1.6. Switching Switching the the System System On On and and Off Off
3.1.4. Commissioning Commissioning and and Test Test
3.1.4.3. Test Test Functions Functions
3.1.4.3. Test Test Functions Functions
3.1.4.3.1.
3.1.4.3.1. State Display of State Display of Inputs and Ou Inputs and Outputs tputs
The states of the binary and analog inputs/outputs can be visualized online.
The states of the binary and analog inputs/outputs can be visualized online. To do this, click inTo do this, click in the menu tree on V
the menu tree on V ISUALIZATIONISUALIZATIONand then on the required module.and then on the required module.
The updating does not take place continuously and if required must therefore be retriggered The updating does not take place continuously and if required must therefore be retriggered with a repeated click on the required module, or by cl
with a repeated click on the required module, or by clicking on V icking on V IEWIEW| R| REFRESHEFRESH in the web-in the web-browser.
browser.
Binary Inputs Binary Inputs
Type
Type State State Format Format Meaning/NoteMeaning/Note Single-point
binary faulty position = on & off faulty position = on & off
intermediate position = not on & not intermediate position = not on & not off & monitoring time expired off & monitoring time expired
Integrated
Integrated total total valuevalue 31 bit31 bit 24 bit
Type State State Format Format Meaning/NoteMeaning/Note Single-Point
Type State State Format Format Meaning/NoteMeaning/Note Current
format corresponds to the
format corresponds to the parame- parame-terization of the AI module
terization of the AI module
Voltage
format corresponds to the
format corresponds to the parame- parame-terization of the AI module
terization of the AI module
Temperature
Analog Outputs Analog Outputs
Type
Type State State Format Format Meaning/NoteMeaning/Note Current
Current –100%…100%–100%…100%
–32000…32000 –32000…32000 –32000…32000 –32000…32000
normalized normalized scaled scaled floating point floating point
format corresponds to the format corresponds to the parame-terization of the AO module terization of the AO module
Voltage
Voltage –100%…100%–100%…100%
–32000…32000 –32000…32000 –32000…32000 –32000…32000
normalized normalized scaled scaled floating point floating point
format corresponds to the format corresponds to the parame-terization of the AO module terization of the AO module
Speed acquisition Speed acquisition
Type
Type State State Format Format Meaning/NoteMeaning/Note Frequency
Frequency 2…10000Hz 2…10000Hz floating floating pointpoint
3.1.4.3.2.
3.1.4.3.2. Simulation Simulation of Outp of Outputs uts
Binary and analog outputs can be simulated online with
Binary and analog outputs can be simulated online with the help of the webbrowser. It the help of the webbrowser. It is to beis to be observed thereby, that the state of a simulated output can change automatically due to
observed thereby, that the state of a simulated output can change automatically due to
•
• running application program (state change through logic operation)running application program (state change through logic operation)
•
• the communication (state change in receive message)the communication (state change in receive message)
Warning Warning
The manual controlling of outputs with the plant running can
The manual controlling of outputs with the plant running can lead to damage to persons and lead to damage to persons and machines.machines.
Ensure that aggregates in the control area
Ensure that aggregates in the control area of the command output as well as those of the command output as well as those subsequent aggre-subsequent aggre-gates in the process chain are
gates in the process chain are protected and that persons in the vicinity are protected and that persons in the vicinity are warned.warned.
Binary Outputs Binary Outputs
By selecting in a pull-down menu, depending on
By selecting in a pull-down menu, depending on which state it is in, you can set and transfer awhich state it is in, you can set and transfer a binary output either to O
binary output either to ONNor to Oor to OFFFF. Only one output can be written for each transfer.. Only one output can be written for each transfer.
The following manual control possibilities are provided:
The following manual control possibilities are provided:
Type
Single command command output time without identi-command output time without identi-fier
fier 2)2)
short command output time short command output time3)3) long command output time long command output time3)3)
1 binary output 1 binary output
1 binary output + 1 binary 1 binary output + 1 binary out-put(group relay) short command output time3)3) long command output time long command output time3)3)
2 successive binary output 2 successive binary output
2 successive binary output + 1 binary 2 successive binary output + 1 binary output(group relay)
output(group relay) 4 successive binary output 4 successive binary output
1)
1) dependent on the settings of the digital outputsdependent on the settings of the digital outputs
2)
2) the command output time corresponds to the parameterization of the respective data pointthe command output time corresponds to the parameterization of the respective data point
3)
3) the command output time corresponds to the parameterization of the digital output modulethe command output time corresponds to the parameterization of the digital output module
Analog Outputs Analog Outputs
You can set and transfer an analog output to
You can set and transfer an analog output to any optional value within the any optional value within the type-specific valuetype-specific value range. Only one output can be written
range. Only one output can be written for each transfer.for each transfer.
Type
1 analog output format corresponds toformat corresponds to the parameterization of the parameterization of the DO module
the DO module Voltage
Voltage -100%…100%-100%…100% normalizednormalized 1 analog output1 analog output format corresponds toformat corresponds to