uis experion enhancements updated

Andy Kowalczyk UIS Experion Enhancements Update

Experion PKS

2 © 2015 Honeywell International All Rights Reserved

Experion R431 Experion R440 Future Developments R1708/2915 R1802/2705 R1804/2750

R1901/3714 R1902/3488 R1903/3216 R1904/3392 R1905/2838 R1906/2715 R19073422 R19010s/2775 R2001/1970 R2004/3994 R2005/2698 R2006/3832 R2007/2934

R2002/2121

R2109/4130 R2111/4163

R2101/3988 R2102/4053 R2104/2893 R2105/4225 R2106/2764 R2107/2907 R2108/3569 R2112/3727 R2113/3930 R2114/2931 R2115s/3657 R2116s/3954

Experion UIS Release Map: R17-R21


UIS EPKS R431 Enhancements

R1901 3714 Changing I/O assignment without requiring the user to delete the CM from Monitoring


• Current functionality ‒ The current behavior tightly integrates the CM with the I/O

channel block. Most operations on the CM affect the I/O channel.

• New functionality ‒ A new I/O development has evaluated these issues and other

limitations associated with project engineering of CM and I/O. ‒ The existing method of configuring CMs and IOs will be

enhanced such that the CMs and IOs can be configured and tested independently.

‒ The enhanced method will remove the tight coupling between CM and IO channel.

R1901/3714 Changing I/O assignment without requiring the user to delete the CM from Monitoring

R431


• I/O Channel doesn’t ‘exist’ unless contained by a CM ‒ can’t be configured, loaded, accessed

• Once channel blocks are contained by a CM ‒same block displayed under CM and I/O modules ‒Operations on CM affect the I/O channel blocks CM load causes I/O channel to be inactivated – inputs

become NAN CM delete from loaded causes I/O channel to become un-

configured – output go to unpowered


R431

Project Tree

• C300_01 • CEE_01 • IOLINK_01A

•UIO_01 • AI_01 • AO_02 • … • DI_32

•IOLINK_01B

FIC_101

FT_101

PID

FV_101

Project Tree

• C300_01 • CEE_01

• FIC_101 • FT_101 • PID • FV_101

• IOLINKA_01 •UIO_01

• FIC_01.FT_101 • FIC_01.FV_101 • … • DI_32

•IOLINKB_01


• I/O Slot blocks can be configured, loaded, activated, independent of assignment to a CM

• Distinct channel blocks are contained by the CM and assigned to slot blocks

I/O slot block displays CM name

• Operations on CM can be performed without affecting I/O channel slots


R431

Project Tree

• C300_01 • CEE_01 • IOLINK_01A

•UIO_01 • FT_101 • FV_101 • … • SPARE_32

•IOLINK_01B

FIC_101

AI

PID

AO

Project Tree

• C300_01 • CEE_01

• FIC_01 • AI • PID • AO

• IOLINKA_01 •UIO_01

• FT_101 (FIC_101) • FV_101 (FIC_101) • … • SPARE_32

•IOLINKB_01


Experion PKS R440 Release (UIS R17-21)



R1708 2915 TPN $MODESEL for C200/300/ACE points

R1802 2705 Provide Console & System Alarm State enable/disable functionality in EPKS

R1804 2750 Need to have the possibly to force the

system that outputs can not go below -3% (3.52 mA)

R1902 3488 View the OPC Items being collected from the EPKS OPC Server

R1903 3216 Replace multiple shapes in Display Builder



R1904 3392 System status displays for Experion

R1905 2838 Add a "Silence" button on the Alarm Summary display

R1906 2715 Experion On Line modifications

R1907 3422 Lack of clarity for Operator response to System Alarms - online help

R1910 (S) 2775 Visible Connections for Container Points



R2001 1970 Provide user configurable on/off delay time

for the alarms of the initial state transition of the Digital Input points

R2003 3180 Include as an option that the operator can

not move the OP in manual beyond the limits configured

R2004 3994 Provide a method for "Export to Excel" from

all alarm and event summary displays in Station.

R2005 2698 Need an "Area Change" type functionality for

Experion stations for all data types (ie not just TPS).

R2006 3832 Site-wide Experion License Engine

R2007 2934 Alarm Values -- show values in alarm summary that are consistent with the configured decimal place of the point.



R2109 4130 Add "NORMAL" mode option to the TPS faceplates in Experion Station

R2111 4163 Reduction of manual steps for Experion upgrades


• Current functionality ‒ All modes are shown regardless if used. ‒ You need to build custom faceplate and detail displays that had the

unwanted modes and mode attributes removed from combo boxes. Would also need logic or other extra programming that would eliminate operator's ability to make those changes from the CM chart.

• New functionality ‒ Implement the equivalent of mode/mode attribute selection list (supported in

TPN release R630 via $MODESEL parameter) in Experion C200E/C300/ACE points.

‒ This functionality shall be supported in the CEE Function blocks (RegCtl blocks )

‒ Two Parameters ‘MODESEL’ and ‘FRCMODEATTR’ to be added to the Regctl Blocks. MODESEL shall list the Modes supported by the block along with PROGRAM Mode

Attribute. MODESEL shall contain the configuration information on whether each Supported Mode is

to be allowed in the MODE list. The FRCMODEATTR parameter shall determine if the Human Stores to MODE should be

restricted, when the MODEATTR is configured as PROGRAM.

R1708/2915 TPN $MODESEL for C200E/300/ACE points

R440



Main Configuration Form of PID block with “Show Parameter Names” Enabled.



MODESEL list for the PID block, with all Modes selected and Corresponding MODE List


• Current functionality ‒ In TPS, alarms can be enabled or disabled for each individual

Unit either on a System wide scope or a Console scope ‒ EPKS currently offers alarm enable/disable for each

individual assets at a system wide level only: it does not offer this functionality at a Console scope.

• New functionality ‒ See following slide…

R1802/2705 Provide Console & System Alarm State enable/disable functionality in EPKS

R440

HVE


‒ New display to enable / disable assets on this console. Applies console setting to TPS.

Shows if TPS settings match.

Shows cluster-wide settings.

Configurable minimum security level.

‒ Link from alarm summary and indication if any assets are disabled.

‒ System alarm if enable / disable settings are different in TPS (e.g. changed in Native Window only).

‒ Report showing disabled assets.

R1802/2705 Provide Console & System Alarm State enable/disable functionality in EPKS


• Ability to force the system that outputs can not go below -3% (3.52 mA)

• Current functionality ‒ Currently the range for analog outputs is from -6.9% to

106.9% and they traverse from -6.8% (2.912 mA) to 106.9% (21.104 mA).

‒ When the OP is set to -6.9% the output current is set to zero. For an analog channel on process there is no feature to enforce a minimum output current.

R1804/2750 Ability to force the system that outputs can not go below -3% (3.52 mA)

R440


• New functionality ‒ A new configurable parameter OPFINALLO (for low limit) shall

be available in the individual Analog Output channel. ‒ The OPFinal in all modes in the Analog output channel will be

clamped to the configured limit of OPFINALLO. ‒ The range shall typically be from -6.9%(channel supported

lowest OP) to 0%. ‒ This functionality shall be supported in all AO channels of

Series C, PMIO, Series 8, Series A IO types (in C200E, C300, C300 (20ms) and the simulation version of these controllers).

‒ For Series C IO, Series 8 IO, PMIO - The changes will be in IOP firmware.

‒ For Series A IO - The changes will be in C300/C200E Firmware

R1804/2750 Ability to force the system that outputs can not go below -3% (3.52 mA)

R440

The Required functionality of limiting the manual output to not going below -3% can be achieved with the use of OP Extended Limits in Regulatory function blocks User documentation to be updated


R1804/2750 Need to have the possibly to force the system that outputs can not go below -3% (3.52 mA)

R440


• Background – There is a desire to have similar statistics available for the Experion OPC

Server as there are for the TPN Server via the System Management Auxiliary display. The main purpose is for diagnostics, troubleshooting, and load planning.

• Current functionality – No auxiliary status display for Experion OPC Server

• New functionality – The proposal is to provide access to per-client statistics for Experion OPC

Server via two new Experion Reports:

– Data Access Statistics Report that shall include statistics such as number of read/write calls per second and number of parameters read/written per second, over a period of time for each OPC client connected to Experion OPC Server.

– OPC Clients Summary Report that shall include summary level information such as client name, host, number of groups, collection rates and number of items, for each OPC client connected to Experion OPC Server.

R1902/3488 View the OPC Items being collected from the EPKS OPC Server

R440


R1902/3488 View the OPC Items being collected from the EPKS OPC Server

Experion OPC Server instance Names of OPC Clients connected to

this Experion OPC Server instance Names of groups created by this OPC

Client List of point parameters in each group

Expand/collapse to analyze Number of clients, groups, point

parameters and parameters per second.

R440


• Current functionality ‒ Existing “Replace Shapes” tool allows the user to replace

only one shape in a display, or across multiple displays. Multiple shapes cannot be replaced across displays in one go.

• New functionality

‒ The new replace shape tool will allow the user to nominate a collection of shapes to be replaced at once. This tool will be able to perform this shape replacement activity in bulk across a directory of displays.

R1903/3216 Replace multiple shapes in Display Builder

R440

HVE


• Current functionality ‒ All items in the Experion System Status tree are available as

points that customers can use on custom displays to show status, however building a custom status display involves adding many shapes to the display and if a new item is added (e.g. a new controller) the custom status displays need to be manually updated.

R1904/3392 System status displays for Experion

R440


R1904/3392 System status displays for Experion

R440

• New System Alarm Summary pane showing an HMIWeb custom graphic with standardized shapes for system items.

• Selecting a shape will filter the system alarm list.

• Support for multiple hierarchical displays with alarm groups.

• HMIWeb Display Builder template, point-picker enhancements and standard shapes to let you build displays quickly


• Current functionality ‒ Currently in Experion, the Alarm Summary Display does not

have a button to silence an alarm without acknowledging it. The operator must perform one of the following actions to silence the alarm: From the Station drop down menu, select “Action” then “Silence” Add a button to the Station toolbar that performs the silence command.

• New functionality ‒ Build on the alarm silence/suppression functionality added in

Experion R410 “Provide TPS Audible Functionality in Experion PKS (R1511 / #2432)”

• An operator can switch off annunciation of low and high priority alarms using the native window display

• Audible suppression button/icons added to Experion Alarm Summary Provide for an immediate silence only. It is expected that the existing alarm silence/suppression buttons on the

alarm summary will be enhanced for this.

R1905/2838 Add "Silence" button on the Alarm Summary display

R440


• Current functionality ‒ In CEE, all basic blocks within a CM are destroyed and

recreated whenever the CM is reloaded. Thus, regardless of whether a CM and its basic blocks are loaded for the first time, or are reloaded after already having been deployed, dynamic state data within the blocks is initialized as a result of the load.

‒ This behavior causes problems in certain situations. For example, quoting from UIS input, we have the following. “In Experion, during a download of a block, all outgoing signals are

reset, all timers are restarted and all SetRes information is lost. Loops receiving data from the downloaded block have to be bypassed manually. In P3 industry (paper machines and other applications) there are complex interlocks among many loops and it is common that mill engineers need to implement frequent application improvements requiring on-line download.”

R1906/2715 Experion On Line modifications

R440

HVE


• New functionality ‒ Because there are so many unknowns there is no design

concept for this UIS item which can be estimated at this time. ‒ Only a study will be performed that will include requirements

analysis and some prototyping.

R1906/2715 Experion On Line modifications

R440


• Current functionality ‒ Alarm help for process alarms can currently be displayed in a

Station-based UI and is provided by integration with ACM. There is no equivalent functionality currently for system alarms.

• New functionality ‒ When selecting a system alarm on the system status display,

the documentation for that system alarm type will be displayed in a UI consistent with the current alarm help tab on the alarm summary. If the option to show system alarms on the process alarm summary is enabled, the system alarm help will also be viewable on the alarm summary’s Alarm Help tab.

‒ Standard system alarm help for a particular system alarm type can by customized via a Configuration Studio tool. The operator on your site will then see your customized help if that type of system alarm is raised.

R1907/3422 Lack of clarity for Operator response to System Alarms - online help

R440


• Current functionality ‒ Generally in control builder, the cross block references are

displayed only for the output pins. The SP is shown as input pin. However, it is a good idea to show where the points are referred similar to the display, if any points are referred in expressions.

• New functionality ‒ For connections using projected parameters (only), a

reference will also be shown on the destination end. ‒ Show the projected parameters used in Container and Control

Modules in cross reference panel ‒ Provide hyperlink to navigate to Control Module from cross

reference panel

R1910/2775 Visible Connections for Container Points

R440


• Projected Parameter on CM_SRC:


R440


• Projected Parameter Connected to another block in CM_CONTNR_DSTN2


R440


• All cross references, including connections for container points shown in Cross references panel.


R440


• Background – There are many times when DI points such as level switches, flow switches,

etc. will cause multiple alarms when first entering the offnormal condition due to the nature of those types of devices. Currently, the only workaround is to configure an alarm delay using logic and flag points.

• Current functionality – Currently, DI points have a delay time parameter which is designed to

prevent chatter at the IOP. However, this delay time has no effect on the initial state transition of the DI point, but rather on subsequent transitions after the initial one

• New functionality – Provide Change of state (CHNGOFST) Alarm support for blocks which

handles DI alarms. The COS alarm support will be implemented in FLAG and DIGACQ blocks.

– Change of State (CHNGOFST) alarm is generated when the input changes state in either direction after the configured “Delay Time”.

– Change of State alarms is removed from the Alarm Summary display following acknowledgement. There is no Return-to-Normal for this alarm.

R2001/1970 Initial Digital Input point state transition On/off Alarm delay time

R440


• Background – Although there are OP limits configured in the HPM controllers when the

operator sets the controller in manual he can move the OP beyond the OP limits introducing directly the number or moving the OP with the arrow keys. There should be a parameter set by engineer that should allow or not that the operator could move beyond limits or should maintain the OP in limits.

• Current functionality – It is not possible to limit the OP in manual except if you use a subpicture but

it should imply the operator can not use changezone, detail

• New functionality – Add two new user configurable parameters for all HPM Controller algorithms,

as applicable, to configure the operator low limit manual ($MOPLOLM) and operator high limit manual ($MOPHILM). Default values for these two new parameters are set same as that of the system limits

i.e., $MOPLOLM = -6.9 and $MOPHILM = 106.9 Parameter values can be modified when the PTEXECST is ACTIVE OUTIND to have an impact similar to that on existing parameters OPLOLM and

OPHILM Access Lock: Engineer

R2003/3180 TPS Option to prevent moving the OP in manual beyond configured limits

TPN R686

TPN


• Background

• Current functionality – In the system summaries, the current view can be selected for printing to a

file and then a format that is appropriate for Excel can be selected.

• New functionality – A new CSV Export button will be added next to existing Print Preview and

Print buttons in the following system summary displays: Alarm, System Status, Message, Alert, Event, SOE, Activity, Procedure, Batch

– When pressed, the system will generate a Microsoft Excel compatible CSV file. This CSV file will include all records in the summary table at the time of request. As such, all records in this file will have the same filters and SOR applied as the summary table.

– The newly generated file will have summary type and time of requesting as part of its name. It will be saved into the Report share folder of the primary cluster server.

R2004/3994 "Export to Excel" from all alarm and event summary displays in Station

R440

HVE


• Background – For Experion over TPS, the station can have all assets assigned to it and then

the TPS area "narrows" the SOR for the station. The operator can then area change to "swing" the station via Native Window. Problem is this does only works for TPS, and not CDA.

– Experion itself should provide the ability to pre-define different "Profiles" that an operator could then select from for a particular Station (depending on security settings). This way an operator could select a “Profile” for “Reaction” and then change to “Distillation” when necessary (without an engineer). This would make it easy to "swing" a station from one part of the plant to another. Currently for Experion, the operator does not have access to change the assigned assets for a station to "swing" the station from one profile to another, the engineer has to make these changes in asset assignment.

– Ability to "swing" a station from one "area" to another would allow a set of stations to be "split" between two "areas" and have a "swing" station in the center that could be used for the "area" that needs the most help. For example, five console stations could be split 2/3 between two areas and then the middle station could swing between the two areas.

R2005/2698 "Area Change" type functionality for Experion stations for all data types

R440

HVE


• Current functionality – Currently in Experion, the engineer can define the asset assignment for each

station or operator, the Engineer can also pre-define Asset Profiles, which are used for Operators’ Scope of Responsibility (SOR). However, operators at Oper level access cannot change the asset assignment for a Station, either via direct Asset assignment or preferably via Area like functionality (eg choose from pre-defined SOR sets, ie Asset Profile). In TPS, the engineer defines units (assets in Experion) and then defines the areas that contains sets of units, depending on NCF/keylock settings Operators on the Native Window can change the area associated with a US/GUS.

• New functionality – The proposed solution would allow asset profiles to be assigned to Console

Station and Consoles as a standard configuration option.

– A new configuration setting would be provide that allowed the Engineer to set the minimum security level at which an operator (whether using Operator or Station profile based security) can select from the set of pre-defined asset profiles

R2005/2698 "Area Change" type functionality for Experion stations for all data types

R440


• Background – The current license solution is inflexible as it is based on individual servers.

Assets that are allocated to a particular server sometimes need to be moved to another server. Customers cannot accomplish this themselves and they need to request new licenses from Honeywell for all the affected servers. The new licenses then need to be re-installed. This process is time consuming for both Honeywell and the customer, and adds risk since if the newly generated licenses are wrong, a customer can temporarily lose functionality.

• Current functionality – Licenses are applied directly to individual servers.

• Status • After extensive analysis Honeywell concluded that the disruptive impact to the internal

Honeywell backoffice systems associated with licensing was beyond the scope of this item

• VOC has demonstrated other issues with licensing, including – difficulty in comparing new licenses to old, – ease of making a mistake – disruption caused when applying licenses that require reboots – lack of any system wide license inventory.

– The proposal is being re-scoped to address these concerns – Will be presented to UIS for their consideration

R2006/3832 Site-wide Experion License Engine

R440

HVE


• Current functionality – The Live Value column of Alarm Summary

currently displays PVs with 2 decimal places regardless of the PV Display Format configuration.

• New functionality – There will be a new server wide setting

(disabled by default) to display Live Values in Alarm Summary with the configured number of decimal places.

– The following table shows the number of decimal places displayed in the Live Value column for various point types:

R2007/2934 Show values in alarm summary based on configured decimal place of the point

Server wide

setting Point type

Number of Decimal Place Displayed in Live Value

column of Alarm Summary

Enabled CEE, TPS, Safety Manager, PMD PV Format configured in point

Disabled CEE, TPS, Safety Manager, PMD 2

Enabled SCADA, OPC Advanced 2

Disabled SCADA, OPC Advanced 2 R440


• Background – Currently, there is no option to return a TPS point to "NORMAL" mode via an

Experion Faceplate. The ability exists for a CDA point. The TPS faceplate should have the same ability

• Current functionality – Experion TPS faceplates do not offer the NORMAL option for MODE

• New functionality – This functionality will be provided as applicable, i.e. when there is a NORMAL

mode option (NMODE) configured.

– In that case, the option “NORMAL” will be provided and, upon selection, the MODE will be written as per the NMODE value

R2109/4130 Add "NORMAL" mode option to the TPS faceplates in Experion Station

R440

HVE


• Background – There are more than 50 manual tasks which needs to be performed before

initiating migration to any new Experion release Version

• Current functionality – Currently – all these pre-migration steps are being done manually

• New functionality – The idea here is to automate or productize the potential tasks during the

Migration process itself

R2111/4163 Reduction of manual steps for Experion upgrades

R440

HVE


Experion PKS Post R440 Release(s) (UIS R20-21)


UIS EPKS Post R440 Enhancements

R2002 2121 The ability to disable the System Status Alarm for equipment that is out of service.

R2101 3988 Provide a NOACTION/NONE alarm priority for all SCADA point alarms.

R2102 4053

Provide an easy way to enable system alarms on Experion Nodes to be alarmable. The alarms being RAID drive error, Loss of

redundant power feed and other server type alarms that are deemed critical.

R2104 2893 Please add CHNGOFST alarming

functionality to Experion digital blocks--flags, device control, etc.

R2105 4225 Alarm shelving needs to have configurable

length on shelf. Add the capability of putting an end date instead of a time length.

R2106 2764 Find/replace in SCM



R2107 2907 Checkpoint Validation Tool

R2108 3569 Enhance DSA diagnostics between Experion servers

R2110 3676 Provide a serial I/O IOP detail display that

shows a list of array points built against the SI IOP, per FTA.

R2112 3727 Provide Override Selector indication on Experion TPS faceplates

R2113 3930 Provide a faceplate for VFD applications which would include start/stop and PID

function into one faceplate.

R2114 2931 Modify override selector blocks to function like they do in HPM.



R2115 (S) 3657 Provide network traffic analysis tools for

monitoring data exchanges

R2116 (S) 3954

Add important missing operation information (characters) to ExperionPKS

detail and faceplate displays for TPS controllers


• Background – This item was clarified by UIS focals in breakout session October 2014. Revised

description below.

• Current functionality – When an Experion node is taken offline for software update installation or regular reboot

cycles, a large number of system alarms are generated and annunciated to all System Status Displays across all DSA connected servers related to the node being taken offline. These alarms cannot be disabled, inhibited or hidden.

• New functionality – Computers listed in the System Status Display (added via Configuration Studio) will have

a new faceplate option to enable ‘maintenance mode’ for that computer. Once enabled, system alarms (from Experion, System Management and FTE Devices) related to that computer will be suppressed on all Stations across DSA. Such suppressed alarms will be hidden on the default System Status Display and not sound the audible, but will be available on another view and will be recorded in the event journal. Server wide settings will be provided to nominate:

– Whether pre-existing system alarms for the computer will be suppressed when maintenance mode is enabled

– A global timeout for un-suppressing such system alarms in the event that the engineer forgot to disable maintenance mode (default 15min perhaps). If the timeout occurs, an alarm indicating maintenance mode is still on will become visible and all active system alarms related to the computer will be un-suppressed.

R2002/2121 Ability to disable the System Status Alarm for equipment that is out of service

Post R440


• Current functionality – Status points can be configured to go into alarm when the PV reaches a

particular state. If alarming is enabled on an individual state, then the priority of the alarm can also be configured. This is shown in the Alarms tab on the status point form in Quick Builder.

R2101/3988 Provide a NOACTION/NONE alarm priority for all SCADA point alarms

Post R440

HVE


• New functionality – UIS items #3988 and #3989 are being grouped together in this mini spec

document because the same simple approach may be used to solve both.

– Under this proposal, a new configuration option will be added to status points. This new configuration option will govern whether or not events are raised on a PV change.

– Under this proposal, a new configuration option will be added to status points. This new configuration option will govern whether or not change of state events are raised for the point, and it will have possible values of enabled or disabled. If state change events are enabled, then a CHANGE event will be journaled whenever the PV changes. If PV change events are disabled, then CHANGE events will not be raised when the PV changes. An example of how this would be made available on the Alarms tab in Quick Builder is shown below

R2101/3988 Provide a NOACTION/NONE alarm priority for all SCADA point alarms

Post R440


• Background – The alarms of interest are detected by vendor provided applications such as

Dell Open Manage for Dell platforms, HP SMH for HP

• Current functionality – Currently these alarms are recorded in the Application Event Log but never

make it to the Experion operator

• New functionality – The proposed solution would escalate critical PC related alerts to the

Experion System Alarm Display and the attention of the site operators

– For Example:

– Chassis Intrusion, Chassis Intrusion, HDD Degraded, HDD Failure, etc

– The deliverables for this item:

– SES Configuration Files

– An installation package

– Product and Performance Impact Testing

– Documentation

– Applies to Dell and HP platforms only

R2102/4053 Provide an easy way to enable system alarms on Experion Nodes to be alarmable

Post R440


• Background – Behavior of CHNGOFST alarm in HPM:

– Change of State (CHNGOFST) alarm is generated when the input changes state in either direction.


• Current functionality – Experion DevCtl and Flag block both support OffNormal alarm currently, but

OffNormal alarm works differently compare to CHNGOFST alarm.

– OffNormal alarms are reported when the state of a DevCtl/Flag block changes from the state that is defined as Normal State to other state(s), and the alarm return to normal when the state changes back to the Normal State.

R2104/2893 Add CHNGOFST alarming to Experion digital blocks--flags, device control, etc.

Post R440

HVE


• New functionality – Provide State Change (CHNGOFST) alarming functionality in Experion DevCtl

and Flag blocks same as CHNGOFST alarm in HPM:

– Change of State (CHNGOFST) alarm is generated when the input changes state in either direction.


– A configurable “Delay Time” may be needed. The alarm is not generated until the timer expires (Confirm with the customer if this is needed).

– Notice that the same functionality will not be added to Logic blocks, since they are not alarming blocks currently

R2104/2893 Add CHNGOFST alarming to Experion digital blocks--flags, device control, etc.

Post R440

HVE


• Background

• Current functionality – Currently, when an alarm is selected to be shelved, the alarm shelving dialog

box provides an option of specifying how long the alarm should remain on the shelf in terms of duration (e.g 1 day, 1 week, 2 weeks)

– In addition, the maximum length an alarm can be shelved is limited to three (3) weeks

• New functionality – A new option will be added to the alarm shelving dialog box so that the time

an alarm is on the shelf can be specified in terms of an end date (rather than a time period)

– The alarm shelving dialog will be enhanced so that operators will have the ability to input an end date to unshelve an alarm (as opposed to a time period). This will be a new option, existing functionality to specify shelf length will still be supported

R2105/4225 Alarm shelving: configurable length on shelf and unshelving end date

Post R440


• Background – Initial request from customer was to either allow an SCM to be Bulk Edited

similar to a CM or introduce a “traditional” Find/Replace function

• Current functionality – There is already a Search Bar where the search for matches in block names

and descriptions is available including support for Search Next and Previous.

– However, the search will not locate a match in a detail box if the detail box was hidden and it will not locate the match in expressions, if the ‘show descriptions’ option was selected

R2106/2764 Find/replace in SCM

Post R440

HVE


• New functionality – Need to extend the search functionality to include searching for matches in

both descriptions and expressions and automatically open the Details panels in the dedicated Details Panel at the bottom of the chart and select and highlight places where a match is detected.

– Add a Replace text box and button to the Search Bar to allow user to specify string to be searched for and replaced when Replace button is clicked.

– Provide some filtering options to select search scope, e.g. Search in Names, in Descriptions, in expressions. These could be offered as checkboxes which may need to be disabled/hidden when not applicable, e.g. expressions do not apply in CMs.

– Need to consider easy clearing of filters and persistency of settings.

– Need to consider possibility that Warning, Note and Instructions parameters may be added to the search scope in the future. Design should already be flexible to handle these with no or minimum modification if/when introduced.

– Also need to consider refactoring the existing Search Bar to upgrade it to be WPF-based and integrated closer to the new WPF chart. Optional but would be nice to take the opportunity to clean the overall chart and associated panels design. Estimates do not include this item.

R2106/2764 Find/replace in SCM

Post R440

This is part of Experion Search enhancements that will be released in R440

HVE


• Background – Since inception of Checkpoint in R210, there have been times where users

have performed checkpoint restores only to find that the checkpoint file is not usable for restore or only partially usable. To find this out at the time of restore is not acceptable

• Current functionality

• New functionality – The existing CRC-32 checking code on checkpoint files will be retained.

There will be no change to incorporate MD5 hashing code

– Checkpoint Validation tool will be launched on demand only

– Ability to launch this tool from a Windows command prompt or thru the Checkpoint Restore Display by adding a “Validation” button

– May be run against individual .cp files

– If CRC-32 was replaced with MD5, then this Checkpoint Validation Tool could only be incorporated into a release where server migration was done to that release. This is because the former checkpoints (even though still compatible with monitor) would not be usable for restore.

R2107/2907 Checkpoint Validation Tool

Post R440

HVE


• Background – At present data transfer rate is one of the key diagnostics available between

DSA servers. Need to provide second level of diagnostics on the Distributed servers display so that customers can troubleshoot and solve the issue much quickly at site

• Current functionality – The DSA Status Display shows overall statistics for a DSA connection from

the subscriber’s perspective. It shows load but does not give insight into the reason for most DSA disconnections.

– Display Callup Diagnostics, added in Experion R400, can trace operations (and problems) with individual display callups from Station to the relevant data sources within the console station or within the server. Information is presented in simple summary log messages that can be easily isolated from those unrelated to the problem display callup. However, issues related to DSA data cannot be traced to the publisher for further analysis.

• New functionality – Enhance the Display Callup Diagnostics functionality introduced in Experion

R400 to allow diagnosis of slow or failed operations that travel over DSA. This will allow easier correlation between slow/failed DSA on the subscribing server and the conditions that lead to this on the publishing server

R2108/3569 Enhance DSA diagnostics between Experion servers

Post R440

HVE


• Background

• Current functionality – Search thru array points; call up details of the array points to find their IOPs

• New functionality – Provide SI IOPs with the equivalent of the Slot Summary display that is

provided for other types of IOPs.

– This summary would show all array points that are using the SI IOP, and the display would be segregated by FTA--i.e., one list for any array points built against FTA1 and another for array points built against FTA2.

– The listing should provide the point description for the array points in the list.

R2110/3676 Serial I/O IOP detail display that shows a list of array points built against the SI IOP, per FTA

TPN R686

TPN


• Background – Honeywell provides Experion PKS faceplates and detail displays for all TPS

points, thus affording the same quick, easy and standardized access to typical TPS parameters on Experion Station as in Honeywell’s legacy systems including GUS and Native Window

• Current functionality – The Experion TPS faceplates do not provide the override selector indicators

as do GUS classic faceplates and the Native Window detail display.

– When the control algorithm (CTALGID) for a given point is value ORSEL, the Honeywell Experion TPS faceplate for that point should indicate the associated override selector graphically for the operator to see. This functionality is in accordance with existing GUS classic faceplates and the Native Window (faceplate section of NW detail displays)

• New functionality – The Experion TPS faceplates need to be updated to provide override selector

indicators directly on the applicable faceplates

R2112/3727 Provide Override Selector indication on Experion TPS faceplates

Post R440

HVE


• Background

• Current functionality – VFD's are becoming the preferred final control element (vs. control valves). It

would be beneficial to be able to click on a pump and to be able to start/stop and perform PID functions from one faceplate.

– Today, the VFD pump shape calls up a DevCtl face plate and the operator has to click on a separate shape to call up the PID faceplate

• New functionality – Create a new faceplate that can be linked to a DevCtlA and a PIDA block in

separate control modules also the faceplate should have the functionality to start and stop the assigned control loop

R2113/3930 Provide a faceplate for VFD applications which would include start/stop and PID function

Post R440


• Background – On inactivation of a primary to an override selector in HPM, the override

selector holds the last good value in its X1, X2, etc input on inactivation/reload of a primary. If this was the selected input, it should remain the selected input until another primary moves consistent with being selected.

– A similar scenario can be caused in Experion by reloading the primary.

• Current functionality – On inactivation of a primary to an override selector, the X1, X2 input

associated with the inactivated primary goes to NaN and the selector toggles to the other input

• New functionality – Modify the override selector block so that it holds the last good value in its

X1, X2, etc input on inactivation/reload of a primary. If this is the selected value it should remain selected until another input moves to where it becomes selected.

– This would prevent plant shutdowns if a primary is reloaded without putting the override selector in MAN. While it is our practice to put the override selector in MAN, this is a risk on Experion that we are not exposed to today in our HPM systems

R2114/2931 Modify override selector blocks to function like they do in HPM

Post R440


• Background – A server can communicate with 24 redundant Cxxx controllers and 100 FIMs

but the amount of traffic is not directly specified. Insight into network traffic can allow an engineer to better balance loads and optimize performance

• Current functionality – There is currently no way of determining network performance & traffic

between the various components of the Experion control platform.

– There are various specifications and limits specified for components within the Experion network, for example

– 40 parameter reads per second on a Fieldbus link,

– or 1500 dynamic parameters per second for a Station PC, but there is no way of determining actual levels.

R2115s/3657 Provide network traffic analysis tools for monitoring data exchanges

Post R440


• New functionality – Where performance information is not available for the Experion control

platform (Servers, Stations, FTEB, CNI, Controllers, FIM, SIM, PBIM & PBGM) communication counters would be added as parameters to the system components.

– A new report would be added to the Experion server enabling a user to report on these communication counters (potentially with trend of recent load).

– SPB (System Performance Baseline) would be enhanced to analyze the communication counters and compare against PCT limits (providing indication to the user where limits are exceeded or nearly exceeded).

R2115s/3657 Provide network traffic analysis tools for monitoring data exchanges

Post R440


• Background – Honeywell provides Experion TPS faceplates that are

designed to offer the full complement of features as provided by GUS classic faceplates and/or the Native Window (faceplate section of NW detail displays).

• Current functionality – The Experion TPS faceplates do not provide the

wind-up status indicators as do GUS classic faceplates and the Native Window detail display

• New functionality – The request is for the Experion faceplates to

adequately present wind-up status indicators as on GUS/NW, and also to present (perhaps statically vs. only on hover/tool-tip) OP hi/lo limits

R2116s/3954 Wind-up status & OP hi/lo limits for EPKS detail and faceplate displays for TPS controllers

Post R440

HVE


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