noja 559 07 en cms help file

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CMS User GuideUser Manual


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Revision History

Rev Author Date Comment

1 BOS 14-04-11 First release of CMS User Guide.

2 BOS 29-03-12 CMS v1.3

3 BOS CMS 2.0

4 OA 9-12-13 CMS 2.2 - Includes Firmware Update Tool, Multiple import/export,Update of screenshots.

5 OA 9-01-14 CMS 2.3Includes Negative Phase Sequencing and Live Line.Added section on Libraries, Online Operations and Control.Updated section on administration and devices.

6 OA 30-01-14 Added details for Simulation Library. Updated Online Operationsto include running of Simulations.

7 OA 17-02-14 Added details for Power Quality, Fast Keys, Rel-02, view optionsand different format for exporting offline settings.

NOJA Power

and OSMare registered trademarks of NOJA Power Switchgear Pty Ltd. This document

is copyright and is intended for users and distributors of NOJA Power Switchgear product. It containsinformation that is the intellectual property of NOJA Power Switchgear and the document, or any part thereof,should not be copied or reproduced in any form without written permission from NOJA Power Switchgear.

NOJA Power

is a registered trademark of NOJA Power Switchgear and should not be reproduced or

used in any way without written authorisation.

NOJA Power Switchgear applies a policy of ongoing development and reserves the right to change productwithout notice. NOJA Power Switchgear does not accept any responsibility for loss or damage incurred as aresult of acting or refraining from action based on information in this User Manual.

NOJA Power Switchgear Pty Ltd 2002 - 2014

www.nojapower.com.au


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Table Of Contents

1 Introduction .................................................................................................................... 11.1 Installation ............................................................................................................... 11.2

About CMS .............................................................................................................. 3

2

Main Window and Menus ............................................................................................... 4

2.1 Saving Settings ....................................................................................................... 62.2 View ........................................................................................................................ 7

3 Working with Devices ....................................................................................................113.1

Creating New Devices ............................................................................................11

3.2 Connection Status ..................................................................................................143.3

Importing Devices ..................................................................................................14

3.4 Exporting Devices ..................................................................................................183.5

Exporting Offline Settings .......................................................................................20

3.6 Copy Device Settings .............................................................................................223.7

Firmware Update ....................................................................................................25

3.8

Compare Settings ..................................................................................................274 Connection Tab .............................................................................................................31

4.1

Online/Offline .........................................................................................................31

4.2 Uploading Settings from the Device .......................................................................324.3

Downloading Settings into Device ..........................................................................33

4.4 Settings History ......................................................................................................345 Viewing Field Readings .................................................................................................35

5.1 System Status ........................................................................................................355.2 Event Log ...............................................................................................................375.3 Change Log ...........................................................................................................385.4 Close Open Operations Log ...................................................................................395.5

Load Profile ............................................................................................................42

5.5.1

Configuring the Load Profile ............................................................................425.6 Counters ................................................................................................................44

5.7 Comms Status ........................................................................................................456 Offline Settings ..............................................................................................................46

6.1

Offline Protection Settings ......................................................................................46

6.1.1 Protection Curve Modification ..........................................................................476.1.2

Curve Selection ...............................................................................................48

6.1.3 Auto Reclose Mapping ....................................................................................496.1.4 Frequency and Voltage Protection ..................................................................506.1.5 Live Line..........................................................................................................516.1.6 Harmonics .......................................................................................................52

6.2 System Settings .....................................................................................................53

6.2.1

Measurement Settings ....................................................................................53

6.2.2

UPS Settings ...................................................................................................53

6.2.3 Real Time Clock ..............................................................................................546.2.4

Fast Key Configuration ....................................................................................54

6.3 Switchgear Calibration ...........................................................................................566.4 Input Output Configuration .....................................................................................56

6.4.1 Relay Input Configuration ................................................................................586.5 Logic Expressions ..................................................................................................596.6

Protocol Settings ....................................................................................................61

6.7 Communications Port Settings ...............................................................................626.8

Power Quality .........................................................................................................64

6.8.1 Oscillography ..................................................................................................656.8.2

Harmonics .......................................................................................................65

6.8.3 Interruptions ....................................................................................................66


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6.8.4

Sags and Swells..............................................................................................67

7 Connecting to a device ..................................................................................................687.1 Connecting to a local device...................................................................................687.2 Configuring a Remote Connection ..........................................................................69

7.2.1 Communications Equipment ............................................................................69

7.2.2

Port Configuration ...........................................................................................69

7.2.3 CMS Protocol Configuration ............................................................................707.2.4

Configure Connection Type .............................................................................70

8 Control ..........................................................................................................................739 Online Operations .........................................................................................................73

9.1 Erase Data .............................................................................................................749.2 Synchronise Date & Time .......................................................................................749.3

Device Control & Configuration ..............................................................................74

9.4 COMMS Diagnostic ................................................................................................759.5

Starting a Simulation ..............................................................................................76

10 Libraries .....................................................................................................................7710.1

Creating a New TCC item.......................................................................................77

10.2

TCC Library ............................................................................................................78

10.3 Open a TCC item ...................................................................................................7910.4

Import a TCC file ....................................................................................................80

10.5 Export TCC ............................................................................................................8110.6

Standard Curves ....................................................................................................82

10.7 Simulator Module ...................................................................................................8310.8 Creating a New Simulation .....................................................................................8510.9 Simulation Library ..................................................................................................8710.10 Open a Simulation ..............................................................................................8810.11 Import a Simulation file .......................................................................................8910.12 Export a Simulation .............................................................................................91

11

CMS Administration ...................................................................................................93

11.1 System Properties ..................................................................................................9311.1.1 Details .............................................................................................................9311.1.2 Shared Folder .................................................................................................9411.1.3 Servers ...........................................................................................................95

11.2

Licences .................................................................................................................96

11.3 Backup Database ...................................................................................................9811.4

Restore a database ................................................................................................99

11.5 User Management ................................................................................................ 10011.5.1 Adding New Users ........................................................................................ 10011.5.2 Editing User Settings ..................................................................................... 10211.5.3

Security ......................................................................................................... 103

11.6

Import CMS User file ............................................................................................ 10411.7 Export CMS User File ........................................................................................... 104


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1 Introduction

CMS is a software package that runs on a PC and is used to configure and interrogate the

RC-10 control cubicle.

CMS can be used in Offline mode or Online mode.

Offline mode means that CMS is not connected to the switchgear device. The user is allowedto do the following types of work:

editing the database of devices and their settings

preparing and editing the time-current curves (TCC)

analyse device's operating history.

When working in Online mode the RC-10 must be connected to the PC. The connection canbe a local connection i.e. through a standard USB cable connected to the Operator PanelUSB Port or a remote connection.

When Online, the user can:

read and replace the group of protection settings installed in the device

read the device and protocol status

direct control of the device

adjust the device system settings.

Please refer to the OSM user manual for more details.

1.1 Installation

If you are upgrading from CMS 2.0 and above, CMS automatically checks for updates whenyou are connected to the internet and will update to the latest release of CMS automatically.

If you have CMS 1.8 and below on your PC, or you are completing a full installation pleaserefer to the notes below.

Full Installation and Upgrading from CMS 1.8

CMS is based on the Microsoft CE 4.0 SQL database. The installation will install thisdatabase as part of the installation. This database has a maximum permitted size of 4Gb.

The CMS interface requires the Microsoft .NET framework version 4 to be installed. Theinstallation will check for this component, and install it if required.

The installation will also install the USB driver required to connect CMS to the RC-10 cubicle.

The installation supports both 32 and 64 bit versions of Microsoft Windows.

Please check which type of operating system is being used on the computer before startingthe installation, and make sure it is supported.


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Supported Operating Systems:

Windows XP Service Pack 3

Windows Vista

Windows 7

Windows 8.

The installation can be downloaded from the NOJA Power websitewww.nojapower.com.auA username and password will be required to access the download area. This can beobtained by contacting NOJA Power, or your local NOJA Power distributor.

The installation is provided in two packages:

Upgrade Package

Full Installation Package.

The upgrade package is a smaller size, and only contains the items needed to upgrade anexisting CMS installation.

The full installation package is a larger file and includes all the components required for a fullinstallation. The full installation package can also be used to upgrade an existing installation.

To start the installation, run the setup.exe file.

For new, full installations, it is recommended that the Automatic Installation option is selectedwhen the installation starts.

For upgrades, the Automatic option is also recommended, but the Manual option can also bechosen if you need to install a fresh CMS database rather than upgrade the existingdatabase.
http://www.nojapower.com.au/http://www.nojapower.com.au/http://www.nojapower.com.au/http://www.nojapower.com.au/


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1.2 About CMS

To obtain information on the CMS version installed go to About CMS from the Help menuas shown below.


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2 Main Window and Menus

When CMS is started, the main window appears as shown below.

Figure 1: Main Window

The main menu is accessed by clicking the green icon in the top left hand corner and is usedto:

Create or Open Devices, Users, Simulation and TCC curves

Save items

Print items

Import and Export files.


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Figure 2: Main Menu

The quick access toolbar is located next to the green menu icon. By default there is a Saveand Open Device Manager icon. Extra icons can be added if required.

Directly below the quick access toolbar is a drop down box that displays which device iscurrently selected. It is blank if no devices have been selected.

The ribbon menu bar shows context sensitive icons depending which menu items areselected.

Figure 3: Main Toolbar

At the bottom of the screen there is an Operator Log and a Status Bar.

The Operator Log shows messages transferred between CMS and any connected devices.

The Status Bar shows current status of CMS, devices and displays any warning messages.


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Figure 4: Operator Log and Status Bar

2.1 Saving Settings

Please note that throughout the application to save any changes click on the Save disk iconin the Quick Access toolbar. The disk icon will be greyed out if changes have already beensaved.

Figure 5: Saving Changes


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2.2 View

The View menu enables the user to choose how the open windows are displayed andwhether the operator log should be visible or not. It also allows the user to close one or allwindows.

Figure 6: View Menu


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Displaying a particular windowClick on View -> Windows and select desired window.

Figure 7: View Window

Cascading WindowsClick on View -> Cascade Windows.

Figure 8: Cascade Windows

Figure 9: Windows Cascaded


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Tile Windows HorizontallyClick on View -> Tile Horizontally.

Figure 10: Tile Horizontally

Figure 11: Windows Tiled Horizontally


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Tile Windows VerticallyClick on View -> Tile Vertically.

Figure 12: Tile Vertically

Figure 13: Windows Tiled Vertically


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3 Working with Devices

The Device Manager is used to create and work with device records.

Each RC-10 control cubicle has a Relay with a unique serial number.

Figure 14: Device Manager

3.1 Creating New Devices

To create a new device record, click the New button on the Device toolbar.

Enter a Name, Switchgear Type and Serial Number for the device. A description andcomments for the device can also be added.

The serial number can be obtained from the RC-10 by turning on the panel, pressing escapeto enter the main menu, then scrolling down and selecting the Identification menu item.

Click the Save button at the top of the screen to save the new device record.


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Figure 15: Creating a New Device

Alternatively you can create a device by connecting the computer to the cubicle using a USBcable plugged into the port on the front panel.

The device will appear in the Other Connected Devices list at the bottom of the screen.

Right click on the device and click Add as New Device. Change Name, Description andComments as required.


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Figure 16: Adding Connected Device


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3.2 Connection Status

A PC running CMS can connect to a device locally using a USB cable plugged into the panelUSB port or remotely. For establishing a connection to the RC-10 please refer to section7.

If the device has already been created the Connection Status will change to Plugged In asshown below.

Figure 17: Device Connection Status

Otherwise the device will appear in the Other Connected Devices list at the bottom of thescreen. Right click on the device and click Add as New Device. Change Name, Descriptionand Comments as required. The Connection Status will then change to Plugged In.

3.3 Importing Devices

To import a device or multiple devices, click on Import from the Device tab. A pop up windowwill open and the user can select the file(s) to import. Multiple files can be selected as shownbelow.


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Figure 18: Importing multiple devices

Figure 19: Selecting Import Files

Select/Deselect files and click Next.

If a device being imported already exists in the database, the following message appears:


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Figure 20: Importing Conflict Detected

The user has the option to overwrite the existing device, skip importing the device or create anew device. After making a selection click Continue.

If the device being imported is from an earlier version of CMS, the originating time zoneneeds to be selected as shown below.

Figure 21: Select Originating Timezone


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A pop up window will display information as the device(s) data is imported and will display amessage when importing is completed.

Figure 22: Import Completion Message


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3.4 Exporting Devices

A device, with all its settings, can be exported to a NOJA file (with an extension of .noja).NOJA files can be imported back into CMS.

To export a device or a number of devices, click on Export from the Device tab.

Figure 23: Exporting multiple devices

Select the devices to export and enter a folder location. You may use browse and/or createa new folder.

Click Export.


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A pop up window will display information as the device(s) data is exported and will display amessage when exporting is completed.

Figure 24: Export Completion Message


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3.5 Exporting Offline Settings

Offline settings can be exported to various file formats so that they can be imported into thirdparty applications.

Formats include .cvs, .xml and .txt as shown below. Please note that these files cannot beimported back into CMS.

Extension Description Comment

.cvs comma/characterseparated values

Stores tabular data in plain text form separated by acomma or character. Can easily be imported into aspreadsheet or similar application.

.xml extensible markuplanguage

Data encoded using UTF-8. Mainly used for internet.

.txt text Flat file with rows of data.

To export offline settings, click on Export Offline Settings from the Device tab.

Select the device where you are exporting the offline settings from and click Next.

Figure 25: Export Offline Settings


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Select the settings that you want to export and confirm file path.

Figure 26: Select Export Contents

By clicking on the icon in the bottom right hand corner of the window, as shown below, a usercan change the file location and format including .cvs, .xml and .txt

Figure 27: Export File and Format


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Once you have confirmed the file location and name, click Export. A message will bedisplayed indicating whether the settings were exported successfully.

Figure 28: Export Data Message

3.6 Copy Device Settings

To copy device settings from one device to another, click on Copy from the Device tab.

Highlight the Source Device where you are copying settings from and click Next.


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Figure 29: Copy Device Settings

Select the Source Settings to be copied and click Next.

Figure 30: Source Settings


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Select the Target Device and click Next.

Figure 31: Target Device

Select the Target Settings to overwrite and click Copy.

Figure 32: Target Settings

A message indicating that the copy of settings was successful should be displayed whenfinished.


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3.7 Firmware Update

Please refer to the NOJA RC10 Firmware Upgrade Procedure for detailed information.

From CMS 2.2 and above there is an update tool which can be used to upgrade to the latestfirmware.

Latest firmware files are downloaded to the clients PC when upgrading CMS. The files aresaved in:

C:\ProgramData\NOJA Power\CMS\Update\RC10_Firmware\version number.

The Update Tool will:

Make a backup of the current settings (for versions 1.5.1.0 and above).

Display messages in a pop-up window as it updates all the files in the relay.

Automatically update to requested version.

Reboot the controller whenever the firmware update process requires a reboot.

Having a backup or record of the device settings prior to the upgrade is recommended.Check that you already have a copy of these settings uploaded into CMS.

Please note that Protection must be OFF during the update and you need to turn it back ONimmediately following the update once settings have been restored and confirmed.

Note: If Protection has been initiated do no t turn Protection OFF and do not proceed with theupgrade.

To begin the update process, connect the laptop to the USB direct port on the RC10 control

cubicle.

Ensure you are Offline and click on Firmware Update in the Device Ribbon menu.


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Figure 33: Firmware Update Offline

A message will be displayed to ask you to go offline if you are still online otherwise afirmware update window will be displayed as shown below.

Figure 34: Firmware Update Settings

Select desired version and click Next.

A message will be displayed as shown below to inform the user not to power down the RC10during the upgrade. Powering down the relay will cause serious damage to the relay.


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Figure 35: Firmware Update Message

Press OK. The Update process will take a few minutes.

Once the update process is complete a message will be displayed indicating that the update

was successful.

Confirm settings are correct and check the Event log, Warnings and Malfunctions for anyabnormalities.

Turn Protection ON.

For any problems please refer to the NOJA Firmware Upgrade Procedure or contact yourlocal NOJA distributor.

3.8 Compare Settings

All uploaded, downloaded and offline settings can be compared with each other using theCompare Setting. Settings can also be compared between separate devices.

To compare settings click the Compare Settings button. This is located on the Device tab.The Setting Comparison screen will be displayed. Click Next.

Select the first device, then press the Next button.


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Figure 36: Select Settings from First Device

Select an offline, or online setting item by ticking the box next to it, then click the Next button.

Figure 37: Compare Settings

Select the device you want to compare settings with and click Next.


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If you want to compare uploaded or downloaded settings within the same device, select thesame device in the list.

To compare settings with other devices, select another one from the list.

Figure 38: Select Device to Compare Settings

Select the setting item you wish to compare with. In the case below the original settingsuploaded from the device have been selected from the settings history table.

Click the Compare button.

Figure 39: Select the Settings to Compare


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The results of the comparison are displayed in a window. A tree view allows you to open anysub branch to see individual changes.

Items that are exactly the same are not displayed.

Figure 40: Results Window

If all items are identical, there will be no results in the window.

Figure 41: No Differences Found

Click the Finish button to close the window.


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4 Connection Tab

The Connection Tab is used to:

Go Online and Go Offline. Configure communication between the PC and the RC-10

Upload and Download Settings whilst Online

CMS can connect to a device through the local USB port on the RC-10 or via a remoteconnection. Please refer to Section7 Connecting to a device,for configuring a connectionbetween CMS and a local or remote device.

4.1 Online/Offline

To go online, the PC running CMS must be connected to the local USB port on the RC-10 ormust be connected via a remote connection.

Please refer to Section7 Connecting to a device,for how to connect to a device.

To go Online click the Go Online button from the Connection tab.

Figure 42: Go Online to a Device


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4.2 Uploading Settings from the Device

To upload the settings from a device to CMS ensure that you are Online. From theConnection tab, click the Upload Settings button. This will bring up a window where items to

be uploaded can be selected.

Tick the boxes next to the items required, and click the Upload button.

Figure 43: Uploading Settings

The uploaded settings appear in the settings history table as shown below. A time stamp isrecorded for each upload and download event.

Figure 44: Uploaded Settings Appear in the Table


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4.3 Downloading Settings into Device

To download settings from CMS to a device ensure that you are Online. From theConnection tab, click the Download Settings button. This will bring up a window where itemsto be downloaded can be selected.

Select the offline settings to download by ticking the boxes, then click the download buttonon the right.

The downloaded settings are recorded in the settings history table below with a timestamp ofthe date and time they were downloaded.

Figure 45: Downloading Offline Settings


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4.4 Settings History

To view settings history, click on Settings History from the Connection tab as shown below.

list of transfers, each with a time stamp, will be displayed indicating what settings wereuploaded/downloaded.

Figure 46: Settings History


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5 Viewing Field Readings

Every time CMS is connected and Online with a device, the field readings stored inside the

Relay are transferred into CMS.

5.1 System Status

Instantaneous field readings from the device can be viewed in CMS while connected to thedevice.

A snapshot of the field readings is recorded each time CMS connects to a particular device.This history of field readings can be useful as a comparison of how the system and feeder isperforming over time.

Click the System Status button from the Field Readings Tab.

The System Status Tab has the following tabs:

System

Measurement

Identification

Io & Logic Status

ACO Status

Power Quality Status.

Figure 47: System Status Tabs


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The System tab displays the status of the system itself:

Protection Status

OSM Position

UPS (Power Supply) status

Malfunctions and Warnings.

Figure 48: System Tab

The Measurement tab displays the items measured by the sensors mounted inside the OSMtank:

Currents

Voltages

Frequency

Power Readings

Energy Readings

Power Factor

Power Flow Direction.

The Identification tab displays the serial numbers and version numbers for Relay, SIM andPanel modules inside the RC-10.

The I/O & Logic Status tab shows the current state of all physical inputs and outputs, plus thestate of Logic variables. This is particularly useful for commissioning and testing I/O modules


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and custom logic expressions. Refer to the Logic and I/O User manual NOJA-5591 fordetailed information about these items.

The ACO Status tab shows the current status of both reclosers connected together in anAuto Changeover scheme. ACO is an automation feature available with the RC10 that

connects two adjacent reclosers via a peer to peer communications link and automatesswitching between two sources for critical loads. Refer to the ACO User Manual NOJA-594for detailed information about this feature.

The Power Quality Status tab includes information on data captured for Oscillography,Harmonics, Interruptions and Sags & Swells.

5.2 Event Log

The event log records every event that occurs inside the RC-10. Click the Event Log button

from the Field Readings Tab

The event log is ordered so the latest event is at the top of the list.

Filters can be applied to make searching for specific items easier. Refer to the Filtering Logssection for a description of this feature.

To view the Event Log, click the Event Log button.

Figure 49: Event Log

Time differences between two events can be checked by highlighting the first item, then

selecting a second event while holding down the CTRL key on the keyboard.


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The time difference between the two highlighted events is displayed in the bar at the bottomof the event log window.

Figure 50: Time Difference between Two Events

5.3 Change Log

The Change Log records changes to settings in the RC-10. Click the Change Log buttonfrom the Field Readings Tab

Each change is recorded with the following details:

A timestamp of when the change occurred

What parameter changed

What the old and new values are

The source of the change

Which protection group the change applies to.

This log makes it very easy to follow what settings where changed and when the change

occurred.

Time differences between two change events can be checked by highlighting the first item,then selecting a second event while holding down the CTRL key on the keyboard.

Filters can be applied to make searching for specific items easier. Refer to the Filtering Logssection for a description of this feature.

To open the Change Log, click the Change Log button.


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Figure 51: Change Event Log

5.4 Close Open Operations Log

The Close Open Log records the open and close events that have occurred for any reason.Click the Close/Open Log button from the Field Readings Tab

Each event in the log has the following items:

Timestamp of when the operation occurred

Type of operation

The source of the operation

The Operation state Recorded fault parameters if applicable.


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Figure 52: Close Open Operations Event Log

If the trip occurred due to a fault condition, up to 50 cycles of pre-fault history will also havebeen recorded. When the fault trip is highlighted, this information will appear in the window

below the event table.

Note:The RC-10 records the pre-fault history for the last 8 protection trips only.

The pre-fault data can be highlighted, then graphed. To do this select the first event, holddown the CTRL key, and highlight the last event like you would in a spread sheet.

Right click over the selection and choose Chart from Selection from the list.


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5.5 Load Profile

The load profile stores measured readings at set regular intervals such as:

Voltages Current

Power

Power Factor

Frequency

Energy.

Exactly what will be recordedand at what interval, can be configured.

To open the Load Profile log, click the Load Profile button from the Field Readings Tab.

Figure 55: Load Profile

5.5.1 Configuring the Load Profile

The Load Profile is configured from the Systems Settings section of CMS. The configurationis then loaded into the RC-10.

To configure the profile, click on the Offline tab, then click the System button.

The logging interval can be set from 1120 minutes.

Tick the boxes next to each item that is required to be logged by the RC-10.


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Note: The Load Profile in the RC-10 has a maximum amount of data it can hold, after whichit will start discarding the oldest records. The maximum amount of samples that canbe recorded is dependent on how many items are selected for recording.

The System settings will need to be downloaded to the RC-10 for them to take effect.

Figure 56: Load Profile Configuration


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5.6 Counters

The RC-10 records a selection of counters:

Lifetime counters for contact and mechanical wear Number of trips for each protection element

SCADA counters to assist with communications connection analysis

To view the counters, click the Counters button on the Field Readings tab.

Figure 57: Counters


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5.7 Comms Status

The Comms Status screen shows the status of the communications ports available in theRC-10. Click the Comms Status button from the Field Readings Tab

The connection state will show Connected or Disconnected.

Bytes received and transmitted record the raw amount of data received and transmitted onthe port. Actual valid protocol packets received and transmitted are recorded in the Countersscreen.

The RS232 Serial Port will also show the status of the individual pins.

The port can be set into a test mode when configured as a Radio connection. When set toOn, the RC-10 will transmit the text NOJA out the port.

Figure 58: Comms Status


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6.1.1 Protection Curve Modification

The curves for the forward and reverse elements can be modified as required. A graph to theright displays the curves.

When a protection settings page is displayed, or when the Curve tab is selected, an extratoolbar becomes available at the top of the screen. This allows viewing options to bechanged on the curve graph.

Figure 60: Modifying Protection Curves


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6.1.2 Curve Selection

The RC-10 supports standard IEC and ANSI curves. It also supports User Defined curvesand 43 Additional TCC curves.

By default, the RC-10 only has the IEC and ANSI curves loaded.

To make other curves available, they must first be selected and loaded into the device.

To select curves for use in the RC-10, click on the Curve Selection button.

Tick the boxes next to the required curves. These must be downloaded to the RC-10 beforethey can be selected from the RC-10 panel.

Figure 61: Curve Selection

Note:Only 10 curves can be selected.


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6.1.3 Auto Reclose Mapping

There are separate Auto-Reclose maps for Overcurrent, Negative Phase Sequence, EarthFault and Sensitive Earth Fault (SEF) protection.

The auto reclose mapping for Overcurrent, Negative Phase Sequence, Earth and SensitiveEarth protection can be changed on their setting tab, or it can be changed from the AutoReclose tab.

Each element can be set as follows:

R - Reclose after TripL - Trip to LockoutA - Alarmdo not TripD - Disable element for this trip

The Auto Reclose times are configured from the Auto Reclose tab.

Figure 62: AR Mapping on Auto Reclose Tab


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6.1.4 Frequency and Voltage Protection

Frequency and Voltage protection settings are all configured from the Frequency & VoltageTab.

Figure 63: Frequency and Voltage Protection


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6.1.5 Live Line

Live Line protection for Overcurrent, Negative Phase Sequence, Earth Fault and SensitiveEarth Fault are configured from the Live Line tab.

Figure 64: Live Line Settings for OC, NPS, EF

Figure 65 Live Line Settings for SEF


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6.1.6 Harmonics

The RC10 can measure Total Harmonic Distortion, Total Demand Distortion and IndividualHarmonics for Voltage and Current up to the 15 th Harmonic. A total of five (5) individual

harmonics can be selected.

Harmonics Settings can be configured from the Harmonics tab in Offline Settings.

Figure 66 Harmonics Settings


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6.2 System Settings

System Settings are used to configure the RC-10 system itself.

Figure 67: System Settings

6.2.1 Measurement Settings

Measurement settings include the following:

Rated Frequency - sets the rated system frequency. By default this is set to Autodetect, but it can be set to 50 or 60Hz manually.

Rated Voltagethe voltage of the feeder.

Loss of Supply Detector Levelthe voltage at which Voltage supply is detected.

Phase Configurationsets the phase designation for the installation.

6.2.2 UPS Settings

UPS Settings are for the Power Supply operation and include:

Shutdown Levelthe battery charge level at which the RC-10 will shut down toconserve power.

Rated Battery Capacity


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External Load Timethe length of time the External Load power supply will continueto run when AC supply is lost to the RC-10.

External Load Reset Timethe External Load supply can be turned off and on againat regular intervals if required.

USB A, B, C shutdownsets whether the ports are powered down when the ExternalLoad Time expires. Used to power down communications equipment powered directlyfrom the USB port.

6.2.3 Real Time Clock

The Date and Time formats and an offset time for GMT/UTC can be set as well.

6.2.4 Fast Key Configuration

The HMI settings allow the user to configure the Active Key Configuration. The OperatorPanel is supplied with one of four different active key configurations (Option 1-4). Eachconfiguration consists of six (6) fast keys which relate to push buttons on the panel as shown

below for Option 1.

Figure 68 Operator Panel - Active Key Configuration 1

Each push button in an active key configuration can be enable/disabled. Un-ticking the boxfor a button will mean no action will occur when the button is pushed on the panel.


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Figure 69: Active Key Configuration

Note:Delayed Close sets a time delay before a manual Close operation is executed.

The user can change to another active key configuration but must ensure that the labels onthe panel are changed accordingly.

Figure 70: Active Key Configuration Options

Key Configuration Options

Option PB 1 PB 2 PB 3 PB 4 PB 5 PB 6

1 PROT EF SEF AR CLP LL

2 PROT EF ABR AR UV LL

3 PROT EF SEF AR ACO LL

4 PROT EF SEF AR UV LL

The following message will appear when changing an active key configuration to ensure thelabels on the panel match the new configuration.


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Figure 71: Fast Key Configuration Labels

6.3 Switchgear Calibration

The Switchgear Calibration window has the measurement coefficients for the voltage and

current sensors inside the OSM tank. These are used to calibrate the signals received fromthe tank to ensure correct readings within measurement specifications.

OSM# is the serial number of the OSM tank that these coefficients are related to.

Figure 72: Switchgear Calibration

6.4 Input Output Configuration

Two optional I/O modules can be installed as an accessory (I/O 1 and I/O 2).


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The I/O screen is used to enable, disable and configure all inputs and outputs.

The I/O modules can be configured as a Remote or Local user. This means the RC10 mustbe in the correct mode before a command can be executed by the I/O module.

Figure 73: I/O Module Configuration Screen

Input Settings

The inputs can be assigned to actions. These are selected from the drop down list next toeach input.

The inputs can be set to trigger on the rising edge (Edge Triggered = Yes) or when the inputvoltage is level (Edge Triggered = No).

A recognition Time can be set for each input when Edge Triggered = No. This applies a delaybefore activating the configured action.

Output Settings

The outputs are activated in response to events. This can be an activation of a signal, aSCADA I/O protocol point activation, or the output of a logic expression.

A recognition Time can be set for each output. This applies a delay before activating theoutput relay contacts.

A reset time can be applied for each output. This sets a de-activation delay for the relaycontacts after the activating signal has de-activated.

The outputs can be set to operate as a Pulse (Pulse Enable = On). In this case the output isactivated when the condition is active, stays on for the Pulse Time, then deactivates theoutput.

If Pulse Enable is set to Off, the output activates when the signal is active and stays on until

the signal de-activates.


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6.4.1 Relay Input Configuration

The RC-10 has three digital inputs located on the Relay module (Relay Inputs).

The Relay Inputs can be Disabled and Enabled as one unit. Each individual input can beenabled or disabled.

The three Relay digital inputs can be assigned to actions. These are selected from the dropdown list next to each input.

The Relay Inputs can be configured as a Remote or Local user. This means the RC10 mustbe in the correct mode before a command can be executed by the I/O module.

A recognition Time can be set for each input. This applies a delay before activating theconfigured action.

Figure 74: Relay Input Configuration


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6.5 Logic Expressions

Logic expressions can be used to provide extended functionality.

The expressions are evaluated as either true or false, the output result initiates actions,activates SCADA points or I/O to initiate actions and/or turn on other additional expressions.

The expressions employ logic operators such as or, nor, xor, and, nand, not and ( ) withother variables such as pickup, open, alarm, closed, status, malfunction or any generalcontrol or indication point.

A logic expression is only evaluated when one of the expressions input signals change state.

Open the Logic window by clicking the Logic button on the Offline Settings menu:

Figure 75: Logic Expression Screen

Set the global logic mode to Enable.

Set the individual logic channel to Enable.

Give the expression a Name this is used to identify expression state changes in the event

log. Events are only registered if Log Enable is set to On.

A logic expression window will be opened when you click inside the Expression field.


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Figure 76: Logic Expression Window

Logic expressions are created by double clicking operators and signals.

For example, the logic expression in the screen below will close the OSM recloser if it hadpreviously opened due to a loss of supply (UV3) and voltage has been detected on the ABCside of the recloser.

[Open(UV3)] AND [P(Uabc>)]

The expression output is set to Close. Therefore, when the expression is True, it will Closethe recloser.

The Set When field is set to Eitherin this example. This will cause the expression state toreset back to False whenever the expression changes state.

If you set the Set When field to True or False, then the expression output will latch whenit is Set. It will de-latch when the expression result is no longer True or False.

A recognition Time can be set. This introduces a delay between the expression becoming

True, and the Expression Output being activated.

The Reset Time adds a delay between a reset condition occurring, and the resetting of theexpressions output state.

The expression output can be set to operate as a Pulse (Pulse Enable = On). In this case theoutput is set true when the condition is active, stays on for the Pulse Time, then resets tofalse.

Please refer to RC10 Relay IO and Logic User Guide for more details.


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6.6 Protocol Settings

Communications protocols are configured from the Protocol Settings window.

A protocol must be enabled by ticking the Protocol Enabled box first.

Next, the protocol must be assigned to a communications channel by selecting a port andconnection type. The Configure link opens the Comms configuration window for completeconfiguration of the chosen port.

The Reset button on the right resets all the protocol settings and points back to their defaultfactory state.

The Show Enabled box only displays enabled protocol points when ticked.

The tabbed screens below are used to configure the chosen communications protocol.Please refer to the relevant protocol implementation document for detailed information onthese settings.

Figure 77: Protocol Settings


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6.7 Communications Port Settings

Two Relay modules are available for the RC-10. REL-01 includes one RS232 port and threeUSB ports. REL-02 has all these ports as well as an Ethernet port.

These ports can all be configured from the Comms Settings screen.

Note:The RS-232P is the RC10 Panel communications port. DO NOTchange these settingsfrom default as this will cause the Panel to stop working.

Figure 78: Communications Port Settings

When a connection type is chosen from the drop down box, the appropriate fields are madeavailable.

The configuration fields available for each port are described in the RC-10 SCADA InterfaceManual and also in the relevant Protocol Implementation document.

The restore button on the right resets all settings back to their default factory state


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A LAN tab appears when CMS is connected to a device that has REL_02 installed as shownbelow.

Figure 79: Ethernet Port Configuration


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6.8 Power Quality

The RC10 Power Quality System provides monitoring and protection features for powerquality issues such as Harmonics Distortion, Interruptions and Sags and Swells. Thesystem:

uses the Fast Fourier Transform or FFT algorithm to provide exact values forthe harmonic frequency and its magnitude

captures an oscillogram of the waveform (IEEE COMTRADE format)

captures information for short and long interruptions (IEEE P1159.3 PQDIFformat)

records the number of sags and swells (IEEE P1159.3 PQDIF format).

Data is logged and can be analysed to determine the power quality flowing through thedevice using the Power Quality Software (PQS) installed on a PC.

For more details on Power Quality please refer to the OSM user manual.

CMS allows the user to configure Power Quality settings which include: Oscillography,Harmonics, Interruptions and Sags/Swells.

Figure 80 Power Quality Settings


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6.8.1 Oscillography

CMS allows the user to configure how the RC-10 captures oscillography data:

Figure 81: Oscillography Settings

Below is a description of the settings:

Setting Description

Oscillography Enable/Disable the capture of oscillography data.

Event Define an event that triggers the capture of oscillography data.

Capture Time Determines Capture size.

Capture Prior to event Defines how much data to capture prior to an event. Rangesfrom 0 to 80%.

6.8.2 Harmonics

The RC10 controller measures Total Harmonic Distortion (THD), Total Demand Distortion(TDD), Harmonic Current (HRM_I) and Harmonic Voltage (HRM_V) up to the 15 thharmonic.An independent deadband can be defined for each of these as shown below.

A single timer setting for all deadbands is available such that when the harmonic exceeds theuser set deadband for the user set time period, the value at the end of that time period will be

logged.


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Figure 82: Harmonics Settings

6.8.3 Interruptions

The long and short duration interruption information collected can be used to calculateSystem Average Interruption Duration Index (SAIDI), System Average InterruptionFrequency Index (SAIFI) and Momentary Average Interruption Frequency Index (MAIFI).

The RC10 allows the user to set a duration to determine the difference between a short andlong interruption, and can log all the information relevant to each of these interruptionsseparately. If the duration time is set to zero it will capture all interruptions as Long DurationInterruptions.

Figure 83: Interruptions


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6.8.4 Sags and Swells

The RC10 records voltage variations for sags and swells occurring outside a user set periodof time. Sag and Swell voltages are based on the phase to ground voltages.

Sags

A voltage Sag occurs when one or more of the 3 phase voltages fall below the Sag NormalThreshold voltage. The Sag ends when all of the 3 phase voltages are equal to or greaterthan the Sag Normal Threshold voltage.

Swells

A voltage Swell begins when one of more of the 3 phase voltages is above the Swell NormalThreshold voltage and ends when all of the 3 phase voltages are equal to or less than the

Swell Normal Threshold voltage.

Figure 84: Sags and Swells

For more details please refer to the OSM User Manual.


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7 Connecting to a device

CMS can connect to the RC10 directly via the local USB port below the Operator Panel.

Alternatively it can connect to a remote device through serial modems or Ethernetconnections. The local USB connection is not affected and will still work as normal, but onlyone CMS session can be connected at a time.

7.1 Connecting to a local device

To connect to a local device use a USB Type A to B cable (max length of 3m) to connect tothe panel USB port on the RC-10. Please note that a USB extension cable with a powersupply may be used.

Figure 85 USB Type A to B Cable

To configure the communication between CMS and the device, click on COMMSConfiguration from the Connection tab. The Connection type should be configured as USBDirect as shown below. The protocol used is CMS.

Figure 86: Setting Connection Type to USB Direct


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7.2 Configuring a Remote Connection

To configure a remote connection:

1) Choose the communications equipment2) Choose a port and configure it for the equipment3) Configure the CMS protocol to connect through the port4) Configure the connection type.

7.2.1 Communications Equipment

The communications equipment can connect either through the RS232 serial port, or throughthe USB ports on the RC10 cubicle. If connecting through the USB port, the equipment mustbe connected through a NOJA Power approved USB device. NOJA Power supports thefollowing approved USB equipment:

USB RS232 (this allows an additional serial port if the RS232 port is already in use) USB RS485

USB Ethernet port (connects to routers and other Ethernet port equipped devices)

USB Wireless Ethernet (connects to wireless routers)

Any communications equipment with an RS232 port should work through the RS232 Serialport on the Relay.

7.2.2 Port Configuration

To configure the port where the communication equipment is connected to the RC-10, clickon the COMMS button in the Offline Settings tab. Select the port and configure as required.

Figure 87: Port Configuration

Save changes by clicking the disk icon in the top left hand corner.


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7.2.3 CMS Protocol Configuration

Once the port is configured, the CMS Protocol must be assigned to the port. Click theProtocol Settings buttonfrom the Offline Settings tab, and select the CMS tab.

Tick the Enable Port 2 box, and select the required port from the drop down box.

Save the changed settings by clicking the disk icon in the top left hand corner.

Figure 88: Enable Port 2 for CMS Remote Connection

While you have a direct connection to the RC10, download the Comms and Protocol settingsto the device.

7.2.4 Configure Connection Type

The PC running CMS will need a modem connected locally, or an Ethernet connectiondepending on the type of communications equipment used at the RC10 cubicle.

The connection type is configured by clicking the Comms Configuration button on theConnection tab.


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Figure 89: PC Modem Configuration

Change the connection method from USB Direct in the drop down box to Modem or Ethernet.

For a modem connection, select the Modem Settings tab and select the Com Port, BaudRate and Phone Number to be used by CMS when dialling the remote RC10 cubicle.For an Ethernet connection, select the IP address and TCP Port number used for theEthernet port equipment installed in the remote RC10 cubicle.

Figure 90: PC Ethernet Port Configuration

The Protocol and Server boxes at the top of the screen should be left as they are.

The Poll Configuration tab sets how often CMS will ask for Device Status and Field Readingschanges.


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Figure 91: CMS Remote Polling Configuration

The Device status poll checks the current state of the recloser position and protectionelements. The default setting is normally correct for all connection types.

The Field Readings poll asks for the latest changes to the System Status, Event Log,Change Log, Close Open Log, Load Profile, Counters and Comms Status logs. If the log filesare large, it can take a while to download them over a slow modem connection. This maycause Device Status updates to slow down. If this is the case, lengthen the Field Readingspoll time to about 60 seconds.

Tick the box at the bottom if you wish to download the latest Field Readings logs when goingOffline.

Remember to save the settings by clicking the disk icon in the top left hand corner.

Connecting remotely is exactly the same as connecting locally. Go to the Connection toolbarand click the Go Online button.


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8 Control

The Control tab will appear when CMS is online. To go online click the Go Online button

from the Connection tab.

The Control tab will allow the user to configure the Protection Status Control for a particulardevice.

Figure 92: Control Tab

9 Online Operations

The Online Operations tab will appear when CMS is online. To go online click the GoOnline button from the Connection tab.

The Online Operations tab will allow the user to:

Erase Data Synchronise Date & Time

Control and Configure the Device

Start and Stop a Simulation.

Figure 93: Online Operations

CMS has a Simulator Module which is a licensed feature. Contact NOJA Power Switchgearto obtain a product licence. For more details, please refer to section10.7 and NOJA-7123CMS Simulator User Guide for more details.


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Once a simulation license is obtained the Online Operation will include Simulation Control asshown below.

Figure 94: Simulation Control

9.1 Erase Data

The following data can be erased:

Load Profile Fault Counters

SCADA Counters.

9.2 Synchronise Date & Time

When the user clicks on Synchronise Date & Time the following message will appearasking the user to confirm the operation.

Figure 95: Synchronising Date & Time

9.3 Device Control & Configuration

The Device Control & Configuration section allows the user to:

Switch External Load ON

Configure IO

Set Life Time Counters

Configure ACO

Change Switchgear Type

Run COMMS Diagnostics.


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Figure 96: Device Control & Configuration

9.4 COMMS Diagnostic

The user can run communication diagnostics on each port.

Figure 97: Communication Diagnostics


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9.5 Starting a Simulation

To start a simulation click on Start Simulation from the Simulation Control section in theOnline Operations tab.

Figure 98: Starting a Simulation

Select a simulation. A message box will be displayed asking the user to confirm executingthe simulation.

Click Yes to confirm executing the Simulation. The simulation will start injecting values.

To stop the simulation click on Stop Simulation.

For more details, please refer to section10.7 and NOJA-7123 CMS Simulator User Guide formore details.


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10 Libraries

The library tab is used maintain a library of TCC items created by the user. A user can:

Create a new TCC item

Manage the TCC library

Import a CMS File

Export a TCC item.

The Libraries tab can also include theSimulator Module which is a licensed feature. Pleaserefer to Section10.7 on how to obtain a license for this feature. Once the license is obtainedthe simulation section will be displayed in the Libraries tab.

10.1 Creating a New TCC item

To create a new TCC item, click on New from the TCC section in the Libraries tab. EnterName and Description.

Figure 99: Creating a New TCC item


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10.2 TCC Library

The TCC library maintains a list of TCC items which have been added.

Figure 100: TCC Library


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10.3 Open a TCC item

To open a TCC item, click on the Open button from the TCC section in the Libraries tab ordouble click on an item from the TCC library list.

Figure 101: Opening a TCC item


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10.4 Import a TCC file

To import a CMS file, click on the Import button from the TCC section in the Libraries tab andselect Browse to select required file.

Figure 102: Import TCC file


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10.5 Export TCC

To export a TCC item click on the Export button from the TCC section in the Libraries tab.

The Export wizard will open. Select the TCC curve and click on Export as shown below.

Figure 103: Export TCC item


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10.6 Standard Curves

By clicking on the Standard Curves button from the Libraries tab a user can view informationrelating to these curves such as Current Device Usage and Current TCC Usage.

Figure 104: Standard Curves


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10.7 Simulator Module

CMS has a Simulator Module which is a licensed feature. Contact NOJA Power Switchgearto obtain a product licence. For more details, please refer to NOJA-7123 CMS SimulatorUser Guide.

To request a Simulation License, click on License Details from The Administration tab.

From the System Licence Information screen, click on Request for new license, enterdetails and click Send email.

Figure 105: Requesting a License


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When the email with the license file is received, click on Add new license file.

Browse for the path to the license file and click Add license.

Figure 106: Adding a License

Once the license is added the Simulation section will appear in the Library tab as shownbelow.

Figure 107: Simulations


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10.8 Creating a New Simulation

Note:The Simulator Module is a licensed feature. Please refer to Section10.7 on how toobtain a license for this feature. Once the license is obtained the simulation section will be

displayed in the Libraries tab.

To create a new Simulation, click on New from the Simulation section in the Libraries Tab.

Enter Name and Description and add values as required.

Figure 108: New Simulation

The following parameters need to be specified:

Current in each phase Voltage on each terminal

Frequency

End Conditions (Time out / Open / Close)

Phase angle.

The Residual Current In and its angle will be calculatedautomatically based on the valueand phasing of Ia, Ib, Ic.

Note:Make sure to tick the Use OSM Simulator communication box to engage the binaryOSM simulator if you dont have a connection to the RC10.

Save changes by clicking the disk icon in the top left hand corner.


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End conditionsare the event that must be achieved before the simulator moves on to thenext step in the sequence. The values specified in that row will continue to be injected untilthe condition is met. Timeout condition is a set time and the setting is in milliseconds.

Figure 109: Sample Simulation

In the above sample simulation, 50 amps is injected for 10 seconds then the simulator willmoves on to the next step. 200 amps is then injected until the OSM moves into the Openposition. The time taken for the OSM to move to open and completion of this step will bedependent on the selected protection settings of the device.

Care should be taken when programming simulations that realistic situations are created,otherwise unexpected results may arise. For example, if the OSM switch is open, currentwould not pass through the OSM. This is demonstrated in the reclose sequence shownbelow. The points at which the OSM is in the open position are boxed in red.

Figure 110: Sample Sequence

Please refer to Section 9 Online Operations for starting and stopping a simulation and toNOJA-7123 CMS Simulator User Guide for more details.


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10.9 Simulation Library

The Simulation library maintains a list of simulations which have been added.

Figure 111: Simulation Library


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10.10 Open a Simulation

To open a Simulation click on the Open button from the Simulation section in the Librariestab or double click on an item from the Simulation library list.

Figure 112: Opening a Simulation


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10.11 Import a Simulation file

To import a Simulation file, click on the Import button from the Simulation section in theLibraries tab and select Browse to select required file.

Figure 113: Import a Simulation file


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Click Open then click Next to continue.

If the Simulation already exists in the Library the following message will appear. Select thepreferred option and click Continue.


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10.12 Export a Simulation

To export a Simulation, click on the Export button from the Simulation section in Librariestab.

The Export wizard will open. Select the Simulation and click on Export as shown below.

Figure 114: Export Simulation


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A message will be displayed indicating that the Export was successful.


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11 CMS Administration

The CMS Administration menus are used to manage users, security, backups, licensing and

system properties.

11.1 System Properties

System Properties has four configuration areas:

Details

Shared Folder

Servers

11.1.1 Details

This screen is used to give the CMS system a name, a description for this installation ofCMS, and a default system language.

Figure 115: CMS System Details


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11.1.2 Shared Folder

The shared folder screen is used to set the location of shared files such as documentsattached to device profile.

Figure 116: Shared Directory Configuration


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11.1.3 Servers

CMS software runs several services during operation and logs can be collected as they run.Logging Output levels can be set to: Error, Warning, Information or Verbose.

Figure 117: CMS Services


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11.2 Licences

CMS has advanced features such as a power system simulator available. Advanced featuresrequire a licence before they are available for use.

To see what licences are installed, open the Licence Details window.

Figure 118: Licence Details

Licences are obtained by filling the Licence request form and submitting it by email.


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Figure 119: Request New Licence

A licence is generated by NOJA Power and sent to the user by email as an attachment. Thisshould be saved to the computer hard drive.

To import the new licence, go to the Add New Licence File screen, browse and select thesaved file, then click the Add Licence button.

Figure 120: Add Licence to CMS


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11.3 Backup Database

A user can backup the CMS database. Please note that if a backup file already exits it will beoverwritten. It is recommended that the user creates a new folder for each new backup.

Click on Backup from the Administration tab and select a path and file name for the backupas shown below.

Figure 121: Backing up Database


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11.4 Restore a database

To restore a database click on Restore from the Administration tab, click Browse to select adatabase and then click Finish.

Figure 122: Restoring from backup file

A message will be displayed indicating that CMS will need to restart to complete the action.

Figure 123: Restart message


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11.5 User Management

CMS provides user management functions that provide the following features:

Setting access rights to devices and groups of devices

Adding new uers

Editing user details

Deleting users

11.5.1 Adding New Users

Click the New button from the Administration tab to add a new user to CMS.

A wizard will appear. Press Next to get to the User Details screen.

It is compulsory to at least enter a Name, and the users Windows Login name.

Press the Next button to proceed to the User Access Settings screen.

Figure 124: New User Details

Configure which devices the user has access to, and what operations they are allowed toperform on the device.

Global access settings can be set by selecting the CMS database, rather than an individualdevice or group of devices.


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Figure 125: New User Access Settings

Click the Next button to display the final screen. If the details are correct click the Next buttonto create the new user.

Figure 126: Check New User Details


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11.5.2 Editing User Settings

Click the Open button to select and edit a user.

The Details screen is used to enter basic information about the user such as login name andcontact details.

Figure 127: Editing User Details

The Access screen is used to set which devices the user has access to and what actions

they are allowed to perform on the device


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11.5.3 Security

To configure a users access to settings, select a device and click on Security from theAdministration tab.

Figure 128: Security

Rights to application settings can then be applied by checking/unchecking required useraccess box as shown below.

Figure 129: User Access


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To import a CMS User file, click on the Import button in the Administration tab.

Figure 130: Import CMS User file

Click Browse to select required user file and click Next.

A message will be displayed indicating whether the Import was successful.

11.7 Export CMS User File

noja 559 07 en cms help file

Documents