elitech EK 3030 PROGRAMACIÓN

I'm programming an Elitech EK3030 controller for a freezer room with hot gas defrost. I'll show you the procedure. In my opinion, the Elitech 3030 is a very well-priced controller on the market, with excellent quality and very good performance. I hope you like this video and find it useful. Don't forget to like and subscribe to the channel. F01 Maximum defrost time in minutes F02 Cooling time (interval between each defrost cycle) When F02 = 0, no defrost occurs F03 Temperature counting mode for defrost cycles 0 = Controller operating time In this option, the controller considers the actual time between each stage. F04 Drain time in minutes F05 Defrost type 0 = Electric 1 = Hot gas 2 = Natural F06 Maximum temperature to end defrost F07 Fan operating mode Fan activates before compressor = -180 to -1 (time in seconds the fan will activate before the compressor). Fan and compressor activated simultaneously (synchronized) = 0 Fan activated continuously (deactivated only during the drain stage) = C Fan activated continuously (deactivated only during the defrost and drain stages) = D Fan will activate after the compressor = 1 to 300 (time in seconds the fan will activate after the compressor). If function H10=0 F08 Fan activation delay at the end of the drain stage F09 Compressor activation delay when the controller is powered on or after reaching the temperature value configured in Off Temp (Minimum compressor off time) F10 Alarm inhibition time when the controller is powered on F12 Alarm inhibition time after detecting a temperature outside the range F13 Adjustment of sensor 1 reading (calibration) F11 High or low temperature alarm, related to On Temp and Off Temp values H1 minutes Compressor deactivation time in case of sensor 1 failure H2 minutes Compressor activation time in case of sensor 1 failure H3 High ambient temperature alarm (sensor 1) If H5= 0 (absolute alarm). H4 °C Low ambient temperature alarm (sensor 1) If H5= 0 (absolute alarm). H5 - Alarm Operation Mode Absolute=0 (respects the values ​​configured in H3 and H4) Relative=1 (respects the differential value configured in F11 in relation to the On Temp and Off Temp values) H6 - Enable Buzzer during Alarm Events No=0 Yes=1 H7 - Display Mode during Defrost 0= Displays the actual measured temperature. 1= Displays dEF throughout the defrost cycle and until the temperature value configured in Off Temp is reached again, or 15 minutes after the drain cycle ends. 2 = Keep the defrost start temperature indication frozen until defrost is complete and the Set Point temperature is reached again, or 15 minutes after the end of the drain cycle. H8 - Enable sensor 2 (evaporator) No = 0 Yes = 1 H9 Adjustment of sensor 2 reading (calibration) H10 Fan control mode Fan controlled by sensor 1 (ambient) = 0 Fan controlled by sensor 2 (evaporator) = 1 Fan controlled by the temperature difference between sensors 1 and 2 = 2 H11 Sensor 1 (ambient) temperature to activate the fan If H10 = 1. H12 Sensor 1 (ambient) temperature to deactivate the fan. If H10 = 1 H13 Temperature differential between sensors 1 (ambient) and 2 (evaporator) to activate the fan. If H10 = 2 H14 Controller operating mode Cooling = 0 Heating = 1 When configured for heating, the controller will use the defrost outlet to perform this function, and the values ​​set in parameters H15 and H16 will activate and deactivate this outlet. Constant = 2 When configured for constant mode, the controller will use the defrost outlet to perform the heating function, and the values ​​set in parameters H15 and H16 will activate and deactivate the outlet. The cooling function will occur via the compressor outlet, and the On Temp and Off Temp values ​​will be used to activate and deactivate the outlet. H15 Temperature to activate heating If H14 = 1 H16 Temperature to deactivate heating If H14 = 1 H17 Use decimal point on display Yes = 0 No = 1