1.6. Switching Switching the the System System On On and and Off Off
3.1.3. Engineering Engineering Offline Offline or or Online Online
3.1.3.5. Configuration Configuration of of Inputs Inputs and and Outputs Outputs
• Optionally can be sent an SMS independently from the process communication upon stateOptionally can be sent an SMS independently from the process communication upon state change of up to 8 definable data points (phone number adjustable).
change of up to 8 definable data points (phone number adjustable).
•
• For TM 1703 mic an automatic monitor can be set. At a fixed time the substation tries toFor TM 1703 mic an automatic monitor can be set. At a fixed time the substation tries to set up a connection to the master control. The time for the communication setup is free set up a connection to the master control. The time for the communication setup is free settable (hour, minute).
settable (hour, minute).
If in the network at a
If in the network at a defined moment a connection setup is carried out already (example:defined moment a connection setup is carried out already (example:
counter interrogation), delay times can be prevented as long as the monitoring function is counter interrogation), delay times can be prevented as long as the monitoring function is triggered temporal as far as
triggered temporal as far as possible from that moment.possible from that moment.
Selection "no Communication"
Selection "no Communication"
Optionally SMS can be sent. The p
Optionally SMS can be sent. The p reconditions for this are like for SMS upon dial-up traffic.reconditions for this are like for SMS upon dial-up traffic.
3.1.3.5.
3.1.3.5. Configuration Configuration of of Inputs Inputs and and Outputs Outputs
TM 1703 mic makes available integrated functions for the technological preparation of the TM 1703 mic makes available integrated functions for the technological preparation of the in-puts/outputs (preprocessing of signals, postprocessing of
puts/outputs (preprocessing of signals, postprocessing of signals).signals).
In a TM 1703
In a TM 1703 mic a maximum of 8 I/O modules can be operated. The following module typesmic a maximum of 8 I/O modules can be operated. The following module types are supported:
are supported:
•
• Binary input moduleBinary input module
•
• Binary output moduleBinary output module
•
• Analog input moduleAnalog input module
•
• Analog output moduleAnalog output module
•
• Speed acquisition moduleSpeed acquisition module
In addition to this, the master control modules are also equipped with binary inputs/outputs.
In addition to this, the master control modules are also equipped with binary inputs/outputs.
Corresponding to the set configuration of the modules, their names can be found again in Corresponding to the set configuration of the modules, their names can be found again in thethe menu tree under the menu item P
menu tree under the menu item PERIPHERYERIPHERY. The same structure is also located under the. The same structure is also located under the menu item HW
menu item HW DDOCUMENTATIONOCUMENTATION..
In the mask P
In the mask P ARAMETER ARAMETER| P| PERIPHERYERIPHERY| <| <module namemodule name> | C> | CONFIGURATIONONFIGURATIONthe respective module-the respective module-specific inputs or outputs appear.
specific inputs or outputs appear.
Module specific a list of the pins and their settings appear. These settings specify type, name Module specific a list of the pins and their settings appear. These settings specify type, name and information object address (IOA) of each data point.
and information object address (IOA) of each data point.
Here, the inputs/outputs fixed assigned to the I/O module can be
Here, the inputs/outputs fixed assigned to the I/O module can be freely assigned from thefreely assigned from the hardware to data points in the software.
hardware to data points in the software.
Assignment of Inputs/Outputs to Information Objects Assignment of Inputs/Outputs to Information Objects Each I/O module is equipped with an individu
Each I/O module is equipped with an individu al number of physical input/outputs, that areal number of physical input/outputs, that are used for the acquisition or the output of electrical signals. In the configuration mask, for each used for the acquisition or the output of electrical signals. In the configuration mask, for each I/O module the module-specific inputs/outputs appear automatically together with the I/O module the module-specific inputs/outputs appear automatically together with the as-signed parameters.
signed parameters.
The assignment of the electrical signals to an I/O module is carried out according to the The assignment of the electrical signals to an I/O module is carried out according to the rela-tive terminal assignment. Based on the
tive terminal assignment. Based on the order of the configured modules, order of the configured modules, the system calcu-the system calcu-lates an absolute data point address (DP) for each input and output. Thi
lates an absolute data point address (DP) for each input and output. Thi s is unambiguouss is unambiguous within a TM 1703 mic.
within a TM 1703 mic.
Via parameter setting the electrical signals are
Via parameter setting the electrical signals are assigned to information objects. Each informa-assigned to information objects. Each informa-tion object is given an informainforma-tion object address (IOA1, IOA2, IOA3) for unambiguous tion object is given an information object address (IOA1, IOA2, IOA3) for unambiguous identi-fication. This address is used for
fication. This address is used for assigning the electrical signals for communication (telecon-assigning the electrical signals for communication (telecon-trol) and for control (automation).
trol) and for control (automation).
In the default is IOA1=DP, IOA2=0, IOA3=0. Alternatively for each information object an In the default is IOA1=DP, IOA2=0, IOA3=0. Alternatively for each information object an op-tional IOA (respectively between 0 and 255) can be
tional IOA (respectively between 0 and 255) can be parameterized.parameterized.
The exact details thereto can be found in
The exact details thereto can be found in thetheTM 1703 mic CP-60xx/CPC60 System Manual,TM 1703 mic CP-60xx/CPC60 System Manual, chapter "Architecture", section "Addressing of the Information Objects"
chapter "Architecture", section "Addressing of the Information Objects" ..
Altogether up to 256 data points can be configured. In addition, a long text of up to 10 chara Altogether up to 256 data points can be configured. In addition, a long text of up to 10 charac-
c-ters can be freely assigned to each data point. This te
ters can be freely assigned to each data point. This te xt is used both in thext is used both in the DocumentationDocumentationasas well as for a logging of the respective data point in the
well as for a logging of the respective data point in theDisplay Event ListDisplay Event List..
Assignment of information objects
Assignment of information objects and inputs/outputs:and inputs/outputs:
Type
Type Meaning Meaning Connection Connection ScopeScope Single-point
Single-point informa-tion
tion
informatio
information n acquisition acquisition 1 1 binary binary inputinput
Double-point Double-point informa-tion
tion
information
information acquisitioacquisition n 2 2 successive successive binary binary inputsinputs
Integrated
Integrated total total count count pulse pulse acquisitioacquisition n 1 1 binary binary inputinput current
current acquisitioacquisition n 1 1 analog analog inputinput voltage
voltage acquisition acquisition 1 1 analog analog inputinput 2-wire
speed acquisition acquisition 1 1 impulse impulse inputinput Measured value
Measured value
frequency
frequency acquisition acquisition 1 1 impulse impulse inputinput
2 successive impulse inputs 2 successive impulse inputs 1-pole
1-pole 1 1 binary binary outputoutput 1½-pole
1½-pole*)*) 1 binary output + 1 binary 1 binary output + 1 binary outputoutput for group relay
for group relay Single
Single command command command command outputoutput
2-pole
2-pole*)*) 2 successive binary outputs2 successive binary outputs 1-pole
1-pole 2 2 successive successive binary binary outputsoutputs 1½-pole
1½-pole*)*) 2 successive binary outputs2 successive binary outputs + 1 binary output for group relay + 1 binary output for group relay Double
Double command command command command outputoutput
2-pole
2-pole*)*) 4 successive binary outputs4 successive binary outputs Single-Point
Single-Point Informa-tion
tion
binary
binary information information output output 1 1 binary binary outputoutput
Setpoint
Setpoint command command current current output output 1 1 analog analog outputoutput Setpoint
Setpoint command command voltage voltage output output 1 1 analog analog outputoutput
*)
*) does not apply for master controle module I/Os and DO-6200does not apply for master controle module I/Os and DO-6200
The precise description of the different information objects and the type identifiers (TI) can be The precise description of the different information objects and the type identifiers (TI) can be seen in the
seen in theTM 1703 TM 1703 mic CP-60xx/CPC60 System Manual, chapter "Telecontrol", sectionmic CP-60xx/CPC60 System Manual, chapter "Telecontrol", section
"Process Periphery"
"Process Periphery" ..