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Siemens 3AD8 Operating Instructions Manual
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Siemens 3AD8 Operating Instructions Manual

Remote control unit
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3AD8
Remote Control Unit 3AD8
Remote Control Unit Operating Instructions
© Siemens AG 2021. All rights reserved.
Order no.: KMS-0021
Ordering location: SI DS OMVS
AG 07.2021 en
Release:
_V (
)

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  • Page 1 3AD8 Remote Control Unit 3AD8 Remote Control Unit Operating Instructions Order no.: KMS-0021 Ordering location: SI DS OMVS AG 07.2021 en Release: _V ( © Siemens AG 2021. All rights reserved.

  • Page 3: For Your Safety

    It does not relieve the user of responsibility to use sound practices in application, installation, operation and maintenance of the equipment purchased. Siemens reserves the right to make changes in the specifications shown herein or to make improvements at any time without notice or obligation.
  • Page 4 KMS-0021 2022-02-10...
  • Page 5 Hazardous voltages. Will cause death, serious injury or property damage. Always de-energize and ground the equipment before maintenance. Read and understand this instruction manual before using equipment. Maintenance should be performed only by qualified personnel. The use of unauthorized parts in the repair of the equipment or tampering by unqualified personnel will result in dangerous conditions which will cause death, severe injury or equipment damage.

  • Page 6: Table Of Contents

    Table of Contents For your safety ..............................3 Table of Contents............................... 6 Abbreviations ..............................9 References................................. 9 General ..............................10 Introduction........................10 Format and aim of the operating instructions ..............10 Safety instructions ......................10 Designated usage......................11 Compatibility ........................11 Additional instructions....................11 Shipment and Storage ..........................12 Packaging........................12 Marking..........................12 Receipt and handling of shipment .................12...
  • Page 7 RCU Mounting .......................39 Battery Installation ......................40 Solar Panel Mounting ....................41 RCU Location and Orientation..................42 Mains Power supply ......................44 Solar Power Supply .......................48 Separate Voltage Transformer Power supply..............49 5.10 Earthing .........................50 5.11 Radio Installation ......................52 5.12 External Antenna Connection..................53 RCU Connect Installation Instructions .......................55 Install .NET ........................55 Install RCU Connect Application ...................55 Install drivers .........................55...
  • Page 8 Troubleshooting the Fusesaver Operator Control Panel ..........87 Switchgear Replacement and reconfiguration...............89 Manufacturer's product liability ..................89 9.10 Disposal.........................89 9.11 Service........................... 90 10 Technical Data............................91 10.1 Mains Supply Voltage Details..................91 10.2 Ambient conditions and installation height ..............91 10.3 Rating plate ........................91 10.4 Battery Life ........................92 10.5...

  • Page 9: Abbreviations

    Abbreviations Compact Modular Recloser Fusesaver High Voltage International Electrotechnical Commission Light Emitting Diode Low Voltage MLFB Maschinenlesbare Fabrikatenummer (order number) Medium Voltage Personal Computer Remote Control Unit SCADA Supervisory Control and Data Acquisition Universal Serial Bus Universal Time Coordinated Voltage Transformer References [1] SMG-0087 CMR DNP3 Protocol Manual [2] CMR-7001 Compact Recloser Configuration Manual...

  • Page 10: General

    (or modem). The long range radio (or modem) is not supplied or fitted by Siemens unless specifically agreed to in the sale contract. Successful application and operation of this equipment depends as much upon proper installation and maintenance by the user as it does upon the proper design and fabrication by Siemens.

  • Page 11: Designated Usage

    1.3.2 Field service operation and warranty issues Siemens can provide competent, well-trained field service representatives to provide technical guidance and advisory assistance for the installation, overhaul, repair and maintenance of Siemens equipment, processes and systems. Contact: Australia +61 (7) 3801 9814...

  • Page 12: Shipment And Storage

     Radio and/or Antenna (if purchased from Siemens)  Power Supply Isolation unit (if purchased from Siemens)  RCU cubicle heater (if purchased from Siemens) To open the box use a box cutter to cut through the sealing tape and then fold open the top flap to access the contents.

  • Page 13: Unpacking

    On receipt, the contents of each Remote Control Unit box should be checked for shipping damage and the manufacturer informed immediately if any damage is evident:  Check the cardboard box for shipping damage.  Major damage must be documented photographically. ...

  • Page 14: Description

    Description RCU principle The Remote Control Unit (RCU) is an outdoor device. The RCU works in partnership with Siemens switchgear (Fusesaver or CMR) to increase network automation by allowing the utility control centre to be able to remotely monitor and control the switchgear. .

  • Page 15: Remote Control Unit External Features

    Remote Control Unit External Features As shown below in figure 3, the RCU enclosure in mounted to the pole using the pole mounting bracket. Various options for how the pole mounting bracket connects to the pole and the installation methods are discussed in section 5.3. The RCU enclosure itself is manufactured from powder- coated stainless steel for long service life.

  • Page 16: Remote Control Internal Features

    Remote Control Internal Features The RCU enclosure provides a protective shell for the electronics housing and radio tray as shown in figure 4 below. Fig. 4 Main Internal Elements 1 Electronics Housing 2 Radio Tray 3.3.1 Electronics Housing The electronics housing contains the micro-processor, battery, power connection terminals, data connection points and the user interface for the RCU.
  • Page 17 Fig. 5 Electronics Housing 1 Door Switch Battery 2 LED Display USB, Ethernet, Linesman, operator panel & Radio interface connectors 3 Connector Covers Power supply and earth connection 4 Toggle Switches Battery fuse KMS-0021 2022-02-10...
  • Page 18 Fig. 6 LED Indicator Display  1 GREEN light ON – Power source (solar or mains) 5 GREEN FLASH – Microprocessor OK. providing power GREEN Light ON or OFF – Microprocessor Light OFF – No incoming power problem 2 GREEN light ON – Battery is OK 6 GREEN light ON –...
  • Page 19 Fig. 7 User Toggle Switches 1 Mains supply ON/OFF – no effect for solar installations 2 Solar panel supply ON/OFF – no effect for mains installations 3 Battery ON/OFF – used when replacing battery 4 LBS ON/OFF – For future use, leave OFF 5 Remote Control ON –...
  • Page 20 SCADA controls and events perform as expected. At the customer request, and subject to additional fees, Siemens may customise the radio tray to meet a specific communications device mounting. Further, Siemens may also provide a value-added service by fitting and testing the communications device in the factory prior to shipment.
  • Page 21 Fig. 9 Operator Control Panel Radio Tray Operator Control Panel Operator Control Panel Connected to Expansion Interface 3.3.3 Power Supply Isolation Unit Power Supply Isolation Unit (part 3AD8800-3AX1350-8B) is an optional accessory that provides a double pole point of isolation for the electronics housing and the cubicle heater. Where an isolator is fitted, the incoming mains is connected to the isolator and the isolator provides sockets for the electronics assembly and for the heater DANGER...
  • Page 22 Fig. 10 Power Supply Isolation Unit 1 Incoming supply cable 2 Outgoing connection to RCU electronics housing (10 A IEC outlet) 3 Outgoing connection to cubicle heater (10 A IEC outlet) 4 Toggle switch 3.3.4 Cubicle Heater The cubicle heater (part 3AX1350-8A) is an optional accessory that mounts behind the radio tray and plugs into the power supply isolator.

  • Page 23: Function Of The Rcu

    Fig. 11 Cubicle Heater 1 Power Supply Isolation Unit 2 Cubicle Heater Function of the RCU The RCU acts as an interface between a switchgear installation on the power line and a utility SCADA system. To do this the RCU uses its configuration to find and access installed and running switchgear mounted on the power pole.

  • Page 24: Rcu Internal Database And Controls

    RCU Connect cannot change switchgear policies or settings, nor can it operate the switchgear. Switchgear can be operated from a PC using Siemens Connect (for Fusesaver) or CMRConnect (for CMR). Refer to the Siemens Fusesaver Operating Instructions or the Siemens CMR Configuration Instructions.

  • Page 25: Scada System Protocols

    minutes. If communication is not started then the door must be closed and opened again or the control sent again. SCADA System Protocols The following SCADA system protocols are supported by the RCU. DNP3 over Serial Port DNP3 over IP – TCP Listener DNP3 over IP –...

  • Page 26: Short Range Radio Communication Security

    Fusesaver RCU Connect on a PC Communications Module RCU Cubicle To SCADA Electronics System Short Range Radio Compartment Standby (built-in antenna) Battery Microprocessor Power Supply solar panel or 115 V or 230 V Data Interface Operator Contol Long Range Radio Panel (on radio tray) (on radio tray)

  • Page 27: Rcu Power Supply

    Refer to page 44 onwards for safe installation practices. 3.9.2 Solar Supply Where an LV mains supply is not available Siemens has a solar panel option to provide charge to the batteries. The solar panel is sized to provide adequate charge for energy efficient radios and modems in environments where it does not snow, and at latitudes less than 45 .
  • Page 28 Fig. 13 Solar Panel Assembly 1 Bird Roost Guard 2 Mounting Bracket Solar Panel 3.9.3 Battery Backup The battery provides backup power for the RCU. The battery is of the lead-acid type with a 12 V, 7.2 Ah rating. The battery is protected by a fuse in the cable. If the battery is accidentally reversed the battery fuse will blow but no damage will be done to the RCU electronics.

  • Page 29: Radio Power Supply

    The LBS switch has no use for Fusesaver/CMR installations and should normally be turned OFF. The terminal can be used to supply power to other devices, refer to Siemens Service Centre for engineering support if this is required. 3.12 Radio/Modem Interface In order to communicate with the SCADA system master station a long haul radio or modem is required.
  • Page 30 Fig. 14 Radio/Modem Interfaces 1 Ethernet Port 2 Serial Port KMS-0021 2022-02-10...

  • Page 31: Control Of Switchgear

    TRIP/CLOSE levers on the Communications Module (refer to Fusesaver Operating Instructions KMS-0017 for more details)  Siemens Connect utility running on a PC equipped with a USB antenna module (refer to Fusesaver Operating Instructions KMS-0033 for more details)  SCADA operator via the RCU ...
  • Page 32 4.1.4 Siemens Connect Control If a local operator is using the Siemens Connect PC application to operate the line Fusesavers (this is called being in-session) then the RCU will not send controls to the Fusesavers and will not retrieve events from the Fusesavers. This is because Siemens Connect is considered to be a local operator and takes charge of communications to the Fusesavers.
  • Page 33 ALLOWED ALLOWED defined in the Fusesaver policy file for the Fusesavers which have levers down Up on all When Siemens Connect is in-session Fusesavers session relevant relevant ALLOWED ALLOWED (i.e. On the operate page) all other sources of control are locked out.
  • Page 34 Reasons for a control fail/rejected are: 1. the Fusesaver external lever is down, 2. Siemens Connect is in session, 3. communications failure, 4. another control is in progress When the Fusesaver active protection mode changes, the RCU will also reset the timing/counting of Cleared Fault Events.

  • Page 35: Cmr

    Like the Fusesaver, the CMR has multiple sources of control for Trips & Closes and for changing protection operation. 4.2.1 RCU as a conduit for data The RCU is simply a conduit from SCADA (and the Operator Panel) to the CMR. Therefore, as long as its local state allows it (see below), the RCU will o pass all requests (from SCADA or the operator panel) onto the target CMR without considering the CMR’s state or configuration.
  • Page 36 Trip and close operations can be triggered:  Automatically by the CMR as part of a protection sequence.  Using the yellow handle. o Optically Ganged installations: Pulling any yellow handle down will trip all phases. Putting the last yellow handle back up will close all phases. No close operations (from any source) will occur while any yellow handle is down.
  • Page 37 4.2.4 Protection Operation Protection operation of a CMR can be changed in-service (i.e., without reconfiguring the CMR) by either (a) changing protection groups or (b) changing protection modifiers to block or allow certain protection functionality. The primary function of the red handle on the CMR is to change protection groups ...

  • Page 38: Installation

    Installation This section provides information about the installation and commissioning with regard to the following:  Required documents  Personnel requirements  Tools, devices, and expendable materials to be used  Accident prevention  Recording and documentation. Safety instructions for installation DANGER Electrical Hazard –...

  • Page 39: Rcu Mounting

     2 x 19 mm A/F spanner  Adjustable torque wrench in range 40 Nm to 70 Nm with 18 mm, 19 mm and 24 mm A/F sockets  Flat No.2 screwdriver  Flat No. 1 screwdriver  Cable stripping and lugging tools 5.2.2 Additional Parts ...

  • Page 40: Battery Installation

    Fig. 15 RCU Mounting Fig. 16 Connecting 1 Pole Mounting bracket 1 Earth Stud 2 Locating ear 2 Earth wire Battery Installation Only after mounting the RCU it is necessary to install the battery according to the following process: Remove the battery from the packaging material. Ensure the “Battery I/O“...

  • Page 41: Solar Panel Mounting

    Battery Battery Compartment Cover Negative Terminal (Black) Positive terminal (Red) Battery fuse Fig. 17 Battery Connection Details WARNING Incorrect Battery Polarity Connected. If the battery is connected in the reverse polarity the fuse will blow. WARNING Don’t Pinch Battery Wire. When fitting the battery care must be taken not to pinch the battery wire.

  • Page 42: Rcu Location And Orientation

    WARNING Bird Roost Guard has sharp edges. Suitable safety protection equipment should be worn including protective gloves during handling of Bird Roost guard. The recommended installation sequence is: Mount the bracket to the pole using either M16 bolts (torque 70 Nm) or straps taking into account orientation guidelines described in section 5.6.
  • Page 43 The RCU must be mounted on the power pole within 20m of the switchgear it is to connect with. Best radio connection between RCU and switchgear is when the RCU is under the power lines with a line of sight to the switchgear. The worst orientation is when the RCU is on the power pole at right angles to the line.

  • Page 44: Mains Power Supply

    Fig. 20 North-South Line – version 1 Fig. 21 East-West Line – version 1 1 Solar Panel – facing North 1 Solar Panel – facing North 2 RCU – facing South 2 RCU – facing South East 3 Fusesaver 3 Fusesaver Fig.
  • Page 45 Service fuse should be rated to protect 1.5 sq.mm cable. DANGER For safe maintenance ensure that the supply is isolated elsewhere before removing the power supply compartment cover DANGER Fit the power supply compartment cover before energising RCU supply. Ensure that the voltage selector in the power supply compartment is selected to match the mains supply incoming voltage.
  • Page 46 possible electric shock risk that could lead to serious injury or death. Active wire Neutral wire 25 mm Insulation Fig. 25 Mains Cable Details 5.7.2 Installation Process – Incoming Mains Connected to Electronics Housing The mains cable should be connected according to the following process using wire of the correct specification to ensure IP 3x rating is maintained for the terminal compartment.
  • Page 47 Unless the RCU is operated from a dedicated power transformer mounted on the same pole it is recommended to install surge arrestors on both the incoming LV Active and Neutral grounded to the external cubicle earth stud. WARNING Do not disconnect earth wire. Do not disconnect earth wire from the terminal block to the cubicle earth stud.

  • Page 48: Solar Power Supply

    1 Active / Line Neutral RCU electronics power cable Fig. 27 Power Isolation Unit Connection Details Note The earth wire for the RCU electronics is factory fitted as part of the power supply isolation unit and RCU power cable. Solar Power Supply The solar cable should be connected according to the following process: The solar cable is fed through the cable gland on the RCU enclosure a suitable amount to allow connection into the power supply compartment.

  • Page 49: Separate Voltage Transformer Power Supply

    The fuse should be rated for the VT and wiring. 2 A recommended.  A method of isolating the RCU from the source supply is required for safe operation. For most primary voltage ratings Siemens can supply a suitable VT. KMS-0021 2022-02-10...

  • Page 50: Earthing

    DANGER For safe installation ensure that the supply from the voltage transformer is isolated and de-energised. Use a single pole device before connecting to the RCU. It is mandatory that the user installs a service fuse (2A) and point of isolation externally to the RCU. DANGER For safe maintenance ensure that the supply is isolated elsewhere before removing the power supply compartment...
  • Page 51 Earth wire Earth 5.10.2 Fig. 29 RCU Earthing Diagram 5.10.3 RCU and Solar Panel Earthing When a solar panel is fitted, in addition to the RCU earthing described above, the frame of the solar panel must be connected using the M12 stud provided to the M12 earth stud of the RCU using earth wire of 16 mm in size or larger.

  • Page 52: Radio Installation

    8. If an antenna surge arrestor is fitted (recommended) ground it to the M6 earth stud in the cubicle. 9. Connect the appropriate radio cable (user to supply or can purchase from Siemens – Contact Siemens sales representative) to the radio and the appropriate port on the RCU electronics enclosure.

  • Page 53: External Antenna Connection

    Note User is to ensure that radio/modem selected has appropriate fire safety ratings and has no failure mode that could result in causing a fire. Note The radio must be powered via the RCU Serial Port. Note If the radio uses a power supply from the battery (via the Serial Port), the radio cable must be fitted with a 6A fast acting fuse in the cable.
  • Page 54 1 Antenna Radio Cable Gland Antenna Radio Cable Antenna Surge Arrestor Fig. 33 Antenna Cable Connection KMS-0021 2022-02-10...

  • Page 55: Rcu Connect Installation Instructions

    When first run, the user is guided to select the Windows folder that will hold the utility’s configuration ® files. The default folder is /Siemens/RCU Connect/ created under the user’s application data folder in Windows . It is recommended to use the default location.
  • Page 56 Fig. 34 Install drivers Select the “install from specific location” checkbox Click “next”. Browse to the USB2 Drivers Folder that you installed. Click “next”. The installation is now complete. In some instances after plugging in the USB antenna Windows ® does not automatically prompt to search for drivers.

  • Page 57: Check Operation

    Fig. 35 Manual USB Driver update Check Operation When started for the first-time, RCU Connect offers to locate the configuration files in the Windows ® standard location. To locate the event files in another location see also “Location of installed files” on page 58. To locate the event files in the standard location: ...

  • Page 58: Location Of Installed Files

    Table .Location Tables. Windows ® 7 and Vista ® Default Location Program “[ProgramFilesFolder]\ Siemens\RCU Connect” which is usually “C:\Program Files (x86)\ Siemens\RCU Connect” Configuration file folders “[AppDataFolder]\ Siemens\RCU Connect\” which is usually C:\Users\user\AppData\ Roaming\ Siemens\RCU Configurations\...” KMS-0021 2022-02-10...

  • Page 59: Rcu Commissioning

    The user completes the RCU configuration template form (KMS-3100) and sends this to Siemens. There are different versions of this form for Fusesaver and CMR installations. Siemens creates two files and returns these to the user.

  • Page 60: Configuration And Layout Templates

    This is achieved with the aid of a configuration template. The customer completes the RCU Configuration Template Specification Form (KMS-3100) for each installation scenario and returns the completed form to Siemens. Siemens will then create a configuration template file for each scenario tailored to the user’s specified requirements.
  • Page 61 The RCU Connect installer does not install any customer layout files or configuration templates. Layout files and configuration templates are supplied by Siemens separately, and are based on the RCU Configuration Template Specification Form (Form KMS-3100). When the layout files and configuration templates have been received from Siemens, create a folder on the Windows ®...

  • Page 62: Managing Templates

    Fig. 38 Browse for folder dialogue box Managing Templates The Manage Templates menu can perform the following tasks:  change a template’s default values  create a new template based on an existing one  copy template files using Windows Explorer ®...
  • Page 63 Fig. 40 Target RCU Type If the user has no template files or no layout files, the RCU Connect will prompt the user to import the files. If RCU Connect cannot find any layout files, or the user has more than one layout file, RCU Connect will open a file selection box allowing the user to locate and select the desired layout file.
  • Page 64 Fig. 40 RCU Connect – Manage Templates Window 7.3.1 Changing and Creating Templates Changing a template’s default values, or creating a new template based on another are both accomplished by loading a template, changing the data in the fields on the screen, and saving the template.
  • Page 65 RCU. The challenge sequence simply requires the user to enter the text "YES" in the challenge box before clicking "OK". Refer figure 39. 7.3.3 Editing Protocol Mapping If enabled, the user can maintain the protocol mapping for a specified configuration template by clicking the "Edit Protocol Mapping"...
  • Page 66 Fig. 41 RCU Connect – Edit Protocol Screen. Top is a DNP3 example. Bottom is an IEC104 example. From this screen, the user can change the protocol database point mapping. Double clicking on a protocol database point will reveal the settings for that specific protocol database point, and right clicking on a protocol database point (or points if more than one is selected) will quickly allow the KMS-0021 2022-02-10...

  • Page 67: Loading A Configuration Into An Rcu

    classification of those points to be changed. The example shown is for DNP3 points, and the user can change settings for both Digital and Analog DNP3 points. The rows are colour coded to distinguish between DNP3 classifications. In addition, rows that are shown in red indicate that the rows have a duplicate DNP3 index and need to be fixed before saving or sending to a Remote Control Unit is allowed.
  • Page 68 Fig. 42 RCU Connect – Connection Window Click the "Search for RCU" button, RCU Connect will scan for available Remote Control Units, and display each one in the box listed by serial number, as shown in figure 43. Note It is recommended that only one RCU within the workshop be powered up whilst configuration occurs to simplify the process.
  • Page 69 Fig. 43 RCU Connect – Selecting an RCU Select a Remote Control Unit from the list, RCU Connect will attempt to connect to the Remote Control Unit. After a few seconds, if successful, the "Select an RCU" button will become enabled. The user can now click the "Select an RCU" button and RCU Connect will display the "Configure RCU"...
  • Page 70 Note Once RCU Connect and the RCU are communicating the “Traffic” and “Live Data” indicators shown at the bottom of figure 43 will provide a visual indication that communications is in progress. The Configure RCU menu allows the user to perform the following tasks: ...
  • Page 71 Fig. 45 RCU Connect – Enter site specific data For CMR installations, refer to [3] for RCU configuration instructions related to pairing CMRs with the RCU. 10 Once the user is satisfied with the field values on the screen, the user can save the configuration by clicking the "Save Configuration"...

  • Page 72: Site Checking

    Communications Modules fitted. If multiple Fusesaver Lines co-exist at a single site please contact a Siemens Service Centre for advice on how to manage these sites. Site Checking The user can check a Remote Control Unit configuration by clicking on the "Maintain/Check RCU"...
  • Page 73 Fig. 47 RCU Connect – Maintain/Check Window for Fusesaver Installations. When the configuration and connection is working correctly, the user will see something similar to figure 48. Under Fusesaver Status, the Line Name, number of Fusesavers in the line and serial number of each Fusesaver can be seen, as well as the individual Fusesaver status for each device.
  • Page 74 KMS-0021 2022-02-10...

  • Page 75: Reset Rcu Configuration Procedure

    Fig. 48 RCU Connect – RCU communicating correctly with Fusesavers (top) and CMR installations (bottom) Using this data and the displays on the RCU the user satisfies themselves that the site is working correctly. A suggested check list for confirming successful RCU commissioning at a site is: RCU Battery LED ON Switchgear OK LED ON Switchgear line name correct.

  • Page 76: Scada Protocol Testing

    Each end customer has a unique customer code and this code is embedded in the USB antenna. The code is sent as part of the configuration to both Fusesavers (with Siemens Connect Utility) / CMR (with CMRConnect utility) and to RCU’s with the RCU Connect utility. When searching for switchgear, RCU will only find devices that have a customer number that matches the RCU customer number.
  • Page 77 This setting must be set to Enabled so that the RCU will auto-detect and drive the Fusesaver Control Panel. If this setting is set to disabled the RCU will not power up the Control Panel so no LEDs will be lit. 7.9.2 Operator Control Panel Ignore Remote Switch This setting allows Fusesaver Control Panel controls to the Fusesavers such as Trip/Close or change of protection mode to always be allowed irrespective of the position of the Remote Control ON/OFF...

  • Page 78: Rcu Operation

    If the LED does not light up then there is a problem with the panel and the user should contact the Siemens service centre. In this case the user should not press any other buttons on the operator panel as the user cannot confirm whether the control has been issued or the status of the Fusesavers.
  • Page 79 So long as the Fusesaver can accept controls from the RCU (i.e. the external lever is UP and is the Fusesavers are not in session with Siemens Connect) the controls will be passed to the Fusesaver. Typically this takes 15-20s, however can take up to 70s before the RCU will time-out.
  • Page 80  Siemens Connect: A Siemens Connect session is currently in progress with the Fusesavers and is allowed to send trip/close controls to the Fusesavers. All Fusesaver controls originating from the RCU, whether they are local or remote, will be rejected.
  • Page 81 Trip control will open the closed Fusesaver and bring the phases to the same state. If independent trip/close control of Fusesavers is required it is necessary to use the Siemens Connect PC application (refer to Fusesaver Operating Instructions KMS-0017) 8.2.6 Protection Mode The Fusesaver Protection Mode Status indicates the currently active “protection modes”...

  • Page 82: Time Management

     The Fusesaver has a mechanism fault. Both LEDs will be off under the following circumstances:  There is no Fusesaver for that phase.  The RCU is currently in the process of checking the Fusesaver configuration (RCU Switchgear OK LED will be flashing) ...

  • Page 83: Rcu Maintenance

    Except for the battery and electronics compartment, serviceable parts are not inside the Remote Control Unit. If the RCU is suspected of having a fault please contact Siemens Service Centre. When contacting the Service Centre you will need to provide the following information: ...

  • Page 84: Spare Parts

    When the battery is replaced it must be of the same type. The battery is a sealed lead-acid battery preferably conforming to the battery standard JISC8702. Battery specification is in section 10.4 and the Siemens part number is listed above for re-ordering. To replace a battery the action is: Turn off the battery switch, check that the battery LED lights on the display panel go out.

  • Page 85: Electronics Compartment Replacement

    Electronics Compartment Replacement The following process describes how to replace an entire electronics compartment in the RCU. DANGER High voltage – Danger to life! Touching live parts is fatal or causes serious physical injury. CAUTION It is the utilities responsibility to ensure all installation procedures developed comply with all applicable safe work practices.
  • Page 86 2. Disconnect the radio cable from the electronics enclosure. 3. Remove the power compartment cover using the Phillips head screwdriver. 4. Disconnect the earth wire and the mains or solar cable wires in the terminal block in the power supply compartment. 5.

  • Page 87: Firmware Update

    Earth wire Earth terminal connection Fig. 51 Earth wire connection in terminal block WARNING Do not forget earth wire. The earth wire must be reconnected from the terminal block to the cubicle earth stud. Firmware Update The firmware update process is described in [5] Troubleshooting the Fusesaver Operator Control Panel Trouble shooting options for CMR operator panels are described in [4] .
  • Page 88  Control Source - Siemens Connect: Local control will not be allowed while Siemens connect is in session with the Fusesavers.  Control Source – Remote: Local control may not be allowed while the remote operator has control to the Fusesavers. This functionality depends on the configuration setting of the RCU.

  • Page 89: Switchgear Replacement And Reconfiguration

    The manufacturer's product liability shall be excluded if at least one of the following criteria applies:  Original Siemens spare parts are not used.  Fitters carrying out replacements have not been trained and certified by Siemens.  Parts have been incorrectly fitted or adjusted. ...

  • Page 90: Service

    If the packaging is no longer needed, it can be fully recycled. 9.11 Service Contact your Siemens Service Centre if you require further information. For details of contacts for service work, consult Siemens IC LMV MV Services at Telephone: +49 180/5247000 Fax: +49 180/5242471 or on the Internet at the Web address: www.siemens.com/energy-support...

  • Page 91: Technical Data

    Technical Data 10.1 Mains Supply Voltage Details Fuse F1 Minimum Maximum Maximum Selection Continuous Continuous Power Draw (located in Terminal Supply Compartment) Supply Voltage Voltage Heater/Heater AC: 230 V 50 W/150 W 20 mm x 5 mm cartridge 400 mA Time Delay AC: 115 V 50 W/150 W 1500 A Interruption...

  • Page 92: Battery Life

    A cable (or cables) is required between the radio/modem and the RCU electronics compartment to carry data signals and power. Siemens Service Centre can design and build this cable as a value added service, or the utility can design and make their own using the information provided in this section.
  • Page 93 10.5.2 Serial Interface This is via the DB25 serial connector on the electronics compartment. Use of these signals is protocol dependent. Refer to the relevant Protocol Manual for details. There are two options for electrical signal levels: RS232 DC: 3 V to 9 V logic level with respect to 0 V (battery negative). The voltage is configurable and applies to all signals.
  • Page 94 Serial Data Connector Signal Level RCU Electronics Input/Output 3-9 V Configurable Output 3-9 V Configurable Output 3-9 V Configurable Input 3-9 V Configurable Input RS232 Input RS232 Input RS232 Output RS232 Input Radio Power Configured Output Supply Positive DC: 3-9 V or battery Radio Power Configured Output...

  • Page 95: Dimensions And Weights

    10.6 Dimensions and Weights (without battery) Mass (with Battery) Fig. 54 RCU Dimensions (in mm) KMS-0021 2022-02-10...

  • Page 96: Appendix

    Appendix The following configuration settings relate to the RCU. 11.1 Site Specific Settings These settings will have to be provided for each site. They are included in the RCU Configuration Specification Form (KMS-3100) only for the purpose of selecting the visibility option for each setting.

  • Page 97: Condition Based Command Settings

     For very hot climates where most of the day is spent at high temperatures and night temperatures are also high then battery life will be reduced further. Refer Siemens Service Centre for alternative battery options. 11.2.3 Solar Low Performance Time This is a threshold setting that is the number of consecutive days of low solar power input.

  • Page 98: Protocol Settings

    If no RCU’s have Operator Control Panels fitted then set this to Disabled. If one or more sites will have a Operator Control Panel fitted then set this to Enabled (the RCU will then auto-detect if a panel is fitted at a particular site). 11.4.2 Operator Control Panel Ignore Remote Switch This setting allows the RCU to be configured so that Operator Control panel controls such as...
  • Page 99 REVISION CONTROL REVISION DATE REASON FOR CHANGE 16.05.13 BAW FUSESAVER CONTROL PANEL CHANGES 13.06.13 JNA UPDATE FUSESAVER AVAILABLITY DATA DETAILS 12.08.13 MHH UPDATE IMAGES FOR CUBICLE & LABEL CHANGE 27.8.13 VARIOUS MINOR UPDATES 3.10.13 FOR RELEASE 1.4.14 Updated with New Features for MP1a 9.5.14 Added Fusesaver operator Panel Detail 18.12.15 JPK...

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