Honeywell TWM 9000 Wiring diagram

Signal converter for electromagnetic flowmeters
Description of Foundation Fieldbus Interface
Description of Foundation Fieldbus InterfaceDescription of Foundation Fieldbus Interface
Description of Foundation Fieldbus Interface
Electronic Revision: ER 3.3.xx (SW.REV. 3.3x)
TWM 9000
TWM 9000TWM 9000
TWM 9000 Supplementary Instructions
Supplementary InstructionsSupplementary Instructions
Supplementary Instructions
The documentation is only complete when used in combination with the relevant
documentation for the flow sensor.

CONTENTS
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TWM 9000
1 Safety instructions 3
1.1 Scope of the document..................................................................................................... 3
1.2 Device description ............................................................................................................ 3
2 Technical data 5
2.1 Foundation Fieldbus data................................................................................................. 5
3 Electrical connections 7
3.1 Installation in hazardous area and bus cable.................................................................. 7
3.2 Grounding of flow sensor ................................................................................................. 7
3.3 Foundation Fieldbus electrical connection...................................................................... 7
3.4 Cable types ....................................................................................................................... 8
3.5 Shielding and grounding .................................................................................................. 8
3.6 Electrical connection of FOUNDATION Fieldbus ............................................................. 9
3.7 Topology of FF networks ................................................................................................ 10
4 Operation 11
4.1 Settable functions........................................................................................................... 11
4.2 Description of the Foundation Fieldbus block system .................................................. 12
4.3 Used abbreviations .........................................................................................................13
4.4 Resource Block (RB) ...................................................................................................... 14
4.4.1 Foundation Fieldbus parameters for Resource Block......................................................... 14
4.4.2 Manufacturer specific parameters of the signal converter for Resource Block................. 20
4.5 Transducer Block (TB).................................................................................................... 25
4.5.1 Foundation Fieldbus parameters for Transducer Block ..................................................... 25
4.5.2 Manufacturer specific parameters of the signal converter for Transducer Block ............. 28
4.6 Analog Input Block (AI)................................................................................................... 32
4.7 Integrator Block (IT) ....................................................................................................... 39
4.8 Proportional Integral Derivative Block (PID) ................................................................. 46

SAFETY INSTRUCTIONS 1
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1.1 Scope of the document
These instructions are supplementary to the standard product documentation of the signal
converter. The details depicted therein, in particular the safety information are valid and should
be adhered to. The present supplementary instructions provide additional information for the
devices when being operated and connected to a Foundation Fieldbus.
1.2 Device description
Electromagnetic flowmeters are designed exclusively to measure the flow and conductivity of
electrically conductive, liquid media.
Your measuring device is supplied ready for operation. The factory settings for the operating
data have been made in accordance with your order specifications.
The following versions are available:
•Compact version (the signal converter is mounted directly on the flow sensor)
•Remote version (electrical connection to the flow sensor via field current and signal cable)
INFORMATION!
The present supplementary instruction for the signal converter with Foundation Fieldbus
interface, plus the software with the DD and CCF files are included in our scope of supply, in
addition to those items delivered for the standard device.
Figure 1-1: Device versions
1 Compact version
2 Flow sensor with connection box
3 Field housing
4 Wall-mounted housing
5 19" rack-mounted housing

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TECHNICAL DATA 2
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2.1 Foundation Fieldbus data
Description
Type Electromagnetic flowmeter
Physical layer Foundation Fieldbus protocol that agrees with IEC 61158-2 and FISCO model;
galvanically isolated
Communication standard H1
ITK version 5.2
Data blocks
Function blocks 1 x Enhanced Resource Block (RB)
1 x Customer Transducer Block (TB)
3 x Analog Input Block (AI)
2 x Integrator Block (IT)
1 x Proportional Integral Derivate Block (PID)
Execution time Analog Input Block: 10 ms
Integrator Block: 15 ms
Proportional Integral Derivate Block: 25 ms
Electrical connections
Device power supply Not intrinsically safe: 9...32 VDC
Intrinsically safe: 9...24 VDC
Basic current 10.5 mA
Maximum error current 16.5 mA (= basic current + error current = 10.5 mA + 6 mA)
Start current after 10 ms 14 mA
Polarity sensitivity No
Minimum cycle time 250 ms

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ELECTRICAL CONNECTIONS 3
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3.1 Installation in hazardous area and bus cable
We recommend that a Foundation Fieldbus network in the hazardous area should be projected in
accordance with PTB's FISCO model. The FISCO model is based on the following conditions:
•All electrical components which should be connected to the bus must be approved according
to the FISCO model (even the termination).
•The maximum cable length should not exceed 1000 m / 3280.8 ft.
•The approved input values of the field devices (U
0
, I
0
, P
0
) comply to the output values of the
power supply (e.g. segment coupler) according to: U
0
≤U
i
; I
0
≤I
i
; P
0
≤P
i
.
•The values of the cable must be within the following ranges:
R' = 15…150 Ω/km; L' = 0.4…1 mH/km; C' = 45…200 nF/km
equivalent to
R' = 24…240 Ω/mile; L' = 0.65…1.6 mH/mile; C' = 72…320 nF/mile
Other limitations for the cable than the FISCO limitations are not existent. Nevertheless, a
twisted pair and shielded cable is strongly recommended.
Example: a good quality cable could have the following data: 44 Ω/km = 70.4 Ω/mile; <90 nF/km
= <144 nF/mile; attenuation at 39 kHz: <3 dB/km = <4.9 dB/mile; impedance 100 Ωat 31.25 kHz.
3.2 Grounding of flow sensor
•The flow sensor must be properly connected to ground.
•The grounding cable should not transmit any interference voltages.
•Do not use the grounding cable to connect more than one device to ground.
•In hazardous areas, grounding is used at the same time for equipotential bonding.
•The sensors are connected to ground by means of a functional grounding conductor FE.
3.3 Foundation Fieldbus electrical connection
The output and input groups are electrically isolated from each other and from all other input
and output circuits.
DANGER!
Special grounding instructions are contained in the "Ex supplement", which are only supplied
together with hazardous-duty equipment.
INFORMATION!
Special grounding instructions for the various flow sensors are contained in the separate
installation instructions for the flow sensors. These instructions also contain detailed
descriptions on how to use grounding rings and how to install the flow sensors in metal or
plastic pipes or in pipes which are coated on the inside.
DANGER!
The signal converter must be properly grounded to avoid personnel shock hazard. All directions,
operating data and connection diagrams do not apply to devices used in hazardous areas; in such
cases, read the special Ex instructions without fail!

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3.4 Cable types
The cable types are specified according to IEC 61158-2. Shielded cables offer the advantage of
malfunction-free operation with adequate protection against electromagnetic influences, and
make it possible to employ the full performance of the Foundation Fieldbus system.
In non-hazardous locations, a maximum of 32 field devices can be connected to the network. For
more data, refer to the table that follows.
All bus segments must be fitted with a terminator at both ends.
3.5 Shielding and grounding
•For optimum electromagnetic compatibility of systems it is extremely important that the
system components, and particularly the bus cables connecting the components, are
shielded and that such shields - if possible - form an unbroken cover.
•Hence, it follows that, for use in non-hazardous duty systems, the cable shield should be
grounded as often as possible.
•In Ex systems an adequate equipotential bonding in the hazardous and non-hazardous
location along the entire Fieldbus installation is strongly recommended. Multiple grounding
of the shield is of advantage.
•In explosion-proof systems the shielding must at least be connected at one end of the cable.
•NAMUR NE 21 compliance is given, provided the above recommended cable types are used.
Core cross-section 0.8 mm
2
or
AWG 18 0.32 mm
2
or
AWG 22 0.13 mm
2
or
AWG 26 1.25 mm
2
or
AWG 16
Cable type A
AA
A B
BB
B C
CC
C D
DD
D
twisted pair,
individually
shielded
individual or
multiple twisted
pairs with overall
shield
multiple twisted
pairs, without
shielding
multiple non-
twisted cables,
without shielding
Max. length
incl. branch line 1900 m / 6200 ft 1200 m / 3900 ft 400 m / 1300 ft 200 m / 650 ft
Table 3-1: Specification of cable types
Number of devices Cable lengths for number of devices per branch line
1 device 2 devices 3 devices 4 devices
25...32 1m/3.3ft 1m/3.3ft 1m/3.3ft 1m/3.3ft
19...24 30 m / 100 ft 1m/3.3ft 1m/3.3ft 1m/3.3ft
15...18 60 m / 200 ft 30 m / 100 ft 1m/3.3ft 1m/3.3ft
13...14 90 m / 300 ft 60 m / 200 ft 30 m / 100 ft 1m/3.3ft
1..12 120 m / 400 ft 90 m / 300 ft 60 m / 200 ft 30 m / 100 ft
Table 3-2: Cable lengths for number of devices per branch line
INFORMATION!
The use of twisted and shielded cables is strongly recommended, otherwise EMC protection of
the signal converter cannot be assured.

ELECTRICAL CONNECTIONS 3
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3.6 Electrical connection of FOUNDATION Fieldbus
Connection to a spur
Connection to a trunk
INFORMATION!
The wiring between the device and the FOUNDATION Fieldbus cable is independent of polarity.
The signal converter FOUNDATION Fieldbus interface will operate only if the additional power
supply for the device is connected/available.
For a detailed description of the electrical connections please refer to the standard signal
converter handbook.
or
or
1e.g. incoming data lines
2e.g. outgoing data lines

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3.7 Topology of FF networks
An example of mixed topology of FF networks is shown in the following example.
Connection is best made via short branch cables and T connectors. This connection type makes it
possible to connect and disconnect the devices without interrupting the bus or the
communication.
1HSE network
2H1 bus
3Intrinsically safe, explosive area
B1+B2 Bridge = coupling element for H1 bus
and HSE network
D1-D3 Device = field devices, own power
supply, for non potentially explosive
areas
D4-D6 Intrinsically safe devices, external
power supply, for potentially explosive
areas
I.S. Intrinsically safe barrier
JB Junction box for field devices
PS Power supply
Switch = connection of multiple HSE
sub networks
T Terminator

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4.1 Settable functions
•For Foundation Fieldbus the totalizers of the signal converter are not available!
•The following tables describe only the menus, functions and parameters that are different
between the standard signal converter and the Foundation Fieldbus signal converter.
•For the electrical connections of the outputs, inputs and all settings of functions that are not
listed in the following tables refer to the standard product documentation.
No. Displayed text Description and settings
A quick setup
A2 Tag Identifier for the measurement in a plant, appears in the display header
(maximum 8 digits).
Note: Only read, not changeable!
B test
B3.5 Foundation fieldbus Display information about Foundation fieldbus interface.
C setup
C1.2.3 time constant For all flow measurements and outputs.
xxx.x s; range: 0.0…100 s
Note: Only read, not changeable!
C5.1.1 Tag Identifier for the measurement in a plant, appears in the display header
(maximum 8 digits).
Note: Only read, not changeable!
C3 Totalizer Not available for Foundation Fieldbus devices!
C4 I/O HART Not available for Foundation Fieldbus devices!
C5.4 2. meas. page In case of Foundation Fieldbus device, the second measurement page is
meant to check the output values of the different function blocks. Only
Foundation Fieldbus values can be selected here. The analogue inputs are
shown with exactly the value, seen on the bus system.
C5.4.1 measurement 1.line Select: AI1 analog inp. / AI2 analog inp. / AI3 analog inp. / PID / INT1
integrator / INT2 integrator /
C5.4.2 format 1.line Fixed number of digits after the decimal point or automatic, where the
number of digits is automatically adjusted to the available space.
C5.4.3 measurement 2.line Select: AI1 analog inp. / AI2 analog inp. / AI3 analog inp. / PID / INT1
integrator / INT2 integrator /
C5.4.4 format 2.line Fixed number of digits after the decimal point or automatic, where the
number of digits is automatically adjusted to the available space.
C5.4.5 measurement 3.line Select: AI1 analog inp. / AI2 analog inp. / AI3 analog inp. / PID / INT1
integrator / INT2 integrator /
C5.4.6 format 3.line Fixed number of digits after the decimal point or automatic, where the
number of digits is automatically adjusted to the available space.
C5.8 Foundation Field -
C5.8.1 Simulate Select: disabled / enabled
C5.8.2 Information Display information about hardware and software versions, the calibration
and test date of this interface.

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4.2 Description of the Foundation Fieldbus block system
The Foundation Fieldbus is a Local Area Network (LAN) for connecting field devices like sensors
and actuators. One of the main benefits of Foundation Fieldbus is line saving in comparison to
the traditional 4...20 mA technology.
The different device functions are implemented in a block-based scheme within a user
application. In this block scheme, a distinction is made between the Resource Block, Transducer
Block and Function Block.
Figure 4-1: Foundation Fieldbus block scheme
1 Resource Block (RB)
2 Transducer Block (TB)
3 Function Block (FB)
4 Device FF communication
5 Foundation Fieldbus

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4.3 Used abbreviations
AI Analogue Input Block
IT Integrator Block
PID Proportional Integral Derivate Block
RB Resource Block
TB Transducer Block
RRead
WWrite
R/W Read and Write
BLK Block mode
MAN Manual mode
Mix Mix mode (R, W and R/W)
Auto Automatic mode
OOS Out Of Service mode
OD Object Directory
SP Set Point
IV Initial Value
PV Process Value (factory settings)

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4.4 Resource Block (RB)
The following tables list the Resource Block parameters in alphabetical order.
It describes characteristics of the Fieldbus device (e.g. device name, serial number, etc.) and is
not included in the functional tasks of the signal converter for FF.
The following tables contain short parameter description, factory settings (Initial Value (IV)) and
possible settings.
4.4.1 Foundation Fieldbus parameters for Resource Block
Parameter
ParameterParameter
Parameter
Subelement
Access Description and settings Initial Value
ALERT_KEY
ALERT_KEYALERT_KEY
ALERT_KEY
Alert Key
Alert KeyAlert Key
Alert Key R/W The identification number of the plant unit. This information may be used in the host for sorting alarms, etc. 1
Setting:
1...255
BLOCK_ERR
BLOCK_ERRBLOCK_ERR
BLOCK_ERR
Block Error
Block ErrorBlock Error
Block Error RThis parameter reflects the error status associated with the hardware or software components associated with a block. It
is a bit string, so that multiple errors may be shown.
OOS
Setting:
• Other: Non-specific error active
• Block Configuration: Error detected in block configuration
• Simulation Active: Simulation enabled in this block
• Local Override: Output tracking of faultstate active
• Device Fault State: Device faultstate set
• Device Maintenance: Device needs maintenance soon
• Input Failure: Process variable has bad status
• Output Failure: Failure detected in output hardware
• Memory Failure: Memory error detected
• Lost Static Data: Static parameters cannot be recovered
• Lost NV Data: Non-volatile parameters cannot be recovered
• Readback Check: Failure detected in READBACK
• Maintenance Needed: Device NEEDS maintenance NOW
• Power Up: Recovery from power failure
• Out Of Service: Block actual mode is out of service
MODE_BLK
MODE_BLKMODE_BLK
MODE_BLK
Block Mode
Block ModeBlock Mode
Block Mode Mix The actual, target, permitted and normal modes of the block. -
TARGET
Target R/W By setting this parameter to an allowed value (one of the value from permitted modes) user can change the block execution
mode. Changing of modes is required to change the access
permissions available to various parameters.
OOS
Setting:
Auto / OOS
ACTUAL
Actual RThis is the current mode of the block, which may differ from the target based on operating conditions. Its value is
calculated as part of block execution.
OOS
Setting:
Auto / OOS
PERMITTED
Permitted R/W This parameter defines allowed modes for this function block and can be set by user. Auto or OOS
Setting:
Auto / OOS

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NORMAL
Normal R/W This is the mode which the block should be set to during normal operating conditions. Auto
Setting:
Auto / OOS
ST_REV
ST_REVST_REV
ST_REV
Static Revision
Static RevisionStatic Revision
Static Revision RThe revision level of the static data associated with the function block. The revision value will be incremented each
time a static parameter value in the block is changed.
0
Setting:
0...65535
STRATEGY
STRATEGYSTRATEGY
STRATEGY
Strategy
StrategyStrategy
Strategy R/W The strategy field can be used to identify grouping of blocks. This data is not checked or processed by the block. 0 (=uninitialized)
Setting:
0...65535
TAG_DESC
TAG_DESCTAG_DESC
TAG_DESC
Tag Description
Tag DescriptionTag Description
Tag Description R/W The user description of the intended application of the block. spaces
Setting:
≤32 digits
ACK_OPTION
ACK_OPTIONACK_OPTION
ACK_OPTION
Acknowledge Option
Acknowledge OptionAcknowledge Option
Acknowledge Option R/W Selection of whether alarms associated with the function block will be automatically acknowledged. Uninitialized
Setting:
Disc Alm Disabled / Block Alm Disabled
ALARM_SUM
ALARM_SUMALARM_SUM
ALARM_SUM
Alarm Summary
Alarm SummaryAlarm Summary
Alarm Summary RThe current alert status, unacknowledged states, unreported states and disabled states of the alarms associated with the
function block.
Uninitialized
Current RThe active status of each alarm. The zero (0) state will be used
to indicate alarm clear. 0
Unacknowledged RSetting:
Disc Alm Unack / Block Alm Unack Uninitialized
Unreported RSetting:
Disc Alm Unrep / Block Alm Unrep Uninitialized
Disabled R/W Setting:
Disc Alm Disabled / Block Alm Disabled Uninitialized
BLOCK_ALM
BLOCK_ALMBLOCK_ALM
BLOCK_ALM
Block Alarm
Block AlarmBlock Alarm
Block Alarm Mix The block alarm is used for all configuration, hardware, connection failure or system problems in the block. The cause
of the alert is entered in the subcode field. The first alert to
become active will set the "Active" status in the "Status"
attribute. As soon as the "Unreported" status is cleared by the
alert reporting task, another block alert may be reported
without clearing the "Active" status, if the subcode has
changed.
-
Unacknowledged R/W A discrete enumeration which is set to "Unacknowledged"
when an alarm occurs, and set to "Acknowledged" by a write
from a human interface device or other entity which can
acknowledge that the alarm/event has been noticed.
Uninitialized
Setting:
Uninitialized / Acknowledged / Unacknowledged
Alarm State RA discrete enumeration which gives an indication of whether
the alert is active and whether it has been reported. Uninitialized
Setting:
Uninitialized / Clear - reported / Clear - not reported / Active -
reported / Active - not reported
Parameter
ParameterParameter
Parameter
Subelement
Access Description and settings Initial Value

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Time Stamp RThe time when evaluation of the block was started and a
change in alarm/event state was detected that is unreported.
The time stamp value will be maintained constant until alert
confirmation has been received - even if another change of
state occurs.
Uninitialized
Setting:
MM / DD / YY (Month / Day / Year)
HH:MM:SS (Hour:Minute:Second)
Subcode RAn enumeration specifying the cause of the alert to be
reported. Other
Setting:
Other / Block Configuration / Link Configuration / Simulation
Active / Local Override / Device Fault State / Device
Maintenance / Input Failure / Output Failure / Memory
Failure / Lost Static Data / Lost NV Data / Readback Check /
Maintenance Needed / Power Up / Out Of Service
Value RThe value of the associated parameter at the time the alert
was detected. 0
Setting:
0...255
CLR_FSTATE
CLR_FSTATECLR_FSTATE
CLR_FSTATE
Clear Fault State
Clear Fault StateClear Fault State
Clear Fault State R/W Writing a "Clear" to this parameter will clear the device fault state if the field condition, if any, has cleared. Off
Setting:
Uninitialized / Off / Clear
CONFIRM_TIME
CONFIRM_TIMECONFIRM_TIME
CONFIRM_TIME
Confirm Time
Confirm TimeConfirm Time
Confirm Time R/W The minimum time between retries of alert reports. 640000
Setting:
0...4294967295 in [1/32 ms]
CYCLE_SEL
CYCLE_SELCYCLE_SEL
CYCLE_SEL
Cycle Selection
Cycle SelectionCycle Selection
Cycle Selection R/W Used to select the block execution method for this resource. Uninitialized
Setting:
Scheduled / Block execution / Manufacturer specific
CYCLE_TYPE
CYCLE_TYPECYCLE_TYPE
CYCLE_TYPE
Cycle Type
Cycle TypeCycle Type
Cycle Type RIdentifies the block execution methods available for this resource. Scheduled / Block execution
Setting:
Scheduled / Block execution
DD_RESOURCE
DD_RESOURCEDD_RESOURCE
DD_RESOURCE
DD Resource
DD ResourceDD Resource
DD Resource RString identifying the tag of the resource which contains the Device Description for this resource. 32 blanks
DD_REV
DD_REVDD_REV
DD_REV
DD Revision
DD RevisionDD Revision
DD Revision RRevision of the DD associated with the resource - used by an interface device to locate the DD file for the resource. Dependent on device version.
DEV_REV
DEV_REVDEV_REV
DEV_REV
Device Revision
Device RevisionDevice Revision
Device Revision RManufacturer revision number associated with the resource - used by an interface device to locate the DD file for the
resource.
Dependent on
device version.
DEV_TYPE
DEV_TYPEDEV_TYPE
DEV_TYPE
Device Type
Device TypeDevice Type
Device Type RManufacturer's model number associated with the resource - used by interface devices to locate the DD file for the
resource.
TWM9000
FAULT_STATE
FAULT_STATEFAULT_STATE
FAULT_STATE
Fault State
Fault StateFault State
Fault State RCondition set by loss of communication to an output block, failure promoted to an output block or a physical contact.
When fault state condition is set, then output function blocks
will perform their "FSTATE" actions.
Clear
Setting:
Uninitialized / Off / Clear
FEATURES
FEATURESFEATURES
FEATURES
Features
FeaturesFeatures
Features RUsed to shows supported resource block options. Reports / Faultstate / Soft W
Lock
Setting:
Reports / Faultstate / Soft W Lock / MVC Report Distribution
supported / MVC Publishing/Subscribing supported / Multi-Bit
Alarm (Bit-Alarm) supported
FEATURES_SEL
FEATURES_SELFEATURES_SEL
FEATURES_SEL
Features Selection
Features SelectionFeatures Selection
Features Selection R/W
Parameter
ParameterParameter
Parameter
Subelement
Access Description and settings Initial Value

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FREE_SPACE
FREE_SPACEFREE_SPACE
FREE_SPACE
Free Space
Free SpaceFree Space
Free Space RPercent of the memory available for further configuration. Zero in a preconfigured resource. 0.0
Setting:
0.0…100.0
FREE_TIME
FREE_TIMEFREE_TIME
FREE_TIME
Free Time
Free TimeFree Time
Free Time RPercent of the block processing time that is free to process additional blocks. 0.0
Setting:
0.0…100.0
GRANT_DENY
GRANT_DENYGRANT_DENY
GRANT_DENY
Grant Deny
Grant DenyGrant Deny
Grant Deny R/W Options for controlling access of host computers and local control panels to operating, tuning and alarm parameters of
the block.
-
GRANT
Grant R/W Depending on the philosophy of the plant, the operator or a higher level device (HLD) or a local operator's panel (LOP) in
the case of "Local", may turn on an item of the "Grant"
attribute - "Program, Tune, Alarm or Local".
Uninitialized
Setting:
Program/Tune/Alarm/Local
DENY
Deny R/W The deny attribute is provided for use by a monitoring application in an interface device and may not be changed by
an operator.
Uninitialized
Setting:
Program denied / Tune denied / Alarm denied / Local denied
HARD_TYPES
HARD_TYPESHARD_TYPES
HARD_TYPES
Hardware Types
Hardware TypesHardware Types
Hardware Types RThe types of hardware available as channel numbers. Scalar input
ITK_VER
ITK_VERITK_VER
ITK_VER
ITK Version
ITK VersionITK Version
ITK Version
(Interoperability Test
Kit)
RMajor revision number of the interoperability test case used to
register this device. 5
Setting:
5
LIM_NOTIFY
LIM_NOTIFYLIM_NOTIFY
LIM_NOTIFY
Limit Notify
Limit NotifyLimit Notify
Limit Notify R/W Maximum number of unconfirmed notify messages allowed. 20
Setting:
0...255
MANUFAC_ID
MANUFAC_IDMANUFAC_ID
MANUFAC_ID
Manufacturer ID
Manufacturer IDManufacturer ID
Manufacturer ID RManufacturer identification number - used by an interface device to locate the DD file for the resource. HONEYWELL
Setting:
HONEYWELL
MAX_NOTIFY
MAX_NOTIFYMAX_NOTIFY
MAX_NOTIFY
Maximum Notify
Maximum NotifyMaximum Notify
Maximum Notify RMaximum number of unconfirmed notify messages possible. 20
Setting:
0...255
MEMORY_SIZE
MEMORY_SIZEMEMORY_SIZE
MEMORY_SIZE
Memory Size
Memory SizeMemory Size
Memory Size RAvailable configuration memory in the empty resource. 0
Setting:
0
MIN_CYCLE_T
MIN_CYCLE_TMIN_CYCLE_T
MIN_CYCLE_T
Minimum Cycle Time
Minimum Cycle TimeMinimum Cycle Time
Minimum Cycle Time RTime duration of the shortest cycle interval of which the resource is capable. 6400
Setting:
6400 in [1/32 ms]
NV_CYCLE_T
NV_CYCLE_TNV_CYCLE_T
NV_CYCLE_T
Nonvolatile Cycle
Nonvolatile CycleNonvolatile Cycle
Nonvolatile Cycle
Time
TimeTime
Time
RInterval between writing copies of NV parameters to non-
volatile memory. Zero means never. 256000
Setting:
256000 in [1/32 ms]
Parameter
ParameterParameter
Parameter
Subelement
Access Description and settings Initial Value

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RESTART
RESTARTRESTART
RESTART
Restart
RestartRestart
Restart R/W Allows a manual restart to be initiated. Several degrees of restart are possible. They are 1: Run, 2: Restart resource, 3:
Restart with defaults and 4: Restart processor.
Run
Setting:
Run / Resource / Defaults / Processor
RS_STATE
RS_STATERS_STATE
RS_STATE
Resource State
Resource StateResource State
Resource State RState of the function block application state machine. Standby
Setting:
Uninitialized / Start_Restart / Initialization / Online Linking /
Online / Standby / Failure
SET_FSTATE
SET_FSTATESET_FSTATE
SET_FSTATE
Set Fault State
Set Fault StateSet Fault State
Set Fault State R/W Allows the fault state condition to be manually initiated by selecting "Set". Off
Setting:
Uninitialized / Off / Set
SHED_RCAS
SHED_RCASSHED_RCAS
SHED_RCAS
Shed Remote Out
Shed Remote OutShed Remote Out
Shed Remote Out R/W Time duration at which to give up on computer writes to function block RCAS locations. Shed from RCAS shall never
happen when SHED_RCAS = 0.
640000
Setting:
0...4294967295 in [1/32 ms]
SHED_ROUT
SHED_ROUTSHED_ROUT
SHED_ROUT
Shed Remote Out
Shed Remote OutShed Remote Out
Shed Remote Out R/W Time duration at which to give up on computer writes to function block RCAS locations. 640000
Setting:
0...4294967295 in [1/32 ms]
TEST_RW
TEST_RWTEST_RW
TEST_RW
Test Read Write
Test Read WriteTest Read Write
Test Read Write R/W Read/write test parameter - used only for conformance testing.
Note: Subelements "Value 1..15" have no function!
-
UPDATE_EVT
UPDATE_EVTUPDATE_EVT
UPDATE_EVT
Update Event
Update EventUpdate Event
Update Event Mix This alert is generated by any change to the static data. -
Unacknowledged R/W A discrete enumeration which is set to "Unacknowledged"
when an alarm occurs, and set to "Acknowledged" by a write
from a human interface device or other entity which can
acknowledge that the alarm/event has been noticed.
Uninitialized
Setting:
Uninitialized / Acknowledged / Unacknowledged
Update State RA discrete enumeration which gives an indication of whether
the alert has been reported. Uninitialized
Setting:
Uninitialized / Reported / Not reported
Time Stamp RThe time when evaluation of the block was started and a
change in alarm/event state was detected that is unreported.
The time stamp value will be maintained constant until alert
confirmation has been received - even if another change of
state occurs.
Uninitialized
Setting:
MM / DD / YY (Month / Day / Year)
HH:MM:SS (Hour:Minute:Second)
Static Revision RThe static revision of the block whose static parameter was
changed and is being reported. It is possible for the present
value of static revision to be greater than this because static
can be changed at any time.
0
Setting:
0…65535
Parameter
ParameterParameter
Parameter
Subelement
Access Description and settings Initial Value

OPERATION 4
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www.honeywellprocess.com34-VF-25-37 iss.2 GLO Jan 18 US
Relative Index RThe OD index of the static parameter whose change caused
this alert, minus the FB starting index. If the update event was
caused by a write to multiple parameters at the same time,
then this attribute will be zero.
0
Setting:
0…65535
WRITE_ALM
WRITE_ALMWRITE_ALM
WRITE_ALM
Write Alarm
Write AlarmWrite Alarm
Write Alarm Mix This alert is generated if the write lock parameter is cleared. -
Unacknowledged R/W A discrete enumeration which is set to "Unacknowledged"
when an alarm occurs, and set to "Acknowledged" by a write
from a human interface device or other entity which can
acknowledge that the alarm/event has been noticed.
Uninitialized
Setting:
Uninitialized / Acknowledged / Unacknowledged
Alarm State RA discrete enumeration which gives an indication of whether
the alert is active and whether it has been reported. Uninitialized
Setting:
Uninitialized / Clear - reported / Clear - not reported / Active -
reported / Active - not reported
Time Stamp RThe time when evaluation of the block was started and a
change in alarm/event state was detected that is unreported.
The time stamp value will be maintained constant until alert
confirmation has been received - even if another change of
state occurs.
Uninitialized
Setting:
MM / DD / YY (Month / Day / Year)
HH:MM:SS (Hour:Minute:Second)
Subcode RAn enumeration specifying the cause of the alert to be
reported. Other
Setting:
Other / Block Configuration / Link Configuration / Simulation
Active / Local Override / Device Fault State / Device
Maintenance / Input Failure / Output Failure / Memory
Failure / Lost Static Data / Lost NV Data / Readback Check /
Maintenance Needed / Power Up / Out Of Service
Discrete Value RThe value of the associated parameter at the time the alert
was detected. State 0
Setting:
Discrete State 0...16
WRITE_LOCK
WRITE_LOCKWRITE_LOCK
WRITE_LOCK
Write Lock
Write LockWrite Lock
Write Lock R/W If set, no writes from anywhere are allowed, except to clear WRITE_LOCK. Block inputs will continue to be updated. Not locked
Setting:
Uninitialized / Not locked / Locked
WRITE_PRI
WRITE_PRIWRITE_PRI
WRITE_PRI
Write Priority
Write PriorityWrite Priority
Write Priority RPriority of the alarm generated by clearing the write lock. 0
Setting:
0...15
Parameter
ParameterParameter
Parameter
Subelement
Access Description and settings Initial Value

4 OPERATION
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www.honeywellprocess.com 34-VF-25-37 iss.2 GLO Jan 18 US
4.4.2 Manufacturer specific parameters of the signal converter for Resource Block
Parameter
ParameterParameter
Parameter
Subelement
Access Description and settings Initial Value
DEV_DESCRIPTION
DEV_DESCRIPTIONDEV_DESCRIPTION
DEV_DESCRIPTION
Device Description
Device DescriptionDevice Description
Device Description RDescribes some characteristics of the device. -
DB_DEVICE
Data Base GDC RData base version of the GDC device. Current data base version
C_NUMBER_DEVICE
C-Number Device RCurrent C-Number of this device. Current C-Number Device
C_NUMBER_
PRODUCT
C-Number Production
RC-Number of production; this number identifies the type of
electronics, can be found on the converter assembly sticker
as well.
Current C-Number
Production
CONVERTER_MODEL
Converter Model RThe model of signal converter. TWM9000
LOGICAL_PLACE
Logical Place RSetting: Error / Standard / Extended standard / Special Standard
SUPPLY_OPTION
Supply Option RSupply of sensor and electronics option. Current Supply Option
Setting:
configuration error / unknown / 100…230 VAC + no option /
100…230 VAC + capacit.Elect. / 100…230 VAC + Virtual Ref /
100…230 VAC + non Ex Adapter / 12…24 VDC + no option /
12…24 VDC capacit.Elect. / 12…24 VDC + Virtual Ref /
12...24 VDC + non Ex Adapter / 24 VAC/DC + no option /
24 VAC/DC + capacit.Elect. / 24 VAC/DC + Virtual Ref /
24 VAC/DC + non Ex Adapter
DISPLAY_OPTION
Display Option RSetting: Configuration error or missing / Standard / Eastern Europe /
Northern Europe / Southern Europe / Far East / Japanese /
Chinese / Russian
as ordered
IO_SELECTION
IO1 Modules IO RSetting: configuration error or missing / no IO selection / Basic IO / Exi
IO: CO act + PO pas / Exi IO: CO pas + PO pas /
Mod. IO: CO act, PO act/high current / Reserved /
Mod. IO: CO act, PO pas/high current /
Mod. IO: CO act, PO pas/Namur /
Mod. IO: CO pas, PO act/high current /
Mod. IO: CO pas, PO pas/high current /
Mod. IO: CO pas, PO pas/Namur / PROFIBUS PA /
Foundation Fieldbus / PROFIBUS DP / RS485 Modbus /
RS485 Modbus with active termination /
CAN Bus BATCHCONTROL /
CAN Bus BATCHCONTROL + outputs /
Foundation
Fieldbus
IO_MODULE_A
IO2 Module Term. A RSetting: configuration error or missing / without carrier /
Exi OPt.: CO act +PO/CI pas / Exi OPt.: CO pas + PO/CI pas /
Exi OPt.2: Currin act + PO/CI pas /
Exi OPt.2: Currin pas + PO/CI pas / Exi OPt.3: 2xCurrin act /
Incl. carrier, without IO module / Current Out act /
Current Out pas / Pulse Out act/high current /
Pulse Out pas/high current / Pulse Out pas/Namur /
Control In act/high current / Control In pas/high current /
Control In act/Namur / Tidalflux / Temperature Input /
Current Input act / Current Input pas
as ordered
IO_MODULE_B
IO Module B No module possible. -