The entire range of Type, Logical, Parameter (TLP) settings are supported for all Emerson Process Management models/series listed in this manual.
In the following example TLP address, [Equipment1]92,0,3:UINT8 the address components are described in the table below.
TLP Component |
Description |
|---|---|
[Equipment1] |
External Device |
92 |
Point Type value for 92: Logon Parameters (LOGON) |
0 |
Logical (location) value for 1 |
3 |
Parameter value for keypad Security Level - Write Enabled |
UINT8 |
Data type |
Details on each TLP can be found in the ROC user manuals and the ROC Plus Protocol Reference from Emerson Process Management.
In the TLP field, enter the TLP. The following valid input formats are available:
[Equipment1]TT,LL,PP:DATATYPE
[Equipment1]TT,LL,PP.BIT:DATATYPE
The addresses represent the following components:
TLP Component |
Description |
|---|---|
[Equipment1] |
External Device |
TT |
Point Type (range 0 to 255) |
LL |
Logical (range 0 to 255) |
PP |
Parameter |
DATATYPE |
Data Type |
BIT |
Bit range, 0-7, 0-15, or 0-31. Available only for the following data types: BIN, INT8, INT16, INT32, UINT8, UINT16, UINT32. |
Valid Data type strings which can be entered in the Address Field are:
Name |
Description |
|---|---|
AC1 |
ASCII 1 character |
AC3 |
ASCII 3 characters |
AC7 |
ASCII 7 characters |
AC10 |
ASCII 10 characters |
AC12 |
ASCII 12 characters |
AC20 |
ASCII 20 characters |
AC30 |
ASCII 30 characters |
AC40 |
ASCII 40 characters |
BIN |
Binary 8 bit, or bit address 0-7*. |
FL |
Single Precision Floating Point |
DBL |
Double Precision Floating Point |
INT8 |
8 bit signed integer, or bit address 0-7*. |
INT16 |
16 bit signed integer, or bit address 0-15*. |
INT32 |
32 bit signed integer, or bit address 0-31*. |
TIME |
32 bit signed integer. |
TLP |
24 bit integer in 32 bits |
UINT8 |
8 bit unsigned integer, or bit address 0-7*. |
UINT16 |
16 bit unsigned integer, or bit address 0-15*. |
UINT32 |
32 bit unsigned integer, or bit address 0-31*. |
* When you write the bit address, the Display reads the word address corresponding to that of the External Device first. Then, it changes the target bit address among the word data once read and returns the word data to the External Device. Note that the correct data may not be read if you change the word address value in the ladder program while the Display reads the data of the External Device and returns it to the External Device.