Structure of the test table (csv-file)
| Row | Description |
|---|---|
| Number | Consecutive number for the test step. MANDATORY |
| Title | Title of the test step (will be shown in the protocol). MANDATORY |
| Address1 | Address of the in- or output which will be tested. MANDATORY |
| Address2 | Address of the redundant in- or output. Leave this field empty if there is only one in- or output to test. OPTIONAL |
| Action Code | Programming for this test step. For further information see article ‘Action Codes’ and the examples. OPTIONAL |
| Value | Parameter of action code. Could be an address, blinking frequency or a value of an analogue in- or output. MANDATORY |
| Text | Test instruction. MANDATORY |
| Schematics | Position of this test step in the schematics (will be shown in the protocol). OPTIONAL |
| Location | Location of the device (position in schematics). OPTIONAL |
| OK? | Write a ‘x’ in this row if this test has to be successful to continue. OPTIONAL |
| Additional Code 1 | Additional code for this test step. allowed is: SET, RESET, NOP, SET1, SET3 OPTIONAL |
| Additional Address 1 | Address for the additional code. OPTIONAL |
| Additional Code 2 | See “Additional Code 1″. OPTIONAL |
| Additional Address 2 | See “Additional Address 1″. OPTIONAL |
| Additional Code 3 | See “Additional Code 1″. OPTIONAL |
| Additional Address 3 | See “Additional Address 1″. OPTIONAL |
| Picture | Path for a picture file relative to the testing table. Example: Pics\Button1.jpg OPTIONAL |
| Info Text | Info text will be shown to the user with an additional button in the user interface. OPTIONAL |
Action Codes
| Action Code | Description |
|---|---|
| SET | Sets a digital output to TRUE or a analogue output to VALUE. Redundant digital outputs will be set alternately (one is always TRUE, the other FALSE) |
| RESET | Sets a digital output to FALSE |
| SF | Waiting for a rising trigger on the digital input (auto. continue). |
| FF | Waiting for a falling trigger on the digital input (auto. continue). |
| SF_FF | Waiting for a rising and a falling trigger on the digital input (auto. continue). |
| FF_SF | Waiting for a falling and rising trigger on the digital input (auto. continue). |
| BLINK | Digital output will blinking with the frequency off VALUE. |
| AI | Shows the value of an analogue input. |
| LT | Compares the analogue input with VALUE to “lower than” (in percentage or absolute) (auto. continue) |
| GT | Compares the analogue input with VALUE to “greater than” (in percentage or absolute) (auto. continue) |
| OUTPUT | The digital input is direct connected to a digital output (auto. continue) |
| NOP | The digital input may not change. |
| SET1 | The digital output will be set to TRUE for one second (only as additional code) |
| SET3 | The digital output will be set to TRUE for three seconds (only as additional code) |
| RESET1 | The digital output will be set to FALSE for one second (only as additional code) |
| RESET3 | The digital output will be set to FALSE for three seconds (only as additional code) |
| DI | Shows the value of a digital input. |
Address Table
If you use the schematic names of the addresses it is mandatory to use an address table. This table will translate the schematic name into a PLC address. The filename has to begin with ”Adressen” and end with “.txt”. Example: Adressen_FLIRT_SBB.txt.
PLC addresses always begin with “%” and looks like this: “%IX1.23.4.7″.
I: Accesstype [I = Input; Q = Output]
X: Datatype [X = Boolean; W = Word]
1: CAN [1 = CAN1; 2 = CAN2]
23: CAN Node ID
4: Module number
7: Input or Output number
Structure of address table “Adressen.txt”
//CAN1 (this is a comment) 418/1 DO ;%QX1.49.0. 418/1 DI ;%IX1.49.0. 418.1/1 AI ;%IW1.49.1. 418.2/1 AO ;%QW1.49.2. //CAN2 418/2 DO ;%QX2.49.0. 418/2 DI ;%IX2.49.0. 418.1/2 AI ;%IW2.49.1. 418.2/2 AO ;%QW2.49.2. //No CAN, extension module of CPU 420.1/1 DI ;%IX0.0.1.
During runtime the left part from semicolon will be changed with the right part. If you write “418/1 DO 01″ in the test sequence, it will be changed to “%QX1.49.0.01″.
For the second connection with “Dual Login” the PLC address should begin with “COM2_”.
418/2 DO ;COM2_%QX1.49.0.