Schneider Electric LUFP9 user manual Cmdreset Module, Address Symbol Display

9. Appendix C: Practical Example (RSLogix 500)

The various data used by this sub-program are shown in the following table:

Address		Symbol	Description
I:1.[N7:0]/	0	—	Bit	0 “Ready” of the TeSys U status register
I:1.[N7:0]/	1	—	Bit	1 “On” of the TeSys U status register
I:1.[N7:0]/	2	—	Bit	2 “Fault” of the TeSys U status register
I:1.[N7:0]/14		—	Bit 14 “Reserved: Local control” of		the	TeSys U
			motor starter status register
N7:32/[N7:0]		CMD_RUN [ MODULE ]	User command: Start (1) / Stop (0) on the motor
			starter whose number is N7:0
N7:33/[N7:0]		CMD_REVERSE [ MODULE ]	User command: Run forwards (0) / Reverse (1) on
			the motor starter whose number is N7:0
N7:34/[N7:0]		MON_FAULTY_DEV [ MODULE ]	User monitoring: Fault (1) / No fault (0) on the
			motor starter whose number is N7:0
N7:35/[N7:0]		CMD_RESET [ MODULE ]	User command: Fault reset (1) on the motor starter
			whose number is N7:0
O:1.[N7:0]/	0	—	Bit 0 “Reserved: Run Forward” of		the	TeSys U
			command register addressed with N7:0
O:1.[N7:0]/	1	—	Bit 1 “Reserved: Run Reverse” of		the	TeSys U
			command register addressed with N7:0
O:1.[N7:0]/	2	—	Bit 2 “Reserved (brake)” of the TeSys U command
			register addressed with N7:0
O:1.[N7:0]/	3	—	Bit 3 “Reset” of the TeSys U command			register
			addressed with N7:0
			Parameter for accessing the motor starter (index
N7:0		MODULE	between 2 and 9, for TeSys U motor starters nos. 1
			to 8)

The example includes a personalized data monitoring screen, known as “CDM 0 - CMD_MON”, in order to simplify the use of this example. The content of this screen is shown below:

Address	Symbol	Display
O:1/ 0	SCAN_VALIDATION	Binary
O:1/21	FB_DU	Binary
O:1/22	FB_HS_SEND	Binary
N7:0	MODULE	Decimal
N7:32	CMD_RUN	Binary
N7:33	CMD_REVERSE	Binary
N7:34	MON_FAULTY_DEV	Binary
N7:35	CMD_RESET	Binary
I:1.2	MON_TESYS_U_1	Binary
O:1.2	CMD_TESYS_U_1	Binary
I:1.3	MON_TESYS_U_2	Binary
O:1.3	CMD_TESYS_U_2	Binary

Address	Symbol	Display
I:1.4	MON_TESYS_U_3	Binary
O:1.4	CMD_TESYS_U_3	Binary
I:1.5	MON_TESYS_U_4	Binary
O:1.5	CMD_TESYS_U_4	Binary
I:1.6	MON_TESYS_U_5	Binary
O:1.6	CMD_TESYS_U_5	Binary
I:1.7	MON_TESYS_U_6	Binary
O:1.7	CMD_TESYS_U_6	Binary
I:1.8	MON_TESYS_U_7	Binary
O:1.8	CMD_TESYS_U_7	Binary
I:1.9	MON_TESYS_U_8	Binary
O:1.9	CMD_TESYS_U_8	Binary

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