IEC_BACNET_RELIABILITY (ENUM)¶

TYPE IEC_BACNET_RELIABILITY :

Describes the reliability of the main value from an BACnet object.

InOut:

Name	Initial	Comment
_RELIABILITY_MAX_SIZE	16#7FFFFFFF
RELIABILITY_NO_FAULT_DETECTED	0	The present value is reliable; that is, no other fault has been detected.
RELIABILITY_NO_SENSOR	1	No sensor is connected to the Input object.
RELIABILITY_OVER_RANGE	2	The sensor connected to the Input is reading a value higher than the normal operating range. If the object is a Binary Input, this is possible when the Binary state is derived from an analog sensor or a binary input equipped with electrical loop supervision circuits.
RELIABILITY_UNDER_RANGE	3	The sensor connected to the Input is reading a value lower than the normal operating range. If the object is a Binary Input, this is possible when the Binary Input is actually a binary state calculated from an analog sensor.
RELIABILITY_OPEN_LOOP	4	The connection between the defined object and the physical device is providing a value indicating an open circuit condition.
RELIABILITY_SHORTED_LOOP	5	The connection between the defined object and the physical device is providing a value indicating a short circuit condition.
RELIABILITY_NO_OUTPUT	6	No physical device is connected to the Output object.
RELIABILITY_UNRELIABLE_OTHER	7	The controller has detected that the present value is unreliable, but none of the other conditions describe the nature of the problem. A generic fault other than those listed above has been detected, e.g., a Binary Input is not cycling as expected.
RELIABILITY_PROCESS_ERROR	8	A processing error was encountered.
RELIABILITY_MULTI_STATE_FAULT	9	The Present_Value of the Multi-state object is equal to one of the states in the Fault_Values property and no other fault has been detected.
RELIABILITY_CONFIGURATION_ERROR	10	The object’s properties are not in a consistent state.
RELIABILITY_RESERVED_11	11	Reserved reliability for future addendum.
RELIABILITY_COMMUNICATION_FAILURE	12	Proper operation of the object is dependent on communication with a remote sensor or device and communication with the remote sensor or device has been lost.
RELIABILITY_MEMBER_FAULT	13	Indicates that the set of referenced member objects includes one or more Status_Flags properties whose FAULT flag value is equal to TRUE.
RELIABILITY_MONITORED_OBJECT_FAULT	14	Indicates that the monitored object is in fault.
RELIABILITY_TRIPPED	15	The end device, such as an actuator, is not responding to commands, prevented by a tripped condition or by being mechanically held open.
RELIABILITY_LAMP_FAILURE	16	Indicates that the lamp has failed in a physical lighting device.
RELIABILITY_ACTIVATION_FAILURE	17	Activation of changes has failed.
RELIABILITY_RENEW_DHCP_FAILURE	18	The attempt to obtain an IP address from a DHCP server has failed.
RELIABILITY_RENEW_FD_REGISTRATION_FAILURE	19	Renewing a foreign device registration with a BBMD has failed.
RELIABILITY_RESTART_AUTO_NEGOTIATION_FAILURE	20	The auto-negotiation algorithm has failed.
RELIABILITY_RESTART_FAILURE	21	The attempt to restart the port has failed.
RELIABILITY_PROPRIETARY_COMMAND_FAILURE	22	A proprietary command has failed.
RELIABILITY_FAULTS_LISTED	23	An faulty lift position or general fault is present.
RELIABILITY_REFERENCED_OBJECT_FAULT	24	An object reference is invalid.
RELIABILITY_MULTI_STATE_OUT_OF_RANGE	25	Present value of multistate object is greater than last written number of states.