EIFE Interface Specific Commands

Reset EIFE Alarms

To reset EIFE interface alarms, set the command registers in the following way:

Address	Register	Unit	Type	Range	Description
0x1F3F	8000	–	INT16U	41099	Command code = 41099
0x1F40	8001	–	INT16U	10	Number of parameters (bytes) = 10
0x1F41	8002	–	INT16U	8705 (0x2201)	Destination = 8705 (0x2201)
0x1F42	8003	–	INT16U	1	Security type of the command
0x1F43– 0x1F44	8004– 8005	–	OCTET STRING	–	Password of the command: Administrator or Operator user profile password

Preset Cradle/Drawer Counters

To preset the cradle or drawer counters, set the command registers in the following way:

Address	Register	Unit	Type	Range	Description
0x1F3F	8000	–	INT16U	41352	Command code = 41352
0x1F40	8001	–	INT16U	16	Number of parameters (bytes) = 16
0x1F41	8002	–	INT16U	8705	Destination = 8705 (0x2201)
0x1F42	8003	–	INT16U	1	Security type of the command
0x1F43– 0x1F44	8004– 8005	–	OCTET STRING	–	Password of the command: Administrator or Operator user profile password
0x1F45	8006	–	INT16U	0–65535	Connected counter reset/preset: 0–65534 = preset value of the connected counter 65535 (0xFFFF) = do not preset the connected counter
0x1F46	8007	–	INT16U	0–65535	Disconnected counter reset/preset: 0–65534 = preset value of the disconnected counter 65535 (0xFFFF) = do not preset the disconnected counter
0x1F47	8008	–	INT16U	0–65535	Test counter reset/preset: 0–65534 = preset value of the test counter 65535 (0xFFFF) = do not preset the test counter

Preset Regrease Timers

To preset regrease timers, set the command registers in the following way:

Address	Register	Unit	Type	Range	Description
0x1F3F	8000	–	INT16U	41353	Command code = 41353
0x1F40	8001	–	INT16U	18	Number of parameters (bytes) = 18
0x1F41	8002	–	INT16U	8705	Destination = 8705 (0x2201)
0x1F42	8003	–	INT16U	1	Security type of the command
0x1F43– 0x1F44	8004– 8005	–	OCTET STRING	–	Password of the command: Administrator or Operator user profile password
0x1F45–0x1F46	8006–8007	–	INT16U	–	Operating time since last grease maintenance 0–157766400 = preset value of regrease timer counter 4294967295 (0xFFFFFFFF) = No preset
0x1F47–0x1F48	8008–8009		INT32U	–	Operating time since last move in rack in position (delay from last disconnection) 0–28944000 = preset value of remove timer 4294967295 (0xFFFFFFFF) = No preset

Get Events Command

To get events, set the command registers in the following way:

Address	Register	Unit	Type	Range	Bit	Description
0x1F3F	8000	–	INT16U	50560	–	Command code = 50560
0x1F40	8001	–	INT16U	27	–	Number of parameters (bytes) = 27
0x1F41	8002	–	INT16U	8705 (0x2201)	–	Destination = 8705 (0x2201)
0x1F42	8003	–	INT16U	0	–	Security type of the command
0x1F43– 0x1F44	8004– 8005	–	OCTET STRING	–	–	Password of the command = 0 (no password required)
0x1F45	8006	–	–	–	–	Reserved
0x1F46	8007	–	INT16U	0, 2	–	Requested get event method Get Events Procedure: 0 = Most recent events 2 = Events before and up to a sequence number
0x1F47–0x1F4A	8008–8011	–	–	–	–	Reserved
0x1F4B–0x1F4C	8012–8013	–	INT32U	–	–	Requested event sequence number (for method 2 only)
0x1F4D	8014	–	INT16U	–	–	Requested event severity
					0–7	Reserved
					8	Low
					9	Medium
					10	High
					11–15	Reserved

Events are returned to command registers in the following way:

Address	Register	Unit	Type	Range	Bit	Description
0x1F53	8020	–	INT16U	50560	–	Last command code
0x1F54	8021	–	INT16U	–	–	Command status: 0 = Successful command Other value = command with error
0x1F55	8022	–	INT16U	–	–	Number of bytes returned
0x1F56	8023	–	–	–	–	Reserved
0x1F57	8024	–	INT16U	0, 2	–	Responded event requested method: 0 = Most recent events 2 = Events before and up to a sequence number
0x1F5E	8031	–	INT16U	–	–	Responded event severity
					0–7	Reserved
					8	Low
					9	Medium
					10	High
					11–15	Reserved
0x1F5F	8032	–	INT16U	–	–	MSB: Number of events returned
0x1F5F	8032	–	INT16U	–	–	LSB: Remaining events 0 = No more events to get 1 = More events to get
0x1F60	8033	–	INT16U	1013-25630	–	First event code
0x1F61–0x1F64	8034–8037	–	DATETIME	–	–	Timestamp of the first event
0x1F65	8038	–	INT16U	–	–	Timestamp quality of the first event
0x1F66–0x1F67	8039–8040	–	INT32U	–	–	First event sequence number
0x1F68	8041	–	INT16U	–	–	MSB: First event status 1 = Occurrence 2 = Completion 3 = Pulse LSB: Reserved
0x1F69	8042	–	–	–	–	Reserved
0x1F6A	8043	–	INT16U	–	–	First event severity
					0–7	Reserved
					8	Low
					9	Medium
					10	High
					11–15	Reserved
0x1F6B–0x1F75	8044–8054	–	INT16U	–	–	Characteristics of event 2 (same as event 1)
0x1F76–0x1F80	8055–8065	–	INT16U	–	–	Characteristics of event 3 (same as event 1)
0x1F81– 0x1F8B	8066–8076	–	INT16U	–	–	Characteristics of event 4 (same as event 1)
0x1F8C–0x1F96	8077–8087	–	INT16U	–	–	Characteristics of event 5 (same as event 1)
0x1F97–0x1FA1	8088–8098	–	INT16U	–	–	Characteristics of event 6 (same as event 1)
0x1FA2–0x1FAC	8099–8109	–	INT16U	–	–	Characteristics of event 7 (same as event 1)
0x1FAD–0x1FB7	8110–8120	–	INT16U	–	–	Characteristics of event 8 (same as event 1)
0x1FB8–0x1FC2	8121–8131	–	INT16U	–	–	Characteristics of event 9 (same as event 1)
0x1FC3–0x1FCD	8132–8142	–	INT16U	–	–	Characteristics of event 10 (same as event 1)

Get Events Procedure

The command allows to get events by using one of the two following methods:

get the most recent events
get events before and up to an event sequence number. The event sequence number is an event identifier defined by the device, and is available among the event characteristics. It can be used to sort the events in chronological order.

The command allows to get 10 events maximum for one or several severity levels.

To get the 10 most recent events, use the method “get the most recent events”.
If there are more than 10 events, use the other method “get events before and up to an event sequence number” to get rest of the events.

Example: Read all events

The following diagram shows the steps to follow to read all events recorded in the device:

EIFE Interface Events

Event Code	Description
2304 (0x0900)	Cradle position discrepancy
2305 (0x0901)	Cradle connected contact change
2306 (0x0902)	Cradle disconnected contact change
2307 (0x0903)	Cradle test contact change
2308 (0x0904)	Remove device from cradle and put it back
2309 (0x0905)	Cradle has reached its maximum number of operations
2310 (0x0906)	Remaining service life of cradle is below alarm threshold
2311 (0x0907)	New MicroLogic control unit has been detected