Cemat V 8.

0
Function Block Library ILS_CEM
Function Description Edition 09/13

Damper C_DAMPER
Safety Guidelines
This manual contains notices you have to observe in order to ensure your personal safety, as well as to prevent damage
to property. 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. The notices shown below are graded according to the
degree of danger.

Danger
! indicates that death or severe personal injury will result if proper precautions are not taken.

Warning
! indicates that death or severe personal injury may result if proper precautions are not taken.

Caution
! with a safety alert symbol indicates that minor personal injury can result if proper precautions are not
taken.

Caution
without a safety alert symbol indicates that property damage can result if proper precautions are not
taken.

Attention
indicates that an unintended result or situation can occur if the corresponding notice is not taken into
account.
If more than one degree of danger is present, the warning notice representing the highest degree of danger will be used.
A notice warning of injury to persons with a safety alert symbol may also include a warning relating to property damage.

Qualified Personnel
The device/system may only be set up and used in conjunction with this documentation. Commissioning and operation
of a device/system may only be performed by qualified personnel. Within the context of the safety notices in this
documentation qualified persons are defined as persons who are authorized to commission, ground and label devices,
systems and circuits in accordance with established safety practices and standards.

Prescribed Usage
Note the following:

Warning
! This device and its components may only be used for the applications described in the catalog or the
technical description, and only in connection with devices or components from other manufacturers
which have been approved or recommended by Siemens.
Correct, reliable operation of the product requires proper transport, storage, positioning and assembly
as well as careful operation and maintenance.

Trademarks
All names identified by ® are registered trademarks of the Siemens AG.
The remaining trademarks in this publication may be trademarks whose use by third parties for their own purposes
could violate the rights of the owner.

Copyright Siemens AG 2005 All rights reserved Disclaimer of Liability

The distribution and duplication of this document or the We have reviewed the contents of this publication to ensure consistency
utilization and transmission of its contents are not permitted with the hardware and software described. Since variance cannot be
without express written permission. Offenders will be liable for precluded entirely, we cannot guarantee full consistency. However, the
damages. All rights, including rights created by patent grant information in this publication is reviewed regularly and any necessary
or registration of a utility model or design, are reserved corrections are included in subsequent editions.

Siemens AG
Automation and Drives Siemens AG 2005
Postfach 4848, 90327 Nuremberg, Germany Technical data subject to change.
Siemens Aktiengesellschaft
 Reference Manual Objects Damper C_DAMPER

DAMPER C_DAMPER 1

Description of C_DAMPER 4
Type/Number 4
Calling OBs 4
Function 5
General Function description 5
Visualization 6
Additional functions 6
Sequence Test 6
Operating Principle 7
Hardware inputs 7
Input interfaces 9
Group and Object links 20
Process values 26
Input/Output interfaces 29
Output interfaces 30
Hardware outputs 34
Time characteristics 35
Message characteristics 35
Module states 36
Commands 37

I/O-bar of C_DAMPER 38

OS-Variable table 45

Variable details 47

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Damper C_DAMPER Reference Manual Objects

Description of C_DAMPER

Type/Number
Module name: C_DAMPER
Module no.: FB1002

Calling OBs
C_DAMPER must be called in OB1 (MAIN_TASK).

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 Reference Manual Objects Damper C_DAMPER

Function
General Function description
Module Type C_DAMPER can be used to control dampers, actuators or gates in a cement
plant. As per definition, direction 1 = close and direction 2 = open. Two modes are possible
for the control:
- Normal control mode: The damper is controlled into direction 1 (close) or 2 (open), including
a supervision of the Limit switches of the corresponding direction.
- Positioning mode: The damper is controlled into a certain position. The setpoint can be
entered via operator faceplate or transferred as an external setpoint (e. g. from a controller).
The inching mode can be used for manual positioning of the damper. In this case open or
close commands can be given "step-wise" using buttons in the operator faceplate.

For the "normal control" the start/stop can be carried out in three different operating modes:
- In the automatic mode the damper is opened/closed by a superordinated group module.
- The single-start mode allows individual open/close via operator faceplate of the damper.
- In the local mode the damper can be opened and closed by the locally installed pushbuttons
KSP (stop button) and KCL and KOP (start buttons for direction 1 and 2).

Priority of the operating modes (1 = highest priority)

Prio. Operating mode Condition at Parameters
1 Local mode KLOC=1 + KVO=0
2 Positioning mode KTFG=1 + KPOS=1
3 Inching from faceplate or buttons KTFG=1 + KPOS=0
4 Single start mode KEIZ=1
5 Open loop control mode (automatic) KLOC=0 + KEIZ=0 + KPOS=0

The following standard signals are be monitored by the damper block:

- Limit Position KWE1 and KWE2 in conjunction with the controlled direction (KB1 and KB2)
- The torque switches KDR1 and KDR1 in conjunction with the controlled direction
- Electrical availability KSB
- Overload KBM
- Local switch KVO (1-Signal = Remote; 0-Signal = Local)
- Local stop button KSP
- Local start direction 1 KCL
- Local start direction 2 KOP
Additionally there is an option of a supervision of a torque switch in both directions.
A wagging function can be activated in case of torque switch fault or if the runtime has
exceeded.
If the damper is in automatic or in single-start mode and the damper is in operation, a wrong
status at any of the above mentioned signals leads to an alarm message.

If additional protections are available for the damper or for the equipment, those signals have
to be linked to an Annunciation block C_ANNUNC or C_ANNUN8 in order to create an alarm. In
order to stop the drive in case of a fault an output of the annunciation block has to be connected
to the protection interlock of the damper. We distinguish between:
- Protection interlock KSV1 or IntProt1 effective in all modes
- Protection interlock KSV2 or IntProt2 effective in all modes

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Interlocks can be used in order to enable or disable the damper operation dependent on a
process condition, like "previous drive is running" or a process signal:
- Start interlock KEV1 or IntStrt1 Effective only in auto and in single-start mode.
In local mode, in positioning mode and in inching
mode not effective!
- Start interlock KEV2 or IntStrt2 Effective only in auto and in single-start mode.
In local mode, in positioning mode and in inching
mode not effective!
- Operating interlock KBV1 or IntOper1 Effective in all operation modes except local mode.
- Operating interlock KBV2 or IntOper2 Effective in all operation modes except local mode.

Through process parameters the following values can be configured online:

- Limit switch delay time (s) damper must not drift from limit position without command
- Runtime supervision (s) monitoring time from limit position to limit position
- Wagging number number of wagging operations to be carried out
- Time for start-up warning (s) for single-start mode and local mode (if enabled)
Additional process parameters for the Positioning mode:
- Setpoint limit min minimum value for Setpoint entry
- Setpoint limit max maximum value for Setpoint entry
- Actuator Runtime (s) real runtime of the actuator
- Hysteresis resp. threshold AN (%) switch on of the dead zone
- Hysteresis resp. threshold AB (%) switch off of the dead zone

Visualization
In the block icon of the damper the most important operation status are displayed (damper
position, operating mode, fault status). Operation functions and detail information are only
available after opening the faceplate.

Additional functions
Link to a measured value
- An additional measure can be displayed in the damper faceplate, either through connection of
the physical output of measured value block or through connection of the output of an analog
value selection block to the damper.

SIMOCODE drives
If SIMOCODE is used, the communication between the damper block and the SIMOCODE can
be carried out via adapter block C_SIMOS or C_SIM_AD.
An additional button in the damper faceplate opens the faceplate of the C_SIMOS in order to
display the SIMOCODE details.

Sequence Test
In Sequence Test mode the damper can be started without hardware signals. The limit switches
are simulated. The hardware inputs (KSB; KBM; KVO...) are still active and have to be
simulated by a test program at the beginning of OB1 Cycle.
If driver blocks are used, the Output SIM_ON of the damper can be connected to input SIM_ON
of the driver blocks to enable the simulation.

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 Reference Manual Objects Damper C_DAMPER

Operating Principle
Hardware inputs
KWE1 Limit position 1 Basic state 0-signal
Format BOOL
The KWE1 parameter is used to monitor the "closed" limit position of the damper. A 1-signal at
KWE1 means that the "closed" limit position has been reached. The connection of the KWE1
parameter is made with the make contact of the position limit switch. The break contact is
switched directly in the contactor control circuit.

KWE2 Limit position 2 Basic state 0-signal

Format BOOL
The KWE2 parameter is used to monitor the "open" limit position of the damper. A 1-signal at
KWE2 means that the "open" limit position has been reached. The connection of the KWE2
parameter is made with the make contact of the position limit switch. The break contact is
switched directly in the contactor control circuit.

KSB Electrical availability Basic state 1-signal

Format BOOL
The KSB parameter is used to monitor the electrical availability of the damper. The electrical
availability is monitored in automatic mode and in single-start mode, and results in a shut down
with an alarm.

KBM Overload Basic state 1-signal

Format BOOL
The KBM parameter is used to monitor the overload of the damper (bimetal). The overload is
monitored in automatic mode and in single-start mode, and results in a shut down with an alarm.

KVO Local switch Basic state 1-signal

Format BOOL
The KVO parameter is used for connecting the local switch of the damper. The KVO = 1-signal
means the Automatic position and the KVO = 0-signal means the Local position. No alarm
signal occurs in the control room in local mode.
In position Local (KVO = 0-signal) the damper can be started via KCL and KOP and stopped via
KSP.

KSP Local stop Basic state 1-signal

Format BOOL
The KSP parameter is used to stop the damper in local mode. This is a break contact, i.e. a 0-
signal stops the damper.
By default the local stop KSP is only active if the damper is in local mode. Connecting a 1-signal
to LST_ACT, the local stop is always effective.

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Damper C_DAMPER Reference Manual Objects

KCL Local start direction 1 Basic state 0-signal

Format BOOL
The KCL parameter is used to close the damper in local mode. A 1-signal at KCL starts the
damper in direction 1.
The prerequisite for closing the damper from local is the local release (KLOC interface = 1-
signal) and the position of the KVO switch at local (KVO = 0-signal).

KOP Local start direction 2 Basic state 0-signal

Format BOOL
The KOP parameter is used to open the damper in local mode. The 1-signal at KOP starts the
damper in direction 2.
The prerequisite for opening the damper from local is the local release (KLOC interface = 1-
signal) and the position of the KVO switch at local (KVO = 0-signal).

8 Copyright  Siemens AG. All Rights Reserved.

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 Reference Manual Objects Damper C_DAMPER

Input interfaces
KEV1 Start interlock direction 1 Basic state 1-signal
Format BOOL
The damper can be operated in automatic mode or single-start mode only if the start interlock
has 1-signal. A 0-signal at interface KEV1 prevents the operation in direction 1. In local mode, in
positioning mode and in inching mode the start interlock is not effective.

IntStrt1 Start Interlock direction 1

Format STRUCT
For function description, see KEV1. This interface can be connected with a structure output as
e. g. signal RunSig of a drive or output Out of an interlock bock, e. g. Intlk02.
Structure variables:
IntStrt1.Value Signal Basic state 1-signal
Format BOOL
IntStrt1.ST Signal status Default: 16#FF
Format BYTE

KBV1 Operating interlock direction 1 Basic state 1-signal

Format BOOL
The damper can be operated in automatic mode, in single-start mode, positioning mode and
inching mode only if the operating interlock has 1-signal. A 0-signal at interface KBV1 prevents
the starting or switches off the damper. In local mode the operating interlock is not effective.

IntOper1 Operation Interlock direction 1

Format STRUCT
For function description, see KBV1. This interface can be connected with a structure output as
e. g. signal RunSig of the previous drive or output Out of an interlock bock, e. g. Intlk02.
Structure variables:
IntOper1.Value Signal Basic state 1-signal
Format BOOL
IntOper1.ST Signal status Default: 16#FF
Format BYTE

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KSV1 Protection interlock direction 1 Basic state 1-signal

Format BOOL
All signals which indicate a damper fault and which are not monitored by the damper module as
standard must be connected to the protection interlock. A 1-signal means status OK,
a 0-signal means fault.
Interfaces KSV1 and KSV2 are effective in all operating modes of the damper.

! Caution: When the damper is switched off via KSV1 or KSV2, the damper module does not
generate an alarm message. There is no summarizing fault indication at the group and the
protection interlock is not shown in the status call.
For the fault message one must program an annunciation module. To connect the protection
interlock one must use the output MAU of the associated annunciation module and not the input
signal of the fault so that a possible time delay is taken into consideration.

Remark: In older standard versions, interfaces KSV1/KSV2 were used for the torque monitoring.
This interfacing is still possible but today it is much easier with interfaces KDR1 and KDR2.

IntProt1 Protection Interlock direction 1

Format STRUCT
For function description, see KSV1. This interface can be connected with a structure output as
e. g. output OutSig of the annunciation block or output Out of an interlock bock, e. g. Intlk02.
Structure variables:
IntProt1.Value Signal Basic state 1-signal
Format BOOL
IntProt1.ST Signal status Default: 16#FF
Format BYTE

KDR1 Torque switch direction 1 Basic state 0-signal

Format BOOL
A 1-signal at interface KDR1 or KDR2 means the torque switch has responded. Depending on
how interface KWED is connected, this fault is analysed and annunciated immediately or the
damper resorts to wagging (see KWED).

KEV2 Start interlock direction 2 Basic state 1-signal

Format BOOL
See KEV1

10 Copyright  Siemens AG. All Rights Reserved.

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 Reference Manual Objects Damper C_DAMPER

IntStrt2 Start Interlock direction 2

Format STRUCT
For function description, see KEV1.
Structure variables:
IntStrt2.Value Signal Basic state 1-signal
Format BOOL
IntStrt2.ST Signal status Default: 16#FF
Format BYTE

KBV2 Operating interlock direction 2 Basic state 1-signal

Format BOOL
See KBV1

IntOper2 Operation Interlock direction 2

Format STRUCT
For function description, see KBV1.
Structure variables:
IntOper2.Value Signal Basic state 1-signal
Format BOOL
IntOper2.ST Signal status Default: 16#FF
Format BYTE

KSV2 Protection interlock direction 2 Basic state 1-signal

Format BOOL
See KSV1

IntProt2 Protection Interlock direction 2

Format STRUCT
For function description, see KSV1.
Structure variables:
IntProt2.Value Signal Basic state 1-signal
Format BOOL
IntProt2.ST Signal status Default: 16#FF
Format BYTE

KDR2 Torque switch direction 2 Basic state 0-signal

Format BOOL
See KDR1

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L_STA_WA 1 = Start-up warning in local mode Basic state 0-signal

Format BOOL
With 0-signal at this parameter, no start-up warning is given in local mode.
With 1-signal at this parameter, by pressing the Local start button a start-up warning is given
and the contactor outputs KB1/KB2 are delayed by the start-up warning time HORN_TIM.

Caution: For security reasons the local start button must remain pressed until the drive is
! running!

LST_ACT Local Stop active Basic state 0-signal

Format BOOL
With 0-signal at this parameter the local-stop is not effective in automatic mode.
1-signal at this parameter enables the local stop in automatic mode too and an alarm will be
created.

KLOC Local mode release Basic state 0-signal

Format BOOL
A 1-Signal at this interface enables the damper for the local mode through the PLC, i.e. the
damper can be controlled via inputs KOP and KCL. The operation mode is changed by the
associated group. The group module sets the local mode signal GLO. This information is
passed on to the damper module by connecting interface KLOC with signal GLO of the
associated group.
In local mode via the PLC only protection interlock KSV1/KSV2 is effective. The connection of
interfaces KEV1/KEV2 and KBV1/KBV2 are not analysed in local mode.

KEIZ Single-start mode release Basic state 0-signal

Format BOOL
A 1-signal at this interface releases the single-start mode for the damper, i.e. the damper can be
controlled individually from the central control room. The operating modes are changed by the
associated group. The group module sets the single-start mode signal GES. This information is
passed on to the damper module by connecting interface KEIZ with signal GES of the
associated group.
In single-start mode all interlocks of the damper module are effective! Start is carried out after
the set horn time (process value HORN_TIM) has expired.

KSTB Stand-by mode Basic state 0-signal

Format BOOL
In the philosophy of CEMAT-Standards only the active plant sections can generate alarm
messages. This means, if a drive at stop is faulty, this is indicated in the symbol at the flow
mimic but there will be no alarm message.
A 1-Signal at interface KSTB means that the damper is in stand-by mode. In this mode the
damper is monitored for availability. If a fault occurs when the damper is in stand-by mode, an
alarm message is generated.

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KWED Wagging release Basic state 0-signal

Format BOOL
The connection of wagging release KWED with 1-signal causes the damper to wag when the
run-time is exceeded or when the torque switch is activated. This means the damper returns to
the old limit position and makes a new attempt to move in the required direction etc.
The number of attempts depends on the set wagging count (process value WAGG_NO).
When the set number of wagging attempts is exceeded the damper signals a mechanical fault.
When wagging release KWED has 0-signal the response of the torque switch leads to direct
switching off and the damper signals torque switch fault.

KWU1 Changeover limit switch, make/break contact Basic state 1-signal

Format BOOL
The standard module expects a make contact as the limit switch, i.e. when the limit position is
reached then parameter KWE1 has 1-signal. A make contact may not always be available as
limit switch (if e.g. the contacts were used elsewhere). In such cases if the interface KWU1 is
programmed to have 0-signal, the limit switch is interpreted as a break contact.

KWU2 Changeover limit switch, make/break contact Basic state 1-signal

Format BOOL
See KWU1

KMFR Annunciation release Basic state 1-signal

Format BOOL
With 0-signal at this interface the annunciation function is blocked.
Typical application:
In the case of a control supply voltage failure for MCC or field signals, one alarm message
would be triggered for each sensor signal. To prevent this, one should connect the control
voltage signal to the annunciation release interface of the appropriate modules. This causes no
alarm to be generated. The cause of “control voltage failure“ is generated by an annunciation
module which has to be engineered for this purpose.

Caution: If KMFR has 0-Signal the damper fault is not shown in the summarizing indication of
! group and route and not listed in the status call.

KMZS Fault interlock to the group Basic state 0-signal

Format BOOL
A 1-signal on KMZS prevents that the dynamic and static fault is passed to the group. In the
status call the drive fault can still be seen.

GFSO Group fault / status off Basic state 0-signal

Format BOOL
1-Signal at GFSO completely deselects the damper for the Group Summarizing fault and for the
Group Status Call.

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KLP1 Lamp test (additional) Basic state 0-signal

Format BOOL
If one has several control desks with lamps and wants to test the lamps for each control desk
separately, one can connect the corresponding lamp test signal to this interface.

Caution: Using KLP1 the lamp test interface at the C_PUSHBT module must not be
! connected. There is only one interface for both direction 1 and direction 2.

KQT1 Acknowledge (additional) Basic state 0-signal

Format BOOL
The acknowledgement of the damper fault is normally carried out together with the
acknowledgement of any alarm within the same AS (default setting). Interface KQT1 is only
needed for individual acknowledgement (via push-button) or in case of group-wise
acknowledgement.
A signal change from "0" to "1" at KQT1 acknowledges the drive fault (resetting flag KST1 and
KST2 – there is only one interface for direction 1 and direction 2).
In case of a conventional control desk, a push-button can be connected to KQT1 (for individual
acknowledgement) or to the acknowledgement interface at block C_PUSHBT can be used (for
AS-wise acknowledgement).

Caution: Using KQT1 for individual acknowledgement, the acknowledgement interface at the
! C_PUSHBT must not be connected.

For group-wise acknowledgement connect the output ACK of the corresponding group to
interface KQT1 of the damper. See Engineering Manual, chapter AS-Engineering.

KHA1 Manual command (inching direction 1) Basic state 0-signal

Format BOOL
Interfaces KHA1 and KHA2 are effective only in conjunction with inching release KTFG. They
are used for manual positioning of the damper with +/- pushbuttons (conventional control desk).
Damper output KB1 is given only as long as interface KHA1 has 1-signal.

KEB1 Command ON (direction 1) Basic state 0-signal

Format BOOL
Interface to move the damper in direction 1 in automatic mode. With 1-signal the damper is
switched on. The GBE signal of the associated group(s) or the WBE signal of the associated
route(s) is normally connected to this interface.

Caution: Interfaces KEB1 and KEB2 must not be connected with a continuous signal because
! then the damper fault cannot be acknowledged! If a continuous signal is required (e.g. for fan
dampers) one must take care that the ON command becomes zero in the event of a fault (see
engineering manual "Fan dampers").

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KAB1 Command OFF (direction 1) Basic state 0-signal

Format BOOL
A 1-signal at this interface switches off the damper in direction 1 in automatic mode. This is
actually needed only if the damper is to be switched off in an intermediate position (e.g. with
dampers with 3 limit switches - see engineering manual).

KHA2 Manual command (inching direction 2) Basic state 0-signal

Format BOOL
See KHA1

KEB2 Command ON (direction 2) Basic state 0-signal

Format BOOL
See KEB1

KAB2 Command OFF (direction 2) Basic state 0-signal

Format BOOL
See KAB1

DSIG_BQ Driver Signal(s) Bad Quality Basic state 0-signal

Format BOOL
If driver blocks are used, the information "one ore more driver blocks have bad quality" can be
displayed in the damper faceplate and in the block icon of the damper.
In order to achieve this, the outputs QBAD of the driver blocks must be connected with an OR
function to Interface DSIG_BQ.

DSIG_SIM Driver Signal(s) Simulation Basic state 0-signal

Format BOOL
If driver blocks are used, the information "one or more driver blocks are switched to simulation"
can be displayed in the damper faceplate and in the block icon of the damper.
In order to achieve this, the outputs QSIM of the driver blocks must be connected with an OR
function to Interface DSIG_SIM.

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The following input interfaces belong to the positioning function of the damper:
KPOS Positioner Basic state 0-signal
Format BOOL
For dampers with positioning functions the interfaces KPOS and KTFG must be connected with
a 1-signal and an actual value for the damper position (0-100%) must be connected to the
damper module using parameter POS_IN. If you want to inch the damper outputs directly, then
the interface has to be KPOS=0 and KTFG=1.

KTFG Inching release Basic state 0-signal

Format BOOL
To position the damper (through positioning function of the damper or manually via +/-
pushbuttons) the inching release must have a 1-signal.
A 1-signal at interface KTFG blocks the control via KEB1 and KEB2 as well as the control in
single-start mode.

POS_IN Position value (0-100%)

Format STRUCT
Only for dampers with positioning function!
The POS_IN interface must be connected with the damper position (actual value of the
positioner).

Caution: The value must be 0-100!

!
Structure variables:
POS_IN.Value Value Default: 0.0
Format REAL
POS_IN.ST Signal status Default: 16#FF
Format BYTE

POS_LZ Live-zero position Basic state 0-signal

Format BOOL
Only for dampers with positioning function!
The POS_LZ interface must be connected with the Live-Zero signal of the analog value for the
damper position, so that the damper recognizes that the position value is erroneous.

Caution: The signal status of the structure variable POS_IN.ST is only used for display and
! does not stop the damper positioning. Therefore you must additionally connect output ULZ of
the measure to input POS_LZ of the damper positioner.

KWEE External setpoint ON Basic state 0-signal

Format BOOL
Only for dampers with a positioning function!
When interface KWEE has a 1-signal the damper module reads the setpoint from input interface
KWEX. This function is used if the setpoint is specified by a primary controller. In this case, one
must connect the output of the corresponding controller to interface KWEX of the damper.

16 Copyright  Siemens AG. All Rights Reserved.

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KWEX External setpoint

Format STRUCT
Only for dampers with positioning function and only effective if KWEE has 1-Signal!
In order to transmit the setpoint from a primary function (e. g. Controller), the output of the
controller must be connected to input KWEX of the damper.
Structure variables:
KWEX.Value Value Default: 0.0
Format REAL
KWEX.ST Signal status Default: 16#FF
Format BYTE

KSNF Setpoint tracking Basic state 1-signal

Format BOOL
Only for dampers with positioning function!
In the operating mode positioning, the setpoints track each other. If KSNF = 0, the setpoints are
not tracked to the actual value.

EN_INCH Enable inching in positioning mode Basic state 0-signal

Format BOOL
This is not a parameter at the block. It is possible to switch to inching mode from the diagnosis
faceplate only.
When the damper is set to positioning mode by (KPOS=1 and KTFG=1) there is the possibility
to switch over to the inching mode from the faceplate.

Attention: This is not a second function fort the „normal inching mode“. But if there are
problems to reach the limit positions in positioning mode one can use the new function. The
! operator then is responsible to switch back into positioning mode.

The following conditions will switch off this special inching mode:
- the operator (by pressing the button in the diagnosis faceplate)
- when the damper is not in the condition of positioning anymore (KTFG=0 or KPOS=0)
- when the limit position1 or 2 is reached.

If SIMOCODE Adapter block is used:

REL_SC Enable SIMOCODE Basic state 0-signal
Format BOOL
For drives with SIMOCODE you have to enable this function with 1-signal at this parameter. In
the faceplate of the damper an additional button appears which allows opening the SIMOCODE
faceplate. In the TEXT1 Variable (preset with C_SIMOS) the respective Adapter – Module can
be set per instance.

STAT_SC Status SIMOCODE Default: 0

Format BYTE
For drives with SIMOCODE you have to connect this parameter with out-parameter of the
Adapter block "C_SIMOS". Additional you have to enable this function with 1-signal at
parameter "REL_SC".

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In order to link up to 16 measuring values to the damper:

If one ore more measuring values are used as additional process signals of the damper (e. g.
power, current, etc.), these measures can be linked to the drive.
The selected process value is displayed in the damper faceplate and the faceplate of the
C_MEASUR or t the C_ANA_SEL can directly be opened from the drive.

PV Process value input (general use)

Format STRUCT
In order to display the process value in the damper faceplate, input PV must be connected with
output PV_Out of C_MEASUR (for one value) or with output Out_Val of C_ANA_SEL (for up to
16 values).
Structure variables:
PV.Value Value Default: 0.0
Format REAL
PV.ST Signal status Default: 16#FF
Format BYTE

Caution: Only the selected measure is displayed in the damper faceplate.

!
PV_Stat Process Value Status + Unit
Format STRUCT
In order to transmit the status and the unit of the process value to the damper, the input PV_Stat
must be connected with output PV_Stat of C_MEASUR or with output Out_Stat of C_ANA_SEL
(for up to 16 values).
Structure variables:
PV_Stat.UNIT Unit Default: %
Format STRING[8]
PV_Stat.STATUS Status Default: 16#00
Format DWORD

Caution: Only the status and the unit of the selected measure are displayed in the damper
! faceplate.

For customizing of the diagnosis window:

STA2_B10 Spare input for visualisation Basic state 0-signal
STA2_B10 till STA2_B17
Format BOOL
These parameter are transferred to the STATUS2 and can be used for additional purposes for
e.g. in the diagnostic window.
Look at the table OS-variables.

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UserFace Select Faceplate

Format ANY
Input UserFace can be connected to any block with an OS Interface (Faceplate). If a block is
connected, an additional button "U" (User) appears in the faceplate of the drive block. With this
button the Faceplate of the connected block can be opened.
Example:
In order to show the related Signals for the drive, input UserFace can be connected to block
C_REL_MOD (for a list of up to 16 objects) or, if fewer signals are used, in can be directly
connected to a C_INTERL, C_INTER5 or Intlk02.

Additional inputs for testing and as Interface to the OS:

TEST_OSS Test interface Default: 0
Format INTEGER
The test interfaces are only used during module development and must not be changed!

MSG8_EVID Message ID Default: 16#00

Format DWORD
Interface to OS

COMMAND Command word Default: 16#00

Format WORD
Interface to OS
For more information see Variable details.

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Group and Object links

Group/Route links
Each drive block, annunciation block or measurement block must be linked to a group or route
in order to collect the status of these objects for summarizing indications.
The group link is essential for control and diagnosis and comprises the following functions:
- All objects, linked to the group (or route) are listed in the group (or route) object list.
- All objects, linked to the group (or route) are highlighted in the process picture with button
"Show related objects".
- The faults of all objects, linked to the group (or route) are included in the summarizing fault
indication of the group (or route).
- The warnings of all objects, linked to the group (or route) are included in the summarizing
warning indication of the group (or route).
- In case of a dynamic fault during the startup of the group, the group start will be interrupted.

A drive can be linked to two groups or routes via GR_LINK1 and GR_LINK2. If a drive belongs
to more than two groups or routes the additional block C_MUX must be inserted, which provides
5 additional link interfaces.

Caution: The main group (or main route) should be connected to GR_LINK1! This is the one
! which is opened with a click on button "Main group" in the drive faceplate.

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GR_LINK1 Link to group or route

Format STRUCT
The GR_LINK1 interface of the damper must be connected with the R_LINK interface of the
route or with the G_LINK interface of the group.
Structure variables:
GR_LINK1.Link Link Default: 0
Format INTEGER
GR_LINK1.Command Group / Route Command Default: 16#00
Format WORD

GR_LINK2 Link to group or route

Format STRUCT
If the damper belongs to two different routes or groups, the GR_LINK2 interface must be
connected with the second route/group.
Structure variables:
GR_LINK2.Link Link Default: 0
Format INTEGER
GR_LINK2.Command Group / Route Command Default: 16#00
Format WORD

MUX_LINK Link to C_MUX

Format STRUCT
If the damper belongs to more than two different routes or groups, the C_MUX module must be
series-connected. C_MUX has 5 inputs (GR_LINK1 to GR_LINK5) for connection with the
groups/routes and one output (MUX_OUT) for connection with the MUX_LINK interface of the
damper.

Caution: If a C_MUX block is used, the programming order is very important. The C_MUX
! must be called before the drive block!
The MUX_IN interface can under no circumstances be used for connection with a
group or route. It is used exclusively for connection with another MUX module.

Structure variables:
MUX_LINK.Point_GRL Pointer Default: 0
Format INTEGER
MUX_LINK.Command Group / Route Command Default: 16#00
Format WORD

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Example of a circuit:

Group1 Route1 Damper1

C_Group MAIN_TASK C_Route MAIN_TASK C_DAMPER MAIN_TASK

1/5 1/3 1/2

G_LINK ST R_LINK ST

ST G_LINK

Route2

C_Route MAIN_TASK

1/4

Group2 R_LINK ST

C_Group MAIN_TASK ST G_LINK

1/6

ST GR_LINK1

G_LINK ST ST GR_LINK2

ST MUX_LINK

Group3

C_Group MAIN_TASK

1/7 MUX1

C_MUX MAIN_TASK

G_LINK ST 1/1

BO EN ENO BO

ST MUX_IN MUX_OUT ST

Group4 ST GR_LINK1

C_Group MAIN_TASK ST GR_LINK2

1/8 ST GR_LINK3

ST GR_LINK4

G_LINK ST ST GR_LINK5

Caution: Check the runtime sequence! The C_MUX module must be called before the drive.
! For the other modules the run sequence is as follows: first the drives, then the associated routes
and finally the associated groups.

Caution: Some people use one C_MUX block and connect its output to a number of
drives/devices, annunciations and measurements.
! If you do so, make sure that the C_MUX is called before all the other objects and
that no other C_MUX call comes in between.
We don't recommend using the same C_MUX if the blocks are located in different
runtime groups.

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Object links to slave objects

Annunciations and measurements which belong to a drive must not be linked to the group (or
route), if they are connected via Object link to the damper output O_LINKQ.

M01 MAINTASK POS MAINTASK

C_DAMPER 1/5 C_MEASUR 1/2

O_LINK O_LINKQ O_LINK

NO_OF_I

FT1

FT2

FT3

....

FT20

The damper block collects the information and forwards it to the group (or route). The result is
as follows:
- All objects, linked to the damper are listed in the damper object list and in the group (or
route) object list (one level below the damper).
- All objects, linked to the damper are highlighted in the process picture with button "Show
related objects".
- The faults of all objects, linked to the damper are included in the summarizing fault
indication of the group (or route).
- The warnings of all objects, linked to the damper are included in the summarizing warning
indication of the group (or route).
- In case of a dynamic fault during the startup of the group, the group start will be interrupted.

O_LINKQ Link to slave object

Format STRUCT
Damper output O_LINKQ must be connected to interface O_LINK of all allocated annunciations
and measurements, while the damper itself is connected via GR_LINK to the group (or route).
Structure variables:
O_LINKQ.iDB Instance DB master object
Format INTEGER
O_LINKQ.iDW DW number NO_OF_FT in master object
Format INTEGER
O_LINKQ.Command Group / Route Command
Format BYTE
O_LINKQ.Status Status master object
Format BYTE

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Object links to a group in a different AS

If a Cemat object is programmed in a different AS than the superordinated group a direct link
between the damper and the group is not possible. In this case special send and receive blocks
must be inserted which collect the object data and transmit it to the group.
In the AS of the group the group output G_LINK is connected to input G_LINK of the block
C_RECV_G.

Caution: C_RECV_G can only be linked to a C_GROUP module. Linking to routes is not
! permitted and will not work!

In the AS of the Cemat Objects the output O_LINKQ of block C_SEND_G is connected to input
O_LINK of the drives/devices, annunciations and measurements.

G01 MAINTASK LRECV04 MAINTASK

C_GROUP 2/5 C_RECV_G 2/4
LINK

NO_OF_FT

FT1

FT2
NO_OF_I

FT3
FT1

....
FT2

FT30
FT3

....

G_LINK G_LINK FT50

AS01 Übertragung im z. B. 2 Sekundentakt

AS02
LSEND04 MAINTASK R01 MAINTASK
C_SEND_G 1/5 C_ANNUNC 1/2
LINK

O_LINK
O_LINKQ

M01 MAINTASK
NO_OF_I C_DRV_1D 1/3

FT1
O_LINK O_LINKQ
FT2

FT3
M02 MAINTASK
C_DAMPER 1/4
....

FT50
O_LINK O_LINKQ

Caution: It is not allowed to use the Object link and the Group/Route link at the same time:
! If O_LINK is used, GR_LINK1 and GR_LINK2 or C_MUX must not be connected!

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O_LINK Link to another object

Format STRUCT
Input interface O_LINK of the damper must be connected to output O_LINKQ of the
C_SEND_G block.
Structure variables:
O_LINK.iDB Instance DB master object Default: 0
Format INTEGER
O_LINK.iDW DW number NO_OF_FT in master object Default: 0
Format INTEGER
O_LINK.Command Group / Route Command Default: 16#00
Format BYTE
O_LINK.Status Status master object Default: 16#00
Format BYTE

Caution: If annunciations or measurements belong to the damper, they don't need to be

! connected to output O_LINKQ of the C_SEND_G block.
They can also be programmed as slave objects and connected to output O_LINKQ
of the damper.

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Process values
The process values can be set during engineering and they can be changed online from the
OS. To permit the modification of the process values from the faceplates, they must not be
connected in the CFC.

LSMONTIM Limit switch delay time Default: 2

Format INTEGER (0 - 999)
Value in seconds.
If the damper leaves the limit position without any command, this is interpreted as a mechanical
fault. This monitoring is delayed by the set time.

RTMONTIM Run-time monitoring Default: 90

Format INTEGER (0 - 999)
Value in seconds.
The run-time monitoring is effective in automatic mode, single-start mode and positioning mode.
In automatic mode and in single-start mode the damper must reach the limit position within the
set time. In positioning mode the set point must be reached within this time.
If this time value is exceeded the damper annunciates the run-time fault as a mechanical fault.
The parameter run-time monitoring must be adjusted depending on the damper run-time. The
set time applies to both directions.
With the value 0 the run-time monitoring is switched off in all operating modes.

WAGG_NO Wagging counter Default: 0

Format INTEGER (0 - 999)
Number of wagging attempts.
If the wagging release KWED has 1-signal when a run-time fault occurs or the torque limit
switch is activated, the damper returns to the start position and then tries to run again in the
required direction. This process is called wagging. The number of wagging attempts can be set
here. After an unsuccessful number of wagging attempts mechanical fault annunciation is
generated.

HORN_TIM Horn time for start-up warning Default: 10

Format INTEGER (0 - 999)
Value in seconds.
When the damper is triggered in single-start mode, a horn bit (module output) is set for the
duration of the set time and the start of the damper is delayed. The horn bit can be connected
further for the triggering of a start-up warning.

Additional process parameters for positioner function:

W_OS Setpoint of OS Default: 0.0
Format REAL
Interface for the setpoint specification of the OS.

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KWUG Setpoint lower limit Default: 0.0

Format REAL
The default setting corresponds to the scale beginning for the setpoint of the damper position.

KWOG Setpoint upper limit Default: 100.0

Format REAL
The default setting corresponds to the scale end for the setpoint of the damper position.

SCB Scale beginning Default: 0.0

Format REAL
Scale beginning for the setpoint of the damper position.

SCE Scale end Default: 100.0

Format REAL
Scale end for the setpoint of the damper position.

UNIT Unit Default: ‘%‘

Format STRING
Unit of the setpoint of the damper position.

TMIN Minimum pulse length Default: 0.5

Format REAL (0.0 - 9.9)
Value in seconds.
Here, the smallest pulse width to be output as damper commands is set. This pulse width must
be longer than the cycle time.

TM Actuator runtime Default: 60.0

Format REAL (0 - 999)
Value in seconds.
This is the run-time for the damper to travel from one limit position to the other. It has an effect
on the length of the pulses to be output. In contrast to the run-time monitoring, which is always
set as a higher value, you must enter the actual run-time here.

AN Hysteresis response threshold Default: 1.0

Format REAL (0.0 - 9.9)
Value in %.
This is the beginning of the dead zone. If the deviation exceeds this percentage value the
positioner starts to output pulses.

AB Hysteresis dropout threshold Default: 1.0

Format REAL (0.0 - 9.9)
Value in %.
This is the end of the dead zone. If the deviation is smaller than this percentage value the
positioner does not output further pulses.

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Additional process parameters for Maintenance function:

MAI_INT Maintenance Interval Default: 16#00
Format DWORD
The Maintenance Interval relates, depending on the parameterization, to a fixed time value, to
the operating hours or to the number of starts. If the Maintenance Interval is exceeded the
output MAI_AL will be set.

MAI_REQL Maintenance Request Limit Default: 16#00

Format DWORD
The Die Maintenance Request Limit can be used in order to indicate to the operator that the
Maintenance interval will be completed soon. If the Maintenance Request Limit is exceeded, the
output MAI_REQ will be set.

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Input/Output interfaces
RES_RTOS Reset time for number of movements for OS Default: 16#00
Format DWORD
Interface to OS

RT_OS Number of movements for OS Default: 16#00

Format DWORD
Interface to OS

RT_H Number of movements refreshed every hour Default: 16#00

Format DWORD
Interface to OS

CNT_OS Counter contactor direction 1 Default: 16#00

Format DWORD
Interface to OS

CNT2_OS Counter contactor direction 2 Default: 16#00

Format DWORD
Interface to OS

MAI_CNT Maintenance Actual counter – in hours or starts Default: 16#00

Format DWORD
Interface to OS

CNT_TRIP Maintenance Counter Trips Default: 16#00

Format DWORD
Interface to OS

FT_DUR Maintenance Fault duration in sec Default: 16#00

Format DWORD
Interface to OS

MAI_STA Maintenance Status Default: 16#80022

Format DWORD
Interface to OS

MAI_X Maintenance Spare Default: 16#00

Format DWORD
Interface to OS

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Output interfaces
KVS1 Position 1
Format BOOL
A 1-signal means "Damper in limit position 1".
The logic signal is mainly used for the interlocking with other drives and as feedback for the
route or the group.

PosSig1 Position 1
Format STRUCT
For function description, see KVS1. This interface can be connected to a structure input as e. g.
signal IntOper of the next drive.
Remark: For the feedback to the group or route you still have to use signal KVS1 because the
group/route interfaces have no structure format.
Structure variables:
PosSig1.Value Signal
Format BOOL
PosSig1.ST Signal status
Format BYTE

KVS2 Position 2
Format BOOL
A 1-signal means "Damper in limit position 2".
The logic signal is mainly used for the interlocking with other drives and as feedback for the
route or the group.

PosSig2 Position 2
Format STRUCT
For function description, see KVS2. This interface can be connected to a structure input as e. g.
signal IntOper of the next drive.
Remark: For the feedback to the group or route you still have to use signal KVS2 because the
group/route interfaces have no structure format.
Structure variables:
PosSig2.Value Signal
Format BOOL
PosSig2.ST Signal status
Format BYTE

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KST1/KST2 Dynamic fault

Format BOOL
If a fault occurs during the triggering of the damper module, or during stand-by mode the
dynamic fault bits are set. They remaining set until the fault is acknowledged.

Caution: In the following cases the damper fault cannot be acknowledged.

! - If the ON command is constantly present;
- If both limit switches have responded at the same time. (switch clogged)

SST Fault
Format BOOL
A 1-signal means that some fault is still present.

HORN Start-up horn

Format BOOL
This signal is set during the starting of the damper in single-start mode for a given time period
and can be logically connected to trigger a start-up warning.

SIM_ON Simulation ON
Format BOOL
In Sequence Test mode SIM_ON has 1-Signal. If module drivers are used the output SIM_ON
of the damper can be connected to SIM_ON of the driver blocks in order to switch all driver
blocks to simulation mode.

Additional outputs for positioner function:

KPO Positioner ON
Format BOOL
A 1-signal means that the damper is in positioning mode. The negated KPO Signal can be used
to switch the primary controller to local mode.

X_POS_OS Damper position display

Format STRUCT
Interface to OS
Structure variables:
X_POS_OS.Value Value
Format REAL
X_POS_OS.ST Signal status
Format BYTE

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Additional output for maintenance function:

MAI_REQ Maintenance Request
Format BOOL
The auto request value has been exceeded, which means the maintenance interval is nearly
completed. This output can be connected to an annunciation block in order to generate an
alarm.

MAI_AL Maintenance Alarm

Format BOOL
The Maintenance interval has been completed. This output can be connected to an
annunciation block in order to generate an alarm.

Additional outputs for testing and as Interface to the OS:

INTFC_OS Interface status for OS
Format DWORD
Interface to OS
For more information see Variable details.

VISU_OS Status for symbol display

Format BYTE
Interface to OS
For more information see Variable details.

STATUS Status word for OS

Format DWORD
Interface to OS
For more information see Variable details.

STATUS2 Status word for OS

Format DWORD
Interface to OS
For more information see Variable details.

STATUS3 Structure Input available

Format DWORD
Interface to OS
For more information see Variable details.

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ALARM for Test

Format WORD
For more information see Variable details.

DLY_CNT Delay counter

Format INTEGER
Interface to OS

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Hardware outputs
KB1 Command direction 1
Format BOOL
The KB1 signal is used to trigger the main contactor in direction 1 to close the damper.

KB2 Command direction 2

Format BOOL
The KB2 signal is used to trigger the main contactor in direction 2 to open the damper.

W_ACT_O Active Setpoint

Format STRUCT
During positioning mode the active setpoint (from OS or from external Setpoint) is transferred to
W_ACT_O. This output can be used, if the damper is controlled via analog output (instead of
using the digital output signal KB1 and KB2).
Structure variables:
W_ACT_O.Value Value
Format REAL
W_ACT_O.ST Signal status
Format BYTE

KL1 Lamp 1
Format BOOL
The KL1 lamp indicates the status of the damper and can be used for the connection of an
annunciation lamp (when no visualization system is present). A continuous 1-signal indicates
that the damper has reached the limit position 1 (closed). Rapid flashing indicates a dynamic
fault (non-acknowledged) and slow flashing indicates a static fault (already acknowledged).

KL2 Lamp 2
Format BOOL
The KL2 lamp indicates the status of the damper and can be used for the connection of an
annunciation lamp (when no visualization system is present). A continuous 1-signal indicates
that the damper has reached the limit position 2 (open). Rapid flashing indicates a dynamic fault
(non-acknowledged) and slow flashing indicates a static fault (already acknowledged).

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Time characteristics
The module must be called before the associated route or group.
Any called C_MUX modules must run before this module.

Message characteristics
The module uses the ALARM_8 module to generate annunciations.
A plausibility and priority logic at the process level analyses all object faults
only one fault annunciation is issued for each fault
secondary annunciations are suppressed automatically
the fault source is recorded in detail and uniquely.

The current operational state of the plant objects is automatically taken into consideration during
the fault analysis, e.g. all fault annunciations are suppressed automatically for a stationary
group
no superfluous fault annunciations are created
the operator does not need to manually disable/suppress any annunciations.

Each fault annunciation is also classified.

This shows whether an electrical or a mechanical fault, a process fault or a shut-down with a
local safety switch applies.
An electrician does not always need to be called first
The production operator can give specific instructions.

Alarm archive and alarm logs show only "true" annunciations.

An annunciation release for each object means that the communication and OS are not
overloaded with an "annunciation storm" - e.g. overloaded after a power failure.

Refer to the Variable details for the assignment of the annunciation text and annunciation class
to the module parameters.

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Module states
Variable VISU_OS:

No. Status / Text Symbol Display Text Presentation

1 limit position 2 Green Black , green
2 limit position 1 Green Black , white
3 moving to position 2 Blinking green Black , green
4 moving to position 1 Blinking green Black , white
5 fault not acknowledged Blinking red White , red
6 fault acknowledged Red White , red
7 no limit position Gray Black , white
8 fault acknowledged position 1 Red White , red
9 fault acknowledged position 2 Red White , red
10 local mode position 2 Yellow Black , yellow
11 local mode position 1 Yellow Black , yellow
12 local mode moving to position 2 Blinking yellow Black , yellow
13 local mode moving to position 1 Blinking yellow Black , yellow
14 local mode no limit position Blinking gray Black , yellow
15 single mode position 2 Cyan Black , blue
16 single mode position 1 Cyan Black , blue
17 single mode moving to position 2 Blinking cyan Black , blue
18 single mode moving to position 1 Blinking cyan Black , blue
19 single mode no limit position Blinking cyan Black , blue

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Status display of a positioning damper:

1st column: C = control operation
T = inching operation
P = positioning operation
2nd column: E = external setpoint
3rd column: D = damper fault
4th column: A = analog value fault

No. Status Display (bitmap)

1 Controlled

2 Controlled + damper fault

3 Controlled + analog value fault

4 Controlled + damper fault + analog value

fault
5 Inching operation

6 Inching operation + damper fault

7 Inching operation + analog value fault

8 Inching operation + damper fault + analog

value fault
9 Positioning operation

10 Positioning operation + damper fault

11 Positioning operation + analog value fault

12 Positioning operation + damper fault +

analog value fault
13 Positioning operation + ext. setpoint

14 Positioning operation + ext. setpoint +

damper fault
15 Positioning operation + ext. setpoint +
analog value fault
16 Positioning operation + ext. setpoint +
damper fault + analog value fault

Commands
Refer to the Variable details for the assignment of the command word.

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I/O-bar of C_DAMPER
C_DAMPER

Permitted
Element Meaning Format Default Type Attr. HMI
Values

KWE1 Limit position 1 BOOL 0 I

KWE2 Limit position 2 BOOL 0 I

KSB Electrical availability BOOL 1 I

KBM Overload BOOL 1 I

KVO Local switch BOOL 1 I

KSP Local stop BOOL 1 I

KCL Local start direction 1 BOOL 0 I

KOP Local start direction 2 BOOL 0 I

KEV1 Start interlock direction 1 BOOL 1 I

IntStrt1 Start interlock direction 1 STRUCT I

IntStrt1.Value Signal BOOL 1 I U +

IntStrt1.ST Signal Status BYTE 16#FF I U

Operating interlock direction

KBV1 BOOL 1 I
1
Operating interlock direction
IntOper1 STRUCT I
1

IntOper1.Value Signal BOOL 1 I U +

IntOper1.ST Signal Status BYTE 16#FF I U

Protection interlock
KSV1 BOOL 1 I
direction 1
Protection interlock
IntProt1 STRUCT I
direction 1

IntProt1.Value Signal BOOL 1 I U +

IntProt1.ST Signal Status BYTE 16#FF I U

KDR1 Torque switch direction 1 BOOL 0 I

KEV2 Start interlock direction 2 BOOL 1 I

IntStrt2 Start interlock direction 2 STRUCT I

IntStrt2.Value Signal BOOL 1 I U +

IntStrt2.ST Signal Status BYTE 16#FF I U

38 Copyright  Siemens AG. All Rights Reserved.

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
 Reference Manual Objects Damper C_DAMPER

Permitted
Element Meaning Format Default Type Attr. HMI
Values
Operating interlock direction
KBV2 BOOL 1 I
2
Operating interlock direction
IntOper2 STRUCT I
2

IntOper2.Value Signal BOOL 1 I U +

IntOper2.ST Signal Status BYTE 16#FF I U

Protection interlock
KSV2 BOOL 1 I
direction 2
Protection interlock
IntProt2 STRUCT I
direction 2

IntProt2.Value Signal BOOL 1 I U +

IntProt2.ST Signal Status BYTE 16#FF I U

KDR2 Torque switch direction 2 BOOL 0 I

KLOC Local mode release BOOL 0 I

KEIZ Single-start mode release BOOL 0 I

KSTB Stand-by mode BOOL 0 I

KWED Wagging release BOOL 0 I U

Changeover limit switch 1

KWU1 BOOL 1 I U
1=N.O. 0=N.C.
Changeover limit switch 2
KWU2 BOOL 1 I U
1=N.O. 0=N.C.

KMFR Annunciation release BOOL 1 I

KMZS Fault interlock to the group BOOL 0 I

KLP1 Lamp test BOOL 0 I U

KQT1 Acknowledge BOOL 0 I U

Manual command 1
KHA1 BOOL 0 I
(inching)

KEB1 Command ON direction 1 BOOL 0 I

KAB1 Command OFF direction 1 BOOL 0 I U

Manual command 2
KHA2 BOOL 0 I
(inching)

KEB2 Command ON direction 2 BOOL 0 I

KAB2 Command OFF direction 2 BOOL 0 I U

DSIG_BQ Driver-Signal(s) Bad Quality BOOL 0 I

DSIG_SIM Driver Signal(s) Simulation BOOL 0 I

Copyright  Siemens AG. All Rights Reserved. 39

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
Damper C_DAMPER Reference Manual Objects

Permitted
Element Meaning Format Default Type Attr. HMI
Values
Spare input transferred into
STA2_B10 BOOL 0 I U
STATUS 2
Spare input transferred into
STA2_B11 BOOL 0 I U
STATUS 2
Spare input transferred into
STA2_B12 BOOL 0 I U
STATUS 2
Spare input transferred into
STA2_B13 BOOL 0 I U
STATUS 2
Spare input transferred into
STA2_B14 BOOL 0 I U
STATUS 2
Spare input transferred into
STA2_B15 BOOL 0 I U
STATUS 2
Spare input transferred into
STA2_B16 BOOL 0 I U
STATUS 2
Spare input transferred into
STA2_B17 BOOL 0 I U
STATUS 2
1 = startup-warning in local
L_STA_WA BOOL 0 I U
mode
Local stop active in
LST_ACT BOOL 0 I U
automatic mode

GFSO Group fault / status off BOOL 0 I U

REL_SC Enable SIMOCODE BOOL 0 I U +

STAT_SC Status SIMOCODE BYTE 16#00 I U

Process value input

PV STRUCT I U
(general use)

PV.Value Value REAL 0.0 I U +

PV.ST Signal Status BYTE 16#FF I U

PV_Stat Process value status + unit STRUCT I U

STRING
PV_Stat.UNIT Unit % I U +
[8]
PV_Stat.
Status DWORD 16#00 I U +
STATUS

TEST_OSS Must not be changed INT 0 I U

MSG8_EVID Message ID DWORD 16#00 I U

COMMAND Command word WORD 16#00 I U +

LSMONTIM Limit switch monitoring time INT 2 I +

Run-time monitoring
RTMONTIM INT 90 I +
controller

WAGG_NO Wagging counter INT 0 I U +

Horn time for start-up-

HORN_TIM INT 10 I +
warning

KTFG Inching release BOOL 0 I

40 Copyright  Siemens AG. All Rights Reserved.

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
 Reference Manual Objects Damper C_DAMPER

Permitted
Element Meaning Format Default Type Attr. HMI
Values

KPOS Positioner BOOL 0 I U

KSNF Setpoint tracking BOOL 1 I U

W_OS Setpoint of OS (KWCO) REAL 0.0 I U +

KWUG Setpoint lower limit REAL 0.0 I U +

KWOG Setpoint upper limit REAL 100.0 I U +

KWEE External setpoint active BOOL 0 I U

KWEX External setpoint STRUCT I U

KWEX.Value Value REAL 0.0 I U +

KWEX.ST Signal Status BYTE 16#FF I U

SCB Scale beginning REAL 0.0 I U +

SCE Scale end REAL 100.0 I U +

STRING
UNIT Unit ‚%‘ I U +
[8]

POS_IN Position value 0-100 STRUCT I U

POS_IN.Value Value REAL 0.0 I U

POS_IN.ST Signal Status BYTE 16#FF I U

POS_LZ Live-zero for position BOOL 0 I U

TMIN Min. pulse length REAL 0.5 I U +

TM Actuator run-time REAL 60.0 I U +

AN Switch on of the dead zone REAL 1.0 I U +

AB Switch off of the dead zone REAL 1.0 I U +

GR_LINK1 Link to group or route STRUCT I

GR_LINK1.Link Link INT 0 I U

GR_LINK1.Com
Group/ route command WORD 16#00 I U
mand

GR_LINK2 Link to group or route STRUCT I

GR_LINK2.Link Link INT 0 I U

GR_LINK2.Com
Group/ route command WORD 16#00 I U
mand

MUX_LINK Link to C_MUX STRUCT I

Copyright  Siemens AG. All Rights Reserved. 41

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
Damper C_DAMPER Reference Manual Objects

Permitted
Element Meaning Format Default Type Attr. HMI
Values
MUX_LINK.Point
Pointer INT 0 I U
_GRL
MUX_LINK.Com
Group/ route command WORD 16#00 I U
mand

O_LINK Link to another object STRUCT I

O_LINK.
Instance DB master object INT 0 I U
iDB
O_LINK DW number NO_OF_FT in
INT 0 I U
iDW master object
O_LINK.
Group/ route command BYTE 16#00 I U
Command
O_LINK.
Status master object BYTE 16#00 I U
Status

UserFace Select Faceplate ANY I U

MAI_INT Maintenance Interval DWORD 16#00 I U +

MAI_REQL Maintenance Request Limit DWORD 16#00 I U +

Reset time for number of

RES_RTOS DWORD 16#00 IO U +
movements for OS
Number of movements for
RT_OS DWORD 16#00 IO U +
OS
Run-time for MIS
RT_H DWORD 16#00 IO U +
refreshed every hour

CNT_OS Counter contactor dir. 1 DWORD 16#00 IO U +

CNT2_OS Counter contactor dir. 2 DWORD 16#00 IO U +

Maintenance Actual
MAI_CNT DWORD 16#00 IO U +
Counter in hours or starts
Maintenance
CNT_TRIP DWORD 16#00 IO U +
Counter for Trips
Maintenance
FT_DUR DWORD 16#00 IO U +
Fault time duration
16#
MAI_STA Maintenance Status DWORD IO U +
80022

MAI_X Maintenance Spare DWORD 16#00 IO U +

RT_OS_O Run-time for OS DWORD 16#00 O U

Run-time for OS
RT_H_O DWORD 16#00 O U
refreshed every hour

X_POS_OS Damper position display STRUCT O U

X_POS_OS.
Value REAL 0.0 I U +
Value
X_POS_OS.
Signal Status BYTE 16#80 I U
ST

42 Copyright  Siemens AG. All Rights Reserved.

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
 Reference Manual Objects Damper C_DAMPER

Permitted
Element Meaning Format Default Type Attr. HMI
Values

INTFC_OS Interface status for OS DWORD 16#00 O U +

VISU_OS Status for symbol display BYTE 16#00 O U +

STATUS Status word 1 WORD 16#00 O U +

STATUS2 Status word 2 WORD 16#00 O U +

Status word 3
STATUS3 DWORD 16#00 O U +
Structure input available

ALARM Alarm word for test WORD 16#00 O U

KWUG_O Setpoint lower limit REAL 0.0 O U

KWOG_O Setpoint upper limit REAL 100.0 O U

SCB_O Scale beginning REAL 0.0 O U

SCE_O Scale end REAL 100.0 O U

W_ACT_O Setpoint Output STRUCT O U

W_ACT_O.
Value REAL 0.0 I U
Value
W_ACT_O.
Signal Status BYTE 16#80 I U
ST

KVS1 Position 1 BOOL 0 O

PosSig1 Position 1 STRUCT O

PosSig1.Value Signal BOOL 0 O +

PosSig1.ST Signal status BYTE 16#80 O +

KVS2 Logic signal 2 BOOL 0 O

PosSig2 Position 2 STRUCT O

PosSig2.Value Signal BOOL 0 O +

PosSig2.ST Signal status BYTE 16#80 O +

Dynamic fault 1
KST1 BOOL 0 O
(not acknowledged)
Dynamic fault 2
KST2 BOOL 0 O
(not acknowledged)

SST Fault BOOL 0 O

HORN Start-up horn BOOL 0 O

SIM_ON Simulation ON (driver) BOOL 0 O

KPO Positioner ON BOOL 0 O U

Copyright  Siemens AG. All Rights Reserved. 43

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
Damper C_DAMPER Reference Manual Objects

Permitted
Element Meaning Format Default Type Attr. HMI
Values

KB1 Command direction 1 BOOL 0 O

KB2 Command direction 2 BOOL 0 O

KL1 Lamp direction 1 BOOL 0 O U

KL2 Lamp direction 2 BOOL 0 O U

O_LINKQ Link to slave objects STRUCT O

O_LINKQ.
Instance DB master object INT 0 O U
iDB
O_LINKQ DW number NO_OF_FT in
INT 0 O U
iDW master object
O_LINKQ.
Group/ route command BYTE 16#00 O U
Command
O_LINKQ.
Status master object BYTE 16#00 O U
Status

MAI_REQ Maintenance Request BOOL 0 O U

MAI_AL Maintenance Alarm BOOL 0 O U

DLY_CNT Delay Counter INT 0 O U

44 Copyright  Siemens AG. All Rights Reserved.

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
 Reference Manual Objects Damper C_DAMPER

OS-Variable table
C_DAMPER

PLC Data
OS Variable Description OS Data Type
Type

IntStrt1#Value Signal BOOL Binary variable

IntOper1#Value Signal BOOL Binary variable

IntProt1#Value Signal BOOL Binary variable

IntStrt2#Value Signal BOOL Binary variable

IntOper2#Value Signal BOOL Binary variable

IntProt2#Value Signal BOOL Binary variable

REL_SC Enable SIMOCODE BOOL Binary variable

PV#Value Value REAL 32-bit floating-point number IEEE 754

STRING
PV_Stat#UNIT Unit Text variable 8-bit character set
[8]

PV_Stat#STATUS Status DWORD Unsigned 32-bit value

COMMAND Command word WORD Unsigned 16-bit value

LSMONTIM Limit switch monitoring time INT Signed 16-bit value

RTMONTIM Run-time monitoring controller INT Signed 16-bit value

WAGG_NO Wagging counter INT Signed 16-bit value

HORN_TIM Horn time for start-up-warning INT Signed 16-bit value

W_OS Setpoint of OS (KWCO) REAL 32-bit floating-point number IEEE 754

KWUG Setpoint lower limit REAL 32-bit floating-point number IEEE 754

KWOG Setpoint upper limit REAL 32-bit floating-point number IEEE 754

KWEX#Value Value REAL 32-bit floating-point number IEEE 754

SCB Scale beginning REAL 32-bit floating-point number IEEE 754

SCE Scale end REAL 32-bit floating-point number IEEE 754

STRING
UNIT Unit Text variable 8-bit character set
[8]

TMIN Min. pulse length REAL 32-bit floating-point number IEEE 754

TM Actuator run-time REAL 32-bit floating-point number IEEE 754

AN Switch on of the dead zone REAL 32-bit floating-point number IEEE 754

Copyright  Siemens AG. All Rights Reserved. 45

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
Damper C_DAMPER Reference Manual Objects

PLC Data
OS Variable Description OS Data Type
Type

AB Switch off of the dead zone REAL 32-bit floating-point number IEEE 754

MAI_INT Maintenance Interval DWORD Unsigned 32-bit value

MAI_REQL Maintenance Request Limit DWORD Unsigned 32-bit value

Reset time for number of

RES_RTOS DWORD Unsigned 32-bit value
movements for OS

RT_OS Number of movements for OS DWORD Unsigned 32-bit value

Run-time for MIS

RT_H DWORD Unsigned 32-bit value
refreshed every hour

CNT_OS Counter contactor dir. 1 DWORD Unsigned 32-bit value

CNT2_OS Counter contactor dir. 2 DWORD Unsigned 32-bit value

Maintenance Actual Counter in

MAI_CNT DWORD Unsigned 32-bit value
hours or starts
Maintenance
CNT_TRIP DWORD Unsigned 32-bit value
Counter for Trips
Maintenance
FT_DUR DWORD Unsigned 32-bit value
Fault time duration

MAI_STA Maintenance Status DWORD Unsigned 32-bit value

MAI_X Maintenance Spare DWORD Unsigned 32-bit value

X_POS_OS#
Value REAL 32-bit floating-point number IEEE 754
Value

X_POS_OS#ST Signal status BYTE Unsigned 8-bit value

INTFC_OS Interface status for OS DWORD Unsigned 32-bit value

VISU_OS Status for symbol display BYTE Unsigned 8-bit value

STATUS Status word 1 DWORD Unsigned 32-bit value

STATUS2 Status word 2 DWORD Unsigned 32-bit value

Status word 3
STATUS3 DWORD Unsigned 32-bit value
Structure input available

PosSig1#Value Signal BOOL Binary variable

PosSig1#ST Signal status BYTE Unsigned 8-bit value

PosSig2#Value Signal BOOL Binary variable

PosSig2#ST Signal status BYTE Unsigned 8-bit value

DLY_CNT Delay counter INT Signed 16-bit value

46 Copyright  Siemens AG. All Rights Reserved.

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
 Reference Manual Objects Damper C_DAMPER

Variable details
Internal structure of the Commands, Alarms, Visualization status and Interface word:

OS- Msg Fault

Parameter Function Designation German Designation English
Addr. Class Class

COMMAND Commandword Commandword

COM_B20 INC_00 0 Freigabe Tippen EIN/AUS Enable inching on/off Op. Inp.
COM_B21 1 Op. Inp.
COM_B22 2 Op. Inp.
COM_B23 3
COM_B24 SACK 4 Einzel quittieren Single acknowledge Op. Inp.
COM_B25 5
COM_B26 6
COM_B27 7

COM_B10 ISD1 8 Tippen langsam Richtung 1 Inching slow direction 1

COM_B11 ISD2 9 Tippen langsam Richtung 2 Inching slow direction 2
COM_B12 IFD1 10 Tippen schnell Richtung 1 Inching fast direction 1
COM_B13 IFD2 11 Tippen schnell Richtung 2 Inching fast direction 2
COM_B14 OFF 12 STOP OFF
COM_B15 ON1 13 EIN Richtung 1 ON direction 1
COM_B16 ON2 14 EIN Richtung 2 ON direction 2
Rücksetzen Zähler Anzahl
COM_B17 R_RTOS 15 reset No. of operations (OIS)
Bewegungen

ALARM Alarm Alarm

ALA_KSB 0 El. Schaltbereit Available AL_H E
ALA_KVO 1 Vorort Local AL_H S
ALA_KBM 2 Bimetall Overload AL_H M
ALA_KM1 3 Mech. Ri1 Mechanic. dir. 1 AL_H M
ALA_KM2 4 Mech. Ri2 Mechanic. dir. 2 AL_H M
ALA_KDR1 5 Drehmom. Ri1 Torque dir. 1 AL_H M
ALA_KDR2 6 Drehmom. Ri2 Torque dir. 2 AL_H M
ALA_REP 7 Noch gestört Still faulty AL_H P

VISU_OS dezimal hex für Symbol und Texte for Symbol and Text
1 Endlage 2 limit position 2
2 Endlage 1 limit position 1
3 Läuft in Richtung 2 moving to position 2
4 Läuft in Richtung 1 moving to position 1
5 Störung nicht quittiert fault not acknowledged
6 Störung quittiert fault ackniwledged
7 Keine Endlage no limit position
8 Störung quittiert Endlage 1 fault acknowledged position 1
9 Störung quittiert Endlage 2 fault acknowledged position 2
10 Vorortbetrieb Endlage 2 local mode position 2
11 Vorortbetrieb Endlage 1 local mode position 1
12 Vorort läuft in Richtung 2 local mode moving to position 2
13 Vorort läuft in Richtung 1 local mode moving to position 1
14 Vorort keine Endlage local mode no limit position
15 Einzelbetrieb Endlage 2 single mode position 2
16 Einzelbetrieb Endlage 1 single mode position 1

Copyright  Siemens AG. All Rights Reserved. 47

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
Damper C_DAMPER Reference Manual Objects

OS- Msg Fault

Parameter Function Designation German Designation English
Addr. Class Class
17 Einzelbetrieb läuft in Richt. 2 single mode moving to position 2
18 Einzelbetrieb läuft in Richt. 1 single mode moving to position 1
19 Einzelbetrieb keine Endlage Single mode no limit position

INTFC_OS Nahtstellenwort Interface word

OS_IF_B40 KEV1 0 Einschaltverriegelung Start interlock
OS_IF_B41 KBV1 1 Betriebsverriegelung Operating interlock
OS_IF_B42 KSV1 2 Schutzverriegelung Protection interlock
OS_IF_B43 KDR1 3 Drehmomentendschalter Torque switch
OS_IF_B44 KEV2 4 Einschaltverriegelung Start interlock
OS_IF_B45 KBV2 5 Betriebsverriegelung Operating interlock
OS_IF_B46 KSV2 6 Schutzverriegelung Protection interlock
OS_IF_B47 KDR2 7 Drehmomentendschalter Torque switch

OS_IF_B30 8
OS_IF_B31 KLOC 9 Vorortbetrieb Freigabe Local mode release
OS_IF_B32 KEIZ 10 Einzelbetrieb Freigabe Single-start mode release
OS_IF_B33 KSTB 11 Betriebsart Stand-by Stand-by mode
OS_IF_B34 KTFG 12 Tipp-Freigabe Inching release
OS_IF_B35 KPOS 13 Positionierer Positioner
OS_IF_B36 KWEE 14 Externer Sollwert ein External setpoint ON
OS_IF_B37 KSNF 15 Sollwert nachführen Setpoint tracking

OS_IF_B20 KWED 16 Wedelkennung Wagging release

Umschaltung Endschalter Changeover limit switch
OS_IF_B21 KWU1 17
1=Schliesser 0= Öffner 1=N.O 0= N.C.
Umschaltung Endschalter Changeover limit switch
OS_IF_B22 KWU2 18
1=Schliesser 0= Öffner 1=N.O 0= N.C.
OS_IF_B23 KMFR 19 Meldefreigabe Annunciation release
OS_IF_B24 KMZS 20 Störungsverriegelung zur Gruppe Fault interlock to the group
OS_IF_B25 KLP1 21 Lampen prüfen (Zusatz) Lamp test (additional)
OS_IF_B26 KQT1 22 Quittieren (Zusatz) Acknowledge (additional)
OS_IF_B27 GFSO 23 Gruppenstörung/ Zustand aus Group fault/ status off

OS_IF_B10 KHA1 24 Handbefehl (Tippen) Manual command (inching)

OS_IF_B11 KEB1 25 Befehl Ein Command ON
OS_IF_B12 KAB1 26 Befehl Aus Command OFF
OS_IF_B13 KHA2 27 Handbefehl (Tippen) Manual command (inching)
OS_IF_B14 KEB2 28 Befehl Ein Command ON
OS_IF_B15 KAB2 29 Befehl Aus Command OFF
OS_IF_B16 30
OS_IF_B17 31

48 Copyright  Siemens AG. All Rights Reserved.

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 Reference Manual Objects Damper C_DAMPER

OS- Msg Fault

Parameter Function Designation German Designation English
Addr. Class Class

STATUS Status Status

STA_B40 LOC 0 Vorortbetrieb freigegeben Local mode released
STA_B41 EIZ 1 Einzelbetrieb freigegeben Single-start mode released
STA_B42 HORN 2 Anfahr-Hupe Start-up warning
STA_B43 KPO 3 Positionierer EIN Positioner ON
STA_B44 LST 4 Störung Vorort Stop Fault local stop
STA_B45 ULZ 5 Positionsmesswert live zero position value live zero
STA_B46 KST 6 Dynamische Störung dynamic fault
STA_B47 FT_SC 7 Störung SIMOCODE General fault SIMOCODE

Störung elektrische
STA_B30 KSB 8 Electrical availability fault
Schaltbereitschaft
Störung / Betriebsart
Local fault / operating mode local
STA_B31 KVO 9 Vorortschalter (Antrieb steht nicht
switch (drive not in automatic)
auf Automatik)
STA_B32 KBM 10 Störung Bimetall Overload fault
STA_B33 KSV 11 Störung Schutzverriegelung Protection interlock fault
STA_B34 KM1 12 Störung mechanisch Richtung 1 Mechanical fault direction 1
STA_B35 KM2 13 Störung mechanisch Richtung 2 Mechanical fault direction 2
STA_B36 KDR1 14 Störung Drehmoment Richtung 1 Torque fault direction 1
STA_B37 KDR2 15 Störung Drehmoment Richtung 2 Torque fault direction 2

STA_B20 SQT 16 Sequenz Test/Simulation Sequence test/Simulation

STA_B21 SST 17 Sammelstörung fault
STA_B22 BQU 18 Signal Störung Bad Quality of signals
STA_B23 KVS1 19 Position 1 Position 1
STA_B24 KVS2 20 Position 2 Position 2
STA_B25 STEU 21 Betriebsart Steuerung Control mode
STA_B26 TIPP 22 Tippbetrieb Inching mode
STA_B27 POSI 23 Positionierbetrieb Positioner mode

STA_B10 MOV_T 24 Rückmeldeüberwachung läuft Feedback time is running

STA_B11 SUW_T 25 Hupzeit läuft Startup Warning time is running
STA_B12 26
STA_B13 27
STA_B14 28
STA_B15 29
STA_B16 30
STA_B17 31

Copyright  Siemens AG. All Rights Reserved. 49

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Damper C_DAMPER Reference Manual Objects

OS- Msg Fault

Parameter Function Designation German Designation English
Addr. Class Class

STATUS2 Status Status

STA2_B40 KWE1 0 Endstellung 1 Limit position 1
STA2_B41 KWE2 1 Endstellung 2 Limit position 2
STA2_B42 KSB 2 Schaltbereitschaft El. availability
STA2_B43 KBM 3 Bimetall Overload
STA2_B44 KVO 4 Vorortschalter Local switch
STA2_B45 KSP 5 Vorort Stopp Local Stop
STA2_B46 KCL 6 Vorort Richtung 1 Local Direction 1
STA2_B47 KOP 7 Vorort Richtung 2 Local Direction 2

STA2_B30 KB1 8 Befehl Richtung 1 Command Direction 1

STA2_B31 KB2 9 Befehl Richtung 2 Command Direction 2
STA2_B32 10
STA2_B33 11
STA2_B34 12
STA2_B35 13
STA2_B36 14
STA2_B37 15

STA2_B20 REL_SC 16 Freigabe SIMOCODE Enable SIMOCODE

STA2_B21 WA_SC 17 Warnung SIMOCODE General Warning SIMOCODE
STA2_B22 W_EX 18 Externer Sollwert ext. Setpoint
STA2_B23 LST_ACT 19 Vorort Stopp aktiv in Automatik Local stop active in automatic
STA2_B24 20
STA2_B25 21
STA2_B26 22
Freigabe Tippen im
STA2_B27 EN_INCH 23 Enable inching in position mode
Positionierbetrieb

STA2_B10 STA2_B10 24 Reserve für Anwender Spare for User adaptations

STA2_B11 STA2_B11 25 Reserve für Anwender Spare for User adaptations
STA2_B12 STA2_B12 26 Reserve für Anwender Spare for User adaptations
STA2_B13 STA2_B13 27 Reserve für Anwender Spare for User adaptations
STA2_B14 STA2_B14 28 Reserve für Anwender Spare for User adaptations
STA2_B15 STA2_B15 29 Reserve für Anwender Spare for User adaptations
STA2_B16 STA2_B16 30 Reserve für Anwender Spare for User adaptations
STA2_B17 STA2_B17 31 Reserve für Anwender Spare for User adaptations

50 Copyright  Siemens AG. All Rights Reserved.

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 Reference Manual Objects Damper C_DAMPER

OS- Msg Fault

Parameter Function Designation German Designation English
Addr. Class Class

STATUS3 Status Status

STA3_B40 0 IntStrt1 angeschlossen IntStrt1 connected
STA3_B41 1 IntStrt2 angeschlossen IntStrt2 connected
STA3_B42 2 IntOper1 angeschlossen IntOper1 connected
STA3_B43 3 IntOper2 angeschlossen IntOper2 connected
STA3_B44 4 IntProt1 angeschlossen IntProt1 connected
STA3_B45 5 IntProt2 angeschlossen IntProt2 connected
STA3_B46 LINK 6 GR_LINK1 angeschlossen GR_LINK1 connected
User Analog Value
STA3_B47 7 Analogwert angeschlossen
connected

Objekt markieren
STA3_B30 MARK 8 Highlight object (group command)
(Gruppenkommando)
STA3_B31 9
STA3_B32 10 KWEX angeschlossen KWEX connected
STA3_B33 11 POX_IN angeschlossen POS_IN connected
STA3_B34 12
STA3_B35 13
STA3_B36 14
STA3_B37 15

STA3_B20 16
STA3_B21 17
STA3_B22 18
STA3_B23 19
STA3_B24 20
STA3_B25 21
STA3_B26 22
STA3_B27 23

STA3_B10 24
STA3_B11 25
STA3_B12 26
STA3_B13 27
STA3_B14 28
STA3_B15 29
STA3_B16 30
STA3_B17 31

Copyright  Siemens AG. All Rights Reserved. 51

N:\Cemat\DOKU\V80_SP1\English\Reference\Objekte\000_Normal\C_DAMPER_009.doc
Damper C_DAMPER Reference Manual Objects

OS- Msg Fault

Parameter Function Designation German Designation English
Addr. Class Class

MAI_STA Maintenance Status Maintenance Status

MAI_STA_B40 0 Maintenance Intervall:fest Maintenance interval: fixed
Maintenance Intervall: Maintenance interval: Operating
MAI_STA_B41 1
Betriebsstunden hour
MAI_STA_B42 2 Maintenance Intervall: Starts Maintenance Interval: starts
MAI_STA_B43 3
MAI_STA_B44 4 Maintenance Kommando Start Maintenance Command: start
Maintenance Komando Maintenance Command:
MAI_STA_B45 5
Stop/Reset stop/reset
MAI_STA_B46 6
MAI_STA_B47 7

MAI_STA_B30 8 Status Alarm (Intervall überschr.)) Status Alarm (Interval exceeded))

Status Anforderung Status Request (Req. Val.
MAI_STA_B31 9
(Anforderungswert überschr.) Exceeded))
MAI_STA_B32 10 Status läuft (MT on) Status Run (Maintenance on)
MAI_STA_B33 11
MAI_STA_B34 12
MAI_STA_B35 13
MAI_STA_B36 14
MAI_STA_B37 15

MAI_STA_B20 16 Bedienanforderng Operation Request

MAI_STA_B21 17 Bedienung Operation In Progress
MAI_STA_B22 18 Bedineung ausgeführt Operation Completed
Bedienung Temp Opartation Temp
MAI_STA_B23 19
(keine Bedienaktion) (No Operator Action)
MAI_STA_B24 20
MAI_STA_B25 21
MAI_STA_B26 22
MAI_STA_B27 23

MAI_STA_B10 24
MAI_STA_B11 25
MAI_STA_B12 26
MAI_STA_B13 27
MAI_STA_B14 28
MAI_STA_B15 29
MAI_STA_B16 30
MAI_STA_B17 31

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