This manual contains information that must be observed to ensure your personal safety and to prevent
property damage. The notices referring to your personal safety are highlighted in the manual by a safety
alert symbol, notices referring to property damage only, have no safety alert symbol. Depending on the
hazard level, warnings are displayed in descending order as follows:.
Danger
indicates that death or serious injury will result if proper precautions are not taken.
Warning
indicates that death or serious injury may result if proper precautions are not taken.
Caution
with a warning triangle indicates that minor personal injury can result if proper precautions are not taken.
Caution
without a warning triangle means that material damage can occur if the appropriate precautions are not
aken.
Notice
means an undesirable result or state can occur if the corresponding instruction is not followed.
In the event of a number of levels of danger prevailing simultaneously, the warning corresponding to the
highest level of danger is always used. A warning with a warning triangle indicating risk of physical injury
may also include a warning of the risk of damage to property.
Qualified personnel
The associated device/system may only be installed and used in conjunction with this documentation.
Only qualified personnel should be allowed to commission and operate the device/system. For the purpose of the safety information in this documentation, a “qualified person” is someone who is authorized to
energize, ground, and tag equipment, systems, and circuits in accordance with established safety
procedures.
Intended use
Please note the following:
Warning
This equipment is only allowed to be used for the applications described in the catalog and in the technical
description, and only in conjunction with non-Siemens equipment and components recommended by
Siemens. Correct transport, storage, installation and assembly, as well as careful operation and maintenance,
are required to ensure that the product operates sa
Registered Trademarks
All designations with the trademark symbol ® are registered trademarks of Siemens AG. Other designations in this documentation may be trademarks whose use by third parties for their own purposes can violate the rights of the owner.
Disclaimer of liability
We have checked that the contents of this publication agree with the hardware and software described
here. Nevertheless, we cannot assume responsibility for any deviations that may arise. The information
given in this publication is reviewed at regular intervals and any corrections that might be necessary are
made in the subsequent editions.
fely and without faults.
Siemens AG
I IA CE EDM
Frauenauracher Strasse 98
D-91056 Erlangen
Germany
This document contains the information required for operating and assigning
parameters to the SICLOCK TC100 central plant clock.
Area of application
This manual is valid for the SICLOCK
and processor version V1.0 in conjunction with the SICLOCK TC100
Configuration Tool version 1.0 or higher.
Recycling and disposal
Die The SICLOCK TC100 is low in contaminants and can therefore be recycled.
For ecologically compatible recycling and disposal of your old device, contact a
certificated disposal service for electronic scrap.
Technical Assistance
®
TC100 product with firmware version V1.0
If you have
Phone:
any technical questions, please contact Technical Assistance:
+49 (911) 895-59 00
Monday to Friday, 8 am – 5 pm CET
Fax:
E-Mail:
+49 (911) 895-59 07
siclock@siemens.com
The latest information on SICLOCK products, product support and FAQs can be
found on the Internet:
Please observe the safety instructions on the back of the cover sheet of this documentation. You should not expand your device unless you have read the relevant
safety instructions.
If you have questions about the validity of the installation in the planned environment, please contact your service representative.
Repairs
Only authorized personnel are permitted to repair the device.
Warning
Unauthorized opening and improper repairs can cause considerable damage to
property or danger for the user.
System expansions
Only install system expansion devices designed for this device. The installation
of other expansions can damage the system and violate the radio-interference
suppression regulations.
Contact your technical support team or where you purchased your PC to find out
which system expansion devices may safely be installed.
Caution
If you install or exchange system expansions and damage your device, the warranty becomes void.
Siemens offers IT security mechanisms for its automation and drive product po
folio in order to support the safe operation of the plant/machine. Our products are
also continuously developed further with regard to IT security. We therefore
recommend that you keep yourself informed about updates and upgrades for our
products and always use the latest version of each product. For information on
this topic, refer to: Industry Online Support (http://www.siemens.com/automation/csi_de_WW). You can register for a product-specific newsletter here.
For the safe operation of a plant/machine, however, it is also necessary to integrate the automation components into an overall IT security concept for the entire
plant/machine which corresponds to state-of-the-art IT technology. You can find
information on this at: Industrial Security (http://www.siemens.com/industrialsecurity).
Products used from other manufacturers should also be taken into account here.
Network security
In order to protect the entire plant from attack
ding measures must be taken.
Caution
Failures or damage to your overall system
Unauthorized persons can gain entry into your network via the Ethernet ports and
make changes to the SICLOCK TC100 parameterization. This can result in the
time being adjusted. Individual or even all clients to be synchronized can be removed from the synchronization cycle. This has the potential to cause failures or
damage throughout the plant.
s on network security, corres
rt-
pon-
Please adhere to the following safety measures:
− Ensure that your network is protected against unauthorized access by instal-
ling a firewall at all Ethernet ports.
− Change the default password immediately after commissioning.
− Limit the number of people to whom this password is known to the absolute
This device is fitted with a Lithium battery. Batteries may only be replaced by
qualified personnel. See Battery (Chapter 11.1).
Caution
There is the risk of an explosion if the battery is not replaced as directed. Replace
only with the same type or with an equivalent type recommended by the manufacturer. Dispose of used batteries in accordance with local regulations.
Warning
Risk of explosion and release of harmful substances!
For this reason, do not throw lithium batteries into open fires, do not solder on the
cell body, do not open, do not short circuit, do not reverse polarity, do not heat
above 100°C, dispose of correctly, and protect against direct sunlight, dampness
and dew.
EGB directives
Modules containing electrostatic sensitive devices (ESDs) can be identified by the
following label:
Strictly follow the guidelines mentioned below when handling modules which are sensitive
to ESD:
• Before working with modules with ESDs, you must discharge all your personal static
(e.g. by touching a grounded object).
• All devices and tools must be free of static charge.
• Always pull the mains connector before you install or remove modules which
are sensitive to ESD.
• Handle modules fitted with ESDs by their edges only.
Modern automation systems are made up of a multitude of computers, controllers
and systems, that exchange data with one another. In order to operate such systems in real time, it is absolutely essential to synchronize the clock times of all the
components involved. This particularly applies to error tracing if event messages
are time stamped, and cause and effect have to be identified by a reliable chronological order.
As a central plant clock, SICLOCK TC100 supplies the various plant components
with a precise, reliable clock time, which is usually obtained from one or more
external synchronizations with official or statutory times of day, usually GPS or
DCF77 radio clocks.
SICLOCK TC100 distributes the time solely via Ethernet.
Note
Use one single device as the central clock for the whole plant, which supplies the
clock time to all the other devices.
Exception: Redundant operation of the central plant clock
The following diagram shows an application example of a SICLOCK TC100, with
a SICLOCK GPS1000 as the radio clock and an NTP server as an additional
external synchronization.
SICLOCK TC100 can be externally synchronized to the applicable, statutory national time or GMT in order to automate or minimize manual interventions, such as
daylight saving time changes and leap seconds.
External synchronizations can be GPS or DCF77 radio clocks, servers (e.g. the
time signal from an NTP server), SICLOCK TC400 devices, SICLOCK TC100
devices or other signal sources. They are connected to the RADIO CLOCK of the
device.
The Ethernet port supports NTP servers as external synchronizations.
Possible RADIO CLOCKS are:
• SICLOCK GPS1000
• SICLOCK GPSDEC
(SICLOCK GPSDEC has been discontinued, please use SICLOCK GPS1000)
LOCK DCFRS
SIC
ವ
Third-party products can be connected passively via TTY. The following protocols
are supported:
The SICLOCK TC100 has a range of functions for generating the valid plant time
from the external synchronization. This includes the option of setting times zones
and the parameterizable generation of daylight saving.
Time security through protected synchronization
If a discontinuity of longer than five seconds occurs in the external synchronization, the protected synchronization is activated, and the synchronization is not
executed for safety reasons.
Time security through microstep mode
A time difference between the external synchronization and the device, such as
can occur as the result of a brief loss of loss of radio contact or switching to a substitute synchronization, is run down automatically in microstep mode that is imperceptible to the operation of the plant. No time jump occurs.
Description
More detailed information and the options for parameter assignment for protected
synchronization and microstep mode are described in the chapter
Synchronization (Chapter 9.3.2).
Note
Parameterize the plant time at one single point within the synchronization hierarchy, ideally on the central plant clock.
2.5Commissioning
Commissioning can be subdivided into the following steps:
1. Mounting (Chapter 5)
2. Connection (Chapter 6)
3. Assignment of an IP address to the device
Parameter assignment and operation of the device (Chapter 8)
4. Parameter assignment (Chapter 9)
With few exceptions, the settings are made with the Configuration Tool, see
Configuration Tool (Chapter 7).
Up to four time servers can be run on the SICLOCK TC100 for external synchronization via NTP. However, they must all be in the same IP network.
Radio clocks cannot be connected redundantly to a SICLOCK TC100.
The order of priority among the external synchronizations (radio clock or NTP server), and thus the redundancy behavior, can be set with parameters, see
Redundancy (Chapter 9.1.3).
Redundant SICLOCK TC100 central plant clocks
A number of SICLOCK TC100s can be run as redundant time servers in a single
network.
You will find more detailed information in the chapters Configuration Tool
(Chapter 7) and Parameter table (Chapter 10).
You can find more information on redundancy in
„Application Note 01
08“ on http://www.siemens.com/siclock under "FAQ".
The display and LEDs on the front panel show the current operating state. The
keypad can be used for the basic operation of the device. A Web-based Configuration Tool is available for more extensive configuration options, see
Configuration Tool (Chapter 7).
SICLOCK TC100 is designed for stationary use in weather-proof locations in an
industrial environment.
The operating conditions surpass the requirements of DIN IEC 60721-3-3.
• Class 3M3 (mechanical requirements)
• Class 3K3 (climatic requirements)
General notes on operation
Caution
The device is approved for operation in closed rooms only. The guarantee is void
if this stipulation is ignored.
Condensation
When transporting the device at low temperatures, ensure that no moisture gets
on or into the device. This also applies if the device is subjected to extreme changes in temperature.
Commissioning
Allow the device to slowly adjust to room temperature before commissioning the
device. However, do not expose the device to direct heat radiation. In the event
of greater temperature differences, harmful condensation can be avoided by leaving the device in its transport packaging.
If condensation develops, wait 12 hours before you switch on the device (for a
temperature difference of 20°C). For greater temperature differences, the waiting
time is correspondingly longer.
Avoid extreme ambient conditions. Protect your device against dust, moisture and
heat. Refer to Technical data (Chapter 13).
Use in residential areas, and operation in the public network
If you use the SICLOCK TC100 in residential areas or in the public network, you
must ensure that it complies with the limit value class B according to EN 55022
with regard to the emission of radio interference.
Note
This is a Class A system. The equipment may cause RF interference in residential
areas or the public network. In this case, the operating company may be required
to take appropriate measures.
The following measures are recommended to ensure the interference complies
with limit value class B:
• Install the SICLOCK TC100 in grounded control cabinets / control boxes
• Use filters in the supply lines
Usage with additional measures
SICLOCK TC100 must not be used in the following exemplary cases without
additional measures:
• At locations with a high level of ionizing radiation
• In aggressive environments caused, for example, by
− The development of dust
− Corrosive vapors or gases
− Strong electric or magnetic fields
− Damp and wet rooms
− Severe oscillations, shocks, vibrations
− High levels of radiant heat
• In systems that require special monitoring, such as.
− Elevators
− Electrical plants in potentially hazardous areas
One additional measure could be to install the SICLOCK TC100 in a cabinet or
housing.
Despite the device's rugged design, its internal components are sensitive to
severe vibrations and shock. You must therefore protect the device from severe
mechanical stresses.
You should always use the original packaging for shipping and transporting the
device.
Unpack the device at its installation location.
Do not transport the device when it is mounted.
Follow the instructions for temporary storage under Battery (Chapter 11.1) in
Service and maintenance.
The following information applies to modules transported or stored in their original
packaging.
The ambient conditions for transport comply with IEC 60721-3-2, class 2K4.
The mechanical environmental conditions for transport comply with
IEC 60721-3-2, class 2M2.
Operation planning
Caution
Risk of damage to the device!
If the device is transported in extreme weather conditions with large fluctuations
in temperature, care must be taken to ensure that no moisture forms on or in the
device (condensation).
If you notice any condensation, wait around 12 hours before switching on the
device.
Notice
Adhere to these stipulations each time the device is transported, otherwise the
guarantee is void.
Table 4-1Shipping and storage conditions
Type of conditionPermissible range
Free fall (in transport packaging)
Temperature
Atmospheric pressure
Maximum rate of temperature
<= 1 m
-40 °C to +70 °C
From 1080 to 660 hPa (corresponds to an
altitude from -1000 to 3500m)
The device is completely assembled, tested and packed in the factory, and has
no internal transport locks.
If there are large temperature differences between the means of transport and the
unpacking site, we recommend leaving the device in its transport packaging to
avoid harmful condensation.
Procedure
• Please check the packaging material for transport damage upon delivery.
• If any transport damage is present at the time of delivery, lodge a complaint
with the responsible shipping company. Have the shipper confirm the transport damage immediately.
• Unpack the device.
• Keep the packaging material in case you have to transport the device again.
Notice
The packaging protects the device during transport and storage. Transport the
device only in its original packaging!
• Please keep the accompanying documentation in a safe place. You will need
the documentation when you start up the device for the first time.
• Check the package contents for completeness and any visible transport
damage. Check for completeness using the enclosed "Contents of Delivery"
list.
• Notify the responsible delivery service immediately if the packages contents
are incomplete or damaged.
Warning
Ensure that a damaged device is neither inadvertently installed nor brought into
operation.
Before installing the device, read the following general notes relating to
installation.
Warning
Danger, high voltage!
Disconnect the power supply from the control cabinet before opening it. Ensure
that the power to the control cabinet cannot be switched on accidentally.
• Locate the device / display in an ergonomically advantageous position for the
user. Choose a suitable installation height.
Operation planning
• Position the device / display so that it is not exposed to direct sunlight or other
strong sources of light.
• Ensure that there is adequate free space in the control cabinet for air circula-
tion and heat transport. Maintain a clearance of 100mm above and below the
device. Connection cables increase these clearances correspondingly.
• Install the device in a position that does not block the air vents in the housing.
• Also provide enough free space to be able to remove the device.
• Fit struts in the control cabinet to stabilize the mounting cut-out. Install struts
where necessary.
• Install the device in such a way that it cannot pose any danger by, for example,
falling out.
• During assembly, please comply with the approved installation positions.
Only a horizontal mounting position is permitted, that is the display is read from a
horizontal viewing direction. The ventilation is inadequate in all other mounting
positions.
Figure 4-1 Horizontal mounting position
4.4.3Type of fixation
The housing can be fixated by snap-on mounting to a standard mounting rail or
to a SIMATIC S5 DIN rail.
Only connect peripheral devices suitable for an industrial environment.
Caution
Strictly adhere
Ensure that the installation complies with the following conditions:
• The device may only be connected to 24 VDC power supply systems which
meet the requirements of a safe extra-low voltage with protective separation
according to SELV. The conductor cross-section selected must be large
enough so that if there is a short circuit in the SICLOCK TC100 no damage
can be caused by an overheated cable. For the conductor cross-section, see
Connecting the power supply (Chapter 6.2).
• Avoid extreme ambient conditions as far as possible.
• Protect the device against dust, moisture, heat and severe vibrations.
• Do not place the device in direct sunlight.
• Install the device in such a way that it cannot pose any danger, for example by
The power supply is connected to terminal strip X1, and muss pass through a
slow-blow 1A fuse. The device does not have a power switch.
Figure 6-1 Connecting the power supply
Note before connecting the device
Warning
The device may only be connected to 24 VDC power supply systems which meet
the requirements of a safe extra-low voltage with protective separation (SELV); a
protective conductor must also be connected. The conductors must be able to
withstand the short-circuit current of the 24 VDC power supply, so that a short circuit will not damage the cable. Only cables with a cross-section between a minimum of 0.25 mm
2
connected.
Notice
The 24 VDC power supply must match the input specification of the device
Technical data (Chapter 13).
Caution
Ensure that the functional grounding is connected correctly.
It is essential to ensure the correct polarity with direct current.
Functional check
(AWG23) and a maximum of 2.50 mm2(AWG13) may be
6-3
After switching on, the POWER LED must light up green.
The GPS receiver GPS1000 is connected according to Figure 6-3.
;
5$',2&/2&.*1'
5$',2&/2&.$
5$',2&/2&.%
Connection
/LJKWQLQJSURWHFWLRQ
PD[P
Figure 6-3 Connection of the radio clock SICLOCK GPS1000 to RADIO CLOCK 1
We recommend using a two-wire, shielded cable, e.g. LiYCY 2x1 mm² as the
radio clock cable. One end of the cable shielding must be connected to a suitable
point at the place of installation.
No further assignment of parameters to the GPS1000 is required.
Warning
Provide lightning protection for the GPS aerial in outdoor areas.
Functional check
The "RADIO CLOCK" LED on the front panel must flash at about 1Hz when the
GPS1000 is received correctly.
The parameter /Inputs/Input 1/Status (0.20.02)
three minutes reception.
The industrial version of the SICLOCK DCFRS radio clock included in the DCF77
package is connected as shown in Figure 6-4. In this case the polarity is irrelevant.
PD[P
;
5$',2&/2&.*1'
5$',2&/2&.$
5$',2&/2&.%
Figure 6-4 Connection of the radio clock SICLOCK DCFRS industrial version to
Warning
When used outdoors, a lightning conductor must also be installed.
Note
One end of the shielding of the radio clock cable must be connected to a suitable
point at the place of installation.
Functional check
The "RADIO CLOCK" LED on the front panel must flash at about 1Hz when the
SICLOCK DCFRS is received correctly.
The parameter /Inputs/Input 1/Status (0.20.02)
about three minutes reception.
Note
If possible select a location for the aerial where there is no electromagnetic interference on the DCF77 carrier frequency, because this is crucial for the quality of
reception. Do not mount the aerial anywhere near electric drives, neon tubes,
monitors or other emitters of interference.
During operation, the SICLOCK TC100 automatically carries out a range of function tests. If an error occurs, the device generates corresponding messages on
the display. A distinction is made between alarms and warnings.
There is an alarm output and a warning output for external monitoring on terminal
X2.
;
;
;
Figure 6-6 Alarm output X2-7 and warning output X2-8
Table 6-3Parameters affecting the alarm behavior
/Synchronization/Extended/Monitoring/Monitor Synchronization Status (0.09.14)
Connection
/Network Settings/Ethernet 1/Extended Settings Adapter 1/Monitor Link Status (0.05.09)
Set the alarm output if there is no external synchronization.
Use the Configuration Tool to set the parameter entry /Synchronisation/Exended/Monitoring/Monitor Synchronization Status (0.09.14) = "Alarm" to activate
monitoring / alarm output in case of error.
Note
The contacts are designed as wire-break-proof, normally closed contacts. If there
is an alarm or warning, the corresponding contact opens.
The SICLOCK TC100 Configuration Tool is available to make it easier to assign
parameters and configure the SICLOCK TC100. The tool can be called from an
Internet browser as a Web interface.
With the Configuration Tool you can, among other things, view and change parameters online and offline, view archives, search them with specific filter criteria,
and load, backup and change the parameter assignments of the
SICLOCK TC100 device.
Figure 7-1 SICLOCK TC100 Configuration Tool
(1) Toolbar of the Configuration Tool
(2) Working area of the Configuration Tool
You can make settings and assign parameters in the Parameter tab, and check
and search for events in the Archive tab.
A valid IP address must be assigned to the Ethernet port of the device. The
device is supplied with the address 192.168.1.10 and subnet mask
255.255.255.0. See also Network settings on the device (Chapter 8.2.2).
The PC and device must be in the same subnetwork.
Parameters, entries and lists
A parameter is defined as a group of related values. Each of these values is termed an entry in its parameter.
Similar parameters can form a list. Such lists are indicated by [ ].
Notice
Entries can be individually edited, but not individually read or written. A parameter
is always read or written with all its entries. If it is a list, the complete list is read or
written.
Parameters are identified by their unique parameter number. The parameter
number always has three parts, e.g. 0.05.12.
Example: parameter /Display/Display (0.10.01)
2. Enter the address of the device port, e.g. 192.168.1.10
3. If necessary, confirm the installation and execution of the applet with "Yes"
and/or "Always".
−> The Configuration Tool is started and displayed in the browser.
Note
Take note of the information in your browser concerning restrictions as a result of
high security settings.
How to assign parameters to the SICLOCK TC100 with the Configuration
Tool:
1. Connect the Configuration Tool to the SICLOCK TC100 with the button
Configuration Tool
2. In the case of a new assignment of parameters to the device, load the parameters into the Configuration Tool with the button, or open an existing
parameter file (*.u600) with the button .
3. Assign parameters to the SICLOCK TC100 according to your hardware configuration and requirements.
In online mode, changes become immediately effective in the device.
4. Back up the configuration as a parameter file (*.u600) on your PC with the
button.
Note
In order to be able to fall back on the last version of the SICLOCK TC100 parameter assignment, we recommend backing up the current parameter assignment
of SICLOCK TC100 as a *.u600 file before you make any changes.
OpenLoads a parameter assignment/an archive from the local file system
See also General functions (Chapter 7.2).
SaveSaves a parameter assignment/an archive to a local file system
See also General functions General functions (Chapter 7.2).
EndExits application
LinkSee also Connect / disconnect online connection (Chapter 7.2.1).
ConnectConnects to a device
DisconnectDisconnects from a device
Data transfer
(online connection required)
See also Connect / disconnect online connection (Chapter 7.2.1).
Download parameters
from device
Update the parameters
from the device
Upload parameters to
the device
Download archiveLoads the complete archive from the connected device onto the PC
Update archiveRequests/updates the archive of a connected device
View
ParametersChanges to parameter view
Archive/eventsChanges to the archive/events view
LanguageSelects one of the languages available for the user interface
Loads all parameters from a connected device onto the PC
See also Parameters (Chapter 7.3).
Updates all the parameters so far loaded on the PC with the values
from the connected device
See also Parameters (Chapter 7.3).
Writes all parameter from the PC into the connected device
See also Parameters (Chapter 7.3).
See also Archive (Chapter 7.4).
See also Archive (Chapter 7.4).
See also Parameters (Chapter 7.3).
See also Archive (Chapter 7.4).
Depending on the version, more languages could be offered for
selection:
• English (standard language)
• German
The language/naming of parameters and archives are supplied by the
device. Provided that the device recognizes the language set in the
Configuration Tool, the parameters and archives will be displayed in this
language. If the device does not recognize the language, the display will
be in the standard language.
The toolbar of the Configuration Tool provides general functions for the parameters and the archive. You can also acknowledge events, and authorize yourself in
the Configuration Tool.
Table 7-2Possible operations and displays in the toolbar of the Configuration Tool
Field / buttonMeaning / instruction
Loads a parameter assignment/an archive from the local file system
The file must be in the U600 format (*.u600). The parameter assignment
Open
Save
IP address
Connect to device
Disconnect from device
and the archive are loaded from the file when it is opened.
Notice
The currently loaded data (parameter assignment and archive) are
overwritten.
Saves a parameter assignment/an archive to a local file system
The data (parameter assignment and archive) are saved in U600 format
(*.u600).
IP address of the SICLOCK TC100
Enter the IP address of the device here.
Connects to a device
The connection is established to the device with the given IP address.
Disconnects from device
The connection is terminated.
Die aufgebaute Verbindung wird getrennt.
See also Connect / disconnect online connection (Chapter 7.2.1).
Authorization - password
Authorize
Event
(online connection
required)
Confirm event
(online connection
required)
Enter a password to enable a higher access level
Password supplied with device: "2222"
See also Authorization (Chapter 7.2.2).
Executes authorization with the password entered
Events currently pending in the device
In online mode, the events pending in the device are shown (e.g.
warnings, alarms, etc.)
In offline mode, the display contains no information.
Acknowledges pending event
In online mode, an acknowledgment for the pending event is sent to the
device. Provided that it is acknowledgeable, the device deletes the event
from the display. Non-acknowledgeable events (persistent indications)
remain in the display.
There are authorization levels for each parameter, which allow or forbid read and
write accesses to the parameter. The operator interface initially starts with the
lowest authorization level, which mostly only allows read access to parameters.
You obtain more rights by inputting the corresponding password.
The user can change the password.
• Parameter /System/Authorization For Standard Protection (2.06.02)
Note
The combination "0000" is not permitted as a password. Setting the password to
"0000" disables access with this authorization level. Access is then only possible
using the service password. The service password can be requested from Technical Assistance by an authorized person.
The device is supplied with the password: "2222"
The current authorization level is indicated by the color of the password field.
Write protection - red entry field
In this authorization level, the user typically has only read access to standard
parameters.
Standard protection - green entry field
In this authorization level, the user typically also has read access to extended
parameters and write access to standard parameters.
Online mode
Authorization is executed directly on the device, i.e. the device assigns an appropriate authorization level.
Offline mode
You can authorize yourself for a higher authorization level with a password, provided that it is included in the loaded offline authorization parameters.
7-
Note
In offline mode, it is not possible to authorize oneself with a password that is present in the device but is not included in the offline authorization parameters.
Table 7-3Possible operations and displays in the Parameter tab
Field / buttonMeaning / instruction
Outputs parameter assignment in a text file.
The currently displayed parameter assignment is output in a text file. The
Print table in text file
Download parameters
(online connection
required)
data can be further processed, e.g., with Excel.
Notice
Parameter assignments cannot be restored from these text files. In order to
restore a parameter assignment, it must have previously been saved in U600
format.
See open/save in General functions (Chapter 7.2).
Loads the parameters of the connected device
The parameters of the connected device, including its description data (e.g.
texts in all languages), are loaded. This can take several minutes. The
parameter assignment is also implicitly reloaded from the device.
Notice
The displayed parameter assignment data are overwritten. The archived data
are not accepted from the device, i.e. the displayed archived data are
retained.
See also Connect / disconnect online connection (Chapter 7.2.1).
Update parameters
(online connection
required)
Upload parameters
(online connection
required)
Observe actual values
(online connection
required)
Loads the parameters of the connected device without parameter description
The parameters of a connected device are loaded without the description
data. This can take several minutes.
Notice
The displayed parameter assignment data are overwritten. The archived data
are not accepted from the device, i.e. the displayed archived data are
retained.
See also Connect / disconnect online connection (Chapter 7.2.1).
Transfers the writable values of the loaded parameters to the connected
device
The following values/parameters are not transferred into the device:
• Values of write-protected parameters
• Operationally critical parameters
• Display parameters
• Command parameters
To transfer the parameter, an online connection must be established to the
device and the Confiiguration Tool correspondingly authorized. See also
After observation has been activated, the current values and/or states are
readout from the device cyclically, and the displays in the Parameter tree and
the Parameter table are updated.
See also Connect / disconnect online connection (Chapter 7.2.1).
Table 7-3Possible operations and displays in the Parameter tab
Field / buttonMeaning / instruction
NumberUnique, three-part parameter number, e.g. 000.005.00012
ParameterRelated values are grouped in a parameter.
Parameter lists are displayed with square brackets after the parameter name,
e.g. "Leap second[20]".
EntryThe individual values of a parameter are each defined as an entry in a
parameter.
Note
Entries can be individually edited but not individually read or written. The
complete parameter is always read or written with all its entries. If it is in a list,
the complete list is read or written.
ValueNumerical value or setting of the parameter entry
•Write protection – the parameter cannot be edited
The current authorization level does not allow write access to this
parameter.
•Master level
The current authorization level allows reading, editing and writing of the
parameter.
Master level without upload – operationally critical parameter
The current authorization level allows reading, editing and writing of the
parameter.
In order to change such parameters in the device, you have to select the
parameter explicitly and write it individually. See Reading / writing parameters, setting to factory defaults (Chapter 7.3.4).
Display parameters
Display parameters can only be read, and are typically actual values.
In order to update the display of actual values, activate automatic update
.
Parameter infoInformation about the selected parameter
Information on the selected parameter / entry is displayed here.
Note
If the Configuration Tool is not authorized or is used with lower authorization
rights, not all the parameters will be displayed. This restriction concerns, e.g., settings under "System“.
Furthermore, the access rights change with the authorization level.
How you check whether the value has been accepted by the device:
1. In online mode, select the entry of the changed parameter as described above.
−> The current value is displayed in the device.
Note
Depending on the parameter/entry and operating state, the device checks whether it can accept the changed value. If the device rejects the new value, it is reset
to the old value.
In the Archive tab of the Configuration Tool, you can load archived data from the
device, and save the data in a file, as well as evaluate and search the data with
filter functions.
Table 7-4Possible operations and displays in the Archive tab
Field / buttonMeaning / instruction
Outputs the archive in a text file.
The currently displayed Archive table is output in a text file. Events hidden by
Print table in text file
Download archive
(online connection
required)
Update archive
(online connection
required)
the filter are not output. The data can be further processed, e.g., with Excel.
Notice
Archives cannot be restored from these text files. In order to restore an
archive, it must have previously been saved in U600 format.
See open/save in General functions (Chapter 7.2).
Loads the archive of the connected device
The archive of the connected device, including its description data (e.g. texts
in all languages), is loaded. This can take several minutes. The parameter
assignment is also implicitly reloaded from the device.
Notice
The currently loaded data (parameter assignment and archive) are
overwritten.
See also Connect / disconnect online connection (Chapter 7.2.1).
Loads the archive of the connected device without the parameter description
The archive of a connected device is loaded without the description data. The
loading process without the description data is quicker than "Download
archive". The parameter assignment is also implicitly reloaded from the
device.
Notice
The currently loaded data (parameter assignment and archive) are
overwritten.
See also Connect / disconnect online connection (Chapter 7.2.1).
View reduced to
incoming / outgoing
Switch Exclude-Include
view
Clear Include filter
Clear Exclude filter
Displays only incoming and outgoing events
Only persistent indications (typically alarms) are displayed in the Archive
table. This gives you a compact overview of important operational
malfunctions. The hidden events are displayed in the Exclude window of the
filter.
In order to display all events again, delete the Include filter.
See Filters (Chapter 7.4.2).
Switches an event from the Include to the Exclude filter, and vice versa
The events selected in the Include and Exclude filters are in each case
moved into the other filter.
Table 7-4Possible operations and displays in the Archive tab
Field / buttonMeaning / instruction
Archive tableEvents are shown in tabular form.
Persistent indications trigger an incoming and an outgoing event, and are
highlighted in color:
• red = incoming
• green = outgoing
Typically, alarms are implemented in the device as persistent indications.
TypeEvent type:
• System
• Application
• Information
• Alarm
Note:
Each type of event is managed in its own buffer in the device. If a buffer is full,
the next message of this type overwrites the oldest message in the buffer.
See also Messages (Chapter 12).
TimeTripping event in the device, time base UTC
Configuration Tool
EventMessage triggered by device.
The sum of all events forms the archive of the device.
InformationOptional information accompanying the event.
+/-• ++ (incoming)
Event marked as incoming (persistent indication, e.g. alarm)
• -- (outgoing)
Event marked as outgoing (persistent indication, e.g. alarm)
Include filterEvents shown in the Archive table.
See Filters (Chapter 7.4.2).
Exclude filterEvents not shown in the Archive table.
You can show and hide specific events by means of a filter to make searching the
archive easier. All the events listed in the Include window are displayed in the
Archive table, all the events listed in the Exclude window are not displayed.
Changing the assignment of an event from the Include to the Exclude filter,
or vice versa:
1. Click on the event in the Include or Exclude window.
−> The selected event is highlighted blue.
2. Click the button.
−> The event is moved from the Include into the Exclude filter, or vice versa.
How to select and move multiple events in the filters:
1. Hold the CTRL button down while you select the events in the filter with mouse
clicks.
−> The selected event is highlighted blue, and the blue highlighting of previously selected events is retained.
Configuration Tool
2. Click the button.
−> The events are moved from the Include into the Exclude filter, or vice versa.
How to select and move successive events in the filters:
1. Click the first item in the group of events with the mouse.
2. Hold the SHIFT key down, and click the last item in the group of events with
the mouse.
−> These two events and all those lying between them are selected.
3. Click the button.
−> The events are moved from the Include into the Exclude filter, or vice versa.
How to remove all events from the Include or Exclude filter:
1. Click the button above the Include or Exclude filter.
−> The contents of the Include or Exclude filter are removed. The events so
removed are now available for selection in the other filter.
Table 7-5Solutions to problems with the Configuration Tool
Question / problemCause / remedy
Parameters are displayed without values
The authorization level has been raised after a download, so that parameters
with a higher authorization are visible. However no values are returned for a
request with a lower authorization.
You can update these values with the button, and read them individually.
See
Parameters (Chapter 7.3),
Authorization (Chapter 7.2.2) and
Reading / writing parameters, setting to factory defaults (Chapter 7.3.4).
SICLOCK TC100 has a two-line, alphanumeric LCD display with background lighting and automatic contrast control for displaying the date and time, messages and status.
You can use the MODE button to readout and change parameters important for commissioning.
External synchronization active via DCF signal to
RADIO CLOCK.
External synchronization active via GPS signal to
RADIO CLOCK.
→ MBG1External synchronization active via Meinberg telegram to
RADIO CLOCK.
→ NME1External synchronization active via NMEA telegram to
RADIO CLOCK.
2)
--1 flashing
1)If the display flashes, no valid signal is currently being received.
2)This occurs when the timeout selected for switching to the substitute
synchronization is longer than the monitoring timeout for the external
synchronization.
The timeout for switching to the substitute synchronization can be set with the
following parameter entry:
/Redundancy/Redundancy/Timeout (0.09.10)
The timeout for the external synchronization can be set with the following
parameter entry:
/Inputs/Input 1/Monitoring/Timeout (0.20.01)
The external synchronization to the RADIO CLOCK has not
supplied a signal for more than 30 minutes (default setting),
and a switch has not yet been made to a substitute
synchronization.
Figure 8-4 Example of display during operation with error
19/09/2010 10:41:27
↔
event-text event-text..
The top line shows the message type and the date / time alternately. The message text is shown scrolling through the bottom line.
When a message arrives, the background lighting is automatically switched on for
10 minutes.
Table 8-2Possible types of message
DisplayDescription
INFOCurrent message is an info message
WARNINGCurrent message is a warning
EVENTOther messages, e.g. an alarm
Note
Queued messages can be acknowledged by a long press on the MODE button.
If a current, unacknowledgable, persistent indication is pending, you can temporarily change to the status display with a short press on the MODE button.
Background lighting
Each time the button is pressed, the background lighting of the display is switched
on for 10 minutes.
The MODE button enables restricted operation and important parameters to be
read out directly on the device. This mainly involves the network settings required
to commission the device.
There are three different operational actions for the MODE button:
Short button press A definite button press, but for less than 3 seconds.
As a rule, a short button press is used to "turn the page". An action
that can be executed by a short button press is indicated by a short
arrow pointing to the right in the top right-hand corner of the
display.
See examples 1 to 4.
Long button press: A definite button press for longer than 3 seconds.
The action addressed by the long button press is executed after
this time has elapsed. As a rule, a long button press is used to
"accept" a setting. An action that can be executed by a long button
press is indicated by a long arrow pointing to the right in the bottom
right-hand corner of the display.
See examples 1 to 4.
No button press::If there is no button press for 45 seconds, the operating level is
exited automatically.
See example 4.
Example 1:
IP address ->
192.168.001.011 -->
Figure 8-5 Example 1 of one-button operation
The display shows the readout of the currently set IP address. A short button
press "turns the page" to readout the next parameter. A long button press can
accept the parameter "IP address" in a programming mode.
The display shows the readout of the currently set IP gateway. A short button
press "turns the page" to readout the next parameter. A long button press is not
possible in this mask (no long arrow on the right).
Example 3:
-> Select -->Reset
192.168.001.010 ?
Figure 8-7 Example 3 of one-button operation
The display shows the programming mode of a parameter, in this case an IP
address. A short button press can "turn the page" to another possible value
→ Select). A long button press can reset the parameter to the selected value
(
→ Reset).
(
Example 4:
Next ->
Exit -->
Figure 8-8 Example 4 of one-button operation
At the end of the lists of pages, in most cases the operating level can be exited
by selecting "Exit" with a long button press, instead of having to wait for the automatic exit after the timeout.
The external synchronizations can be connected to SICLOCK TC100 via
Ethernet as an NTP server and/or as a radio clock via point-to-point connections.
The prerequisite for operation is at least one external synchronization. Additional
external synchronizations can serve as substitute synchronizations in the event
of a fault, see Redundancy (Chapter 2.6).
GPS and DCF77 radio clocks, cable distribution installations, atomic clocks and
other signal sources can serve as external synchronizations.
Get more informationen
Synchronization (Chapter 9.3.2).
9.1.1Radio clocks via terminals
A radio clock can be connected, see also Terminal assignment (Chapter 15.1).
Monitoring
Status display
Serial formats
The input signal of the radio clock can be monitored with the parameter
/Inputs/Input 1/Monitoring (0.20.01)
, and an alarm or warning output after expiry
of the monitoring time.
See Connecting external synchronization (Chapter 6.3).
The parameter /Inputs/Input 1/Framing (0.20.03)
shows the automatically detec-
ted framing for serial formats.
There are entries for baud rate, data bits, parity and stop bits.
Four IP addresses of NTP servers can be assigned for SICLOCK TC100 as an
NTP client.
The servers are queried regularly, and a preferred server is selected according to
a strict selection strategy.
For the strategy in the event of loss of server, see Redundancy (Chapter 2.6).
NTP Client
You activate the client service with the parameter
/NTP Client/NTP Client (0.18.01)
IP addresses of the NTP servers
You can specify four IP addresses of NTP servers with the parameter
/NTP Client/NTP Server List[4] (0.18.02). The address 0.0.0.0 indicates that no
server has been entered.
Parameter assignment
.
DNS names are not supported.
Current NTP server
The currently selected NTP server is displayed with the parameter
/NTP Client/Active Server (0.18.03). The address 0.0.0.0 indicates that no server
has been entered.
Monitoring the server
Monitoring of the NTP servers can be set up with the parameter
/NTP Client/Monitoring/Monitor Server (0.18.04)
9.1.3Redundancy
The priority in the event of loss of an external synchronization is defined by the
setting of the parameter /Redundancy/Redundancy (0.09.10)
• Setting "Master (radio clocks preferred to NTP)"
SIMATIC mode is supported at the Ethernet port by two protocols:
• PCS7-compatible mode
• S5-compatible mode
The setting is made with the parameter
/SIMATIC Mode/Ethernet 1 (0.15.01)
Mode
You set the send clock between 0 s, 1 s and 10 s with the parameter entry
/SIMATIC Mode/Ethernet 1/Mode (0.15.01)
Send condition
You define whether the signal is always output or only when synchronized with
the parameter entry /SIMATIC Mode/Ethernet 1/Send Condition (0.15.01)
Parameter assignment
.
.
.
Destination address
You define the send address of the SIMATIC mode with the parameter entry
/SIMATIC Mode/Ethernet 1/Destination Address (0.15.01)
address FF:FF:FF:FF:FF:FF is typically set.
The important general settings are described in the following, e.g. the time adjustment, the synchronization response etc.
You will find a list of all the setting options in Parameter table (Chapter 10).
9.3.1Time management
Note
Change the plant time at one single, central point, ideally on the central plant
clock.
Setting the time manually
You can set the time in the device optionally with one of the following parameters:
• Parameter /Time/Local Time (0.09.04)
• Parameter /Time/UTC Time (0.09.02) (uniform universal time)
• Parameter /Time/TAI Time (0.09.03)
Time zone
You define the offset from UTC to the zone time, without any daylight saving, with
the parameter /Time/Time Zone (0.09.06)
Note
If the external synchronization already contains a time zone (e.g. DCF77 contains
CET/CEST), this is taken into account on reception.
If the time zone is not defined by the external synchronization (e.g. serial telegrams), then no further time zone correction is made.
Difference between TAI and UTC
You can readout the difference between atomic time TAI and universal time UTC
in seconds with the parameter /Time/Extended/Atomic Time TAI/Offset from UTC
to TAI (0.09.01).
The preset switching times are consistent with the regulations currently valid in
the European Union.
The setting "Change = No" suppresses the time change, and the plant is operated
with standard time.
The calendar rule for the daylight saving time change can be defined worldwide
via a parameter.
You define the leap-second calendar with the parameter
/Time/Extended/Leap Seconds[20] (0.09.05)
.
9.3.2Synchronization
Synchronizaion status
You can readout the various information about the current synchronization status
via the parameter /Synchronization/Synchronization Status (0.09.09)
Protected synchronization
If a discontinuity of longer than 5 seconds occurs in the external synchronization,
the protected synchronization is activated. The synchronization is disabled, and
an alarm is triggered, which is pending as long as the discontinuity in the external
synchronization continues.
The pending synchronization disable can be ignored once and the "Protected
Synchronization" alarm cleared with the parameter entry /Synchronization/Extended/Protected Synchronization/Ignore/Clear Alarm (0.09.12) = "Yes".
Note
This synchronizes unconditionally with the external time, and a time jump can
occur in the plant operation.
If required, disconnect the active external synchronization in advance or delete
the server address for NTP client operation from the parameter
/NTP Client/NTP Server List[4] (0.18.02)
If a difference occurs between the input synchronization (e.g. radio clock) and the
device up to a tolerance threshold of several seconds, this difference is not adjusted immediately as this would lead to a time jump in the time synchronization.
This difference is run down incrementally in microsteps, which are significantly
below the time resolution of typical plants, and so remain unnoticed by the plant
operation. This process may take up to several hours.
The run down of the time difference in microstep mode can be interrupted once
with the parameter entry /Synchronization/Extended/Microsteps/Ignore/Cancel
(0.09.13) = "Yes".
This causes immediate synchronization with the external time, and a time jump
occurs in the plant operation.
Note
Avoid time jumps in the plant operation.
The "Ignore microstep mode" command is suitable, e.g. for the first input synchronization during commissioning.
Monitoring
You define whether the device outputs an alarm or a warning in the absence of
external synchronization with the parameter
/Synchronization/Extended/Monitoring (0.09.14)
9.3.3Display
You change the language and the representation of the time with the parameter
/Display/Representation (0.10.01)
TAI.
9.3.4System
You define and can change the password for standard protection with the parameter /System/Authorization For Standard Protection (2.06.02)
You use the parameter /System/Reset (0.06.04)
factory defaults. This does not reset parameters such as network addresses,
authorizations etc.
You activate the monitoring of the module temperature with the parameter entry
/Environment/Extended/Temperature/Monitoring (0.24.01)
You can set the following values:
• Alarm
• Warning
• No monitoring
The current module temperature is shown in the parameter entry
/Environment/Status/Temperature (0.24.02)
9.3.6Battery
You can switch the battery off for storage with the parameter entry
/Environment/Extended/Battery/Switch Off (0.25.01)
lengthen the life of the battery in storage.
Parameter assignment
.
.
, and so substantially
After a minimum operating period of 30 minutes after Power Up, SICLOCK
TC100 checks once
whether the battery is switched off. If necessary, the battery
is then switched on automatically, and a message is output.
Notice
If the supply voltage is switched
off while the battery is switched off, the SICLOCK
TC100 loses the hardware time and the archives.
This command may only be executed by qualified personnel.
1)The access icons indicate the possibility of accessing with the highest authorization level.
Note
If the Configuration Tool is not authorized or is used with lower authorization
rights, then not all the parameters will be displayed. This restriction concerns,
e.g., settings under "System".
Furthermore, the access rights change with the authorization level.
The messages are classified under four different types of event:
• System (capacity for approx. 1,500 entries)
• Application (capacity for approx. 4,500 entries)
• Information (capacity for approx. 21,500 entries)
• Warning (capacity for approx. 3,000 entries)
Messages for which an outgoing event is triggered are termed persistent indications. Persistent indications are, e.g., alarms.
Note
Each type of event is managed in its own buffer in the device. If a buffer is full, the
next message of this type overwrites the oldest message in the buffer.
The size of the information buffer is sufficient for approx. 45 days. This in an average value based on experience. However, the message volume can vary according to the operating conditions and plant configuration.
For further information, see Archive (Chapter 7.4).
Table 12-1Overview of messages, with event type and brief description
Recording a synchronization input
InformationThe recording of a synchronization input is pending because a threshold value has
been exceeded.
The battery has been switched off
ApplicationA user has used the Configuration Tool to switch off the battery in readiness for
storage.
See also Battery (Chapter 9.3.6).
Battery has been switched on automatically
ApplicationAfter a minimum period of operation, the battery was switched on automatically.