| Menu | Parameter | Range | Default | |-------|-----------|-------|---------| | P01 | Water hardness (°dH) | 5 - 40 | 20 | | P02 | Number of persons | 1 - 10 | 4 | | P03 | Regeneration interval (days max) | 1 - 30 | 7 | | P04 | Regeneration time (hour) | 0 - 23 | 2 | | P05 | Salt type (NaCl / KCl) | 0/1 | 0 | | P06 | Flow meter unit (pulses/L) | 100 - 1000 | 450 |
volatile unsigned int pulse_count = 0; void hall_sensor_ISR() // Interrupt on each magnet pulse pulse_count++; if (pulse_count >= PULSES_PER_LITER) // e.g., 450 pulses/L total_flow_m3 += 0.001; // add 1 liter pulse_count = 0;
// 3. Decide if regeneration needed if ( (capacity_total - consumed) < (capacity_total * 0.15) ) // less than 15% capacity left schedule_regeneration();
Data: Como Programar Descalcificador Cillit
| Menu | Parameter | Range | Default | |-------|-----------|-------|---------| | P01 | Water hardness (°dH) | 5 - 40 | 20 | | P02 | Number of persons | 1 - 10 | 4 | | P03 | Regeneration interval (days max) | 1 - 30 | 7 | | P04 | Regeneration time (hour) | 0 - 23 | 2 | | P05 | Salt type (NaCl / KCl) | 0/1 | 0 | | P06 | Flow meter unit (pulses/L) | 100 - 1000 | 450 |
volatile unsigned int pulse_count = 0; void hall_sensor_ISR() // Interrupt on each magnet pulse pulse_count++; if (pulse_count >= PULSES_PER_LITER) // e.g., 450 pulses/L total_flow_m3 += 0.001; // add 1 liter pulse_count = 0; como programar descalcificador cillit data
// 3. Decide if regeneration needed if ( (capacity_total - consumed) < (capacity_total * 0.15) ) // less than 15% capacity left schedule_regeneration(); | Menu | Parameter | Range | Default