Emerson Fisher FIELDVUEDVC6200p Instruction Manual
Instruction Manual Supplement
D104019X012
DVC6200p
November 2014
Module Definitions, IO Bytes, and Data Length
for FIELDVUE™ DVC6200p PROFIBUS PA Digital
Valve Controller
Contents
AO Module 3..................................
AI Module 8...................................
DO Module 9..................................
DI Module 10..................................
A GSD file contains information about the device capabilities.
Modules are defined within the GSD. Each module represents a distinct sub set of parameter values for a specific
function block in the DVC6200p; each function block can have one or more modules defined.
Slots originate in the Class 1 Master (Configuration Host) and represent an address range of bytes. Typically, slots will
define address ranges for Input values (I) and other address ranges for Output values (Q).
If a Slot is not used it must NOT be null or blank. It must be assigned as an Empty Module.
Modules are assigned to specific Slots. For example any of the AO modules must be assigned to Slot 1. If a DO module
is required it must be assigned to Slot 3. The slot assignments are defined in the device GSD file FC051037.gsd.
Slot Definition
Slot (1) = AO 21 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15
Slot (2) = AI 16 1,16,17
Slot (3) = DO 18 1,18,19,20,21,22,23,24
Slot (4) = DI 1 1 25 1,25
Slot (5) = DI 2 2 25 1,25
Note
The AO module is always assigned to the first slot. In some systems the first slot is defined as 0; consequently the AO module will
be defined as Slot 0, the AI module will be defined as Slot 1, etc.
Module
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DVC6200p
November 2014
Instruction Manual Supplement
D104019X012
The example below shows an AO Module, number 5, assigned to Slot 1. The slots that are not used have been assigned
as an EMPTY_MODULE. Different Class 1 Masters will present different views and may have a different number of
configurable slot locations.
The below example is from a Siemens PCS7. On the right pane the DVC6200p is selected. All of the modules available
for the device are listed. In this example Module 9 has been selected.
With the graphic image of the DVC6200p highlighted slot assignments are made in the table for the DVC6200p.
The AO module 9 has been assigned to Slot 0 (the first slot) in this example. Unused slots must be defined as
EMPTY_MODULE as shown below and not as Blank or Null. Most control systems define the Inputs (I) and Output (Q)
address ranges automatically.
2
Instruction Manual Supplement
D104019X012
AO Module
Slot 1 Assignment
Module Module Name Input Bytes Output Bytes
1 EMPTY_MODULE 0 0
2 AO_SP(S) 0 5
3 AO_SP(L) 0 5
4 AO_SP_RDBK_POSD(S) 7 5
5 AO_SP_RDBK_POSD(L) 7 5
6 AO_SP_CKBK(S) 3 5
7 AO_SP_CKBK(L) 3 5
8 AO_SP_RDBK_POSD_CKBK(S) 10 5
9 AO_SP_RDBK_POSD_CKBK(L) 10 5
10 AO_RIN_ROUT(S) 5 5
11 AO_RIN_ROUT(L) 5 5
12 AO_RIN_ROUT_CKBK(S) 8 5
13 AO_RIN_ROUT_CKBK(L) 8 5
14 AO_SP_RDBK_RIN_ROUT_POSD(S) 15 10
15 AO_SP_RDBK_RIN_ROUT_POSD(L) 15 10
DVC6200p
November 2014
Module 2
AO_SP(S)
Module Definition AO_SP(S)
Input data length 0
Output data length 5
Parameter data length 0
Identifiers 0xA4
Module 3
AO_SP(L)
Module Definition AO_SP(L)
Input data length 0
Output data length 5
Parameter data length 0
Identifiers 0x82, 0x84, 0x8, 0x5
AO_SP(S)
AO_SP(L)
SP Setpoint
Output (master view)
Initial Address 0
1 SP -
2 floating-point number
3
4 SP - status
3
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