LumaSense LumaSMART User Manual Download Page 6

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LumaSMART

User Manual

Contents

•

6.5.4

Modbus Input Register .......................................................................................................... 96

IEC 61850 Protocol Testing ..................................................................................................................... 99

7.1.1

Test Setup.............................................................................................................................. 99

7.2

Configuring IEC 61850 in LumaSMART and TMW Hammer ......................................................... 100

7.3

Connecting the LumaSMART and TMW Hammer ....................................................................... 102

7.4

Sample Relay Setup .................................................................................................................... 103

7.5

Report Control ............................................................................................................................ 105

7.6

IEC61580 Channel Temperature Alarm ....................................................................................... 106

7.6.1

Example for Channel 4 alarm .............................................................................................. 106

7.7

IEC61850 Channel Signal Strength Alarm .................................................................................... 108

7.7.1

Example for Channel 4 alarm .............................................................................................. 108

7.8

IEC61580 Register Maps ............................................................................................................. 109

7.8.1

IEC61850 Temperature Channel Control and Supervision .................................................. 109

7.8.2

IEC61850 Relay Channel Control and Supervision .............................................................. 111

7.8.3

IEC61850 FOT Setup and Status Monitoring ....................................................................... 112

7.8.4

IEC61850 System Status Relay Report ................................................................................ 113

7.8.5

IEC61850 General System Configuration Information ........................................................ 114

7.8.6

IEC61850 Report Contents - Temperatures and Relays ...................................................... 115

7.8.7

IEC61850 Reports Channel Temperature and Probe Signal Strength Alarms ..................... 116

7.8.8

IEC61850 Probe Signal Strength levels ................................................................................ 116

DNP3 Protocol Testing ......................................................................................................................... 117

8.1

Configuring DNP3 in LumaSMART (Ethernet TCP/IP) .................................................................. 118

8.2

Testing Harness Window Components ....................................................................................... 119

8.3

DNP3 Enable Unsolicited Reports ............................................................................................... 121

8.4

Binary Inputs Data ...................................................................................................................... 121

8.5

Binary Outputs ........................................................................................................................... 122

8.6

Analog Inputs ............................................................................................................................. 124

8.7

Analog Output Statuses .............................................................................................................. 126

8.7.1

Configuring FOT Analog Outputs ......................................................................................... 126

8.7.2

Configuring Relay Operation ............................................................................................... 128

8.8

DNP3 Register Map .................................................................................................................... 131

8.8.1

DNP 3 Binary Output Map ................................................................................................... 131

8.8.2

DNP 3 Binary Input Map ...................................................................................................... 132

8.8.3

DNP 3 Analog Output Map .................................................................................................. 133

8.8.4

DNP 3 Analog Input Map ..................................................................................................... 137

Data Manager ...................................................................................................................................... 139

9.1

Data Report Content .................................................................................................................. 139

9.2

Data Retrieval ............................................................................................................................ 139

9.3

Operation During Data Retrieval Mode ...................................................................................... 140

User Commands ................................................................................................................................... 141

10.1

Command Rules, Syntax, and Returns ........................................................................................ 141

10.2

rtrv Command ............................................................................................................................ 142

Maintenance ........................................................................................................................................ 143

11.1

Battery Replacement .................................................................................................................. 143

Summary of Contents for LumaSMART

Page 1: ...USER MANUAL LumaSMART Fiber Optic Winding Hot Spot Temperature Monitor and Controller for Power Transformers...

Page 2: ...arks of LumaSense Technologies All other trademarks are trademarks registered trademarks and or service marks of their respective holders Service Centers LumaSense Technologies Inc North America Sales...

Page 3: ...cay Time 15 2 3 System Components 15 2 3 1 LumaSMART Controller 15 Internal Components 16 Display 16 SBC and Comm Board 16 Power Supply 16 Fiber Optic Thermometer Module 16 Relay Module 17 Interconnec...

Page 4: ...er Optic Cable Handling Precautions 33 3 4 Installing the Probes 34 3 4 1 Sensor Installation Guidelines 35 Sensor Tip Placement 35 3 4 2 Installing Probe Tip in a Core Form Transformer 35 Radial Spac...

Page 5: ...er 73 System Status Relay History 74 Configuration 74 Service Diagnostic Log 74 Data Graph Log 74 Data Graph Zoom Feature 76 Communication and Protocols 77 Select Interface 77 Setup RS485 Interface Pa...

Page 6: ...14 7 8 6 IEC61850 Report Contents Temperatures and Relays 115 7 8 7 IEC61850 Reports Channel Temperature and Probe Signal Strength Alarms 116 7 8 8 IEC61850 Probe Signal Strength levels 116 8 DNP3 Pro...

Page 7: ...LumaSMART User Manual Contents vii 12 Appendix 145 12 1 Third Party Suppliers 145 12 2 List of Tables 146 Index 147...

Page 8: ...LumaSMART User Manual Contents viii To ensure consistent document formatting this page was intentionally left blank...

Page 9: ...of configuration have changed If you are upgrading from a version prior to 3 2 2 0 use Data Log Export Section 5 2 5 to get a list of your current configuration prior to upgrading It may be needed to...

Page 10: ...mediately filed with the carrier Final claim and negotiations with the carrier must be completed by the customer 1 6 Malfunction or Service Request Contact LumaSense Technologies Technical Support in...

Page 11: ...eonard Court Santa Clara CA 95054 USA Telephone 1 408 727 1600 1 800 631 0176 Email support lumasenseinc com LumaSense Technologies GmbH Kleyerstr 90 60326 Frankfurt Germany Telephone 49 0 69 97373 0...

Page 12: ...LumaSMART User Manual General 12 To ensure consistent document formatting this page was intentionally left blank...

Page 13: ...incorporates new features that improve ease of use add capability and reduce the cost of ownership LumaSMART System Overview The LumaSMART controller provides direct measurement of the transformer wi...

Page 14: ...the fiber optic probe excite the sensor and causes it to phosphoresce The Digital Signal Processor DSP based electronics detect and calculate the decay time of this phosphorescence after each pulse Th...

Page 15: ...to extract the phosphor sensor phosphorescent decay time constant A mathematical curve fit correlates individual data points with stored values of The measured value of is then conditioned using the...

Page 16: ...e to wait before it dims SBC and Comm Board The SBC is an industrial Windows Embedded PC in a PC104 form factor The COMM Boards is a PC104 board that adds four RS232c ports to the SBC Power Supply The...

Page 17: ...ement channel temperature probes Analog outputs are labeled 1 to 16 where Analog Output 1 is associated with Channel 1 Analog Output 2 is associated with Channel 2 and so forth The analog outputs are...

Page 18: ...t Features Under normal operating conditions the LumaSMART controller case never needs to be opened The front panel displays the temperatures being monitored relay activation status and system status...

Page 19: ...View All Temperatures Button The View All Temperatures button is at the bottom of the Home screen Pressing this button displays all channel temperatures on one screen View All Relay Button At the bot...

Page 20: ...View Front Facing Upwards The number of connections a user will need to make will depend on the unit s configuration See Configuration Options later on in this section for more information on configu...

Page 21: ...ing Upwards Base Unit Relay Connections The Base Unit can house up to eight relays The figure below shows the location and pin out of these relay connections It also shows the location and pin out of...

Page 22: ...and pin out for these connections LumaSMART Controller Base Unit Communication and Power Connections Front Facing Upwards Base Unit Access Panel The Base Unit has an access panel that allows the user...

Page 23: ...itional FOT Modules each housing two or four FOT channels LumaSMART Controller FOT Module Connections Front Facing Upwards Control Module Connections The LumaSMART controller can also be configured wi...

Page 24: ...non condensing Storage Temperature 35 to 75 C Pollution Degree Degree 2 normally only non conductive pollution occurs Occasionally however a temporary conductivity caused by condensation must be expec...

Page 25: ...alog Outputs 4 to 20 mA or 0 to 1 mA Phoenix connectors Relay Outputs Number of Relays 0 8 16 Relay Type s Eight Form C relays one board Phoenix connector Input Voltage 5 A 30 VDC or 8 A 250 VAC max S...

Page 26: ...a radius of less than 10 mm 0 4 in without breaking Probes used with the LumaSMART controller are available in several standard lengths and can be specially ordered to fit various transformer designs...

Page 27: ...s not exceed 80 C Further work was performed to correct this situation in hopes that the hot spot rise could be determined from oil temperature measurements and average winding rise by measurement of...

Page 28: ...logging systems 2 4 5 Extract Additional MVA Rating Existing Inherently in Every Transformer Design The LumaSMART controller unlocks additional MVA which is quite valuable during routine and emergenc...

Page 29: ...wall Routing of conduit for the external fiber optic extension cables Mounting and wiring connections for the LumaSMART controller To properly handle the fiber optic probe system the following is rec...

Page 30: ...spot will typically be near the top of the winding that is closest to the core because the leakage flux at rated load will pass through the conductors as the flux concentrates to reenter the core Thi...

Page 31: ...rimary winding MVA rating It is important to monitor both the secondary and tertiary winding since the load could subject either or both to an overload without exceeding the primary winding MVA rating...

Page 32: ...3 Handling the Fiber The fiber used for the internal transformer probe is double jacketed with Teflon PFA and wrapped with Kevlar in between the Teflon jackets for extra strength The fiber can be han...

Page 33: ...r optic cables Illustrated in the figure below Sharp turns in the fiber optic cables that can damage the cables Tension or twisting of fiber Pinch points and scissors Pulling on the fiber optic cable...

Page 34: ...d be used with the LumaSMART system DO NOT attempt to attach other types of probes to the system The figure below illustrates the sensor location within the probe tip For further details refer to Sect...

Page 35: ...ipotential paths or to at least not cut directly across potential gradients Sensor Tip Placement In core form transformers the probe tip is typically installed in the winding spacer next to the windin...

Page 36: ...cting and installing a radial spacer are provided in the next section Probe Tip Installation Core Form Transformer Radial Spacer Design To construct a radial spacer from an EHV Weidmann Nomex transfor...

Page 37: ...the probe tip exposed Illustrated below Applying GORE TEX Paper to Probe Note Optionally COPACO paper can be used in lieu of the spacer Recommended adhesive is Adhesive Varnish P80 from Elentas Beck E...

Page 38: ...ip in a Shell Form Transformer If probes will be installed in the shell form transformer use the following installation procedure Tape the probe tip directly onto the winding conductor in the hottest...

Page 39: ...n white PFA Teflon wrapper portion 5 Ensure the fiber optic probe is not crushed or pinched when the next coils are laid on top of the coil on which the probe is wrapped 6 Test the probes during each...

Page 40: ...that sudden movement of the transformer windings for example caused by a changing load does not snap the fiber 3 5 Installing the Tank Wall Adapter Plate The adapter plate assembly has four to sixtee...

Page 41: ...r plate inside an enclosure box such as a NEMA 12 box which can also house other equipment Sample NEMA 12 Box Enclosure for Tank Wall Plate Assembly Optional The adapter plate and NEMA box enclosure k...

Page 42: ...nk wall penetrators To assemble the probe at the TWP inside the transformer 1 Insert the probe side SMA type connector with the lock nut into the TWP feed through Ensure the Viton O ring located on th...

Page 43: ...y connectors Connecting a power source to the LumaSMART Each LumaSMART controller is type tested to meet or exceed the requirements of IEEE C37 90 1 2002 LumaSMART Controller with Added FOT and Relay...

Page 44: ...wrench RedHead stud anchors Washers Test Equipment None required Consumable Materials None required 4 1 1 Installing the Wall Mount LumaSMART Controller The wall mount LumaSMART controller is designe...

Page 45: ...es for drilling 3 Drill using an 8 mm 5 16 in drill bit or tap the four holes in the wall upon which the LumaSMART is to be mounted matching the hole pattern drawing included with your system 4 Mount...

Page 46: ...t of the cable to direct sunlight This can cause the cable to prematurely age Do not pull the fiber optic cable through the conduit by using the connector When pulling the fiber optic cable through ju...

Page 47: ...1 through Channel 4 LumaSMART Controller FOT Connections Front Facing Upward 4 Store the excess fiber optic cable in 152 5 mm 6 in diameter loops 4 3 Installing the Electrical Wiring The following ar...

Page 48: ...cable must be at least 20 AWG and UL 1061 300V 80C approved Be sure to wire the ground to the system s screw The LumaSMART system requires that there be a circuit breaker on the power line that feeds...

Page 49: ...he cable shield must cover the entire length of the cable The only permissible unshielded portion of the cable is the few inches needed to break out the signal wires and terminated them to their respe...

Page 50: ...orm C Relay in Deenergized Off State Form C Relay in Energized On State System Status Relay This relay provides an indication of overall LumaSMART health This relay is operated in a FailSafe mode mean...

Page 51: ...tus Relay History 4 3 4 Optional Communication Wiring The Ethernet connector is the normal standard Shielded Ethernet cable must be used By default the IP address for the Ethernet connection is set to...

Page 52: ...robe Signal Strength To test the probe signal strength 1 From the Home Channels screen of the LumaSMART touchscreen interface press the View Signal Strength button 2 A list of all channels and their p...

Page 53: ...for more setup information To set the speed of temperature channel rotation for this screen and the time before the backlight turns off go to Menu Display See Section 5 2 4 Display for more informati...

Page 54: ...s not connected properly or broken N C is shown if the module monitoring the probe has failed DSBL is displayed when the operator has disabled a temperature sensor View All Temperatures Screen When a...

Page 55: ...ny time click the Main Menu button Set Up Contains menus allowing you to configure Transformer Information Relay and Control Date and Time Analog Outputs Administrator Tools and Channel Setup A passwo...

Page 56: ...or Tools Allows you to download firmware set the authentication code for the Setup menu and or the Administrator Tools menu check the inventory data and export error logs to check configuration settin...

Page 57: ...ur transformer including Transformer Name Insulation Class Transformer Type Service Year of Manufacture Conductor Material Kind of Transformer Tank Withstanding Pressure Standard Tank Design for Full...

Page 58: ...The selection menu will disappear and the Time Zone window should show the specified selection If the selected Time Zone supports daylight savings time the label Automatically adjust clock for dayligh...

Page 59: ...rieved from a USB thumb drive Note The thumb drive should be supplied from LumaSense Using a non approved thumb drive can allow viruses to infect the LumaSmart ALWAYS scan the thumb drive on a PC with...

Page 60: ...x number associated with each FOT Serial Port of type should be RS485 Note this references Txd Txd pins of the Serial Connector NOT the Rxd Txd pins of the dedicated RS232 port see Section 4 3 4 Optio...

Page 61: ...the Setup menu is 12345 It is strongly recommended that you change your authentication code from the default to a unique code for added security If you lose your authentication code contact LumaSense...

Page 62: ...relay will be turned back on Traveling Deenergized test 3 All relays will be Deenergized 4 One at a time each relay will be turned on and the previous relay will be turned back off Traveling Energize...

Page 63: ...requirement assuming there is no more than 30 days of power loss Note If the LumaSMART controller undergoes a power cycle outage after the battery is depleted the system date will revert to year 2003...

Page 64: ...ergized on state when the Restore Setpoint condition is met See Section 4 3 3 Relay Output Wiring Figure Form C Relay in Energized On State And the relay switches to the Deenergized off state when the...

Page 65: ...ch the relay will go into its Non Normal state If configured as Normally Energized it will De energize See Section 4 3 3 Relay Output Wiring Figure Form C Relay in Deenergized Off State If configured...

Page 66: ...el Screen The Analog Output Current Limit indicates the option that was selected when the system was ordered you cannot change this selection You can fine tune the current and temperature ranges using...

Page 67: ...Enabled or Disabled to enable or disable the channel The button will turn green to indicate your selection 4 Press Save before leaving the screen to apply your changes It is advisable to disable chann...

Page 68: ...Caution Battery replacement should only be performed by authorized personnel There is danger of explosion if the battery is mishandled or incorrectly replaced Replace the battery only with one of the...

Page 69: ...ght to Turn Off to increase or decrease the amount of time before the backlight dims Use the slider to the right of Brightness Control to adjust the brightness of the screen Setting the backlight to d...

Page 70: ...drive is stored in the directory DataLog This directory consists of folders representing a year inside the year folders there are months and inside the month folders you will find the specific day of...

Page 71: ...Section 5 2 6 3 to Erase Data Log information See Section 5 2 6 7 establish and setup the Communication RS485 Ethernet and associated Protocols Modbus IEC61850 DNP3 See Section 5 2 6 4 for a general...

Page 72: ...5 2 1 4 for Relay Setup and Control screen are correct Relay Testing and Simulation Screen Though it is highly recommended that actual sensors or phosphor probes are used since they actually verify t...

Page 73: ...SB thumb drive for analysis by remotely located service personnel When selected the monitor screen will provide a drop down menu on the upper left side of the screen Press anywhere on the dropdown men...

Page 74: ...aSmart controller maintains an xml encoded file that contains all of the customizable configuration information of the LumaSMART This selection allows the contents to be viewed and the file exported Y...

Page 75: ...k the selection for Plot Temperature and or Plot Signal Strength 4 Press Exit to leave the graphing function and return to the LumaSMART screen 5 Press Press to View Temp Time Graph for Selected Day t...

Page 76: ...Log Viewer Zoomed View When zoomed the Temperature and Time scales will automatically adjust for the selected view Note After zooming in on an area you can continue to zoom in by repeating the Highli...

Page 77: ...ace The protocol support described in this section does not affect the RS232 ASCII operation The available options include Protocol RS485 Ethernet TCP IP ASCII Available Not Available Modbus RTU Avail...

Page 78: ...during which time the system will be unavailable Setup RS485 Interface Parameters Regardless of protocol the RS485 is a serial interface and therefore the following characteristics are settable Bits...

Page 79: ...red RS485 or TCP IP 2 Setup RS485 Interface Parameters or Setup TCP IP Ethernet Interface Parameters depending on the selected interface See Section 5 2 6 7 3 Press the Device ID EDIT button to set th...

Page 80: ...the displayed values are as desired press Save to store the values Setup IEC61850 over Ethernet TCP IP 1 Select Interface as TCP IP 2 Setup TCP IP Ethernet Interface Parameters See Section 5 2 5 7 3 A...

Page 81: ...een setup for 00 15229 216 LumaSMART 16 Channels 16 relay 4 20 mA analog output If your LumaSMART is of a different configuration then the Modbus Poll configuration will need to be modified to limit t...

Page 82: ...need to be reconfigured to use the TCP IP interface as well The results would be the same Modbus Poll screen 6 2 Configuring the Modbus Poll program on a PC 1 Open the Modbus Poll software 2 Click on...

Page 83: ...ing configuration and control of the LumaSMARTcontroller through the Modbus Protocol 6 3 1 Read Coils 0x01 In this example the coil status is shown as Coil Status A value of 1 indicates that the relay...

Page 84: ...they are based on the manufacturing configuration model of the LumaSMART 6 3 3 Holding Registers 0x03 0x06 0x16 This function is used to read and write different parameters regarding the configuration...

Page 85: ...ing at register 64 as partially show below Relay Setup Note All fields are 16 bits All are treated as Signed Int 16 EXCEPT Relay x Channels B which is a bit mapped to the selection of the input temper...

Page 86: ...read only They provide access to probe information and other system level values as follows 1 Temperature Reading and Signal Strength level These are grouped in sets of 2 entries for each channel Vie...

Page 87: ...tup as follows 1 Enabled Normally Deenergized 2 Alarm set point set to 35 C 3 Restore set point to 25 C 4 Temperature monitoring channels 4 through 6 will drive the relay control 5 The logic will be s...

Page 88: ...hannels 4 5 and 6 were set make sure that the associated input probe channels are enabled Checking the registers for Relay 5 shows that the desired values are stored You can also verify by reviewing t...

Page 89: ...ool 6 Status for Relay 6 1 Energized 0 Deenergized Binary Bool 7 Status for Relay 7 1 Energized 0 Deenergized Binary Bool 8 Status for Relay 8 1 Energized 0 Deenergized Binary Bool 9 Status for Relay...

Page 90: ...gister Table 8 Modbus Holding Register Address 0x03 Read Holding Registers 0x06 Write Single Register 0x16 Write Multiple Registers Data Type 0 Analog Output FOT 1 Minimum Current Int16 FOT 1 Channels...

Page 91: ...rgized 2 Normally Energized Int16 Relay 1 65 Alarm Set Point for Relay 1 Int16 66 Restore Set Point for Relay 1 Int16 67 Channels Driving Relay 1 MSB CH16 LSB CH1 Int16 Bit Mapped 68 Control Setting f...

Page 92: ...0 Disabled 1 Normally Deenergized 2 Normally Energized Int16 Relay 4 80 Alarm Set Point for Relay 4 Int16 81 Restore Set Point for Relay 4 Int16 82 Channels Driving Relay 4 MSB CH16 LSB CH1 Int16 Bit...

Page 93: ...Disabled 1 Normally Deenergized 2 Normally Energized Int16 Relay 7 95 Alarm Set Point for Relay 7 Int16 96 Restore Set Point for Relay 7 Int16 97 Channels Driving Relay 7 MSB CH16 LSB CH1 Int16 Bit Ma...

Page 94: ...bled 1 Normally Deenergized 2 Normally Energized Int16 Relay 10 110 Alarm Set Point for Relay 10 Int16 111 Restore Set Point for Relay 10 Int16 112 Channels Driving Relay 10 MSB CH16 LSB CH1 Int16 Bit...

Page 95: ...isabled 1 Normally Deenergized 2 Normally Energized Int16 Relay 13 125 Alarm Set Point for Relay 13 Int16 126 Restore Set Point for Relay 13 Int16 127 Channels Driving Relay 13 MSB CH16 LSB CH1 Int16...

Page 96: ...larm Set Point for Relay 16 Int16 141 Restore Set Point for Relay 16 Int16 142 Channels Driving Relay 16 MSB CH16 LSB CH1 Int16 Bit Mapped 143 Control Setting for Relay Number 16 2 OR Logic 1 AVG Logi...

Page 97: ...CD AB Channel 7 26 27 Probe Signal Strength Channel 7 Float CD AB 28 29 Temperature of Channel 8 Float CD AB Channel 8 30 31 Probe Signal Strength Channel 8 Float CD AB 32 33 Temperature of Channel 9...

Page 98: ...15 58 59 Probe Signal Strength Channel 15 Float CD AB 60 61 Temperature of Channel 16 Float CD AB Channel 16 62 63 Probe Signal Strength Channel 16 Float CD AB 64 127 Reserved for future expansion 12...

Page 99: ...m o ucrbPROBESIGSTRN Probe Signal Strength Note bcrb reports are buffered ucrb reports are unbuffered For timestamp accuracy use the values in the payload data associated with each individual node rat...

Page 100: ...figuring IEC 61850 in LumaSMART and TMW Hammer To configure the IEC 61850 Protocol in LumaSMART 1 Press Menu Diagnostic Communication Protocols 2 Enter your password when prompted 3 Select the TCP IP...

Page 101: ...for LumaSMART is IEC61850 Test Setup Screen For the TMW Hammer the configuration screens are TMW Hammer Test Setup Screen Note The configurations between the two screens match Furthermore the TMW Hamm...

Page 102: ...maSMART and TMW Hammer are configured to communicate that you have the proper electrical connections and the configuration integrity of LAN network correct Unsuccessful 61850 Connection If the Status...

Page 103: ...ating to Relay 4 node R4CSWI4 where 4 in the relay number You will find additional fields to expand below this relay as shown below Note The values in this window are static and do not automatically r...

Page 104: ...ly Refresh the information Once the relay is configured associate the temperature channels that will drive the relay function Associated with each relay branch is a set of ChnXStat controls as shown b...

Page 105: ...indicating energized By changing the entry R4CSWI4 RelCfg ctlVal to 2 which specifies Normally Energized the relay should flip its state and indicate 7 5 Report Control 1 There are 5 types of reports...

Page 106: ...re reading will display as 999 999 In the above example channel 3 is disabled 7 6 IEC61580 Channel Temperature Alarm The 61850 protocol allows you to set a unique temperature alarm for each channel an...

Page 107: ...to the buffered report bcrbCHANTMPALRM Report 1 Set the alarm threshold set the value in LumaSMARTQ CH5STMP5 TmpAlmSpt setMag i to 40 C 2 degrees above Reference Temperature 2 Read the alarm status in...

Page 108: ...Example for Channel 4 alarm 1 Read the present Signal Strength of Channel 4 in CH5STMP5 SigStrnAlrmSetPt mxVal i Presently 98 2 Set the alarm threshold value in CH5STMP5 SigStrnAlrmSetPt ctlVal i to...

Page 109: ...n q Validity Good Validity Invalid t Health Channel Health stVal q Validity Good Validity Invalid t NamPlt Name Plate vendor LumaSense Technologies Inc swRev d Channel Name Note Can only be set locall...

Page 110: ...Proble Channel Enable Value stVal Present Status q t SigStrnAlrmSetPt Signal Strength Alarm Setpoint Note IEC61850 only Effects CHxSTMPx SigStrnAlrm stVal and therefore bcrbCHANTMPALRM Note IEC61850 o...

Page 111: ...Name description Note Value can only be set locally at the LumaSmart Pos stVal Present Status of the System Status Relay Position Note Also shown in report bcrbRELAYSTAT RxCSWIx Pos stVal q Validity...

Page 112: ...Note Set True if this Temperature Channel is to be used to control this Relay stVal Present Inclusion status 7 8 3 IEC61850 FOT Setup and Status Monitoring Note Max value depends on the LumaSMART con...

Page 113: ...emperature for Probe Current Calculation setMag f Enter Temperature associated with specified Lowest Current value Note See Lowest Current Value above HighTemp Highest Temperature for Probe Current Ca...

Page 114: ...ty Good Validity Invalid t ctlModel 7 8 5 IEC61850 General System Configuration Information Table 14 IEC61850 General System Configuration Information FRVCSWI1 General System Configuration information...

Page 115: ...eport Control bcrbTEMPMEAS C or F LLN0 Report Control bcrb RELAYSTAT On Off CH1STMP1 Tmp mag f R1CSWI1 Pos stVal CH2STMP2 Tmp mag f R2CSWI2 Pos stVal CH3STMP3 Tmp mag f R3CSWI3 Pos stVal CH4STMP4 Tmp...

Page 116: ...STMP11 SigStrnAlrm stVal CH12STMP12 Alm stVal CH12STMP12 SigStrnAlrm stVal CH13STMP13 Alm stVal CH13STMP13 SigStrnAlrm stVal CH14STMP14 Alm stVal CH14STMP14 SigStrnAlrm stVal CH15STMP15 Alm stVal CH15...

Page 117: ...a different configuration then the test configuration will have to be modified to limit the register access to the bounds of the LumaSMART you are using Number of Temperature channels relays etc Pleas...

Page 118: ...P 1 Press Menu Diagnostic Communication Protocols 2 Enter your password when prompted 3 Setup of the communication interface and protocol combinations as shown below Communications and Protocol Setup...

Page 119: ...the RS485 interface The results would be the same 8 2 Testing Harness Window Components The following screenshot shows the Test Harness software main window after a connection is established You can m...

Page 120: ...lose DNP3 Command Selection Window The following screenshot shows the data window and is used to view the data from the LumaSMART The upper left box is used to select what classification of data is to...

Page 121: ...hout having to invoke a status Integrity Data Poll after each LumaSMART configuration change Select the Enable Disable Unsolicited Messages command and press Once Enable Unsolicited Reports The Data W...

Page 122: ...ation includes Numbers 0 4 are system configuration associated with the capabilities of the LumaSMART model Number 5 is the System Status Relay state On is the default non alarm state Numbers 6 21 are...

Page 123: ...apping at the end of the section The information includes the enable disable state for each temperature sensing channel Here all shown as 1 Enabled For systems that do not have 16 channels the associa...

Page 124: ...rs 0 15 are mapped Channel numbers 1 16 4 Select the action to take in the Control Code loff to disable lon to enable 5 Press Once 6 Verify that the desired Relay changed in the Data View window 7 Che...

Page 125: ...g followed by the Signal Strength of the same channel Channels that are not installed will show as Offline Number 32 indicates the number of FOT modules installed in the system Number 33 indicates the...

Page 126: ...lled Relays As showing by example in the following sections these entries can be modified to control the configuration of the current loop outputs of the FOT s and the setup values to the relays 8 7 1...

Page 127: ...t the Point Number to the desired value to change see Section 8 8 DNP3 Resister Map 4 Set the Variation to Long 5 Set the Value to the desired value 6 Press Once After the following sequence 1 Point N...

Page 128: ...n for this parameter to review the change LumaSMART Analog Output Channel screen 8 7 2 Configuring Relay Operation The follow shows default entries for the Relay Control variables This is not the comp...

Page 129: ...perature Logic Or Avg Temperature Channel Inputs for Relay In the following example we will set the Control for Relay 6 as follows Normally Deenergized Alarm Setpoint of 35 C Restore Setpoint of 25 C...

Page 130: ...Variation long Value 112 Once The new values in the Data Window should reflect the changes as Data Window reflecting changes View the LumaSMART screen for this parameter to review the change LumaSMAR...

Page 131: ...ary Bool 5 Status for Channel Number 6 1 Enable 0 Disable Binary Bool 6 Status for Channel Number 7 1 Enable 0 Disable Binary Bool 7 Status for Channel Number 8 1 Enable 0 Disable Binary Bool 8 Status...

Page 132: ...Relay 1 1 Energized On 0 Deenergized Off Binary Bool 7 Status for Relay 2 1 Energized On 0 Deenergized Off Binary Bool 8 Status for Relay 3 1 Energized On 0 Deenergized Off Binary Bool 9 Status for Re...

Page 133: ...DNP 3 Analog Output Map Table 20 DNP 3 Analog Output Map PointId Parameter Data Type 0 Analog Output FOT 1 Minimum Current Uint32 FOT 1 1 Analog Output FOT 1 Maximum Current Uint32 2 Analog Output FOT...

Page 134: ...elay 2 22 Alarm Setpoint for Relay 2 Uint32 23 Restore Setpoint for Relay 2 Uint32 24 Logic for Relay 2 2 OR 1 AVG 0 None Uint32 25 Channel Temperature Inputs for Relay 2 Bit Mapped Bit 15 Channel 16...

Page 135: ...0 Disabled 1 Normally DeEnergized 2 Normally Energized Uint32 Relay 7 47 Alarm Setpoint for Relay 7 Int32 48 Restore Setpoint for Relay 7 Int32 49 Logic for Relay 7 2 OR 1 AVG 0 None Uint32 50 Channel...

Page 136: ...Disabled 1 Normally DeEnergized 2 Normally Energized Uint32 Relay 12 72 Alarm Setpoint for Relay 12 Int32 73 Restore Setpoint for Relay 12 Int32 74 Logic for Relay 12 2 OR 1 AVG 0 None Uint32 75 Chan...

Page 137: ...e 21 DNP 3 Binary Input Map PointId Parameter Data Type 0 Temperature value for Channel 1 Float 1 Signal Strength for Channel 1 Float 2 Temperature value for Channel 2 Float 3 Signal Strength for Chan...

Page 138: ...h for Channel 13 Float 26 Temperature value for Channel 14 Float 27 Signal Strength for Channel 14 Float 28 Temperature value for Channel 15 Float 29 Signal Strength for Channel 15 Float 30 Temperatur...

Page 139: ...data reports export them from the LumaSMART controller through the interface port or by exporting them onto a thumb drive via the USB port See Section 5 2 5 Data Log Export for more information on ex...

Page 140: ...e Data Manager always sends the oldest data report first The LumaSMART controller ignores user commands The LumaSMART controller does not send real time 10 second data reports However it still saves t...

Page 141: ...are set to ASCII they will only send real time data and do not accept command inputs Code Description rtrv Retrieves x number of data reports 10 1 Command Rules Syntax and Returns All user commands m...

Page 142: ...00 06 44 DSBL 39 46 38 99 38 39 11000110000001001 TIME 00 07 44 DSBL 39 52 38 97 38 37 11000110000001001 TIME 00 08 44 DSBL 39 49 38 98 38 39 11000110000001001 TIME 00 09 44 DSBL 39 47 38 97 38 35 11...

Page 143: ...maSMART Access Panel for the Battery Warning Battery replacement should only be performed by authorized personnel There is danger of explosion if the battery is mishandled or incorrectly replaced Repl...

Page 144: ...loves or other protection when handling the new battery as finger prints can reduce the battery s life span 5 Replace all panels and cables and bring the system back online 6 Using the touchscreen nav...

Page 145: ...ne Gordon Mills Way PO Box 903 St Johnsbury VT 05819 0903 USA www weidmann com web content is in German Elentas Beck Electrical Insulation Adhesive Varnish P80 Gro mannstr 105 20539 Hamburg Germany ww...

Page 146: ...r 96 Table 10 IEC61850 Temperature Channel Control and Supervision 109 Table 11 IEC61850 Relay Channel Control and Supervision 111 Table 12 IEC61850 FOT Setup and Status Monitoring 112 Table 13 IEC618...

Page 147: ...ptic Cable Handling Precautions 33 46 Handling the Fiber 32 Installing the External Fiber Optic Extension Cable 46 Fiber Optic Thermometer Module 15 Firmware Updates 55 FOT Connections 15 FOT Installa...

Page 148: ...uest 10 Setpoint 13 Shell Form Transformer 30 38 Shipments to LumaSense for Repair 10 Software Channels Home 53 Diagnostics 71 Communications and Protocol 71 Relay Testing Simulations 71 Sensor Channe...

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