JP2014041400A - Facility diagnostic device and management point setting method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To reduce a workload and setting mistake in the case of setting management points even in a largely scaled facility.SOLUTION: A management point setting section 21 selects management points as a candidate, from point information for each diagnostic parameter in accordance with a selecting operation, in which the value range of measurement value data obtained from the management points is coincident with the measurement value range of the diagnostic parameter, and the point classification of the management points is coincident with the point classification of the diagnostic parameter, and the point designation of the management points is coincident or partially coincident with the diagnostic parameter name of the diagnostic parameter, and displays those management points in a form of a list on a management point setting screen in association with the diagnostic parameters, and registers the management points selected as the candidate in association with each of the corresponding diagnostic parameters on the basis of the display content of the management point setting screen in accordance with a registering operation.

Description

  The present invention relates to a facility management technique, and more particularly to a management point setting technique used when an existing management point set for equipment in a facility is used in a facility diagnosis apparatus.

In large-scale facilities such as tenant buildings, hospitals, schools, and commercial facilities, the facility management equipment constantly monitors the equipment status of each facility such as air conditioning, lighting, crime prevention, and disaster prevention. .
In such a facility management apparatus, management points to be monitored are set in advance for each facility, and data acquired from these management points is displayed on a monitoring screen (for example, patent document). 1 etc.).

  In addition, for the management points of equipment, various point information such as name, address, point type (ON / OFF on / off, analog data, alarm data, energy data), data value unit, etc. are preset by the operator. . When setting point information for these management points, the point information is set based on a certain setting rule so that the relationship between the management points can be easily grasped. For example, the addresses are set hierarchically for each system for dividing and managing the facilities, and the names of the facilities unified in advance are used for the names. In particular, the name of the management point has been formulated and published by the “TSC21 Promotion Council” and data notation and naming rules are being set based on these rules.

JP 2004-341598 A Japanese Patent No. 4873985

In recent years, in response to growing awareness of energy conservation, equipment monitoring systems (BAS) that monitor the operation and state of equipment, energy management systems (BEMS) that visualize energy consumption status, and irrational energy in facilities In order to avoid the consumption state, the introduction of a fault detection device that detects such an unreasonable energy consumption state as a fault is being promoted (see, for example, Patent Document 2).
In the equipment diagnosis apparatus for diagnosing the operation status of such equipment, based on a predetermined diagnosis parameter, data is acquired from each management point set in the equipment, and these data are aggregated to determine a predetermined diagnosis logic. Based on the above, the operation status is determined, and when a situation to be improved is detected, an alarm is displayed to prompt a work for solving the situation.

When a facility diagnosis apparatus is newly introduced and a diagnosis logic is newly set, or when a diagnosis logic is changed, a management point on the facility side to be diagnosed by the diagnosis logic needs to be set based on a diagnosis parameter.
In this case, since the management point set by the facility management apparatus can be used by the facility diagnosis apparatus, the existing management point may be linked to the diagnosis logic based on the diagnosis parameter.

In the management point setting operation in such an equipment diagnosis apparatus, management point information acquired from the facility management apparatus is displayed in a list on the screen, and a management point used in the diagnosis logic is selected based on the diagnosis parameter.
At this time, if the facility size is small and the number of management points is small, the desired management point can be selected smoothly from the list display, but in large-scale facilities such as tenant buildings, hospitals, schools, commercial facilities, etc. However, since the number of management points is tens of thousands, there is a problem that the work load required for selecting the management points increases, which causes a setting error and the like.

  The present invention is intended to solve such problems, and it is an object of the present invention to provide a management point setting technique that can reduce the work burden and setting mistakes when setting a management point even in a large-scale facility. .

  In order to achieve such an object, the equipment diagnosis device according to the present invention is a measurement value obtained from a management point set in advance for the equipment, acquired from a facility management device that manages each equipment in the facility. A facility diagnosis device for diagnosing the operation status of the facility based on data, the data acquisition unit for acquiring point information including a system, an address, and a name of the management point from the facility management device, Among the measurement value data, for each measurement value data used when diagnosing the operation status of the facility, the measurement value range of the measurement value data, the point type of the management point from which the measurement value data is obtained, and the management point A storage unit for storing diagnostic parameters including attribute values consisting of diagnostic parameter names for identifying point names, and depending on the selection operation by the operator For each of the diagnostic parameters, out of the management points included in the point information, the value range of the measured value data obtained at the management point matches the measured value range of the diagnostic parameter, and A management point whose point type matches the point type of the diagnostic parameter and whose point name matches or partially matches the diagnostic parameter name of the diagnostic parameter is selected as a candidate, and these management points are selected as the diagnostic parameter. A management point setting unit that displays a list on the management point setting screen in association with each other, and a setting editing unit that edits attribute values of candidate management points displayed on the management point setting screen according to an editing operation by the operator. The management point setting unit includes a registration operation by an operator. Depending on, on the basis of the display contents of the control point setting screen, the management point is selected as a candidate, in which be registered in association to each of the corresponding diagnostic parameters.

  In addition, according to a configuration example of the facility diagnosis apparatus, the point address corresponds to the point address of the management point specified by the peripheral information display request operation for the upper specified number of digits in response to the peripheral information display request operation by the operator. A peripheral information display unit that searches for the same management point from the point information and pops up a list of management points obtained as peripheral information of the management point is further provided.

  In addition, according to one configuration example of the facility diagnosis apparatus, a management point having a point name similar to the point name of the management point designated by the other candidate information display request operation is selected in response to the other candidate information display request operation by the operator. A further candidate information display unit that pops up a list of management points obtained from the point information 31 and obtained as other candidate information of the management points is further provided.

  Further, the management point setting method according to the present invention is based on the measurement value data obtained from the management point set in advance for the equipment, acquired from the facility management apparatus that manages each equipment in the facility. The management point setting method used in the equipment diagnosis device for diagnosing the operation status of the data, wherein the data acquisition unit acquires the point information including the system, address, and name of the management point from the facility management device An acquisition step and a management point from which the storage unit obtains the measurement value range of the measurement value data and the measurement value data for each measurement value data used when diagnosing the operation status of the facility among the measurement value data A diagnostic parameter including an attribute value consisting of the point type of the management point and the diagnostic parameter name for identifying the point name of the management point A storage step and a management point setting unit for each of the diagnostic parameters according to a selection operation by an operator, from among the management points included in the point information, the value of the measurement value data obtained at the management point The range matches the measured value range of the diagnostic parameter, the point type of the management point matches the point type of the diagnostic parameter, and the point name of the management point matches the diagnostic parameter name of the diagnostic parameter or A management point setting step of selecting a partially matching management point as a candidate and displaying the management point in a list on the management point setting screen in association with the diagnosis parameter, and a setting editing unit according to the editing operation by the operator, Candidate management displayed on the management point setting screen A setting editing step for editing the attribute value of the component, and the management point setting step selects a management point selected as a candidate based on the display content of the management point setting screen according to a registration operation by an operator. The corresponding diagnostic parameters are registered in association with each other.

  According to the present invention, the management point can be accurately selected by the combination of the physical attribute and the instrumentation attribute of the management point. Even in a large-scale facility, the work load and the setting error when setting the management point are possible. Can be reduced.

It is a block diagram which shows the structure of an equipment diagnostic apparatus. It is a structural example of point information. It is a structural example of a diagnostic parameter. It is a flowchart which shows a management point setting process. It is a display example of a management point setting screen. It is a display example of a peripheral information display screen. It is a display example of another candidate information display screen.

[Principle of the Invention]
Since the management points set in the facility management device are used in the facility diagnosis device, when a management point from which the measured value data to be diagnosed by the diagnosis logic is automatically selected from the point information acquired from the facility management device, a large-scale Since there are a plurality of similar management points in the facility, it is necessary to accurately select the corresponding management point based on the diagnosis parameter of the diagnosis logic.

  Here, of the point information, the point name is the most effective information for distinguishing the management point, but in reality, it is rare that the naming rule is strictly determined for each site, and the naming rule Even if there is, it is difficult to operate continuously. The reason is as follows.

1. The detailed information for determining the naming rule, particularly the system name, is usually decided sequentially according to the progress of the building work, and not all the detailed information is obtained in advance.
2. In instrumentation engineering work, although there are differences in the situation at each site, a large number of management point setting requests are generated, and therefore, the work is often shared by a plurality of engineers.
3. Due to the length restriction on the name, an abbreviation is entered.
4). Management point additions and changes occur as the construction progresses.
5. In order for the instrumentation system to operate normally, the accuracy of the point type (analog point, digital point, accumulated point) is necessary, but the accuracy of the point name and unit is not required.

  On the other hand, the point name includes the physical location of the management point and the meaning / purpose / measurement content of the management point. Contains important information.

In the management point setting work, when the contents of the point information are verified in such a situation, the point information includes the range of measurement values obtained at the management point and the type of data obtained at the management point. A physical attribute that does not include contingency as an attribute value and does not reflect the nature of instrumentation work is registered.
Similarly, in the point information, instrumentation attributes that include contingency as an attribute value and reflect the nature of instrumentation work, such as the point name of the management point and the unit of data obtained from the management point, are registered. ing.

  The present invention pays attention to the fact that attribute information having different properties is included in the point information of such management points, and the measured value data is a diagnostic parameter for specifying each measured value data to be diagnosed by the diagnostic logic. Based on the combination of physical attributes and instrumentation attributes specified by the diagnostic parameters from the point information acquired from the facility management device, the physical logic and instrumentation attributes of the obtained management points are set in advance. The management point used in is automatically selected.

[Description of Embodiment]
Next, an embodiment of the present invention will be described with reference to the drawings.
First, a facility diagnosis apparatus 10 according to an embodiment of the present invention will be described with reference to FIG. FIG. 1 is a block diagram showing the configuration of the equipment diagnosis apparatus.

  The facility diagnosis apparatus 10 is composed of an information processing apparatus such as a server apparatus or a personal computer as a whole, and is based on the point information 31 and the measurement value data 32 acquired from the facility management apparatus 30 by data communication via the communication line L1. It has a function of diagnosing the operating status of equipment.

  The facility management device 30 is composed of an information processing device such as a server device or a personal computer as a whole, and at each management point set in the facility 40 by data communication via the communication line L3 based on the point information 31, these facilities are installed. 40, and also has a function of acquiring measured value data 32 indicating the status of these facilities 40.

  The facility diagnostic apparatus 10 includes, as main functional units, a communication I / F unit 11, an operation input unit 12, a screen display unit 13, a storage unit 14, a diagnostic parameter storage unit 14A, a data acquisition unit 15, and a facility diagnostic unit 16. A management point setting unit 21, a setting editing unit 22, a peripheral information display unit 23, and another candidate information display unit 24 are provided.

The communication I / F unit 11 has a function of performing data communication with an external device such as the facility management device 30 via the communication line L1.
The operation input unit 12 includes an operation input device such as a keyboard and a mouse, and has a function of detecting an operator's operation.
The screen display unit 13 includes a screen display device such as an LCD, and has a function of displaying data output from each function unit such as an operation menu and a management point setting screen.

The storage unit 14 includes a storage device such as a hard disk or a semiconductor memory, and has a function of storing processing data and programs used for various processes such as equipment diagnosis processing and management point setting processing.
The program is a program that realizes various processing such as equipment diagnosis processing and management point setting processing by being read and executed by the CPU, and is read in advance from an external device or a recording medium via the communication I / F unit 11. And stored in the storage unit 14.

  As main processing information stored in the storage unit 14, in addition to the point information 31 and measurement value data 32 acquired from the facility management apparatus 30, diagnosis logic information for diagnosing the operation status of the equipment, and measurement referred to by the diagnosis logic There are diagnostic parameters to identify value data.

  The data acquisition unit 15 performs data communication with the facility management device 30 from the communication I / F unit 11 via the communication line L1 when executing the facility diagnosis processing and the management point setting processing. In addition to the measurement value data 32, it has a function of acquiring point information 31 including the system, address, and name of the management point and storing it in the storage unit 14.

  The facility diagnosis unit 16 has a function of extracting the measurement value data of the management point corresponding to the diagnosis parameter from the measurement value data 32 of the storage unit 14, and totalizes the extracted measurement value data based on the diagnosis logic. A function for diagnosing the operation status of the equipment by comparing the aggregated results with the judgment criteria, and when a situation to be improved is detected, an alarm is displayed on the screen display unit 13 and work for solving the situation is performed. It has a function to prompt.

  The management point setting unit 21 displays a management point setting screen of the screen display unit 13 in response to a management point setting request operation by an operator using the operation input unit 12, and various operator operations on the subsequent management point setting screen. Accordingly, each diagnostic parameter in the storage unit 14 has a function of registering and registering any management point included in the point information 31.

  Specifically, the management point setting unit 21 sets the name of the target system to which the facility 40 of the management point to be set in the diagnosis parameter belongs according to the target system setting operation and the selection operation. For each diagnostic parameter, among the management points included in the point information 31, the management point belongs to the target system, and the measurement value data obtained at the management point matches the measurement value range of the diagnosis parameter. And a function for selecting a management point whose point type of the management point matches the point type of the diagnostic parameter and whose point name matches or partially matches the diagnostic parameter name of the diagnostic parameter as a candidate. And have.

  Furthermore, the management point setting unit 21 is configured to display a list of management points selected as candidates on the management point setting screen in association with the diagnosis parameter, and based on the display content of the management point setting screen according to the registration operation. The management point selected as a candidate is officially registered in association with each corresponding diagnostic parameter.

FIG. 2 is a configuration example of point information. Here, as main attribute values, attribute values such as address, name, type, facility system, and unit are registered for each management point.
Among these, the address is an address used when the facility management apparatus 30 performs data communication with the management point set in the facility 40. The name is a name indicating the management point, and is set based on a general setting rule. The type is type information indicating the function of the management point, such as an analog data acquisition point, a digital data acquisition point, a facility ON / OFF start point, and an alarm point. The facility system is system information of facilities provided by dividing each facility 40 such as a building, a floor, and a partition in the facility in advance. The unit is information indicating a unit of measurement value data obtained at the management point.

FIG. 3 is a configuration example of diagnostic parameters. Here, as main attribute values, attribute values such as a diagnosis parameter name, unit, type, and measured value range are registered for each diagnosis parameter.
Among these, the diagnostic parameter name is the name of the diagnostic parameter, and all or a part of the name of the management point corresponding to the diagnostic parameter is used. The unit is information indicating a unit of measurement value data obtained at a management point corresponding to the diagnosis parameter. The measurement value range is a value range that can be taken by measurement value data obtained at a management point corresponding to the diagnosis parameter. Further, the management point setting process registers the point address and point name of the management point for these diagnostic parameters.

  The setting editing unit 22 has a function of editing / changing candidate management points displayed on the management point setting screen in response to an editing operation by the operator using the operation input unit 12 on the management point setting screen. Have.

  The peripheral information display unit 23 selects the specified management point from among the management points included in the point information 31 in response to the peripheral information display request operation that specifies the management point by the operator using the operation input unit 12. A function for searching for a management point having the same point address as the point address and the upper specified number of digits, and peripheral information including a list of searched management points are displayed on the screen display unit 13 using an auxiliary screen such as a pop-up screen. And a screen display function.

  The other candidate information display unit 24 selects the management point specified from among the management points included in the point information 31 in response to the other candidate information display request operation that specifies the management point by the operator using the operation input unit 12. A function for searching for a management point having a point name similar to the point name of the point and other candidate information including a list of searched management points are displayed on the screen display unit 13 using an auxiliary screen such as a pop-up screen. It has a function.

  Among these functional units, the data acquisition unit 15, the equipment diagnosis unit 16, the management point setting unit 21, the setting editing unit 22, the peripheral information display unit 23, and the other candidate information display unit 24 are programmed by the CPU from the storage unit 14. Realized by reading and executing.

[Operation of the embodiment]
Next, with reference to FIG. 4, the management point setting process of the equipment diagnosis apparatus 10 according to the present embodiment will be described. FIG. 4 is a flowchart showing the management point setting process.

  The equipment diagnosis apparatus 10 executes the management point setting process of FIG. 4 according to the management point setting request operation by the operator detected by the operation input unit 12. Prior to this management point setting process, it is assumed that the point information 31 and the measurement value data 32 of the facility management apparatus 30 are acquired by the data acquisition unit 15 and stored in the storage unit 14. In addition, it is assumed that diagnostic parameters in which attribute values are already set are registered in the storage unit 14.

First, the management point setting unit 21 reads out each attribute value of the diagnostic parameter from the storage unit 14 and displays the list on the management point setting screen of the screen display unit 13 (step 100).
FIG. 5 is a display example of the management point setting screen. The management point setting screen 50 displays various pieces of information for setting a management point for each diagnosis parameter using various symbols for realizing a GUI (Graphical User Interface) using, for example, an HTML format.

  Specifically, on the management point setting screen 50, a system name column 51 for setting the equipment system of the management point to be set, and a selection button 52 for automatically selecting a management point corresponding to each diagnosis parameter as a candidate. A list display field 53 for displaying a list of diagnostic parameters and attribute values of management points is provided.

The management point setting screen 50 includes a peripheral information display button 54 for displaying the peripheral information of the management point for each management point displayed as a diagnostic parameter candidate, and other candidate information of the management point. Another candidate information display button 55 for display is provided.
The management point setting screen 50 also includes a registration button 56 for registering the management points selected and displayed as candidates in the list display field 53 in association with the corresponding diagnostic parameters, and the management point setting. A cancel button 57 for canceling the management point setting process based on the content displayed on the screen 50 is provided.

  Next, the management point setting unit 21 names the target system to which the management point equipment 40 to be set in the diagnosis parameter belongs in response to the target system setting operation, that is, the system name input operation to the system name column 51. (Step 101), and in response to a selection operation by the selection button 52 thereafter, management points corresponding to the attribute values of the diagnostic parameters are selected from the point information 31 as candidates (step 102). Are displayed in the list display field 53 (step 103), and then the management point editing loop LP is entered.

  In the management point editing loop LP, when there is an editing operation on the list display field 53 on the management point setting screen (step 110: YES), the setting editing unit 22 displays on the management point setting screen according to the editing operation. The candidate management point is edited / changed (step 111), and the process returns to the management point editing loop LP.

  Further, in the management point editing loop LP, when there is a peripheral information display request operation by the peripheral information display button 54 on the management point setting screen (step 112: YES), the peripheral information display unit 23 is connected to the peripheral information display button 54. The peripheral information related to the corresponding management point is displayed on the screen display unit 13 using an auxiliary screen such as a pop-up screen (step 113), and the processing returns to the management point editing loop LP.

FIG. 6 is a display example of the peripheral information display screen. On this peripheral information display screen 60, a management point having the same point address as that of the management point corresponding to the peripheral information display button 54 and the upper specified number of digits is searched from the point information 31, and the points of these management points are searched. Addresses and point names are listed in the list display field 61.
With this peripheral information display screen 60, it is possible to easily confirm other management points having close addresses with respect to the management point selected as a candidate for the diagnosis parameter, and whether or not the management point is suitable as a candidate. The operator can easily determine.

  Further, in the management point editing loop LP, when there is another candidate information display request operation by the other candidate information display button 55 on the management point setting screen (step 114: YES), the other candidate information display unit 24 displays the other candidate information. Other candidate information related to the management point corresponding to the display button 55 is displayed on the screen display unit 13 using an auxiliary screen such as a pop-up screen (step 115), and the processing returns to the management point editing loop LP.

FIG. 7 is a display example of the other candidate information display screen. On this other candidate information display screen 70, management points having a point name similar to the point name of the management point corresponding to the other candidate information display button 55 are searched from the point information 31, and the point address and point name of these management points are searched. Are listed in the list display column 71. For each management point, a selection button 72 for selecting the management point as a new candidate is provided.
With this other candidate information display screen 70, it is possible to easily confirm other management points having similar names with respect to the management point selected as a candidate for the diagnosis parameter, and whether or not the management point is suitable as a candidate. The operator can easily determine and other candidates can be selected easily.

  Further, in the management point editing loop LP, when there is a registration operation by the registration button 56 on the management point setting screen (step 116: YES), the management point setting unit 21 displays the list display field 53 of the management point setting screen 50. A management point selected as a candidate based on the displayed display contents is associated with each corresponding diagnosis parameter and formally registered in the storage unit 14 (step 117), and a series of management point setting processes Exit.

  Further, in the management point editing loop LP, when a cancel operation is performed by the cancel button 57 on the management point setting screen (step 118: YES), a series of management point setting processes is terminated.

[Effect of the embodiment]
Thus, in the present embodiment, the management point setting unit 21 is obtained at the management point from among the management points included in the point information 31 for each diagnosis parameter in accordance with the selection operation by the operator. The value range of the measured value data matches the measured value range of the diagnostic parameter, the point type of the management point matches the point type of the diagnostic parameter, and the point name of the management point is diagnosed by the diagnostic parameter A management point that matches or partially matches the parameter name is selected as a candidate, and these management points are displayed in a list on the management point setting screen in association with the diagnosis parameter, and the setting editing unit 22 performs an editing operation by the operator. Edit attribute values of candidate management points displayed on the management point setting screen The management point setting unit 21 registers the management point selected as a candidate in association with each corresponding diagnostic parameter based on the display content of the management point setting screen according to the registration operation by the operator. It is a thing.

As a result, from the point information 31 acquired from the facility management apparatus 30, the incident value is not included as an attribute value such as the measurement value range and the point type specified by the diagnosis parameter, and the property of the instrumentation work is also reflected. A combination of physical attributes that are not used and instrumentation attributes that include contingency as an attribute value and reflect the nature of instrumentation work, such as the point name of the management point and the unit of data obtained from the management point Based on this, the management point corresponding to the diagnostic parameter is automatically selected.
Therefore, the management point can be accurately selected by the combination of the physical attribute and the instrumentation attribute of the management point, and the work load and setting mistake at the time of setting the management point are reduced even in a large-scale facility. It becomes possible.

Further, in the present embodiment, the peripheral information display unit 23 is provided, and the management point specified by the peripheral information display request operation for the upper specified number of digits according to the peripheral information display request operation by the operator. A management point equal to the point address may be searched from the point information 31 and a list of the obtained management points may be popped up as peripheral information of the management point.
As a result, it is possible to easily check other management points having close addresses with respect to the management point selected as a candidate for the diagnosis parameter, and the operator can easily determine whether the management point is suitable as a candidate. can do.

In the present embodiment, the other candidate information display unit 24 is provided, and the point name similar to the point name of the management point designated by the other candidate information display request operation according to the other candidate information display request operation by the operator May be retrieved from the point information 31 and a list of the obtained management points may be popped up as other candidate information of the management point.
This makes it possible to easily check other management points with similar names for the management points selected as candidates for the diagnostic parameters, and the operator can easily determine whether the management points are suitable as candidates. And other candidates can be easily selected.

Further, in the present embodiment, the management point setting unit 21 sets the name of the target system to which the management point facility 40 to be set to the diagnosis parameter belongs in response to the target system setting operation, and corresponds to the diagnosis parameter. When the management point to be automatically selected is selected, it may be selected from the management points belonging to the target system.
Thereby, the management point corresponding to the diagnostic parameter can be automatically selected with higher accuracy.

[Extended embodiment]
The present invention has been described above with reference to the embodiments, but the present invention is not limited to the above embodiments. Various changes that can be understood by those skilled in the art can be made to the configuration and details of the present invention within the scope of the present invention.

  DESCRIPTION OF SYMBOLS 10 ... Equipment diagnostic apparatus, 11 ... Communication I / F part, 12 ... Operation input part, 13 ... Screen display part, 14 ... Memory | storage part, 15 ... Data acquisition part, 16 ... Equipment diagnostic part, 21 ... Management point setting part, DESCRIPTION OF SYMBOLS 22 ... Setting edit part, 23 ... Peripheral information display part, 24 ... Other candidate information display part, 30 ... Facility management apparatus, 31 ... Point information, 32 ... Measurement value data, 40 ... Equipment, L1, L3 ... Communication line.

Claims (4)

A facility diagnostic apparatus for diagnosing the operation status of the equipment based on measured value data obtained from a management point set in advance for the equipment, acquired from a facility management apparatus that manages each equipment in the facility. ,
From the facility management device, a data acquisition unit that acquires point information including a system, an address, and a name of the management point;
Among the measurement value data, for each measurement value data used when diagnosing the operation status of the facility, the measurement value range of the measurement value data, the point type of the management point from which the measurement value data is obtained, and the management point A storage unit for storing a diagnostic parameter including an attribute value including a diagnostic parameter name for specifying the point name of
According to the selection operation by the operator, the value range of the measurement value data obtained at the management point is the same as the measurement value range of the diagnosis parameter among the management points included in the point information for each diagnosis parameter. And selecting a management point whose point type of the management point matches the point type of the diagnostic parameter and whose point name matches or partially matches the diagnostic parameter name of the diagnostic parameter as a candidate, A management point setting unit that displays these management points in a list on the management point setting screen in association with the diagnosis parameter;
A setting editing unit that edits attribute values of candidate management points displayed on the management point setting screen according to an editing operation by an operator;
The management point setting unit registers a management point selected as a candidate in association with each corresponding diagnostic parameter based on the display content of the management point setting screen according to a registration operation by an operator. A facility diagnosis device. In the equipment diagnostic apparatus according to claim 1,
In response to the peripheral information display request operation by the operator, the point address is searched for a management point equal to the point address of the management point specified by the peripheral information display request operation for the upper specified number of digits, from the point information, An equipment diagnosis apparatus, further comprising a peripheral information display unit that pops up a list of the management points obtained as peripheral information of the management points. In the equipment diagnostic apparatus according to claim 1,
In response to the other candidate information display request operation by the operator, a management point having a point name similar to the point name of the management point designated by the other candidate information display request operation is searched from the point information 31, and the obtained management point A facility diagnosis apparatus, further comprising: another candidate information display unit that pops up a list of the above as other candidate information of the management point. Used in a facility diagnosis device that diagnoses the operation status of the facility based on measured value data obtained from a management point set in advance for the facility, acquired from a facility management device that manages each facility in the facility A management point setting method,
A data acquisition step in which the data acquisition unit acquires point information including the system, address, and name of the management point from the facility management device;
For each measurement value data used when the storage unit diagnoses the operation status of the equipment among the measurement value data, the measurement value range of the measurement value data, the point type of the management point from which the measurement value data is obtained, And a storage step for storing a diagnostic parameter including an attribute value consisting of a diagnostic parameter name for specifying the point name of the management point;
The management point setting unit, for each diagnosis parameter, determines the value range of the measured value data obtained at the management point from the management points included in the point information for each diagnosis parameter. Management point where the point type of the management point matches the point type of the diagnostic parameter, and the point name of the management point matches or partially matches the diagnostic parameter name of the diagnostic parameter A management point setting step that selects these management points as candidates and displays the management points in a list on the management point setting screen in association with the diagnosis parameters;
A setting editing unit that edits attribute values of candidate management points displayed on the management point setting screen according to an editing operation by an operator;
In the management point setting step, the management point selected as a candidate is registered in association with each corresponding diagnostic parameter based on the display content of the management point setting screen according to the registration operation by the operator. A characteristic management point setting method.

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