Manual
Table Of Contents
- Important Notes
- Notice
- Limited Warranty
- Preface
- Chapter 1 Module Overview
- Chapter 2 Installation and Wiring
- Chapter 3 Configuring the Module using Software
- Section 3.1 Configuring the System
- Section 3.2 Setting Up Tags
- Section 3.3 Editing XML Tag Information
- Section 3.4 Generating Structured Text
- Section 3.5 Using the CCW Structured Text Example
- Section 3.6 Viewing Version Information
- Section 3.7 Viewing Log Information
- Section 3.8 Upgrading the Software
- Section 3.9 Saving Changes
- Section 3.10 Reloading System Configuration
- Chapter 4 Implementing the BACnet Protocol
3-16 Chapter 3: Configuring the Module
User’s Manual Pub. 0300274-01 Rev. A.0
tmp_index := param_offset;
tmp_raw_var := 0;
tmp_raw_var := tmp_raw_var + ANY_TO_ULINT(bac_raw_tbl[tmp_index]) *
1;
tmp_index := tmp_index + 1;
tmp_raw_var := tmp_raw_var + ANY_TO_ULINT(bac_raw_tbl[tmp_index]) *
16#100;
tmp_index := tmp_index + 1;
tmp_raw_var := tmp_raw_var + ANY_TO_ULINT(bac_raw_tbl[tmp_index]) *
16#10000;
tmp_index := tmp_index + 1;
tmp_raw_var := tmp_raw_var + ANY_TO_ULINT(bac_raw_tbl[tmp_index]) *
16#1000000;
tmp_index := tmp_index + 1;
tmp_raw_var := tmp_raw_var + ANY_TO_ULINT(bac_raw_tbl[tmp_index]) *
16#100000000;
tmp_index := tmp_index + 1;
tmp_raw_var := tmp_raw_var + ANY_TO_ULINT(bac_raw_tbl[tmp_index]) *
16#10000000000;
tmp_index := tmp_index + 1;
tmp_raw_var := tmp_raw_var + ANY_TO_ULINT(bac_raw_tbl[tmp_index]) *
16#1000000000000;
tmp_index := tmp_index + 1;
tmp_raw_var := tmp_raw_var + ANY_TO_ULINT(bac_raw_tbl[tmp_index]) *
16#100000000000000;
(*
if param_mode == 1
convert ULINT variable tmp_raw_var to byte array bac_raw_tbl
This is for Analog Input Table
*)
ELSIF param_mode = 1 THEN
tmp_index := param_offset;
tmp_raw_var := param_var;
bac_raw_tbl[tmp_index] := ANY_TO_BYTE(tmp_raw_var);
tmp_raw_var := tmp_raw_var / 256;
tmp_index := tmp_index + 1;
bac_raw_tbl[tmp_index] := ANY_TO_BYTE(tmp_raw_var);
tmp_raw_var := tmp_raw_var / 256;
tmp_index := tmp_index + 1;
bac_raw_tbl[tmp_index] := ANY_TO_BYTE(tmp_raw_var);
tmp_raw_var := tmp_raw_var / 256;
tmp_index := tmp_index + 1;
bac_raw_tbl[tmp_index] := ANY_TO_BYTE(tmp_raw_var);
tmp_raw_var := tmp_raw_var / 256;
tmp_index := tmp_index + 1;
bac_raw_tbl[tmp_index] := ANY_TO_BYTE(tmp_raw_var);
tmp_raw_var := tmp_raw_var / 256;
tmp_index := tmp_index + 1;
bac_raw_tbl[tmp_index] := ANY_TO_BYTE(tmp_raw_var);
tmp_raw_var := tmp_raw_var / 256;
tmp_index := tmp_index + 1;
bac_raw_tbl[tmp_index] := ANY_TO_BYTE(tmp_raw_var);
tmp_raw_var := tmp_raw_var / 256;
tmp_index := tmp_index + 1;
bac_raw_tbl[tmp_index] := ANY_TO_BYTE(tmp_raw_var);
tmp_index := tmp_index + 1;
(*
if param_mode == 2
This is for Binary Output Table
*)
ELSIF param_mode = 2 THEN
tmp_index := param_offset / 8;
tmp1 := MOD(param_offset, 8);
tmp2 := ANY_TO_DINT(bac_raw_tbl[tmp_index]);
tmp2 := SHR(tmp2, tmp1);