TCCR1C = 0;           // clear TCCR1C (Timer/Counter Control Register 1C).
   TCCR1B |= _BV(CS10);  // set prescaler to 1 cycle (Clock Select = 001).
   TCCR1B |= _BV(WGM12); // set WGM (Waveform Generation Mode) to CTC (Clear Timer on Compare match).
   OCR1A = 1999;         // set OCR1A (Output Compare Register 1A) to 1999 cycles.
   TCNT1 = 0;            // reset TCNT1 (Timer Counter 1).
   TIMSK |= _BV(OCIE1A); // set OCIE1A (Output Compare A Match Interrupt Enable) for interrupting on OCR1A = TCNT1.
 }
 void toggleEnabled()
 {
   isEnabled = !isEnabled;
   eeprom_update_byte(&eeprom_enabled, isEnabled);
 }
 void increasePowerPercent()
 {
   if (powerPercent < 100)
   {
     if (powerPercent <= 100 - UserDefinedPowerPercentStep)
       powerPercent += UserDefinedPowerPercentStep;
     else
       powerPercent = 100;
   }
   else
   {
     powerPercent = 201;
   }
   isPowerPercentPrintRequired = true;
   eeprom_update_byte(&eeprom_powerPercent, powerPercent);
 }
 void decreasePowerPercent()
 {
   if (powerPercent > 100)
     powerPercent = 100;
   else if (powerPercent <= UserDefinedMinPowerPercent + UserDefinedPowerPercentStep)
     powerPercent = UserDefinedMinPowerPercent;
   else
     powerPercent -= UserDefinedPowerPercentStep;
   isPowerPercentPrintRequired = true;
   eeprom_update_byte(&eeprom_powerPercent, powerPercent);
 }
 void print()
 {
   if (isPowerPercentPrintRequired || UI::isPrintRequired)
   {
     if (appState.editMode == EditMode::VentilationPowerPercent && (appState.command != Command::Save && appState.command != Command::Discard))
     {
       if (Blink::command == BlinkCommand::Hide)
       {
         PRINT(VentilationPowerPercentPos, "    ")
       }
       else
       {
         if (newValue > 100)
           PRINT(VentilationPowerPercentPos, UI::language == 0 ? "OTO " : "AUTO")
         else if (newValue == 100)
           PRINT(VentilationPowerPercentPos, UI::language == 0 ? "%100" : "100%")
         else
           PRINTF(VentilationPowerPercentPos, UI::language == 0 ? "%%%02d " : "%02d%% ", newValue)
       }
     }
     else
     {
       if (powerPercent > 100)
         PRINT(VentilationPowerPercentPos, UI::language == 0 ? "OTO " : "AUTO")
       else if (powerPercent == 100)
         PRINT(VentilationPowerPercentPos, UI::language == 0 ? "%100" : "100%")
       else
         PRINTF(VentilationPowerPercentPos, UI::language == 0 ? "%%%02d " : "%02d%% ", powerPercent)
     }
     isPowerPercentPrintRequired = false;
   }
   if (isPhaseControlStatusPrintRequired || UI::isPrintRequired)
   {
     if (appState.editMode == EditMode::VentilationPhaseControlMode && (appState.command != Command::Save && appState.command != Command::Discard))
     {
       if (Blink::command == BlinkCommand::Hide)
       {
         PRINT(VentilationPhaseControlPos, "             ")
       }
       else
       {
         if (newValue)
           PRINT(VentilationPhaseControlPos, UI::language == 0 ? " FAZ KONTROL " : "PHASE CONTROL")
         else
           PRINTF(VentilationPhaseControlPos, UI::language == 0 ? " AC / KAPAT  " : "TOGGLE ON/OFF")
       }
     }
     else
     {
       if (isPhaseControlEnabled)
         PRINT(VentilationPhaseControlPos, UI::language == 0 ? " FAZ KONTROL " : "PHASE CONTROL")
       else
         PRINTF(VentilationPhaseControlPos, UI::language == 0 ? " AC / KAPAT  " : "TOGGLE ON/OFF")
     }
     isPhaseControlStatusPrintRequired = false;
   }
   if (isStandbyFeedingVentilationDurationPrintRequired || UI::isPrintRequired)
   {
     if (appState.editMode == EditMode::StandbyFeedingVentilationDuration && (appState.command != Command::Save && appState.command != Command::Discard))
     {
       if (Blink::command == BlinkCommand::Hide)
         PRINT(StandbyFeedingVentilationDurationPos, "     ")
       else
         PRINTF(StandbyFeedingVentilationDurationPos, "%02d:%02d", newValue / 60, newValue % 60)
     }
     else
       PRINTF(StandbyFeedingVentilationDurationPos, "%02d:%02d", standbyFeedingVentilationDuration / 60, standbyFeedingVentilationDuration % 60)
     isStandbyFeedingVentilationDurationPrintRequired = false;
   }
 }
 void editModeControl()
 {
   switch (appState.editMode)
   {
   case EditMode::VentilationPowerPercent:
     if (appState.command == Command::Edit)
     {
       if (powerPercent > 100)
         newValue = 201;
       else
         newValue = powerPercent;
     }
     else if (appState.command == Command::Save)
     {
       powerPercent = newValue;
       eeprom_update_byte(&eeprom_powerPercent, newValue);
     }
     if (Input::getButton(Buttons::Up))
     {
       if (newValue < 100)
       {
         if (newValue <= 100 - UserDefinedPowerPercentStep)
           newValue += UserDefinedPowerPercentStep;
         else
           newValue = 100;
       }
       else
       {
         newValue = 201;
       }
     }
     else if (Input::getButton(Buttons::Down))
     {
       if (newValue > 100)
         newValue = 100;
       else if (newValue <= UserDefinedMinPowerPercent + UserDefinedPowerPercentStep)
         newValue = UserDefinedMinPowerPercent;
       else
         newValue -= UserDefinedPowerPercentStep;
     }
     if (ON_BLINK || ON_EDIT_COMMANDS || Input::getButton(Buttons::Up) || Input::getButton(Buttons::Down))
       isPowerPercentPrintRequired = true;
     break;
   case EditMode::VentilationPhaseControlMode:
     if (appState.command == Command::Edit)
     {
       newValue = isPhaseControlEnabled;
     }
     else if (appState.command == Command::Save)
     {
       isPhaseControlEnabled = newValue;
       eeprom_update_byte(&eeprom_phaseControlEnabled, newValue);
     }
     if (Input::getButtonOnce(Buttons::Up) || Input::getButtonOnce(Buttons::Down))
     {
       newValue = !newValue;
       isPhaseControlStatusPrintRequired = true;
     }
     if (ON_BLINK || ON_EDIT_COMMANDS)
       isPhaseControlStatusPrintRequired = true;
     break;
   case EditMode::StandbyFeedingVentilationDuration:
     if (appState.command == Command::Edit)
     {
       newValue = standbyFeedingVentilationDuration;
     }
     else if (appState.command == Command::Save)
     {
       standbyFeedingVentilationDuration = newValue;
       eeprom_update_word(&eeprom_standbyFeedingVentilationDuration, newValue);
     }
     if (Input::getButton(Buttons::Up))
     {
       if (newValue < MaxStandbyFeedingVentilationDuration)
         newValue++;
     }
     else if (Input::getButton(Buttons::Down))
     {
       if (newValue > MinStandbyFeedingVentilationDuration)
         newValue--;
     }
     if (ON_BLINK || ON_EDIT_COMMANDS || Input::getButton(Buttons::Up) || Input::getButton(Buttons::Down))
       isStandbyFeedingVentilationDurationPrintRequired = true;
     break;
   default:
     break;
   }
 }
 void updatePower()
 {
   const uint8_t updatePeriod = 100;          // in ms
   static uint8_t updateTimer = updatePeriod; // in ms
   DECREASE_TIMER_MS(updateTimer)
   if (updateTimer)
     return;
   updateTimer = updatePeriod;
   if (currentPowerPercent > targetPowerPercent)
     currentPowerPercent = targetPowerPercent;
   else if (currentPowerPercent < targetPowerPercent)
     currentPowerPercent++;
 }
 void update()
 {
   if (powerPercent > 100 && isPhaseControlEnabled)
   {
     int16_t tempDiff = Heating::desiredWaterTemp - Sensor::waterTemp;
     if (tempDiff < 1)
       powerPercent = 101;
     else if (tempDiff > VentilationPowerControlTempRange)
       powerPercent = 201;
     else
     {
       powerPercent = tempDiff * (100.0F / (float)VentilationPowerControlTempRange) + 101;
       if (powerPercent > 201)
         powerPercent = 201;
     }
   }
if defined(MODEL_A)
   if (isEnabled)
   {
     if (Heating::isActive)
     {
       standbyFeedingVentilationTimer = 0;
       isActive = true;
     }
     else if (Core::isEnabled)
     {
       if (standbyFeedingVentilationTimer == 0 && Feeding::isActive && !Feeding::isManualFeedingActive && Feeding::isAutoFeedingEnabled)
       {
         isActive = true;
         standbyFeedingVentilationTimer = standbyFeedingVentilationDuration;
       }
       else
       {
         DECREASE_TIMER_S(standbyFeedingVentilationTimer)
         if (standbyFeedingVentilationTimer == 0)
           isActive = false;
       }
     }
     else
       isActive = false;
   }
   else
     isActive = false;
   isActive = isActive && !BackfireProtection::isActive;
elif defined(MODEL_M)
   isActive = isEnabled && Heating::isActive;
endif
   if (isActive)
     DECREASE_TIMER_MS(startupTimer)
   else
   {
     startupTimer = VentilationPhaseControlDelay;
     standbyFeedingVentilationTimer = 0;
   }
   if (startupTimer || standbyFeedingVentilationTimer)
     targetPowerPercent = 100;
   else
   {
     targetPowerPercent = powerPercent > 100 ? powerPercent - 101 : powerPercent;
     if (targetPowerPercent < VentilationMinPowerPercent)
       targetPowerPercent = VentilationMinPowerPercent;
   }
   if (!isActive)
     targetPowerPercent = 0;
   updatePower();
   editModeControl();
   print();
 }
 ISR(INT6_vect)
 {
   if (!zeroCrossFlag)
   {
     if (isActive)
     {
       if (currentPowerPercent == 100)
       {
if defined(MODEL_A)
         PORTA |= _BV(PA1); // set PA1 (Ventilation Motor Control) to high.
elif defined(MODEL_M)
         PORTC |= _BV(PC5); // set PC5 (Ventilation Motor Control) to high.
endif
       }
     }
     else
     {
if defined(MODEL_A)
       PORTA &= ~_BV(PA1); // set PA1 (Ventilation Motor Control) to low.
elif defined(MODEL_M)
       PORTC &= ~_BV(PC5);  // set PC5 (Ventilation Motor Control) to low.
endif
     }
     zeroCrossTimestamp = micros();
     zeroCrossFlag = true;
   }
 }
 ISR(TIMER1_COMPA_vect)
 {
   if (isActive && zeroCrossFlag && currentPowerPercent < 100)
   {
     unsigned long now = micros();
     if (now - zeroCrossTimestamp < (100U - currentPowerPercent) * VentilationMaxPhaseDelay * 10 + VentilationInterruptDelay)
       return;
if defined(MODEL_A)
     PORTA |= _BV(PA1); // set PA1 (Ventilation Motor Control) to high.
elif defined(MODEL_M)
     PORTC |= _BV(PC5);     // set PC5 (Ventilation Motor Control) to high.
endif
     _delay_us(5);
if defined(MODEL_A)
     PORTA &= ~_BV(PA1); // set PA1 (Ventilation Motor Control) to low.
elif defined(MODEL_M)
     PORTC &= ~_BV(PC5);    // set PC5 (Ventilation Motor Control) to low.
endif
   }
   zeroCrossFlag = false;
 }
}

 

[Ahmet]

amespace Ventilation
{
 uint8_t EEMEM eeprom_enabled = Default_VentilationEnabled;
 uint8_t EEMEM eeprom_powerPercent = Default_VentilationPowerPercent;
 uint8_t EEMEM eeprom_phaseControlEnabled = Default_VetilationPhaseControlEnabled;
 uint16_t EEMEM eeprom_standbyFeedingVentilationDuration = Default_StandbyFeedingVentilationDuration;
 volatile bool zeroCrossFlag = false;
 volatile unsigned long zeroCrossTimestamp = 0; // zero cross detection timestamp in µs.
 bool isEnabled;
 bool isActive;
 bool isPhaseControlEnabled;
 uint16_t standbyFeedingVentilationDuration;
 bool isPowerPercentPrintRequired;
 bool isPhaseControlStatusPrintRequired;
 bool isStandbyFeedingVentilationDurationPrintRequired;
 uint16_t startupTimer;
 uint16_t standbyFeedingVentilationTimer;
 uint8_t powerPercent;
 uint16_t newValue;
 uint8_t targetPowerPercent;
 uint8_t currentPowerPercent;
 void init()
 {
   if (appState.isAppConfigValid)
   {
if defined(MODEL_A)
     isEnabled = eeprom_read_byte(&eeprom_enabled);
     standbyFeedingVentilationDuration = eeprom_read_word(&eeprom_standbyFeedingVentilationDuration);
elif defined(MODEL_M)
     isEnabled = true;
endif
     isPhaseControlEnabled = eeprom_read_byte(&eeprom_phaseControlEnabled);
     powerPercent = eeprom_read_byte(&eeprom_powerPercent);
   }
   else
   {
if defined(MODEL_A)
     eeprom_update_byte(&eeprom_enabled, Default_VentilationEnabled);
     isEnabled = Default_VentilationEnabled;
     eeprom_update_word(&eeprom_standbyFeedingVentilationDuration, Default_StandbyFeedingVentilationDuration);
     standbyFeedingVentilationDuration = Default_StandbyFeedingVentilationDuration;
elif defined(MODEL_M)
     isEnabled = true;
endif
     eeprom_update_byte(&eeprom_phaseControlEnabled, Default_VetilationPhaseControlEnabled);
     isPhaseControlEnabled = Default_VetilationPhaseControlEnabled;
     eeprom_update_byte(&eeprom_powerPercent, Default_VentilationPowerPercent);
     powerPercent = Default_VentilationPowerPercent;
   }
   if (powerPercent > 201 || !isPhaseControlEnabled)
     powerPercent = Default_VentilationPowerPercent;
   else if (powerPercent < UserDefinedMinPowerPercent)
     powerPercent = UserDefinedMinPowerPercent;
   isActive = false;
   startupTimer = VentilationPhaseControlDelay;
   targetPowerPercent = 0;
   currentPowerPercent = 0;
if defined(MODEL_A)
   DDRA |= _BV(DDA1); // set PA1 (Ventilation Motor Control) as output.
elif defined(MODEL_M)
   DDRC |= _BV(DDC5); // set PC5 (Ventilation Motor Control) as output.
endif
   DDRE &= ~_BV(DDE6); // set PE6 (Zero Cross Interrupts) as input.
   EICRB |= _BV(ISC61) | _BV(ISC60); // set INT6 Sense Control for rising edge detection.
   // EICRB |= _BV(ISC61);  // set INT6 Sense Control for rising edge detection.
   // EICRB &= ~_BV(ISC60); // set INT6 Sense Control for rising edge detection.
   EIMSK |= _BV(INT6); // enable External Interrupt Request 6.
   TCCR1A = 0;           // clear TCCR1A (Timer/Counter Control Register 1A).
   TCCR1B = 0;           // clear TCCR1B (Timer/Counter Control Register 1B).
   TCCR1C = 0;           // clear TCCR1C (Timer/Counter Control Register 1C).
   TCCR1B |= _BV(CS10);  // set prescaler to 1 cycle (Clock Select = 001).
   TCCR1B |= _BV(WGM12); // set WGM (Waveform Generation Mode) to CTC (Clear Timer on Compare match).
   OCR1A = 1999;         // set OCR1A (Output Compare Register 1A) to 1999 cycles.
   TCNT1 = 0;            // reset TCNT1 (Timer Counter 1).
   TIMSK |= _BV(OCIE1A); // set OCIE1A (Output Compare A Match Interrupt Enable) for interrupting on OCR1A = TCNT1.
 }
 void toggleEnabled()
 {
   isEnabled = !isEnabled;
   eeprom_update_byte(&eeprom_enabled, isEnabled);
 }
 void increasePowerPercent()
 {
   if (powerPercent < 100)
   {
     if (powerPercent <= 100 - UserDefinedPowerPercentStep)
       powerPercent += UserDefinedPowerPercentStep;
     else
       powerPercent = 100;
   }
   else
   {
     powerPercent = 201;
   }
   isPowerPercentPrintRequired = true;
   eeprom_update_byte(&eeprom_powerPercent, powerPercent);
 }
 void decreasePowerPercent()
 {
   if (powerPercent > 100)
     powerPercent = 100;
   else if (powerPercent <= UserDefinedMinPowerPercent + UserDefinedPowerPercentStep)
     powerPercent = UserDefinedMinPowerPercent;
   else
     powerPercent -= UserDefinedPowerPercentStep;
   isPowerPercentPrintRequired = true;
   eeprom_update_byte(&eeprom_powerPercent, powerPercent);
 }
 void print()
 {
   if (isPowerPercentPrintRequired || UI::isPrintRequired)
   {
     if (appState.editMode == EditMode::VentilationPowerPercent && (appState.command != Command::Save && appState.command != Command::Discard))
     {
       if (Blink::command == BlinkCommand::Hide)
       {
         PRINT(VentilationPowerPercentPos, "    ")
       }
       else
       {
         if (newValue > 100)
           PRINT(VentilationPowerPercentPos, UI::language == 0 ? "OTO " : "AUTO")
         else if (newValue == 100)
           PRINT(VentilationPowerPercentPos, UI::language == 0 ? "%100" : "100%")
         else
           PRINTF(VentilationPowerPercentPos, UI::language == 0 ? "%%%02d " : "%02d%% ", newValue)
       }
     }
     else
     {
       if (powerPercent > 100)
         PRINT(VentilationPowerPercentPos, UI::language == 0 ? "OTO " : "AUTO")
       else if (powerPercent == 100)
         PRINT(VentilationPowerPercentPos, UI::language == 0 ? "%100" : "100%")
       else
         PRINTF(VentilationPowerPercentPos, UI::language == 0 ? "%%%02d " : "%02d%% ", powerPercent)
     }
     isPowerPercentPrintRequired = false;
   }
   if (isPhaseControlStatusPrintRequired || UI::isPrintRequired)
   {
     if (appState.editMode == EditMode::VentilationPhaseControlMode && (appState.command != Command::Save && appState.command != Command::Discard))
     {
       if (Blink::command == BlinkCommand::Hide)
       {
         PRINT(VentilationPhaseControlPos, "             ")
       }
       else
       {
         if (newValue)
           PRINT(VentilationPhaseControlPos, UI::language == 0 ? " FAZ KONTROL " : "PHASE CONTROL")
         else
           PRINTF(VentilationPhaseControlPos, UI::language == 0 ? " AC / KAPAT  " : "TOGGLE ON/OFF")
       }
     }
     else
     {
       if (isPhaseControlEnabled)
         PRINT(VentilationPhaseControlPos, UI::language == 0 ? " FAZ KONTROL " : "PHASE CONTROL")
       else
         PRINTF(VentilationPhaseControlPos, UI::language == 0 ? " AC / KAPAT  " : "TOGGLE ON/OFF")
     }
     isPhaseControlStatusPrintRequired = false;
   }
   if (isStandbyFeedingVentilationDurationPrintRequired || UI::isPrintRequired)
   {
     if (appState.editMode == EditMode::StandbyFeedingVentilationDuration && (appState.command != Command::Save && appState.command != Command::Discard))
     {
       if (Blink::command == BlinkCommand::Hide)
         PRINT(StandbyFeedingVentilationDurationPos, "     ")
       else
         PRINTF(StandbyFeedingVentilationDurationPos, "%02d:%02d", newValue / 60, newValue % 60)
     }
     else
       PRINTF(StandbyFeedingVentilationDurationPos, "%02d:%02d", standbyFeedingVentilationDuration / 60, standbyFeedingVentilationDuration % 60)
     isStandbyFeedingVentilationDurationPrintRequired = false;
   }
 }
 void editModeControl()
 {
   switch (appState.editMode)
   {
   case EditMode::VentilationPowerPercent:
     if (appState.command == Command::Edit)
     {
       if (powerPercent > 100)
         newValue = 201;
       else
         newValue = powerPercent;
     }
     else if (appState.command == Command::Save)
     {
       powerPercent = newValue;
       eeprom_update_byte(&eeprom_powerPercent, newValue);
     }
     if (Input::getButton(Buttons::Up))
     {
       if (newValue < 100)
       {
         if (newValue <= 100 - UserDefinedPowerPercentStep)
           newValue += UserDefinedPowerPercentStep;
         else
           newValue = 100;
       }
       else
       {
         newValue = 201;
       }
     }
     else if (Input::getButton(Buttons::Down))
     {
       if (newValue > 100)
         newValue = 100;
       else if (newValue <= UserDefinedMinPowerPercent + UserDefinedPowerPercentStep)
         newValue = UserDefinedMinPowerPercent;
       else
         newValue -= UserDefinedPowerPercentStep;
     }
     if (ON_BLINK || ON_EDIT_COMMANDS || Input::getButton(Buttons::Up) || Input::getButton(Buttons::Down))
       isPowerPercentPrintRequired = true;
     break;
   case EditMode::VentilationPhaseControlMode:
     if (appState.command == Command::Edit)
     {
       newValue = isPhaseControlEnabled;
     }
     else if (appState.command == Command::Save)
     {
       isPhaseControlEnabled = newValue;
       eeprom_update_byte(&eeprom_phaseControlEnabled, newValue);
     }
     if (Input::getButtonOnce(Buttons::Up) || Input::getButtonOnce(Buttons::Down))
     {
       newValue = !newValue;
       isPhaseControlStatusPrintRequired = true;
     }
     if (ON_BLINK || ON_EDIT_COMMANDS)
       isPhaseControlStatusPrintRequired = true;
     break;
   case EditMode::StandbyFeedingVentilationDuration:
     if (appState.command == Command::Edit)
     {
       newValue = standbyFeedingVentilationDuration;
     }
     else if (appState.command == Command::Save)
     {
       standbyFeedingVentilationDuration = newValue;
       eeprom_update_word(&eeprom_standbyFeedingVentilationDuration, newValue);
     }
     if (Input::getButton(Buttons::Up))
     {
       if (newValue < MaxStandbyFeedingVentilationDuration)
         newValue++;
     }
     else if (Input::getButton(Buttons::Down))
     {
       if (newValue > MinStandbyFeedingVentilationDuration)
         newValue--;
     }
     if (ON_BLINK || ON_EDIT_COMMANDS || Input::getButton(Buttons::Up) || Input::getButton(Buttons::Down))
       isStandbyFeedingVentilationDurationPrintRequired = true;
     break;
   default:
     break;
   }
 }
 void updatePower()
 {
   const uint8_t updatePeriod = 100;          // in ms
   static uint8_t updateTimer = updatePeriod; // in ms
   DECREASE_TIMER_MS(updateTimer)
   if (updateTimer)
     return;
   updateTimer = updatePeriod;
   if (currentPowerPercent > targetPowerPercent)
     currentPowerPercent = targetPowerPercent;
   else if (currentPowerPercent < targetPowerPercent)
     currentPowerPercent++;
 }
 void update()
 {
   if (powerPercent > 100 && isPhaseControlEnabled)
   {
     int16_t tempDiff = Heating::desiredWaterTemp - Sensor::waterTemp;
     if (tempDiff < 1)
       powerPercent = 101;
     else if (tempDiff > VentilationPowerControlTempRange)
       powerPercent = 201;
     else
     {
       powerPercent = tempDiff * (100.0F / (float)VentilationPowerControlTempRange) + 101;
       if (powerPercent > 201)
         powerPercent = 201;
     }
   }
if defined(MODEL_A)
   if (isEnabled)
   {
     if (Heating::isActive)
     {
       standbyFeedingVentilationTimer = 0;
       isActive = true;
     }
     else if (Core::isEnabled)
     {
       if (standbyFeedingVentilationTimer == 0 && Feeding::isActive && !Feeding::isManualFeedingActive && Feeding::isAutoFeedingEnabled)
       {
         isActive = true;
         standbyFeedingVentilationTimer = standbyFeedingVentilationDuration;
       }
       else
       {
         DECREASE_TIMER_S(standbyFeedingVentilationTimer)
         if (standbyFeedingVentilationTimer == 0)
           isActive = false;
       }
     }
     else
       isActive = false;
   }
   else
     isActive = false;
   isActive = isActive && !BackfireProtection::isActive;
elif defined(MODEL_M)
   isActive = isEnabled && Heating::isActive;
endif
   if (isActive)
     DECREASE_TIMER_MS(startupTimer)
   else
   {
     startupTimer = VentilationPhaseControlDelay;
     standbyFeedingVentilationTimer = 0;
   }
   if (startupTimer || standbyFeedingVentilationTimer)
     targetPowerPercent = 100;
   else
   {
     targetPowerPercent = powerPercent > 100 ? powerPercent - 101 : powerPercent;
     if (targetPowerPercent < VentilationMinPowerPercent)
       targetPowerPercent = VentilationMinPowerPercent;
   }
   if (!isActive)
     targetPowerPercent = 0;
   updatePower();
   editModeControl();
   print();
 }
 ISR(INT6_vect)
 {
   if (!zeroCrossFlag)
   {
     if (isActive)
     {
       if (currentPowerPercent == 100)
       {
if defined(MODEL_A)
         PORTA |= _BV(PA1); // set PA1 (Ventilation Motor Control) to high.
elif defined(MODEL_M)
         PORTC |= _BV(PC5); // set PC5 (Ventilation Motor Control) to high.
endif
       }
     }
     else
     {
if defined(MODEL_A)
       PORTA &= ~_BV(PA1); // set PA1 (Ventilation Motor Control) to low.
elif defined(MODEL_M)
       PORTC &= ~_BV(PC5);  // set PC5 (Ventilation Motor Control) to low.
endif
     }
     zeroCrossTimestamp = micros();
     zeroCrossFlag = true;
   }
 }
 ISR(TIMER1_COMPA_vect)
 {
   if (isActive && zeroCrossFlag && currentPowerPercent < 100)
   {
     unsigned long now = micros();
     if (now - zeroCrossTimestamp < (100U - currentPowerPercent) * VentilationMaxPhaseDelay * 10 + VentilationInterruptDelay)
       return;
if defined(MODEL_A)
     PORTA |= _BV(PA1); // set PA1 (Ventilation Motor Control) to high.
elif defined(MODEL_M)
     PORTC |= _BV(PC5);     // set PC5 (Ventilation Motor Control) to high.
endif
     _delay_us(5);
if defined(MODEL_A)
     PORTA &= ~_BV(PA1); // set PA1 (Ventilation Motor Control) to low.
elif defined(MODEL_M)
     PORTC &= ~_BV(PC5);    // set PC5 (Ventilation Motor Control) to low.
endif
   }
   zeroCrossFlag = false;
 }
}

gerçekten atmelciymiş.

 

[m.yildizili]

Yazılım bilgim çok yok. O yüzden anlamıyorum da.

 

[serkan_48]

Bu role acaba Elektrik motorunu kaldirana kadar triyak i by pass edip motor kalktıktan sonra devreden çıkıp triyak sonradan mı devreye giriyor acaba?

Burada rolenin kontak uclari triyakin A1 ile A2 uçlarına paralel mi devre takibi yapabilir misiniz?

Role ile triyakin devresi seri olamaz. Mantıklı değil.

 

[Ahmet]

Bu role acaba Elektrik motorunu kaldirana kadar triyak i by pass edip motor kalktıktan sonra devreden çıkıp triyak sonradan mı devreye giriyor acaba?

Burada rolenin kontak uclari triyakin A1 ile A2 uçlarına paralel mi devre takibi yapabilir misiniz?

Role ile triyakin devresi seri olamaz. Mantıklı değil.

bir acil stop varsa devrede röle ile ayrımak daha emniyetli geliyor kulağa.
triyağın kısa devre olması gibi durumlarda nası duracak motor.

 

[m.yildizili]

Bu role acaba Elektrik motorunu kaldirana kadar triyak i by pass edip motor kalktıktan sonra devreden çıkıp triyak sonradan mı devreye giriyor acaba?

Burada rolenin kontak uclari triyakin A1 ile A2 uçlarına paralel mi devre takibi yapabilir misiniz?

Role ile triyakin devresi seri olamaz. Mantıklı değil.

Röle triyaka Seri bağlı @Ahmet in dediği gibi büyük ihtimalle güvenlik amaçlı konulmuştur diye düşünüyorum. Çünkü bozuluyor triyaklar.. Ama bu bta12 0.55kW motoru çalıştırırken , Bt139 anlık olarak 2 ye ayrılıyor. Sebebi nedir ?