JP4817160B2 - Air conditioning system and electric operating device - Google Patents

Description

[0001]
  The present inventionThe present invention relates to a distributed control type air conditioning system that performs air conditioning control of an air conditioning section using a communication network for each air conditioning section of a building, and an electric operating device used in the system.
[0002]
[Prior art]
  At present, for example, in an air conditioning system of a large-scale building, a control system centering on DDC (Direct Digital Control) is being replaced from a conventionally used analog control.
  FIG. 11 is a block diagram showing an outline of a distributed control type air conditioning system using DDC. According to this is an operator's stationCentral monitoring room control monitoring device (hereinafter referred to as “central monitoring”)And an instrument panel as a control station, a temperature detector as a detection terminal, a flow rate control valve as an operation terminal, and a communication system. Central monitoring has a function of concentrating information on operations and displaying or operating them. The instrumentation panel is configured around the DDC and shares control and monitoring, and performs sharing processing with a plurality of instrumentation panels according to the scale and type of the target process. The communication system performs central monitoring and information exchange with the instrument panel. Instrument panel detectsTerminalThe temperature measurement data is received and the control operation is performed on the microprocessor in the instrument panel according to the deviation from the set value to control the operation terminal. Also detectTerminalOutput data (temperature measurement data) and control signal data of the operation terminal (opening control signal to the operation terminal, etc.) are transmitted to the central monitoring.
  In the distributed control type air conditioning system using DDC as described above, it is possible to detect by adopting DDC in the instrument panel.TerminalBecause the functions of peripheral devices such as correction calculators are made into dedicated software, the device configuration is simplified and the number of control wires is also increased.Diminished.
[0003]
However, since the detection terminal and the operation terminal are still conventional analog type, the wiring around the detection terminal and the operation terminal is complicated, and the DDC in the instrument panel is expensive for analog peripheral devices. There is a problem that a special I / O card is required.
In addition, when trying to detect a failure of the operation terminal, there is a problem that it is necessary to add a special circuit to the operation terminal.
[0004]
As means for solving the above-described problems, Japanese Patent Application Laid-Open No. 10-229590 discloses a distributed control type air conditioning system using LON WORKS.
LON WORKS is a product name of a distributed control communication network developed by Echelon of the United States as shown in the same publication.
This publication shows an example of air conditioner operation control as an air conditioning system, and it is possible to configure a number of terminal devices with a network IC chip incorporating the same program. It is said that there is no need to prepare a network IC chip incorporating different application software.
[0005]
[Problems to be solved by the invention]
In an actual large-scale air conditioning system, a large number of terminal devices having different functions such as an air handling unit, a fan coil unit, a variable air flow unit, a flow rate control valve, and an ON-OFF valve are used to drive them. Various operation patterns are also required for the electric operating machine.
However, this publication discloses a plurality of operation terminals but only one type of air conditioner. In a situation where it is applied to an air conditioning system as described above, application software and the There remains a problem as to how to reduce the number of built-in communication network LSI chips to eliminate complications.
[0006]
  An object of the present invention is to control an electric operating device that controls the operation of a flow control valve for hot water or a flow control valve for cold water mounted on a piping system for each air conditioning section of a building air conditioning system. Minimizing the types of application programs for controlling the valve opening on the board, and preparing and installing application programs (hereinafter sometimes referred to as “application software” or “user application”) An object of the present invention is to provide an air-conditioning system that can eliminate many troubles such as manpower, and an electric operating device used in the air-conditioning system.
In addition, the object of the present invention is to eliminate equipment constituting the air conditioning system, such as an operation panel, etc., and to reduce the cost of the system, and to easily program necessary for the system. An object of the present invention is to provide an air conditioning system including means that can be incorporated and can flexibly configure the system.
[0007]
[Means for Solving the Problems]
  Invention of Claim 1 of this invention is mounted | worn with the piping system to at least a heat exchanger and a cold heat exchanger for every air-conditioning division of a buildingValveFor controlling valve openingFor valveIn an air conditioning system of a building that includes an electric operating device and input / output devices including a temperature detector, and performs air conditioning in the air conditioning section,
  SaidFor valveThe electric operating device includes an LSI chip that incorporates a communication unit that communicates with a central monitoring device and a plurality of independent control programs in advance to control the valve opening of the valve. Each of the control programs is configured to be able to specify an input destination of an input value required for the program processing and an output destination to output an output value of the processing result of the program,
  The air conditioning system includes theFor valveA program required for controlling the valve opening for each electric operating machine is selected from the plurality of independent control programs built in the LSI chip, and the input destination of the selected control program is selected. And interactive program connection means for associating the output destination and connecting as one program for controlling the valve opening,
  SaidFor valveThe plurality of independent control programs incorporated in the LSI chip of the electric operating machine are all the above-described control units arranged in the air conditioning section.For valveIt is characterized by being the same about an electric operating machine.
AlsoThe invention according to claim 2An electric actuator for the valve used in the air conditioning system according to claim 1,
The electric actuator for the valve includes an LSI chip on which a plurality of independent control programs are mounted in advance in order to control the operation of the electric actuator for the valve.
Each of the plurality of independent control programs is configured to be able to specify an input destination of an input value required for the program processing and an output destination to output an output value of the processing result of the program,
Further, the plurality of independent control programs are required from the plurality of independent control programs in order to perform control according to a control operation pattern preset for each electric actuator for the valve. The configuration is selectable,
The plurality of independent control programs built in the LSI chip of the valve electric actuator are the same for all the electric actuators for the valves arranged in the air conditioning section. It is characterized by.
  The invention according to claim 3An air duct in which a damper for controlling the intake of outside air is arranged in an air conditioning section of the building, an electric operating device for the damper for controlling the intake of outside air by controlling the driving of the damper, and a temperature detector In an air conditioning system for a building that performs air conditioning in the air conditioning section,
The damper electric operating device includes a communication unit that communicates with a central monitoring device, and an LSI chip that incorporates a plurality of independent control programs in advance to control the driving of the damper. Each of the built-in control programs is configured to be able to specify the input destination of the input value required for the program processing and the output destination to output the output value of the processing result of the program,
The air conditioning system selects a program required for controlling the driving of the damper for each electric actuator for the damper from the plurality of independent control programs built in the LSI chip, Interactive program connection means for associating the input destination with the output destination for the selected control program and connecting as one program for controlling the driving of the damper,
The plurality of independent control programs incorporated in the LSI chip of the damper electric actuator are the same for all the damper electric operators arranged in the air conditioning section. It is characterized by.
Moreover, the invention which concerns on Claim 4 is the electric operating machine for the said damper used for the air conditioning system of Claim 3, Comprising:
The electric actuator for the damper includes an LSI chip on which a plurality of independent control programs are mounted in advance in order to control the operation of the electric actuator for the damper.
Each of the plurality of independent control programs is configured to be able to specify an input destination of an input value required for the program processing and an output destination to output an output value of the processing result of the program,
Further, the plurality of independent control programs are required from the plurality of independent control programs in order to perform control according to a control operation pattern set in advance for each electric actuator for the damper. The configuration is selectable,
The plurality of independent control programs incorporated in the LSI chip of the damper electric actuator are the same for all the damper electric operators arranged in the air conditioning section. It is characterized by.
[0008]
A distributed control type communication network called LON (Local Operating Network) WORKS developed by Echelon of the United States was applied to the control system of the air conditioning system according to the present invention. In this network system, LSI chips are mounted on all control elements such as operation terminals, and user applications and parameters written in an EEPROM built in or external to the LSI chip, and user applications by a built-in microcomputer. And communication protocol processing can be performed, and direct digital control distributed between the control elements can be performed with simple wiring.
[0009]
  AndAndFor example, all electric actuators that drive one product group that constitutes an air conditioning system, such as valves (flow control valves and ON-OFF valves), have a plurality of independent functions for controlling them.controlOne type of user application composed of programsBuilt-inInstalled LSI chipIs done.Another product group, for example, an electric operating device that drives a damper has a different configuration from the above.That is, having multiple independent functionsOne type of user application consisting of control programsBuilt-inAn LSI chip is mounted.
  Valves and dampers are generally different manufacturers and have different configurationsUser applicationEach manufacturer prepares it and turns it into an LSI chipBuilt-inThere is no difference in manpower required for the work to be performed.
  OnlyAlso,For example, a valve manufacturer has one typeUser applicationTo LSI chipBuilt-inIt ’s just that, so it ’s easy and easy.Built-inCan be performed.
  And after valves etc. are installed as an air conditioning system,Each valvePurpose of use, ieOperation patternIn response to the,pluralThe user application (Control program) FromAn appropriate control program is selected to control the valve opening.
[0010]
DETAILED DESCRIPTION OF THE INVENTION
An embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a schematic block diagram showing a basic part of an air conditioning system using an electric operating device of the present invention in an air conditioning section.
In the figure, 1 is an air handling unit, in which a heat exchanger 2, a cold exchanger 3 and a fan 4 are arranged, and hot water is supplied into a piping system (not shown) from a hot water source (not shown) to the heat exchanger 2. A cold water flow control valve 6 (hereinafter referred to as a cold water valve) is mounted in a flow rate control valve 5 (hereinafter referred to as a hot water valve) and a piping system (not illustrated) from a cold water source (not shown) to the cold heat exchanger 3.
A temperature detector 7 is provided at an appropriate place. In the example shown in FIG. 1, it is provided in the air supply duct.
In the air conditioning system described above, when the temperature T detected by the temperature detector 7 is lower than the set temperature Ts, the hot water valve 5 is operated to supply hot water to the heat exchanger 2 to raise the temperature and detected. When the temperature T is higher than the set temperature Ts, the cold water valve 6 is actuated to supply cold water to the cold heat exchanger 3 to lower the temperature.
[0011]
FIG. 2 is a partial cross-sectional view showing the hot water valve 5 or the cold water valve 6 and the electric operating devices 50 and 60 shown in FIG.
In the figure, 50 and 60 are electric operating machines, and these electric operating machines 50 and 60 are connected to valve bodies 56 and 66 by valve rods 55 and 65, respectively. The electric operating devices 50 and 60 are composed of motors 52 and 62, control boards 53 and 63, potentiometers 54 and 64, etc. LSI chips 51 and 61 are mounted in the control boards 53 and 63.
[0012]
In the air conditioning system shown in FIG. 1, the electric operating device 50 of the hot water valve 5, the electric operating device 60 of the cold water valve 6, and the temperature detector 7 are connected by the communication line 8, and illustration is omitted. The devices are similarly connected to the communication line 8. The communication line 8 is connected to a central monitor (not shown) via a gateway 9.
[0013]
  FIG. 3 shows an outline of the user application written in the LSI chips 5 and 61 mounted on the electric operating device 50 of the hot water valve 5 and the electric operating device 60 of the cold water valve 6 in FIG.
  In FIG.A block surrounded by a dotted line indicates the entire user application written in each of the LSI chips 51 and 61, and one program surrounded by a solid lineIndicates an independent control program. This independent control program is referred to as a function block in the following description and is described as (FB).Note that the lines connecting the respective (FB) and those outside the range surrounded by the dotted lines are in the LSI chips 51 and 61.controlLines that are connected on the program and that are input or output from outside the range enclosed by the dotted lines are connected through communication lines.Also,These connections are made using a general-purpose personal computer.
[0014]
As for the electric actuator 50 of the hot water valve 5 and the electric actuator 60 of the cold water valve 6, the set temperature Ts transmitted from the central monitoring through the communication line is connected to the input side of the (FB) change rate limiters 511 and 611. The output side of (FB) change rate limiters 511 and 611 is connected to the input side of (FB) PID computations 512 and 612. Further, the operation permission signal input from the communication line and the output side of the (FB) sensor 710 of the temperature detector 7 are connected to the input side of the (FB) PID calculations 512 and 612. The output side of (FB) PID calculation 512, 612 is connected to the input side of (FB) analog data correction calculation 513, 613, and the output side of (FB) analog data correction calculation 513, 613 is (FB) valve output 514. , 614 are connected to the input side. (FB) Although not shown, the output sides of the valves 514 and 614 are connected to the drive circuits of the motors 52 and 62 built in the electric operating devices 50 and 60.
The input side of the (FB) opening degree information 515, 615 is not shown, but is connected to the analog / digital conversion circuit of the potentiometers 54, 64 built in the electric operating devices 50, 60, and the output side is centrally monitored. Connected.
(FB) The input side of alarm outputs 516 and 616 is connected to the central monitoring valve status request.
[0015]
As described above, the output of the (FB) 710 of the temperature detector 7 passes through the (FB) change rate limiters 511 and 611 of the electric operating device 50 and the electric operating device 60 (FB) on the input side of the PID computations 512 and 612 And (FB) controls the valve opening degree of both the hot water valve 5 and the cold water valve 6 according to the output value of the sensor 710.
[0016]
Each of the above (FB) is defined by a predetermined data type in which the change rate limiter has the temperature temp_p as the variable of the input value and the output value, and the PID calculation uses the temperature and output value by the temp_p as the variable of the input value. As a variable, lev_percent is defined as a predetermined data type having a percentage (percentage of opening). Similarly, the analog data correction calculation defines percent as an input value variable, percent as an output value variable, valve output as percent as input, and opening degree information as percent as output. The alarm output is a request as an input value, an output command is defined by 0 and 1 signals, and a state indicating the state of the valve or damper is defined as a parameter as an output value.
[0017]
Further, as shown in FIG. 3, the electric operating devices 50 and 60 of the hot water valve 5 and the cold water valve 6 include logical product operations 517 and 617, logical sum operations 518 and 618, comparison operations 519 and 619, and inverted sum operations 520 and 620. (FB) such as delay timers 521 and 621 and step outputs 522 and 622 are written. However, the electric operating units 50 and 60 for operating the hot water valve 5 and the cold water valve 6 in the air conditioning system as shown in FIG. 1 are required only to have the function (FB) in the block surrounded by the one-dot chain line in FIG. Therefore, only these are connected, and the other (FB) is unnecessary and connection is not performed.
That is, for example, all (FB) surrounded by the dotted line in FIG. 3 is written in an electric operating device that drives a valve that requires various different functions, and it is necessary depending on the function of the specified valve. For example, (FB) in a one-dot chain line is selected and only those are connected.
[0018]
  By doing this, for example, it has various functionsElectric operating machineIs a large-scale air conditioning system that requires about 1500 in total.BuildWhen doing 1500 piecesElectric operating machineAll of, Multiple types, but eachConsists of the same (FB)controlWrite a program. Therefore, product inspection and management can be performed very easily.
[0019]
Next, the details of each (FB) will be described.
(Change rate limiter)
FIG. 4 is a diagram showing the concept of the change rate limiter.
After receiving IN (t), the absolute value of [IN (t) -IN (t-1)] is calculated. If this value is less than the preset change rate limit, IN (t) is output immediately. To do. If this value is greater than or equal to the change rate limit, it is output in the procedure shown in FIG.
The example shown in FIG. 4 shows a case where IN (t) = 30, IN (t−1) = 12, output cycle = 2 seconds, and rate of change limit = 8.
12 + 8 = 20 is output 2 seconds after the time when IN (t) is received, 20 + 8 = 28 is output after 2 seconds, and 30 is output after another 2 seconds. In other words, by outputting an output value with a change rate limit value 8 added at every preset output cycle of 2 seconds, even if the set value or the detected value changes suddenly, a sudden change in PID calculation is avoided. It is about to try.
[0020]
(PID calculation)
PID calculation is performed based on the deviation between the input value of the set temperature from the change rate limiter and the input value of the temperature from the temperature detector to obtain the valve opening.
FIG. 5 is a diagram showing an outline of the PID calculation. When the deviation is 0, the valve opening is set to 50%. This PID calculation is performed with the same deviation for both the hot water valve and the cold water valve.
[0021]
(Analog data correction calculation)
This (FB) is output from the PID calculation and corrects the output value of the valve opening to a valve opening suitable for the operation of the hot water valve and the cold water valve. FIG. 6 shows a schematic diagram for a hot water valve, and FIG. 7 shows a schematic diagram for a cold water valve.
The valve opening degree data shown in FIG. 5 is simultaneously input to the hot water valve and the cold water valve from the PID calculation, but the (FB) of the hot water valve has a deviation from minus to zero as shown in FIG. The opening degree is reduced from 100% to 0%, and the opening degree is corrected so that the opening degree becomes 0 in the range where the deviation is 0 and plus. On the chilled water valve side, as shown in FIG. 7, the opening is 0 when the deviation is in the range of minus to 0, and the opening is 0 to 100 within the range where the deviation is plus and away from 0, as shown in FIG. It is corrected to.
[0022]
(Valve output)
Since the output value of (FB) is only the output to the drive circuit of the electric operating machine, there is no connection to other FBs. If the difference between the current valve opening and the target valve opening is smaller than a certain value, the FB does not move the motor by applying a limiter, but protects it to the target opening. If it does not reach even after a certain period of time, it is set to determine that the motor is abnormal.
[0023]
(Opening information)
FIG. 8 is a diagram showing an outline of (FB) opening degree information. The opening degree information is for receiving the opening degree data of the potentiometer and outputting the output value to the opening degree information display, but since the input value from other FBs is not received, only the output value is outputted to the opening degree information display There is no connection to other FBs.
As shown in FIG. 8, this (FB) is output only when the amount of change in the opening from the previously opened opening to the next opening is greater than or equal to a preset value. It is set.
This is based on the idea that if the amount of change in opening is, for example, about 1% within 60 seconds within a predetermined output time, the influence on the entire air conditioning system can be ignored and the amount of communication is not increased unnecessarily. That's it.
[0024]
(Alarm output)
When an abnormality occurs, such as when a foreign object is caught in the valve or when the motor fails, this is detected and an alarm is output. When there is a request from the central monitoring, the state of the valve at that time is output.
[0025]
  As described above, for example, in the electric operating devices 50 and 60 of the hot water valve 5 and the cold water valve 6, select (FB) as surrounded by a one-dot chain line in FIG. 3 and between each (FB) The transmission / reception order of output values and input values is determined in advance, and each FB is connected as shown in FIG.
  Each (FB) connection is interactive on the screen of a personal computer that has a dedicated tool such as LON Maker.Connect the program.
[0026]
Next, the outline of the control flow of the hot water valve and the cold water valve will be described with reference to FIG.
a) The set temperature Ts is input to the change rate limiters 511 and 611 from the temperature setting.
b) The change rate limiters 511 and 611 immediately output Ts to the PID computations 512 and 612 when the input Ts is smaller than the set limit value.
b ′) When the input rate Ts is larger than the set limit value, the change rate limiters 511 and 611 perform the calculation as shown in FIG. 4, and the calculated value ts is set to the PID calculation 512 and the set time period. Output to 612.
c) The sensor 710 outputs the current temperature T to the PID computations 512 and 612.
d) Outputs whether or not the operation permission is operable to the PID computations 512 and 612.
d ') When the PID calculation 512, 612 is input to enable operation, the deviation is obtained from Ts input from the change rate limiters 511, 611 or the calculated value ts and T input from the sensor 710, and Based on the PID calculation, the valve opening is output to the analog data correction calculations 513 and 613.
d ″) The PID computations 512 and 612 do not perform the PID computation when the activation is inputted.
e) The analog data correction calculation 513 of the hot water valve 5 performs the correction calculation shown in FIG. 6 according to the valve opening inputted from the PID calculation 512 and outputs it to the valve output 514 of the hot water valve 5.
e ′) The analog data correction calculation 613 of the chilled water valve 6 performs a correction calculation as shown in FIG. 7 according to the valve opening inputted from the PID calculation 612 and outputs it to the valve output 614 of the chilled water valve 6.
f) The valve outputs 514 and 614 output the input valve opening to the drive circuits of the motors 52 and 62, and the motor controls the valve opening by this.
g) The opening degree information 515 and 615 receives the opening degree information from the motor drive circuit and outputs it to the central monitoring or the like.
h) The alarm outputs 516 and 616 output the current state of the valve to the central monitoring or the like when a request from the central monitoring or the like is input. When a failure such as a motor stop occurs, it is immediately output to central monitoring.
[0027]
9 is provided with air ducts 10 and 11 for taking in both room air and outside air in the air handling unit 1 in addition to the air conditioning system shown in FIG. 1, and adjusting the amount of outside air taken into the air duct 10 for taking in outside air. An example in which a damper 12 is provided is shown. The damper 12 is driven by an electric operating device 120, and an LSI chip is mounted on the electric operating device 120 and connected to a communication line. For example, the opening degree of the damper 12 is adjusted by an instruction from the central monitoring.
Based on the same idea as described above, a user application composed of a plurality of (FB) is written on the mounted LSI chip, and only the (FB) that can execute a function necessary for a specific damper is selected. Then, this is connected.
[0028]
FIG. 10 shows an outline of another embodiment of the user application installed in the electric operating device 50 of the hot water valve 5 and the electric operating device 60 of the cold water valve 6 in FIG.
In this embodiment, the sensors 71O and 810 of the temperature detector 7 are installed via the A / D converters 711 and 811 without the communication line, and the (FB) PID calculation 512 of the electric operating devices 50 and 60 is performed. , 612 are directly connected.
In this case, since the electric actuator captures the output value from the temperature detector 7 as an input value without passing through the communication network, the input value can be captured at a necessary sampling frequency regardless of the congestion of the communication network. High-precision PID control can be performed, and the congestion of the communication network can be reduced.
[0029]
【The invention's effect】
  Since the air conditioning system for buildings of the present invention and the electric operating machine used in the air conditioning system have the above-described configuration, even if the air conditioning system includes an electric operating machine that requires various operation patterns, A plurality of types of application software are incorporated in advance in the LSI chip provided in the electric operating device so that necessary application software can be selected for each electric operating device. As a result, the number of types of LSI chips to be prepared in advance can be minimized, and an air conditioning system can be provided that can eliminate the complexity of application software development and installation. . In addition, it is possible to reduce the equipment that constitutes the air conditioning system, such as an operation panel, and to reduce the cost of constructing the air conditioning system. Furthermore, according to the operation pattern of the electric operating unit arranged in each air conditioning section, the necessary program can be easily selected from a plurality of control programs built in the LSI chip in advance. Since it can be operated as a control program, it is possible to configure a flexible distributed air conditioning system, particularly in a large-scale building.
[Brief description of the drawings]
FIG. 1 is a schematic block diagram of an air conditioning system using an electric operating device of the present invention in an air conditioning section.
FIG. 2 is a cross-sectional view showing a valve using the electric operating device of the present invention.
FIG. 3 is a block diagram showing a flow of control written in an LSI chip mounted on an electric operating device of the present invention in a hot water valve and a cold water valve of an air conditioning system.
FIG. 4 shows an example of function blocks written in an LSI chip mounted on an electric operating device of the present invention in a hot water valve and a cold water valve of an air conditioning system.
FIG. 5 shows an example of function blocks written in an LSI chip mounted on an electric operating device of the present invention in a hot water valve and a cold water valve of an air conditioning system.
FIG. 6 shows an example of function blocks written in an LSI chip mounted on an electric operating device of the present invention in a hot water valve and a cold water valve of an air conditioning system.
FIG. 7 shows an example of function blocks written in an LSI chip mounted on an electric operating device of the present invention in a hot water valve and a cold water valve of an air conditioning system.
FIG. 8 shows an example of function blocks written in an LSI chip mounted on an electric operating device of the present invention in a hot water valve and a cold water valve of an air conditioning system.
FIG. 9 is a schematic block diagram of an air conditioning system using the electric operating device of the present invention in an air conditioning section.
FIG. 10 is a block diagram showing a flow of control of another embodiment written in the LSI chip written in the LSI chip mounted on the electric operating device of the present invention in the hot water valve and the cold water valve of the air conditioning system. is there.
FIG. 11 is a block diagram showing an outline of a distributed control type air conditioning system using a conventional DDC.
[Explanation of symbols]
1 Air handling unit, 2 Heat exchanger,
3 Cold heat exchanger, 5 Hot water valve, 6 Cold water valve, 7 Temperature detector,
8 communication lines, 12 dampers, 50, 60, 120 electric operating machines,
51, 61 LSI chip, 52, 62 Motor, 53,
63 control board, 54, 64 potentiometer,
511, 512, 513, 514, 515, 516, 517,
518, 519, 520, 521, 521, 611, 612
613, 614, 615, 616, 617, 618, 619,
620, 621, 621, 710 function block

Claims (4)

For each air conditioning section of the building, at least an electric operating device for the valve for controlling the valve opening degree of the valve mounted on the piping system to the heat exchanger and the heat exchanger, and an input / output device including a temperature detector In an air conditioning system for a building that performs air conditioning in the air conditioning section,
The electric actuator for the valve includes an LSI chip that incorporates a communication unit that communicates with a central monitoring device and a plurality of independent control programs in advance to control the valve opening of the valve. In addition, each of the built-in control programs is configured to be able to specify an input destination of an input value required for the program processing and an output destination to output an output value of the processing result of the program,
The air conditioning system, a program that is required for controlling the valve opening degree for each electric operating device for the valve, selected from the plurality of independent control program built in the LSI chip, An interactive program connection means for associating the input destination with the output destination for the selected control program and connecting as one program for controlling the valve opening;
Said control program the plurality of independently built in the LSI chip of the electric operating device for the valve, that is the same for the electric operating device for all of the valves disposed in the air conditioning compartment Air conditioning system characterized by An electric actuator for the valve used in the air conditioning system according to claim 1,
The electric actuator for the valve includes an LSI chip on which a plurality of independent control programs are mounted in advance in order to control the operation of the electric actuator for the valve.
Each of the plurality of independent control programs is configured to be able to specify an input destination of an input value required for the program processing and an output destination to output an output value of the processing result of the program,
Further, the plurality of independent control programs are required from the plurality of independent control programs in order to perform control according to a control operation pattern preset for each electric actuator for the valve. The configuration is selectable,
The plurality of independent control programs built in the LSI chip of the valve electric actuator are the same for all the electric actuators for the valves arranged in the air conditioning section. Electric operating machine characterized by An air duct having a damper for controlling the intake of outside air in an air conditioning section of the building, an electric operating device for the damper for controlling the intake of outside air by controlling the driving of the damper, and a temperature detector In an air conditioning system for a building that performs air conditioning in the air conditioning section,
The damper electric operating device includes a communication unit that communicates with a central monitoring device, and an LSI chip that incorporates a plurality of independent control programs in advance to control driving of the damper, Each of the built-in control programs is configured to be able to specify the input destination of the input value required for the program processing and the output destination to output the output value of the processing result of the program,
The air conditioning system selects a program required for controlling the driving of the damper for each electric actuator for the damper from the plurality of independent control programs built in the LSI chip, Interactive program connection means for associating the input destination with the output destination for the selected control program and connecting as one program for controlling the driving of the damper,
The plurality of independent control programs incorporated in the LSI chip of the damper electric actuator are the same for all the damper electric operators arranged in the air conditioning section. Air conditioning system characterized by An electric actuator for the damper used in the air conditioning system according to claim 3,
The electric actuator for the damper includes an LSI chip on which a plurality of independent control programs are mounted in advance in order to control the operation of the electric actuator for the damper.
Each of the plurality of independent control programs is configured to be able to specify an input destination of an input value required for the program processing and an output destination to output an output value of the processing result of the program,
Further, the plurality of independent control programs are required from the plurality of independent control programs in order to perform control according to a control operation pattern set in advance for each electric actuator for the damper. The configuration is selectable,
The plurality of independent control programs incorporated in the LSI chip of the damper electric actuator are the same for all the damper electric operators arranged in the air conditioning section. Electric operating machine characterized by

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