user Hi! Repeiter-firmware have analog BED_RESIDENCY_TIME from Marlin?The bed must maintain a stable temperature for TEMP_BED_RESIDENCY_TIME before M109 will return success and start the print. Tune what “stable” means using TEMP_BED_HYSTERESIS and TEMP_BED_WINDOW
Repetier Yes TEMP_HYSTERESIS is our variable. Only thing it is for all heaters the same. But I do not see that it is also used for bed on a first glance, so maybe it is indeed not included.
user Repetier said: Yes TEMP_HYSTERESIS is our variable. Only thing it is for all heaters the same. But I do not see that it is also used for bed on a first glance, so maybe it is indeed not included. The parameter is in secs?
Repetier TEMP_HYSTERESIS is the temperature range you must be insde. The duration to hold is defined e.g. by EXT0_WATCHPERIOD. Eventually it also settable in eeprom settings.
user Repetier wroteTEMP_HYSTERESIS is the temperature range you must be insde. The duration to hold is defined e.g. by EXT0_WATCHPERIOD. Eventually it also settable in eeprom settings. Where i can set it in EEPROM?I think that EXT0_WATCHPERIOD - for extruder 0. I need it for bed but i cant see BED0_WATCHPERIOD. I add in start g-code:M190 S{first_layer_bed_temperature[0]} ; Heat up bed and waitM140 S[first_layer_bed_temperature] ; Continue heating to full temperatue and don't waitG4 S300M109 S[first_layer_temperature] ; Heat up the nozzle while bed is heating upI hope G4 S300 - will wait 300 secs after heatong bed Repetier Ok, just checked the code and M190 in the end calls TemperatureController::waitForTargetTemperature() to wait for temperature. That function does not support hysterersis, just waits to reach the temperature.
Repetier Ok, just checked the code and M190 in the end calls TemperatureController::waitForTargetTemperature() to wait for temperature. That function does not support hysterersis, just waits to reach the temperature.
