This object contains attributes common to many Metasys system objects. These common attributes are described in the Common Object Attributes section. This section includes attributes of the Focus/Configuration tab, the Diagnostics tab (if applicable), and any other tab specific only to this object. See the Object and Feature Tabs section for information on the attributes that appear on the other tabs of this object (for example, the Hardware and Options tab appear on point objects).
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Attribute Name |
Notes |
Initial Value |
Description |
|---|---|---|---|
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Alarm State |
Indicates the current state of the object. |
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COV Min Send Time |
W |
15 |
Configures the object to send COV messages on a periodic basis instead of on every change of value that exceeds the COV Increment. |
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Enabled |
CW |
True |
If True, allows communication between the Metasys system and the MS/TP controller. |
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End of Line |
False |
Indicates whether the device is at the end of the bus. | |
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Fixed Boot Version |
Indicates the version of the Boot code in the field device. The Boot code is responsible for loading the Main code. | ||
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Graphic |
CW |
Indicates the graphic associated with the object. | |
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Graphic Alias |
CW |
Indicates a portion of the graphic’s item reference, up to and including the name of the folder containing this object or the controller containing this point. |
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In Test |
Displays True when a Control Sequence in the device is currently in a test mode. When True, the device is marked offline, although communication with the device is acceptable. |
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JCI System Status |
Reflects the current status of the system. | ||
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Location |
Indicates the physical location of the device. | ||
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Manual Time Sync Type |
CW |
Automatic |
Configures the type of BACnet Time Synchronization to send to a BACnet device.
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Model Name |
Indicates the product code for the device. | ||
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Offline |
Indicates whether the MS/TP controller is offline. | ||
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Pcode |
Displays the device orderable product code. | ||
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Protocol Obj Supported |
Indicates which standardized object types the device’s protocol implementation supports. Protocol Conformance Class reflects the minimum set of object types, but implementation often supports additional standard and non-standard object types with their own set of attributes. (The list of attributes supported for a particular object may be acquired by use of the ReadPropertyMultiple Web method with an attribute reference of All.) |
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Protocol Ser Supported |
Indicates which standardized protocol services the device's protocol implementation supports. Protocol Conformance Class reflects the minimum set of services, but implementation often supports additional standardized services. |
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Startup Code Version |
Specifies the version of the Startup code running in the controller. The Startup code is responsible for initial power up operations. |
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Vendor ID |
Identifies the unique manufacturer’s identifier, as defined by ASHRAE. For Johnson Controls, this value is 5. | ||
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Vendor Name |
Identifies the manufacturer of the device (should be Johnson Controls). |
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Attribute Name |
Notes |
Initial Value |
Values/Options/Range |
|---|---|---|---|
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CPU Usage |
Specifies a running average of CPU use. The value is updated every minute. |
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Flash Usage |
Specifies the estimated percent of flash memory currently in use. The percentage is based on the portion of flash that is designated for use by the user’s database. A value greater than 100% can affect system reliability now or in future software releases. There are no restrictions in place to prohibit use of flash over 100%. |
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Has Unbound References |
Indicates that a process cannot find an object either because the device on which the object is located is offline, the object has been deleted, or the object reference is incorrect. |
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Memory Usage |
Specifies the percent of field device RAM currently in use. | ||
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Object Count |
Indicates the number (count) of all of the object instances within the device. Objects of all types are included. | ||
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Object Memory Usage |
Specifies the percent of the object database that is currently in use. Each object created consumes memory within the object database. This attribute can be used to help determine the device’s capacity for additional objects; however, other performance indicators should also be assessed. Also, an attempt to create an object known to require X bytes of object database may fail even if more than X bytes are available in the object database. This is because the object database is composed of multiple blocks. A free space block of at least X contiguous bytes available for allocation may not exist, even if the total free space is more than X bytes. |