Technological and resource parameters.
Current climate parameters.
Device with a yellow screen
Window 1 (main)Device with blue screen
Window 1 (main)The main window No. 1 displays the values of all the climate parameters at a given time.
Возд (Air) - average air temperature calculated for 1 to 3 sensors, degree C. The air temperature sensor in the mushroom growing chamber can be set from 1 to 3 pieces. One sensor works in conjunction with a relative humidity sensor, it is mandatory and installed in the middle of the camera at its height. Two additional (optional) air temperature sensors in the camera are installed one at a level of 20 cm above the camera floor, the other at 20 cm from the ceiling of the camera. The air temperature difference at the top and bottom of the growth chamber serves as the basis for automatically increasing or decreasing the fan speed of the air conditioner to equalize the vertical temperature gradient.
Комп (Komp) - average compost temperature (substrate) calculated for 1 to 6 sensors, degree C. Compost temperature sensors (substrate) can be set from 1 to 6 pieces. It is recommended to install 2 sensors on the lower shelves, 2 sensors on the middle shelves and 2 sensors on the top compost shelves (substrate).
Влаж (Hum) - relative humidity calculated by the temperature difference between dry and wet thermometers (psychrometric method), percentage.
СО2 - concentration of CO2 in the air of the fungal growth chamber, ppm.
Compost temperatures by sensors No. 1 ... 6 are displayed on the left side of the two lower lines of the screen. If the sensor in the compost (substrate) is set to less than 6 pieces, then nothing is displayed on the screen of the device at the place where the values of the missing sensors are displayed.
The upper, middle, and lower air temperatures are displayed on the left side of the bottom line of the screen.
The flow temperature after the fan is displayed on the right side of the third line of the screen.
The air temperature of the atmosphere is displayed on the right side of the fourth line of the screen.
Display and setting of supported climate parameters.
The window №2 sets the values of all technological parameters of the climate.
Window 2
Window 2.1
Window 2.2
Window 2.3T woz (T air) - Specified air temperature, degree C. Setting and enabling air temperature maintenance.
T kom - Set compost temperature, degree C. Set and activate compost temperature.
Wlaga (Humid) - Specified relative humidity, percentage. Setting and enabling the relative humidity of the air in the chamber, setting permissions to apply dehumidification and / or humidification (Window 2.1). By setting the Suh parameter to + (plus), let's automatically dehumidify the air in the chamber, by setting the Suh parameter to - (minus), disable automatic dehumidification. By setting Wla (Hum) to + (plus), let's automatically moisten the air in the chamber by setting the parameter Wla (Hum) to - (minus), turn off the automatic application of air humidification.
CO2 - Target CO2 concentration in air, ppm. Setting and enabling maintenance of CO2 concentration in the air of the chamber, setting the type of maintaining the CO2 concentration, setting the upper limit of ventilation with automatic maintenance of the CO2 concentration. By setting the Tip parameter to - (minus) turn off the maintenance of the CO2 concentration, Tip fix (=) the exact maintenance of the CO2 concentration, Tip max (>) keep the CO2 concentration at maximum, Tip min (<) keep the CO2 concentration no higher than the set value. When the Tip min (<) is set, the atmosphere can be used for the purpose of not only venting the chamber to reduce the CO2 concentration but also for cooling and / or dehumidifying the air in the chamber.
Fr (Freq) - Specified fan speed, Hertz. Setting and enabling the fan speed.
F min, F_max - Minimum and maximum fan speed during automatic frequency control in order to equalize the vertical gradient of air temperatures in the growing chamber and to increase the cooling capacity by passing more air mixture through a cold heat exchanger or by taking more air from the atmosphere if it is not fully compatible with the cooling conditions. To set the fixed (non-changing) rotation frequency, it is necessary to set the parameters F_min and F_max equal.
Temp_F - Permission to change the fan speed of the air conditioner in order to increase the cooling capacity by passing more air mixture through the cold heat exchanger and (or) taking more air from the atmosphere if it is not fully compatible with the cooling conditions. If the Temp_F parameter is set to + (plus), then the resolution is enabled to change the fan speed in order to increase air cooling. If the Temp_F parameter is set to - (minus), then it is not allowed to change the fan speed in order to increase the cooling and the frequency will be maintained at the value set in the parameter F_min.
Cold_F - Permission to change the fan speed of the air conditioner in order to maintain a vertical temperature gradient. If the Cold_F parameter is set to + (plus), then the resolution to change the fan speed is enabled in order to maintain the vertical air temperature gradient specified in the dT_vn parameter of Window # 7. If the Cold_F parameter is set to - (minus), then it is not allowed to change the fan speed to maintain a vertical temperature gradient and the frequency will be maintained at the value set in the parameter F_min.
Tp - Specified flow temperature after the fan, degree C. Setting and switching on maintaining the airflow temperature after the fan.
Shock - Switching on the Shock phase, setting the Shock phase parameters (cooling).
Stop - Start the Stop phase (Stop, Manual), set the Stop phase parameters.
Displays and sets the Shock phase parameters.
Window 3T - temperature of the beginning of the phase Shock (cooling), degree C.
W - relative humidity of the beginning of the Shock phase, percentage.
C - Concentration of СО2 of the beginning of the phase Shock, ppm.
VT - rate of decrease in the temperature of the Shockk phase, degree C per hour.
VW - rate of decrease in the relative humidity of the Shock phase, percentage per hour.
VC - rate of decrease in the concentration of the CO2 phase Shock, ppm per hour.
Display and setting of the parameters of the Stop phase (Stop, manual control).
Window 4Analog parameters of the drives of the Stop phase, percentage.
A - the degree of opening of the atmosphere blinds 0 ... 100.
R - the degree of opening of the recirculation louvers is 0 ... 100.
H - the degree of opening of the hot water carrier crane 0 ... 100 (Hot - hot).
C - the degree of opening of the cold water coolant tap 0 ... 100 (Cold - cold).
F - fan speed 0 ... Fmax, Hertz.
W - the degree of opening of the steam cock of the humidifier 0 ... 100.
Relay parameters of the drives of the Stop phase.
F - Main fan activation.
H - activation of the hot water pump.
C - activation of the coolant coolant pump.
W - activation of the humidifier valve.
A - activation of the exhaust fan.
Inclusion mapping and application of regulatory permissions.
Window 5Vent - permission to use ventilation to reduce CO2 concentration, cooling and dehumidification.
Hot - permission to apply heating.
Cold - permission to apply cooling.
Freq - permission to automatically change the frequency:
= - the frequency does not change;
> - allowed to increase the frequency to increase cooling;
< - allowed to change the frequency to maintain the air temperature difference at the top and bottom of the camera;
^ - it is allowed to increase the frequency to increase cooling and it is allowed to change the frequency to maintain the air temperature difference at the top and bottom of the camera.
Suh - permission to apply dehumidification.
Wlag (Hum) - permission to apply moisturizing.
CO2 - permission to regulate СО2:
= (fix) - Accurate maintenance of concentration of СО2;
> (max) - keep the concentration of CO2 maximum;
< (min) - it is permitted to use excessive ventilation for cooling purposes;
- ... the concentration of CO2 is not regulated.
Limits of permitted impacts in percent.
Window 6V min - the minimum value of ventilation.
V max - maximum ventilation value.
H min - the minimum opening value of the hot water tap.
H max - the maximum value of opening the hot water carrier tap.
C min - the minimum value of opening the cold water cooler tap.
C max - the maximum value of opening the cold water coolant tap.
W min - the minimum value of humidification.
W max - maximum value of humidification.
Allow alarms, protect heat exchangers from defrosting in the cold season, acceptable air temperature difference at the top and bottom of the camera.
Window 7Sig R - permission to signal deviations of technological parameters.
Sig P - permission to signal the failure of the drives.
Pomp - permission to apply the inclusion of a hot water pump in the cold season constantly to prevent the defrosting of heat exchangers with a freezing coolant in the winter.
dT_vn - acceptable difference in air temperature at the top and bottom of the chamber (vertical temperature gradient).
Tsmes - the minimum permitted temperature of the air mixture before the heat exchangers. Used to automatically calculate the ventilation value of the defrosting heat exchanger with a freezing coolant in the winter.
Tpomp - the temperature of the atmosphere below which the hot heat carrier pump is switched on permanently in order to prevent the freezing heat exchanger from defrosting in winter.
K min - the minimum value of opening the air conditioner louvers.
K max - the maximum value of opening the air conditioner louvres.
Parameters issued for actuators and return signals of drives.
Window 8Atm - The calculated and actual position of the drive of the air jalousie.
Rec - The calculated and actual position of the drive of the recirculation louvers.
Hot - calculated and actual position of the hot water carrier tap.
Col - The calculated and actual position of the cold water cooler tap.
Fre - the rated rotational speed of the rotor of the fan motor.
Ven - Design ventilation.
Suh - design drainage.
Wla - calculated moisture.
Sign * near Atm, Hot, Col, Fre Means the inclusion of a relay: an exhaust fan, a heat pump, a coolant pump, an air conditioning fan, respectively.
Signs < > near Suh , Wla (Hum) Mean that dehydration or moisturizing is carried out appropriately.
Signal deviations of technological parameters and drives.
Window 9Tk - Signal deviation of the average compost temperature from the set one.
Tw - Signal deviation of the average air temperature in the growing chamber from the preset.
WL - a signal deviation of the relative humidity of the air from a given one.
CO - a signal deviation of the concentration of CO2 from a given one.
Pr - signal deviation of the actual positions of the drives from the given ones.
Ki - the signal temperature of the individual compost sensor.
Ks - Signal value of the average temperature of the compost.
C^ - Signal value of the maximum concentration of CO2.
Editing the value of the signal deviation and switching on the signaling of the drives.
Window 9.1A - activation of the alarm for the deviation of the air louver drive
R - activation of the alarm for the deviation of the recirculation louver drive
H - activation of the alarm for the deflection of the drive of the hot-tap valve
C - activation of the alarm for the deflection of the cold coolant valve drive
F - activation of the alarm by the deviation of the frequency from the preset
W - activation of the alarm for the deviation of the drive of the crane of steam
Setting parameters of the device.
Maximum values of parameter changes and hysteresis.
Window 10max_dQ - maximum change in thermal necessity per cycle
max_dS - maximum change in the need for dehumidification per cycle
max_dG - maximum change in degassing per cycle
ver - version number of the firmware of the device
H_hc - heating-cooling hysteresis
H_sw - hysteresis dehumidification-moistening
KamN - number of the cultivation chamber served by the device
Peri - number of sensor measurement cycles in a period of 180 seconds
Coefficients of parameters.
Window 11K_v - coefficient of ventilation efficiency.
K_h - efficiency factor of the heater.
K_c Coefficient of efficiency of the cooler.
K_s Coefficient of dehumidification.
K_q - coefficient of thermal necessity.
KfQ - coefficient of rate of change in frequency by cooling.
KfT - coefficient of rate of change of frequency on equalization of temperatures top-bottom.
Kco - ventilation coefficient for CO2.
Luff of drives.
Window 12L_A - air drive play
L_R - play of the recirculation drive
L_H - the heater drive play
L_C - the coolant drive play
L_W - the humidifier drive play
dWL - correction of relative humidity
Ksk - temperature coefficient of compost temperature
Ksw - coefficient of air temperature speed
Correction of a wet thermometer in humidity.
Window 12.1CO2 sensor settings, etc.
Window 13F_10 - frequency at 10 V control
C_10 - concentration of CO2 in ppm at 10 V input signal
Dr_0 - drift of the CO2 sensor
Ksco - coefficient of inclination of the characteristic of the CO2 sensor
Cycl - number of cycles performed by the instrument measurements in the accepted base period of 180 seconds
Priv - switching on the display in window No. 8 of the actual positions of the drives
Tpot - switching on the display in the flow temperature window No. 1
Kond - application of cooling control by the "air conditioning" system (three-stream air conditioning system). The features of this connection and control are that the air conditioner is connected to the mixing chamber through its air conditioning louver in parallel to the recirculation louvres, which in the case of cooling only air conditioning serve as a bypass shutter of the air conditioner, and in case of cooling with the atmosphere, they perform their task of controlling the air recirculation of the chamber. Kond + (plus) is applied cooling control by the "air conditioning" system, Kond - (minus) no cooling control by the "air conditioning" system or the air conditioner is switched off.
Coefficients and displacements of characteristics of return signals of drives.
Window 14A - Atmosphere
R - recycling
H - heater
C - cooler
F - frequency converter
W - humidifier
Clear memory and sensor binding.
Window 15Clear history - Clearing history. Performed after loading the compost (substrate), installing all the sensors in their workplaces, turning on the air conditioner fan in manual mode for at least 10 minutes to initialize the readings of all the sensors involved in the control. To clear the history, go to Clear history, set Yes, and click the "up" button.
Clear setting - Reset the device to factory settings. Do not dump unnecessarily!
Clear sensors - cleaning of the binding of all temperature sensors. Do not clean without the need!
Addr. sensors - Sensor binding.
Detection of sensors.
Window 15.1Sensor index - the conventional sequence number of the sensor in the network having the highest temperature (heated).
Tmax - The highest temperature in the network.
activation for - number of the location to which the sensor is attached.
Kompost_3 - the name of the sensor reference point.
When connecting temperature sensors directly to the climate controller without using a switch, you need to specify the device where the sensor is installed. To do this, go to the Addr parameter. Sensors, heat the temperature sensor by hand or immersed in hot water so that its temperature is the highest among all the connected sensors (at this time the temperature of the most heated sensor will show the temperature rising), select the place where this sensor is installed and by the buttons "left" Press the "down" button for a period of no more than 0.5 seconds, the screen will momentarily display the message activated - the sensor is tied to the selected place. Pressing the "down" button for more than 3 seconds clears the selected binding location. Exit the window of sensor bindings - press the "up" button.
Work with the device.
The window №1 shows the real technological parameters of the process. This window is the main one. We look here for technology control.
In window №2 the specified technological parameters are displayed and their editing is carried out. Here we set the climate parameters.
In window №3 we set the parameters of shock (cooling) and subsequently control them.
In the window №4 we set the parameters of the Stop phase. You can use this phase to manually control the process by typing the desired configuration of the actuator parameters.
Window # 5 specifies the resources that the climate system can use to maintain the given climate.
Window # 6 specifies the number of resources that the climate system can use to maintain a given climate.
In the window number 7 is set all that is necessary for management that did not enter into the themes of the previous windows of the device.
In window No. 8, the parameters of the actuators are displayed: the parameters that are fed to the drives and the parameters of the actual positions of the drives. Here we control the use of climate equipment resources.
In the window No. 9, the signal deviations from the specified process parameters and the serviceability of the drives of the air conditioning unit are displayed and set. This window is used for adjusting the audible and visual alarms of the parameter output beyond the specified limits.
The scheme of transitions between the windows of the device.
Pressing the up button from any window leads to the transition to the main window number 1.
Pressing the buttons to the right - to the left leads to the transition to the next window in the diagram in a circle.
In the upper-row windows, you can only access from the main window No. 1 by pressing and holding the button up 0.5 seconds.
The windows of the bottom row can be accessed only from the main window number 1 by pressing and holding the button down for 1 second.
** A short press (no more than 0.3 seconds) of the button down from the main window No. 1 causes the display in the main window No.1 of the air temperature to switch over the sensors to the compost temperatures by sensors and per revolution, the transition to the lower row windows does not occur.
*** Windows # 3 and # 4 are not displayed if the phases Shoc (Coool) and Stop (Man) are not included, respectively.
Transitions to the settings section of the instrument, the memory cleaning section of the instrument and the sensor connection.
These transitions are performed only from window # 1.
To go to the settings section of the device (window nos. 10 ... 15), press and hold the button down for more than 5 seconds.
The parameters of the settings section are set when the device is installed. During operation, if necessary, can be adjusted.
To go to the memory clearing section of the instrument and bind the sensors (window No. 15), press and hold the button up for more than 5 seconds.
To go to the sensor binding, go to Addr. Sensors and select Yes.
Editing climate and resource parameters.
Sunset in the editor.
Exiting the editor.
Similarly, other parameters are edited.