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

88

Page 88
Image 88
Schneider Electric LUFP9 user manual Cmdreset Module, Address Symbol Display