ENGINEERING CONSTRUCTION STANDARDlibrary.ukpowernetworks.co.uk/library/asset/e4875... · capability from UKPN offices. 4.8 The CallistoNX is capable of providing two internal fault

Document Number: ECS 05-9542

Version: 2.0

Date: 21/09/2018

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ENGINEERING CONSTRUCTION STANDARD

ECS 05-9542

REMSDAQ CALLISTO NX CONFIGURATION PROCEDURE

Network(s): EPN, LPN, SPN

Summary: Configuration procedure for the Remsdaq Callisto NX, Type E RTU

Author: James Ford Date: 21/09/2018

Approver: Paul Williams Date: 05/11/2018

This document forms part of the Company’s Integrated Business System and its requirements are mandatory throughout UK Power Networks. Departure from these requirements may only be taken with the written approval of the Director of Asset Management. If you have any queries about this document please contact the author or owner of the current issue.

Applicable To

UK Power Networks External

☒ Asset Management ☒ G81 Website

☒ Capital Programme ☒ UK Power Networks Services

☒ Connections ☒ Contractors

☒ Health & Safety ☒ ICPs/IDNOs

☐ Legal ☐ Meter Operators

☒ Network Operations

☒ Procurement

☐ Strategy & Regulation

☒ Technical Training

Remsdaq Callisto NX Configuration Procedure Document Number: ECS 05-9542

Version: 2.0

Date: 21/09/2018

© UK Power Networks 2018 All rights reserved 2 of 17

Revision Record

Version 2.0 Review Date 05/11/2023

Date 21/09/2019 Author James Ford

Reason for update: Periodic review

What has changed: Reference to PAKNET removed and to include details of the use of the Type E RTU with multi panel switchgear and as a retrofit RTU. Updated screenshots.

Version 1.0 Review Date 19/05/2018

Date 27/04/2017 Author James Ford

New document detailing the configuration procedure for the Remsdaq Callisto NX Type E RTU


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Contents

1 Introduction ............................................................................................................. 4

2 Scope ....................................................................................................................... 4

3 Glossary and Abbreviations ................................................................................... 5

4 Description............................................................................................................... 6

5 Comms Device Installation ..................................................................................... 9

6 CallistoNX Configuration ........................................................................................ 10

7 References ............................................................................................................. 16

8 Dependent Documents.......................................................................................... 16

Appendix A – RTU Firmware Update ............................................................................... 17

Figures

Figure 1 – CallistoNX RTU Cabinet Layout ............................................................................. 6

Figure 2 – Switch 1 and Switch 2 FPI CT Connections ........................................................ 7

Figure 3 – Sockets on Underside of RTU .............................................................................. 8

Figure 4 – Comms Device DIN Rail Installation .................................................................... 9

Figure 5 – Comms Device Installed ...................................................................................... 9

Figure 6 – RTU Selection page .......................................................................................... 11

Figure 7 – RTU General information page .......................................................................... 12

Figure 8 – RTU Modbus connected device page ................................................................ 13

Figure 9 – RTU switch configuration page including EFPI/FPI ........................................... 14

Figure 10 – RTU configuration upload page ....................................................................... 15


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1 Introduction

1.1 This procedure details the configuration procedures to set up a Remsdaq CallistoNX RTU for use in secondary substations.

1.2 This procedure shall be carried out by the Commissioning Engineer or their appointed representative, who shall be an Authorised Person having appropriate training and experience.

1.3 This procedure shall be carried out in accordance with the requirements of the Distribution Safety Rules.

1.4 This procedure shall be carried out having regard to the requirements and recommendations of the manufacturer. If conflict exists between the requirements of the manufacturer and those of UK Power Networks the matter shall be referred to Asset Management.

1.5 This procedure assumes that the unit has been installed in accordance with the appropriate procedures.

2 Scope

2.1 This procedure applies to the configuration of the Remsdaq CallistoNX RTU. The CallistoNX is used to provide remote control of all UK Power Networks approved secondary RMUs.

2.2 The Type E RTU can be used to monitor and control secondary substation multi panel switchgear. Specific details regarding the connection to and use of the Type E RTU with the multi panel switchgear is contained within a separate document, see references section.

2.3 The Type E RTUs can be used as a retrofit RTU with old specification RMUs. Specific details regarding the connection to and use of the Type E RTU as a retrofit is detailed within a separate document, see references section.

2.4 The commissioning procedure for the secondary substation is contained in the relevant substation commissioning document, see references section.


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3 Glossary and Abbreviations

Term Definition

ADSL Asynchronous Digital Subscriber Line

APN Access Point Name (secure access to mobile comms networks)

CT Current Transformer

DNP3 Distributed Network Protocol

PowerOn Electricity Network Management and Control

ESN Electronic Serial Number

EFPI Earth Fault Passage Indicator

FPI Fault Passage Indicator

GPRS/3G/4G Mobile Comms Networks (Vodafone and O2)

HMI Human Machine Interface

RMU Ring Main Unit

RTU Remote Terminal Unit

SHDSL Symmetrical High-Speed Digital Subscriber Line


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4 Description

4.1 An overview of the main components of the Remsdaq CallistoNX is shown Figure 1.

Figure 1 – CallistoNX RTU Cabinet Layout

4.2 For use with RMUs, the CallistoNX has remote control and monitoring facilities for up to four switches or circuit-breakers (or a mixture of both). Each switch/circuit breaker to be controlled and / or monitored needs an umbilical cable connection between the equipment and the CallistoNX.

4.3 For use with multi panel switchgear, the Type E RTU has control facilities for up to four switches or circuit-breakers and monitoring (open/close) of up to eight switches or circuit-breakers (including the four controlled). To monitor six or more switches or circuit-breakers, an additional DI module must be installed in the RTU.

4.4 Local control and monitoring is provided using the touch screen HMI.

4.5 The CallistoNX is mains powered with a battery back-up and is self-monitoring.

4.6 The CallistoNX uses the DNP3 IP protocol to provide communication with PowerOn network management system for remote control and monitoring. Any appropriate IP compliant comms system can be used, such as:

O2 or Vodafone GPRS/3G/4G networks via the dedicated UK Power Networks APNs.

Rented ADSL circuits.

UKPN SHDSL circuits.

UKPN Geostationary Satellite.

Fibre.


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4.7 The IP comms networks will also provide remote configuration and monitoring capability from UKPN offices.

4.8 The CallistoNX is capable of providing two internal fault passage indicators (FPI) on the FPM module, driven via the 3 phase RMU FPI CT inputs (where available). These are directly wired to RTU switch 1 and RTU switch 2.

4.9 Where RMU CT inputs cannot be provided to the RTU (old LPN spec RMUs for instance), or where additional FPIs are required, these can be facilitated using external FPI units connected to the RTU via the RMU marshalling box.

Figure 2 – Switch 1 and Switch 2 FPI CT Connections


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4.10 Connections to plant and equipment are made using the sockets provided on the bottom of the RTU, see Figure 3.

Figure 3 – Sockets on Underside of RTU


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5 Comms Device Installation

5.1 Ensure the Comms Device mounting DIN rail is installed in the appropriate position for the Comms Device to be installed as shown in Figure 4. Note, the DIN rail may need to be repositioned depending on the Comms Device being fitted.

Figure 4 – Comms Device DIN Rail Installation

5.2 Mount the Comms Device on the DIN rail as shown in Figure 5.

Figure 5 – Comms Device Installed

5.3 Connect the Comms Device power lead to the Comms Device and connector TB15, terminals 1 and 2 of the RTU.

5.4 If using GPRS/3G/4G Comms: Connect the ethernet patch lead to Port A of the System Bus module and to the comms device Ethernet port.

5.5 If a risk assessment of the location allows, the aerial should be mounted outdoors, however if not the aerial should be mounted as high as possible within the substation.

5.6 If the substation is underground, every effort should be made to place the aerial at street level, or as close as reasonably practicable.

5.7 If using GPRS/3G/4G Comms: The Aerial feeder should be passed through one of the stuffing glands already installed on the RTU. The aerial feeder cable may need to be packed out (with insulating tape or something suitable) to ensure the stuffing gland can be tightened to form a good seal around the feeder cable.


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6 CallistoNX Configuration

6.1 Please note, the process and screenshots may vary slightly from the actual screens shown during configuration, but the principles and process is the same. This is because new functions and features may be added to the RTU between document updates.

6.2 The Callisto NX RTU is pre-configured for the ‘hardwired’ I/O points and only requires configuration for the additional options that may be installed on a site by site basis, and the site specific RTU address.

6.3 The Callisto NX Configuration Tool software is used to configure the RTU, set up the DNP3 address and IP addresses, etc, and to check the status of the RTU.

6.4 Ensure the Laptop is to set to obtain an IP address automatically (DHCP Client).

6.5 Connect a laptop PC to RJ 45 Config Port on the touch screen swing frame using a suitable Ethernet Patch cable. If the Laptop supports auto-crossover a standard Ethernet Patch Cable may be used to connect a laptop PC to the CallistoNX for configuration, if not a crossover Ethernet cable is required. DO NOT connect to the RJ 45 port on the touch screen itself.

6.6 Open the Callisto NX Configuration Tool on the laptop.

6.7 The box at the top of the Config Tool page displays the Commissioning Tool, Base Config and Firmware version numbers, make sure the Config and Firmware are the latest versions as available on Alfresco. If any of these are older versions, please refer to Appendix A to upgrade them. Please note, the same Firmware/Software versions are used for both RMUs and multi panel switchgear, however, different configs are used.

6.8 The Config Tool will search for any connected RTU and display the details on the screen. If more than one RTU is displayed, ensure you select the correct one (The RTU name should match the Power-On name).

6.9 Select the desired RTU, type the following username and password into the relevant boxes. Username ukpn, password <deliberately not shown in this document> and select Connect.

Note: do not click the Switch to Remote Access Logon button.


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Figure 6 – RTU Selection page

6.10 The Config Tool will then connect to the selected RTU, this may take a couple of minutes.


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6.11 The following screen will be displayed.

Figure 7 – RTU General information page

6.12 Step 1: Input the required RTU Name into the appropriate box. (site name specified by Power-On commissioning engineer).

6.12.1 Select the Required Network.

6.12.2 Input the required DNP3 Address.

6.12.3 Check the RTU IP Address, RTU Subnet Mask, Gateway IP Address and Router Sharing – RTU Number are all set to:

RTU IP Address: 192.168.1.11

RTU Subnet Mask: 255.255.255.0

Gateway IP Address: 192.168.1.1

Router Sharing – RTU Number: 1 (assuming only one RTU is connected to the Router). If more than one RTU is connected to the Router this will need to be incremented.

Up to 4 RTUs can be connected to a single Router. Please note, each RTU must have a DIFFERENT sharing number. If in doubt, check the other RTUs connected to the router (Lucy Gemini 3 RTUs will have the IP address as detailed below):

RTU Sharing – RTU Number 1 = RTU IP Address 192.168.1.11 RTU Sharing – RTU Number 2 = RTU IP Address 192.168.1.12 RTU Sharing – RTU Number 3 = RTU IP Address 192.168.1.13 RTU Sharing – RTU Number 4 = RTU IP Address 192.168.1.14


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6.12.4 RTU Switch 1 is always enabled by default. If RTU Switch 2, 3 or 4 are to be utilised

they must be enabled by selecting the relevant tick boxes as required.

6.12.5 If PLTU functionality is required, tick the box to enable the PLTU functionality. If the PLTU functionality is enabled, ensure the correct RTU switch is selected, so the correct circuit breaker is tripped.

6.12.6 Ensure the boxes for the Optional 6I and Optional DI modules are not ticked.

6.13 Select Next.

6.14 The following screen will be displayed:

Figure 8 – RTU Modbus connected device page

6.15 Select any equipment connected via the RS485/Modbus comms bus (such as a Power Meters or Protection relays). If none is connected, select None.

6.16 Please note, the Modbus address of the devices installed on the comms bus must match the Modbus address detailed in the configuration tool.

6.17 Select Next.



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Figure 9 – RTU switch configuration page including EFPI/FPI

6.19 Step 3: Set up RTU Switch 1 (Do not change RTU Switch Name).

6.19.1 Select what RMU type the switch or circuit breaker is connected to.

6.19.2 Select whether the Actuator Disabled Alarm is fitted.

6.19.3 Select whether an FPI/EFPI is fitted, and if so what type (Internal/External/Directional).

6.19.4 If an internal FPI/EFPI is being used, set up the detection parameters.

Please note, the standard FPI settings for use with the Type E RTU internal FPIs for EPN, LPN and SPN are: Phase Fault 600A 50ms and Earth Fault 90A 50ms. These values can be overwritten if site specific values have been calculated.

Internal FPI/EFPI functionality is only available on RTU switch 1 and RTU switch 2.

Select Next.

6.20 Repeat for all configured RTU switches.



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Figure 10 – RTU configuration upload page

6.22 Click Upload Configuration to write the configuration to the RTU. The RTU will restart, green ticks will be shown against the items in the Progress list.

6.23 When the RTU has been configured and rebooted, the following date/time will be shown on the RTU LCD panel (not the touch screen): Sat Jan 1 2000 00:00:00 until the RTU has connected into Power-On and the clock automatically set to the correct time. The RTU has approximately 3 minute delay before connecting to Power-On to enable it to collect all of the relevant data first.

6.24 A message will be displayed stating “Operation complete; RTU Name=”site name”; RTU Config version=x.xxx; Firmware version=x.x.x.xx”.

6.25 Check the Config and Frimware versions are correct.

6.26 Select Close to exit the Config Tool.


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7 References

EAS 05-9016 Remsdaq Callisto NX RTU

EOS 05-9306 Remsdaq Callisto NX RTU

ECS 05-9543 Type E RTU Retrofit Installation Procedure

ECS 05-9544 Type E RTU with Multi Panel Switchgear

EDS 05-9005 RTU Type E Ground Mounted Switchgear Interface

ECP 11-0501 Secondary Ground Mount Substation Commissioning Procedures

ECP 11-0601 GPRS/3G/4G Comms Device Commissioning Procedure

ECS 05-9540 Type E RTU and Ancillary Items Installation Procedure

UK Power Networks Distribution Safety Rules

Remsdaq CallistoNX Installation, Operation and Maintenance User Manual

8 Dependent Documents

The documents below are dependent on the content of this document and may be affected by any changes.

EDS 06-0014 Secondary Substation Earthing Design

ECP 11-0501 Secondary Commissioning Procedures

EDS 05-9005 RTU Type E Ground Mounted Switchgear Interface.

ECS 05-9540 Type E RTU and Ancillary Items Installation Procedure

ECS 05-9543 Type E RTU Retrofit Installation Procedure

ECS 05-9544 Type E RTU with Multi Panel Switchgear


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Appendix A – RTU Firmware Update

The CallistoNX software is upgraded using CallistoNX Configuration Tool as follows:

1. Follow the procedure detailed in 6.3 to 6.9 to start the config tool and connect to the RTU. 2. Select Import New Version Files. 3. Navigate to where the relevant file is stored on the Laptop. 4. Select the file and select Open. 5. A message will be displayed to tell you the file has been successfully imported. 6. Repeat the process for any files than need to be upgraded.

Once imported, the Config Tool holds the RTU Firmware and Config versions. If the versions in the individual RTUs are incorrect (as displayed in the lower box next to the relevant RTUs, see Figure 6 on page 11), the Config Tool will update them with the version in the Config Tool during the configuration process.