// Step 4: Fast rinse (final cleaning) move_valve_to(FAST_RINSE); delay_minutes(8);
| 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 | como programar descalcificador cillit data
void loop() // 1. Read current hardness (could be from an inline sensor or manual input) hardness_raw = read_user_hardness_setting(); // 2. Calculate consumed capacity float consumed = total_flow_m3 * 1000 * hardness_raw; // in grams equivalent if total_flow_m3 * 1000 >= available_capacity_liters * 0
// Log regeneration log_event("Regeneration completed", get_timestamp()); On a physical Cillit device, you'd enter programming mode by holding SET + UP for 5 seconds. if total_flow_m3 * 1000 >
if total_flow_m3 * 1000 >= available_capacity_liters * 0.85: # 85% threshold reached – schedule regeneration trigger_regeneration(immediate=False) The Cillit turbine (Hall effect sensor) counts pulses per liter.
enum ValvePosition SERVICE, BACKWASH, BRINE_DRAW, SLOW_RINSE, FAST_RINSE, BRINE_REFILL ; void execute_regeneration_cycle() // Step 1: Backwash (reverse flow to clean resin) move_valve_to(BACKWASH); delay_minutes(10);
// 3. Decide if regeneration needed if ( (capacity_total - consumed) < (capacity_total * 0.15) ) // less than 15% capacity left schedule_regeneration();