Siemens SITRANS FEC920 User Manual Download Page 180

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Parameter path

Description

Type

Hex

Dec

Resolution

FEC920: USER GUIDE

Page 172

September 18

VirtualChannel.13.Alarm1.Acknowledgement

1 = alarm acknowledged

bool

2250

8784

Not applicable

VirtualChannel.13.Alarm1.Active

1 = alarm source active, or safe but not ack’d

bool

224b

8779

Not applicable

VirtualChannel.13.Alarm1.Amount

Rate-of-change alarm ‘Amount’

float32

2248

8776

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm1.AverageTime

Rate-of-change alarm ‘Average time’

time_t

224a

8778

Set by Network.Modbus.TimeFormat

VirtualChannel.13.Alarm1.Block

0 = Blocking alarms off; 1 = Blocking alarms on

uint8

2242

8770

Not applicable

VirtualChannel.13.Alarm1.ChangeTime

Rate-of-change alarm ‘Change Time’

uint8

2249

8777

Not applicable

VirtualChannel.13.Alarm1.Deviation

Deviation alarm ‘Deviation Value’

float32

2247

8775

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm1.Dwell

Alarm dwell time

time_t

2245

8773

Set by Network.Modbus.TimeFormat

VirtualChannel.13.Alarm1.Hysteresis

Alarm hysteresis value

float32

2244

8772

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm1.Inhibit

1 = alarm inhibited

bool

2251

8785

Not applicable

VirtualChannel.13.Alarm1.Inactive

1 = alarm source safe and ack’d (if necessary)

bool

224e

8782

Not applicable

VirtualChannel.13.Alarm1.Latch

As VirtualChannel1.Alarm1.Latch

uint8

2241

8769

Not applicable

VirtualChannel.13.Alarm1.NotAcknowledged

1 = alarm has not been acknowledged

bool

224f

8783

Not applicable

VirtualChannel.13.Alarm1.Reference

Deviation alarm ‘Reference’ value

float32

2246

8774

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm1.Status

As VirtualChannel1.Alarm1.Status

uint8

0152

338

Not applicable

VirtualChannel.13.Alarm1.Threshold

Alarm trigger threshold

float32

2243

8771

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm1.Type

As VirtualChannel1.Alarm1.Type

uint8

2240

8768

Not applicable

VirtualChannel.13.Alarm2.Acknowledge

1 = acknowledge alarm

bool

01d9

473

Not applicable

VirtualChannel.13.Alarm2.Acknowledgement

1 = alarm acknowledged

bool

2270

8816

Not applicable

VirtualChannel.13.Alarm2.Active

1 = alarm source active, or safe but not ack’d

bool

226b

8811

Not applicable

VirtualChannel.13.Alarm2.Amount

Rate-of-change alarm ‘Amount’

float32

2268

8808

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm2.AverageTime

Rate-of-change alarm ‘Average time’

time_t

226a

8810

Set by Network.Modbus.TimeFormat

VirtualChannel.13.Alarm2.Block

0 = Blocking alarms off; 1 = Blocking alarms on

uint8

2262

8802

Not applicable

VirtualChannel.13.Alarm2.ChangeTime

Rate-of-change alarm ‘Change Time’

uint8

2269

8809

Not applicable

VirtualChannel.13.Alarm2.Deviation

Deviation alarm ‘Deviation Value’

float32

2267

8807

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm2.Dwell

Alarm dwell time

time_t

2265

8805

Set by Network.Modbus.TimeFormat

VirtualChannel.13.Alarm2.Hysteresis

Alarm hysteresis value

float32

2264

8804

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm2.Inactive

1 = alarm source safe and ack’d (if necessary)

bool

226e

8814

Not applicable

VirtualChannel.13.Alarm2.Inhibit

1 = alarm inhibited

bool

2271

8817

Not applicable

VirtualChannel.13.Alarm2.Latch

As VirtualChannel1.Alarm1.Latch

uint8

2261

8801

Not applicable

VirtualChannel.13.Alarm2.NotAcknowledged

1 = alarm has not been acknowledged

bool

226f

8815

Not applicable

VirtualChannel.13.Alarm2.Reference

Deviation alarm ‘Reference’ value

float32

2266

8806

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm2.Status

As VirtualChannel1.Alarm1.Status

uint8

0153

339

Not applicable

VirtualChannel.13.Alarm2.Threshold

Alarm trigger threshold

float32

2263

8803

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Alarm2.Type

As VirtualChannel1.Alarm1.Type

uint8

2260

8800

Not applicable

VirtualChannel.13.Main.Descriptor

Virtual Channel descriptor

string_t

4c44

19524

Not applicable

VirtualChannel.13.Main.Disable

1 = Virtual channel disabled

bool

2223

8739

Not applicable

VirtualChannel.13.Main.HighCutOff

The highest input value that will be totalised/counted

float32

2205

8709

Set by VirtualChannel.13.Main.Resolution

VirtualChannel.13.Main.Input1

Input 1 value

float32

2207

8711

Set by VirtualChannel.13.Main.Resolution

VirtualChannel.13.Main.Input2

Input 2 value

float32

2208

8712

Set by VirtualChannel.13.Main.Resolution

VirtualChannel.13.Main.LowCutOff

The lowest input value that will be totalised/counted

float32

2204

8708

Set by VirtualChannel.13.Main.Resolution

VirtualChannel.13.Main.ModbusInput

Modbus input value

float32

2206

8710

Set by VirtualChannel.13.Main.Resolution

VirtualChannel.13.Main.Operation

As VirtualChannel1.Main.Operation

uint8

2201

8705

Not applicable

VirtualChannel.13.Main.Period

The time period over which the calculation is made

int32

220a

8714

Not applicable

VirtualChannel.13.Main.Preset

Initiate preset. 0 = No; 1 = Yes

bool

220c

8716

Not applicable

VirtualChannel.13.Main.PresetValue

The Preset value

float32

220d

8717

Set by VirtualChannel.13.Main.Resolution

VirtualChannel.13.Main.PV

The virtual channel output value

float32

0150

336

Set by VirtualChannel.13.Main.Resolution

VirtualChannel.13.Main.Reset

Initiate reset. 0 = No; 1 = Yes

bool

220b

8715

Not applicable

VirtualChannel.13.Main.Resolution

Number of decimal places (0 to 6)

uint8

2202

8706

Not applicable

VirtualChannel.13.Main.Rollover

A pulse signal to indicate PV (output) has just rolled over

bool

2211

8721

Not applicable

VirtualChannel.13.Main.RolloverValue

Rollover value

float32

2212

8722

Set by VirtualChannel.13.Main.Resolution

VirtualChannel.13.Main.Status

As VirtualChannel1.Main.Status

uint8

0151

337

Not applicable

VirtualChannel.13.Main.TimeRemaining

Time remaining before the calculation is made

time_t

2209

8713

Set by Network.Modbus.TimeFormat

VirtualChannel.13.Main.Trigger

Increment/decrement counter. 0 = No; 1 = Yes

bool

220e

8718

Not applicable

VirtualChannel.13.Main.Type

As VirtualChannel1.Main.Type

uint8

2200

8704

Not applicable

VirtualChannel.13.Main.Units

Units descriptor

string_t

4c59

19545

Not applicable

VirtualChannel.13.Main.UnitsScaler

Units scaler for totalisers

float32

2203

8707

1dp

VirtualChannel.13.Trend.Colour

As VirtualChannel1.Trend.Colour

uint8

2220

8736

Not applicable

VirtualChannel.13.Trend.SpanHigh

Specifies the highest PV (output value) to be displayed

float32

2222

8738

Same as VirtualChannel.13.Main.PV

VirtualChannel.13.Trend.SpanLow

Specifies the lowest PV (output value) to be displayed

float32

2221

8737

Same as VirtualChannel.13.Main.PV

VirtualChannel.14.Alarm1.Acknowledge

1 = acknowledge alarm

bool

01da

474

Not applicable

VirtualChannel.14.Alarm1.Acknowledgement

1 = alarm acknowledged

bool

22d0

8912

Not applicable

VirtualChannel.14.Alarm1.Active

1 = alarm source active, or safe but not ack’d

bool

22cb

8907

Not applicable

VirtualChannel.14.Alarm1.Amount

Rate-of-change alarm ‘Amount’

float32

22c8

8904

Same as VirtualChannel.14.Main.PV

VirtualChannel.14.Alarm1.AverageTime

Rate-of-change alarm ‘Average time’

time_t

22ca

8906

Set by Network.Modbus.TimeFormat

VirtualChannel.14.Alarm1.Block

0 = Blocking alarms off; 1 = Blocking alarms on

uint8

22c2

8898

Not applicable

VirtualChannel.14.Alarm1.ChangeTime

Rate-of-change alarm ‘Change Time’

uint8

22c9

8905

Not applicable

VirtualChannel.14.Alarm1.Deviation

Deviation alarm ‘Deviation Value’

float32

22c7

8903

Same as VirtualChannel.14.Main.PV

VirtualChannel.14.Alarm1.Dwell

Alarm dwell time

time_t

22c5

8901

Set by Network.Modbus.TimeFormat

VirtualChannel.14.Alarm1.Hysteresis

Alarm hysteresis value

float32

22c4

8900

Same as VirtualChannel.14.Main.PV

VirtualChannel.14.Alarm1.Inactive

1 = alarm source safe and ack’d (if necessary)

bool

22ce

8910

Not applicable

VirtualChannel.14.Alarm1.Inhibit

1 = alarm inhibited

bool

22d1

8913

Not applicable

VirtualChannel.14.Alarm1.Latch

As VirtualChannel1.Alarm1.Latch

uint8

22c1

8897

Not applicable

VirtualChannel.14.Alarm1.NotAcknowledged

1 = alarm has not been acknowledged

bool

22cf

8911

Not applicable

VirtualChannel.14.Alarm1.Reference

Deviation alarm ‘Reference’ value

float32

22c6

8902

Same as VirtualChannel.14.Main.PV

VirtualChannel.14.Alarm1.Status

As VirtualChannel1.Alarm1.Status

uint8

0156

342

Not applicable

VirtualChannel.14.Alarm1.Threshold

Alarm trigger threshold

float32

22c3

8899

Same as VirtualChannel.14.Main.PV

VirtualChannel.14.Alarm1.Type

As VirtualChannel1.Alarm1.Type

uint8

22c0

8896

Not applicable

VirtualChannel.14.Alarm2.Acknowledge

1 = acknowledge alarm

bool

01db

475

Not applicable

VirtualChannel.14.Alarm2.Acknowledgement

1 = alarm acknowledged

bool

22f0

8944

Not applicable

A5E45696052A Rev-AA

Summary of Contents for SITRANS FEC920

Page 1: ...Flow Energy Calculator FEC920 User Guide A5E45696052A Rev AA September 2018 ...

Page 2: ...ipment to which the document relates without prior written permission of the manufacturer The manufacturer pursues a policy of continuous development and product improvement The specifications in this document may therefore be changed without notice The information in this document is given in good faith but is intended for guidance only The manufacturer will not accept responsibility for any loss...

Page 3: ...8838 Printable version of iTools Help HA025464 EMC installation guidelines HA027962 Printable version of Review Help Software effectivity This manual refers to instruments fitted with software version 8 0x Software versions 2 20 onwards are backwards compatible so that it can be used on all hardware versions of the unit Previous software versions are not compatible with instruments with hardware s...

Page 4: ... 2 7 4 DHCP 6 2 7 5 SNTP 7 2 7 6 ModBus 7 2 7 7 HTTP Web Server 7 2 7 8 UHH Navigator 7 2 7 9 Ethernet IP 7 2 7 10 BACnet 7 2 8 DECOMMISSIONING 7 3 INTRODUCTION 8 3 1 UNPACKING THE INSTRUMENT 8 4 INSTALLATION 9 4 1 MECHANICAL INSTALLATION 9 4 1 1 Installation Procedure 9 4 1 2 Demounting 9 4 1 3 Removing the Instrument from its Sleeve 10 4 2 ELECTRICAL INSTALLATION 12 4 2 1 Termination details 12 ...

Page 5: ... 1 5 Upgrade 51 6 1 6 Security menu 53 6 1 7 I O fitted 56 6 1 8 Save Restore 56 6 1 9 Input adjust 57 6 1 10 Output adjust 60 6 1 11 User Accounts Auditor 61 6 2 NETWORK MENU 62 6 2 1 Interface 63 6 2 2 Archiving 64 6 2 3 FTP Server 66 6 2 4 Modbus TCP 67 6 2 5 BACnet 68 6 3 GROUP CONFIGURATION 68 6 3 1 Group Trend configuration 69 6 3 2 Group Recording configuration 69 6 4 INPUT CHANNEL CONFIGUR...

Page 6: ...Parameters 110 6 16 2 Timer modes 111 6 17 USER VALUES 113 6 17 1 Parameters 113 6 18 ALARM SUMMARY 113 6 19 REAL TIME EVENT CONFIGURATION 113 7 MODBUS TCP SLAVE COMMS 115 7 1 INSTALLATION 115 7 2 INTRODUCTION 115 7 2 1 Function Codes 115 7 2 2 Data types 116 7 2 3 Invalid multiple register writes 116 7 2 4 Master communications timeout 116 7 2 5 Non volatile parameters in EEPROM 116 7 3 PARAMETER...

Page 7: ...DIGITAL INPUTS 212 A6 DC OUTPUTS 212 A7 BLOCKS SUPPORTED 212 A7 1 Toolkit Blocks 212 Appendix B REFERENCE 213 B1 BATTERY 213 B2 SETTING UP AN FTP SERVER USING FILEZILLA 214 B2 1 Downloading 214 B2 2 Server Setup 216 B2 3 PC Setup 217 B2 4 Recorder Controller Setup 218 B2 5 Archive Activity 218 B3 FUNCTION BLOCK DETAILS 219 B3 1 Eight Input OR Block 219 B4 TCP PORT NUMBERS 220 B5 ISOLATION DIAGRAM ...

Page 8: ...FEC920 USER GUIDE September 18 Page vi C1 14 DHCP Support 228 C1 15 Network Protocols 228 C1 16 Languages 228 Index 229 List of Contents Cont Section Page A5E45696052A Rev AA ...

Page 9: ...rounding the temperature sensor shield Where it is common practice to replace the temperature sensor whilst the instrument is live it is recommended that the shield of the temperature sensor be grounded to safety earth as an additional protection against electric shock Warning The instrument must not be wired to a three phase supply with an unearthed star connection because under fault conditions ...

Page 10: ... if any of the I O circuits are connected to hazardous voltages The protective earth connection must always be the first to be connected and the last to be disconnected Wiring must comply with all local wiring regulations e g in the UK the latest IEEE wiring regulations BS7671 and in the USA NEC class 1 wiring methods 10 Signal and supply voltage wiring should be kept separate from one another Whe...

Page 11: ... quality screened cable must be used The total length of USB cable between the device and the USB port must not exceed 3m 10ft 4 Most barcode readers and keyboards are not designed for use in industrial EMC environments and their operation in such environments may result in impaired performance of the recorder controller 1 2 32 BIT RESOLUTION Floating point values are stored in IEEE 32 bit single ...

Page 12: ...20 2 4 1 Principle of Secure by Default Some of the digital communication features on the FEC920 can provide greater convenience and ease of use particularly in regards to initial configuration but also can potentially make the controller more vulnerable For this reason some of these features are turned off by default In particular ID061 the BACnet port is closed unless the BACnet option is enable...

Page 13: ...he control strategy rather than the Ethernet If this algorithm is activated a message will be entered into the History 2 4 4 2 Broadcast Storm protection A broadcast storm is a condition which may be created by cyberattack spurious network messages are sent to devices which cause them to respond with further network messages in a chain reaction that escalates until the network is unable to transpo...

Page 14: ...ne manually or by using the password expiry feature 2 7 2 FTP Server Up to two external FTP servers can be configured The FEC920 will then connect to these servers as an FTP client and push archive files to the servers Threat mitigation as for FTP Client 2 7 3 ICMP ping The FEC920 will respond to a ping to aid network diagnostics To mitigate threats 1 Physically protect access to subnet s in use 2...

Page 15: ...gate threats 1 Physically protect access to subnet s in use 2 Firewall to block TCP port 50010 2 7 9 Ethernet IP To mitigate threats 1 Physically protect access to subnet in use 2 Firewall to block TCP port 2222 This port is opened when Ethernet IP option is enabled 2 7 10 BACnet To mitigate threats 1 Physically protect access to subnet in use 2 Firewall to block UDP port 47808 This port is opened...

Page 16: ...s despatched in a special pack designed to give adequate protection during transit Should the outer box show signs of damage it should be opened immediately and the contents examined If there is evidence of damage the instrument should not be operated and the local representative contacted for instructions After the instrument has been removed from its packing the packing should be examined to ens...

Page 17: ...e display Figure 1 Securing the Instrument 4 1 2 Demounting 1 Isolate the mains supply and secure it against accidental operation Remove all wiring and the USB device and Ethernet cable if any 2 Remove the retaining springs by unhooking them from the sides using a small flat blade screwdriver 3 Pull the instrument forwards out of the panel Caution Before installation ensure that the specified inst...

Page 18: ...feguard against removal of the instrument from its sleeve when an Ethernet cable is fitted These clips must also be removed using a small screwdriver before the instrument can be taken out of its sleeve Ease the latching ears Figure 2 outwards and pull the controller forward When plugging back in ensure that the latching ears click into place to maintain the panel sealing Figure 2 Mechanical insta...

Page 19: ... Mechanical installation details wash down case option Panel cutout 92mm x 92mm both 0 0 8mm 3 62in x 3 62in both 0 00 0 03in Minimum inter unit spacing Horizontal x 10mm 0 4in Vertical y 38mm 1 5in Side View Top View Latching ears A5E45696052A Rev AA ...

Page 20: ...s along with signal and supply wiring pinouts 4 2 1 Termination details The screw terminals accept single wires in the range 0 21 to 2 08mm2 24 to 14 AWG inclusive or two wires each in the range 0 21 to 1 31mm2 24 to 16 AWG inclusive Screw terminals should be tightened to a torque not exceeding 0 4Nm 3 54lb in A5E45696052A Rev AA ...

Page 21: ... active R 350R inactive 100 to 230Vac 15 48 62 Hz 24Vac 15 10 48 to 62 Hz or 24Vdc 15 20 polarity irrelevant Isolated DC o p mA Ohms inputs R 500R inactive R 150R active Relay output Logic o p active high Isolated DC o p mA V Internal Link 0V R 600R inactive R 300R active Relay output Logic o p active high Isolated DC o p mA An In1 An In2 An In3 An In4 Dual mV TC Dual mA Dual input option Section ...

Page 22: ...4 2 3 2 Sensor Break Detection Input sensor break detection is not supported for secondary inputs The internal circuit acts as a pull up on the secondary input which therefore saturates high in the event of a sensor break 4 2 3 3 Dual Milliamp Offset Correction If Dual mA is selected as input type then an automatic offset correction will be made according to the shunt value entered in channel conf...

Page 23: ...lay mode the screen is split horizontally into three areas Figure 5 1 a faceplate giving channel details 2 the main display screen showing channel traces etc 3 the status area displaying instrument name the current time and date and any system icons Figure 5 Display mode screen vertical trend In configuration mode the entire display screen is devoted to the selected configuration menu 5 1 2 Naviga...

Page 24: ...iring as described in Section 9 RAISE LOWER BUTTONS Within trending displays the Raise and Lower keys can be used to scroll through the enabled display modes in the sequence vertical trend horizontal trend vertical bargraph horizontal bargraph numeric vertical trend and so on Within configuration pages these pushbuttons act as cursor keys allowing for example the user to highlight menu items for s...

Page 25: ... scroll button can be used to scroll through the points in the group overriding the Faceplate Cycling on or off selection 5 2 1 Alarm Icons The alarm icons shown below appear in some display modes The icons on a channel faceplate show the status of that channel s alarm s as follows Icon is flashing alarm is active but unacknowledged or it is an Auto alarm which is no longer active but which has no...

Page 26: ... B Section B1 Broadcast Storm detected Networking is limited until the storm has passed Clock failure The internal clock was found to be corrupt at power up or that the time has never been set Time is forced to 00 00 1 1 1900 Can be caused by battery failure in which case a battery failure message appears The error is cleared by setting the time and date Channel error Indicates a hardware failure ...

Page 27: ...te Frequency warning One or more parameters are being written frequently to non volatile memory If this continues it may lead to memory depletion i e the memory will no longer be able to store values correctly A common cause of this problem is frequent writes over Modbus comms Recording failure message Message explains reason for failure SNTP failure Invalid data received from SNTP server for exam...

Page 28: ...uration Section 6 3 Trending is not affected Paused Suspended This means that recording has been paused by a wire to the Suspend parameter Group Recording area of configuration Section 6 3 going true high Trending is not affected In Configuration The recorder has been placed in configuration mode either at the user interface or via iTools Recording is stopped until the recorder is no longer in con...

Page 29: ... appears when the page key is operated from any non configuration page The menu items displayed depend on the access permission of the user One of the menu items is highlighted and if the scroll key is operated then it is the highlighted item that is entered Figure 10 shows the top level menu for Engineer level access Figure 10 Top level menu 5 3 1 Home Operating the scroll key whilst Home is high...

Page 30: ... Min Password Len parameter in the Security menu see Section 6 1 6 Archive Rate Allows the user to specify the frequency at which the contents of the flash memory are archived to the USB port or via FTP to a PC Scrollable settings are None Automatic archiving is disabled Any archiving must be initiated by the user using Demand Archiving Minute Archive is initiated on the minute every minute Hourly...

Page 31: ...become available Note 1 The background color to the channel ID is the same as that chosen for the channel Note 2 A prefix C in the channel ID means that this is a measuring channel A prefix V means that this is a virtual channel i e a totalizer counter or maths channel Alarm Summary System Alarms Message Summary Vertical Trend Horizontal Trend Vertical Bargraph Horizontal Bargraph Numeric Alarm Su...

Page 32: ...her operation of the scroll button displays a Help Information page giving the reason for the highlighted alarm Operate the scroll button again to return to the system alarm display MESSAGE SUMMARY Operating the scroll key whilst the Message summary field is highlighted displays the ten most recent messages Operating the scroll key whilst a message is highlighted shows the selected message in more...

Page 33: ...9 Inactive Ch2 Al2 20 11 09 08 06 18 Inactive Ch1 Al2 20 11 09 08 06 09 Inactive Ch2 Al1 20 11 09 08 06 01 Active Ch1 Al2 20 11 09 08 05 59 Active Ch2 Al1 20 11 09 08 05 22 Battery flat less than 5 Message Summary All Messages 20 11 09 08 05 22 Battery flat less than 5 remaining All Messages Refresh Exit Messages Use scroll button to scroll through All Messages System Alarm and Power Up Use page b...

Page 34: ...o 10 notes to be created when logged in as Engineer using either the text entry techniques described in Section 5 6 or iTOOLS described in Section 9 Once logged out operating the scroll button whilst a note is highlighted calls a selection box allowing the user either to send that note to the chart or to write a Custom Note CUSTOM NOTE The Custom Note is written using the text entry techniques des...

Page 35: ...itted safely Cancel All When set to Yes this cancels USB archiving activity immediately or cancels FTP archiving once transfer of the current file if any is complete Last Archive Shows the date and time at which the last archive demand or automatic was attempted If a demand archive is requested or is in operation when an automatic archive is triggered the automatic archive takes precedence Status ...

Page 36: ...for a description of one way of doing this As described in the Review help system Review allows the user to set up a regular transfer of data using FTP from connected instruments into a database on the PC and then from this database to the chart or spreadsheet The chart spreadsheet can be configured to include one or more points from one or all connected instruments where a point is an umbrella te...

Page 37: ...of the recorder configuration The default password is 100 but this can and should be edited in the Instrument area of configuration Section 6 1 5 It is recommended that a strong password be used If the Auditor feature is enabled it is recommended to only use the Engineering level within the context of a formal change control procedure USER ACCESS LEVEL If the Auditor feature is enabled an addition...

Page 38: ...wing subsections describe the various display modes available to the user By default the Home display mode is Vertical Trend but this can be edited as a part of Instrument Display configuration Section 6 1 3 This configuration area also allows the user to disable one or more display modes should they not be required The current display mode can be chosen either by using the top level menu Go to Vi...

Page 39: ...ay above the chart Each channel in the Group becomes the current channel in turn for approximately five seconds i e the channels are cycled through starting with the lowest numbered channel Once the final channel in the Group has been displayed for five seconds the first channel is returned to and the process repeats This scrolling behavior can be enabled disabled from the top level menu Faceplate...

Page 40: ...red red if the alarm is triggered Alarm symbols appear for active alarms Bargraph widths for four to six channels divide the width of the display screen equally between them For one and two channels the width is fixed and the bars are centred on the screen Figure 19 shows some examples not to the same scale Figure 19 Vertical bargraph display mode Use of the up arrow button causes the next enabled...

Page 41: ... shows an example where the Trend group contains six channels Figure 22 shows how the display appears for trend groups with fewer than six channels configured Figure 22 Display layout for different numbers of channels The up arrow button returns to the vertical trend display mode the page key calls the top level menu Furnace 1 temp 12 Channel 2 Channel 3 Channel 4 VirtualChan 1 VirtualChan 2 Inst ...

Page 42: ...f animated indicators in the top left hand corner of the screen show the connection status of the two possible slaves A green moving streak indicates that successful communications are being carried out A red flashing circle indicates that there is a break in the transmission line or that the slave is switched off A gray non animated display indicates that the slave has not yet been configured as ...

Page 43: ...arameters and values Modbus Master FEC920 123 123 123 123 26684 1 Ping FEC920 123 123 123 120 3rd Party 123 123 123 124 0 0 Ping Modbus Master Chan 1 Tmp Chan 2 Tmp VChannel 1 PV VChanne 2 PV VChannel 3 Input Any Channel alarm Dig In 1 195 6 199 7 4 1 23 9 13 Active Off The list of parameters can be scrolled through using the up down arrows Values being read by the master are read only but the use...

Page 44: ... down arrow can now be used to return to slave 1 or the page key can be used to return to the previous parameter display page As shown in the figure above some diagnostic information is given This includes the total number of successful attempts that the master has made to communicate with the relevant slave and the total number of failed attempts Fuller diagnostic details are to be found in the M...

Page 45: ...t SP1 Loop 1 Setpoint SP2 17 3 12 9 123 0 132 0 246 2 111 11 123 123 123 223 Point2Point 1000ms Server IP address Connection type RPI EtherNet IP Client 123 123 123 222 Client IO Explicit 1 No Connection Explicit 2 No Connection IP address and mode of operation for this unit IO Server Configuration Mode Client IO Input Instance Size Bytes 100 100 Output Instance Size Bytes 112 100 Server Address P...

Page 46: ...nection is established Green flashing circle the instrument is on line but no CIP connections have been established Red flashing circle there is a break in the physical connection between the client and the server or the remote unit is switched off or is initialising Note 1 Channel values from the Server can be wired into FEC920 Virtual channel inputs as shown above so that they can be traced and ...

Page 47: ... the instrument s allowed to synchronize The scan may be left to run its course but the speed at which iTools operates is reduced for the duration of the scan process EXAMPLE To add Loop 2 Setpoint 2 to Output 4 of the Client Output table In the example shown below the instruments have both synchronized and the Access tool button clicked on for both instruments to set them into configuration mode ...

Page 48: ...connections are available allowing the user to produce two independent explicit read or write messages to different server devices Figure 32 shows an example of how to configure an explicit message request The instance ID and the data type are taken from the server manufacturer s data In this example a read request is configured to determine the Group recording status of a FEC920 server and it can...

Page 49: ... Implicit I O EtherNet IP Client 123 123 123 222 Client IO Explicit 1 No Connection Explicit 2 No Connection Explicit Messaging Destination Address Service Code Class Id Instance Id Attribute Id Data Type Data Send 123 123 123 223 Get Attribute 162 4150 1 INT 3 No Input Tags Connection Failed Output Tags Connection Failed 123 123 123 223 1000ms Tag I O EtherNet IP Client 123 123 123 222 Client Tag...

Page 50: ...t 1 Note 1 Most PLCs have a data buffer limit of 500 Bytes The total number of bytes being used is given by the equation Total number of data bytes tag length 10 the number of requested tags Note 2 Input data direction is always to the FEC920 in server mode input data is written to the FEC920 from the client in client mode input data is read by the FEC920 from the server device Note 3 Output data ...

Page 51: ...erate the scroll button The highlighted text turns black 3 Use the up and down arrow keys to scroll to the required value for the field then operate the scroll button again The text goes white 4 Repeat the above editing process for all the remaining items which are to be edited 5 Use the up down keys to select Yes The Search for window closes and the history display jumps to the selected time and ...

Page 52: ... numerals are required a special keyboard is presented which contains only numerals Figure 36 shows the three standard keyboards along with a scan direction for operations of both up arrow and down arrow keys To change keyboards use the arrow pushbuttons to highlight the keyboard name Numeric Symbols or Alpha and then operate the scroll button Generally to enter text the required character is high...

Page 53: ...eyboard As mentioned previously for functions which can take only numerals a special numeric keyboard appears as depicted in Figure 37 Figure 37 Numeric keyboard 5 6 2 USB keyboard Text and numeric entry can also be carried out using a USB keyboard as described in Section 11 3 Note Leading and trailing space characters are automatically removed from text strings Ω Γ Ε Θ Π Σ Τ Press and hold scroll...

Page 54: ...6 1 6 Caution Recording is stopped for as long as the instrument login is at Engineer level This means that Input output circuits are switched off during configuration Section 6 1 Section 6 2 Section 6 3 Section 6 4 Section 6 5 Instrument Network Group Channel Virtual Channel Home Configuration Go to View History Faceplate cycling Off Operator Notes Demand archiving Log out Section 6 6 Section 6 7...

Page 55: ...Future trend Vertical bar Horizontal bar Numeric Alarm panel Modbus Master EtherNet IP Trend background History background H Trend scaling Faceplate cycling Setpoint color Number format USB auto scan Info Section 6 1 4 Name Type Version Bootrom Company ID Config Rev Security Rev Nvol writes Line Voltage Wires Free Upgrade Section 6 1 5 Type IP Address Username Password Source Path Initiate Securit...

Page 56: ...required format Time Zone Select the required offset from GMT UTC This setting affects only the displayed time Archiving recording etc times remain in GMT DST Enable Daylight Saving Time enable Once the selection is enabled the following previously hidden fields appear allowing the start and end dates for Daylight Saving Time DST to be configured DST affects only the displayed time Archiving recor...

Page 57: ...ower consumption is 0 5W at 100 falling in a linear fashion to 0 05W at 10 Home page Allows any display mode to be chosen as the Home page This is the page that the instrument displays at power up and also the page displayed when the Home key is selected from the top level menu Section 5 3 The selected display mode vertical trend in Figure 41 is always enabled in the following display mode enable ...

Page 58: ... set to Yes bar code data messages are automatically generated and appear on the display and in the Message list without operator intervention If set to No the Message appears on the screen for editing and or confirmation before being displayed etc Section 11 2 provides further details There is a new parameter been added to the Instrument Display list Number format The options are to Round or Trun...

Page 59: ...ation is exited if any one or more configuration parameter has been changed Security Rev Read only This number is incremented every time configuration is exited if any one or more passwords has been changed or if the FTP Server username has been changed or if the Comms Enable field has been edited Nvol writes Number of non volatile write operations for diagnostic purposes Line voltage The instanta...

Page 60: ...path elements e g included unless the path is release upgrade files Initiate Select Yes to initiate the upgrade CUSTOMISING THE SPLASH SCREEN Splash USB allows the user to select a new image for the splash screen i e the screen that appears at power up or restart When Initiate is set to Yes the instrument searches the USB device for a file called splash bmp located in the release folder If such a ...

Page 61: ...f the Auditor auditor feature is enabled this option is not available as Operator level access is replaced by Users 1 to 25 Feature Pass This is a password supplied by the manufacturer to enable the software options e g Loop Zirconia block Toolkit blocks Batch 21CF11 etc When applying for this password the manufacturer will require the instrument s MAC address Network Interface menu Section 6 2 1 ...

Page 62: ... been loaded will be written to the history by the audit trail This field appears only if the Auditor feature is enabled Signing When enabled set to Yes if a user tries to enter a signable menu or edit a signable parameter the signing dialog will appear see below For the required action to proceed the selected signing user must enter their password and a note which cannot be blank and then set Acc...

Page 63: ...t passwords will expire after a set number of days a list of all configured and enabled users is displayed next to the Pass Expires parameter showing the number of days remaining before each account s password will expire These are read only and cannot be altered here This field appears only if the Auditor feature is enabled and the Passwords Expire parameter is set to anything other than Off Defa...

Page 64: ...ectory it has not been saved to a particular configuration directory When Save is selected the virtual keyboard must be used to enter the filename If the file already exists on the USB device a warning appears offering Cancel or Overwrite alternatives Note The I O types fitted in locations LALC LBLC 4AC and 5AC are always as shown above The types of I O fitted in locations 1A1B 2A2B and 3A3B depen...

Page 65: ...g green flash to indicate that the operation is in progress 6 1 9 Input adjust This facility allows the user to compensate for tolerance errors etc The technique used is to select those channels to which adjust is to be applied then for each channel to a apply a known low level signal at or close to the low input range value to the relevant input When the instrument reading is steady press Apply b...

Page 66: ...nel adjustment procedure 1 2 Highlight the Start IP Adjust field and use the scroll and up down arrow to select Yes Use the scroll key again to enter the low value adjust page 3 Apply the known low value and wait for the value to stabilize Enter the Low Target Value the value that the instrument is to read for the applied input When all is steady use the scroll and up down arrow to set the Confirm...

Page 67: ... in Figure 54 a new field Input on Channel is introduced for this purpose Figure 54 Input adjust top level display dual input channels High Target Value Confirm High Channel 1 Value Abort Instrument Input Adjust 10 00 Yes 9 79 No Channel 1 Channel 2 Channel 3 Channel 4 Apply Adjust Remove Adjust Instrument Input Adjust Adjusted Unadjusted Adjusted Unadjusted Yes No Channel 1 Channel 2 Channel 3 Ch...

Page 68: ...output at the required point and enter this value in the Measured Output field as described for the low point To skip this stage go to step 5 5 Set Confirm High to Yes The output adjust initial display reappears with the word Adjusted in the rele vant DC Output field Figure 56 Low and High adjust point displays Figure 57 Adjusted display Note 1 The figures above show the displays when the DC outpu...

Page 69: ...gging in the user account number 1 to 25 is prefixed to the username so that each name is unique Password The password for the user being edited up to 20 characters Ack Alarms When enabled set to Yes the user can acknowledge alarms in the alarm summary page refer to Alarm Summary Section 5 3 3 Demand Archiving When enabled set to Yes the user can access the Demand Archiving page see Section 5 3 7 ...

Page 70: ...r Primary user Primary password Secondary server Secondary user Secondary password Trigger Period FTP Server Section 6 2 3 User name Password Modbus Section 6 2 4 Prefmaster IP Address Input timeout Unit ID Enable Serial Mode Time Format Pref Master Conn Response time Master Conn 2 Response time Master Conn 3 Response time Master Conn 4 Response time Network BACnet Section 6 2 5 Device ID Port Pas...

Page 71: ...lly supplied by the user s IT department or from the Network supervisor Gateway Read only if IP Type DHCP If IP Type Fixed this allows the user to enter a gateway address for use when the unit is to communicate outside the local network Normally supplied by the user s IT department or from the Network supervisor SNTP Enable Select Yes to allow time synchronization from a Simple Network Time Protoc...

Page 72: ...nly for File Format Binary UHH A read only value showing the time it will take to fill the Memory stick if the instrument configuration remains unchanged Note For remote archiving the host computer must be set up to respond to pings This is because the FEC920 pings the host whilst establishing connection and if it does not receive a response the archive attempt fails 1907 46 MB 1902 90 MB 763 77 D...

Page 73: ...if File Format is set to CSV or Both If Yes is selected then Header details are included in the file see Figure 61 for details CSV Headings Appears only if File Format is set to CSV or Both If Yes is selected then column headers are included in the file see Figure 61 for details CSV Date Format Appears only if File Format is set to CSV or Both Allows Text or Spreadsheet to be selected Text causes ...

Page 74: ...when the primary is not available for any reason Trigger This parameter can be wired to say an alarm going active or a digital input to allow an archive to be triggered remotely Can also be set to yes manually Period Appears only if Trigger is wired Section 9 Allows a period of history to be selected for archiving when Trigger goes true Selections are None Last Hour Last Day Last Week Last Month A...

Page 75: ...ly at location 255 and then stops scanning Loose The Modbus TCP Unit Identity Field UIF does not have to match the instrument address The instrument responds to any value in the UIF Instrument The Modbus TCP Unit Identity Field UIF must match the instrument address or no response will be made to messages Serial Mode Slave communications via the side mounted configuration port interface CPI clip fo...

Page 76: ...Cnet IP Broadcast Management Device Default is 0 0 0 0 BBMD Port The port this instrument communicates through as a BACnet IP Broadcast Management Device Standard Port is 47808 Range is 1024 65535 BBMD TTL The Time to Live for this instrument as a BACnet IP Broadcast Management Device The default value is 60 Range is 0 65535 Rx Count A count of messages received Tx Count A count of messages transm...

Page 77: ...to which the scale is divided and how many gridlines are displayed Setting the value to 1 results in just the zero and full scale values appearing Setting the value to 10 the maximum results in a scale with zero full scale and nine intermediate values appearing with associated grid lines Point1 to Point6 Allows the user to select which channels and virtual channels are to be traced The maximum num...

Page 78: ...w Read only grayed yes for points being trended these are automatically recorded For non trending points the user may enable or disable each point individually Suspend Ignored unless the user has wired to this field If wired then when set to No recording is active when set to Yes recording is paused Note 1 Where very high values are involved such as in some totalizer values High compression may ca...

Page 79: ...n Section 6 4 1 Descriptor Type PV Status IP adjust state Resolution Units Test signal Input low high Shunt value Linearization type Range low high Scale low high Offset CJ type Filter Sensor break type Fault Response Sensor break value Measured value Internal CJ Temp Trend Section 6 4 2 Color Span low Span high Alarm 1 2 Section 6 4 3 Type Status Threshold Hysteresis Latch Block Dwell Acknowledge...

Page 80: ...ead only Displays the current value of the channel Note For the sake of completeness the figure above shows all possible fields even though many are mutually exclusive For example Test signal appears only when Test is selected as Type It would never appear when Type thermocouple as shown Similarly Shunt would appear only for Type mA Channel 1 Thermocouple 197 35 Good Adjusted 2 C Descriptor Type P...

Page 81: ...it is up to the user to ensure that the value entered here matches that of the shunt resistor s fitted For Dual mA input type both primary and secondary inputs must have independent shunts each of the same value Lin type Linear Square root x3 2 x5 2 User Lin Thermocouple types alphabetical order B C D E G2 J K L N R S T U NiMo NiCo Platinel Ni MiMo Pt20 Rh Pt40 Rh User 1 to User 4 Resistance therm...

Page 82: ...ch appears when External is selected Remote 1 2 3 4 means that the cold junction temperature is being measured by input channel 1 2 3 4 respectively This must be a different channel from that currently being configured Ext CJ Temp Appears only if CJC type is set to External and allows the user to enter the temperature at which the external cold junction is being maintained Sensor Break Type Define...

Page 83: ... As Measured Value above but for the secondary input Internal CJ temp The read only temperature of the internal cold junction associated with this channel 6 4 2 Channel Trend configuration This area allows the configuration of channel color and span Figure 69 Channel Trend menu and Color selection Colour Allows a color to be specified for the channel The Scroll key is used to enter the color swatc...

Page 84: ...ms Lin Type Type J Range Low 100 00 Range High 200 00 Range Units C Scale Low 0 Scale High 100 Other items may be left at their defaults 6 4 3 Alarm 1 menu Allows the alarm characteristics for Alarm 1 to be configured The figure below shows a typical configuration page expanded for clarity Actual configuration parameters are context sensitive Figure 70 Typical alarm 1 configuration menu Type Selec...

Page 85: ...rovides a means of preventing multiple alarm triggering if the process value is drifting close to the trigger value Amount For rate of change alarms only The alarm becomes active if the process value rises Rise ROC or falls Fall ROC by more than the specified Amount within the time period defined in Change Time below The alarm remains active until the rate of change falls below the value Amount Ch...

Page 86: ...s the alarm is unacknowledged and No as soon as it is acknowledged Always shows No if the alarm is inhibited below Acknowledgement Fleetingly goes Yes on alarm acknowledgement and then returns to No Inhibit When Inhibit is enabled tick symbol the alarm is inhibited Status is set to Off Active and N acknowledged are set to No and Inactive is set to Yes If the alarm is active when inhibit is enabled...

Page 87: ...ther parameters so for example a relay can be made to operate whilst the alarm is inactive or whilst it is active or on acknowledgement etc by wiring the relevant parameter to the relay s PV input See Section 10 for details of user wiring Threshold Hysteresis Input signal Hysteresis 0 Dwell 0 Hysteresis 0 Dwell D Hysteresis yes Dwell 0 Hysteresis yes Dwell D Absolute high alarm definitions Absolut...

Page 88: ...Deviation high alarm definitions Symbol Symbol Reference Deviation Hysteresis Input signal Hysteresis Deviation Reference Input signal Hysteresis 0 Dwell 0 Hysteresis 0 Dwell D Hysteresis yes Dwell 0 Hysteresis yes Dwell D Alarm active Deviation band alarm definitions Symbol Hysteresis Deviation Reference Deviation Hysteresis Input signal Rate of change alarm definitions Symbol Symbol Rate of chan...

Page 89: ...s of this channel reflecting the status of the input sources Resolution Enter the number of decimal places required Units Allows a five character string to be entered to be used as the channel units Input1 The value of input 1 May be entered manually or it may be wired from another parameter Section 9 Uses the resolution of the source Input 2 As for Input 1 Appears only when the operation requires...

Page 90: ...annels Out 9999 Status No data Modbus Input Out value written to this channel s Modbus input If the comms timeout expires Out 9999 status No data Copy Allows an input or other derived channel to be copied Grp Min Latch Out Lowest value reached by any point in the recording group except this one since last reset Any point that has a status other than Good is excluded from the calculation If the gro...

Page 91: ...added together totalized In order to get reasonable accuracy it is important that the flow should be reasonably constant during each measurement period This means that the sampling time for the measurements should be sufficiently frequent that significant changes in flow rate are not missed If the sampling frequency is high enough the totalization process is approximately equivalent to mathematica...

Page 92: ...of the total will be needed There are 1000 Litres in a Cubic Metre so the UnitsScaler should be set to 1000 This produces an additional division of 1000 and results in a total output in Cubic Metres Another example would be a requirement for the output in Gallons rather than litres still with an input being measured in Litres Minute There are 4 54609 litres in an imperial gallon so the UnitsScaler...

Page 93: ...eset Setting this to Yes causes the totalizer to adopt the Preset Value The field returns immediately to No The totalizer can also be pre set by an external source wired to this parameter Preset Value Allows the entry of a value from which the totalizer is to start incrementing or decrementing The direction of the count is set by the sign of the units scaler positive increment negative decrement R...

Page 94: ...ing to be the most commonly selected The other selections may be useful for more unusual applications Table 1 Period Sec Divider Sec Divider Min Divider Hour Divider 0 125 1 1 8 1 480 1 2880 0 25 2 2 16 2 960 2 5760 0 5 4 5 40 5 2400 6 17280 10 80 10 480 12 34560 20 160 20 960 24 69120 30 240 30 1440 Note The formula linking Input1 and PV is PV Increment each 0 125Sec Input1 8 Period Sec UnitsScal...

Page 95: ...the Alarm Status output resets VC1 and increments the counter VC3 by 1 Math2 1 takes the output from VC1 and converts it into MegaWatt Hours so that it can be added to the count also in MegaWatt Hours from VC2 to present a running total value Digital Input 1A1B is used to simultaneously reset both the count in VC2 and the total in VC1 OR 1 is used to allow VC1 to be reset either by 1A1B or by the ...

Page 96: ...Off Specifies a value below which the counter will not decrement High Cut Off Specifies a value above which the counter will not increment Input1 The amount by which the counter is incremented each time Trigger goes high The value may be entered manually or wired from another parameter Negative values cause the counter to decrement Preset Setting this to Yes causes the counter to adopt its Preset ...

Page 97: ...e added to 0 Example 1 with a rollover value of 1000 and a current output of 999 and an input of 5 then the output will become 4 when the counter is next triggered Example 2 with a rollover value of 1000 and a current output of 999 and an input of 5 then the output will become 4 when the counter is next triggered Disable Allows the user temporarily to suspend counting The output retains the pre di...

Page 98: ... 20 of the Model 3550 controller are supported It is not guaranteed that later software versions of these instruments will be fully compatible Slave 1 Slave 2 1 2 3 4 5 Programmer Modbus Master EtherNet IP Digital I O User Lin Custom Message Zirconia Select configuration menu Main Diagnostics Programmer Modbus Master EtherNet IP Digital I O User Lin Custom Message Zirconia Data Programmer Modbus M...

Page 99: ...sult The status of the selected Search Device request Searching Available Unreachable Search activity is indicated by a rotating animated display in the Searching field Profile A number of profiles are held within the instrument that match a selection of known devices If the device is known its type model number etc is displayed If the device is unknown 3rd Party appears instead Retries The number...

Page 100: ...priority rate that this slave is running at This can never be faster than the low priority rate that was configured for this device Slave Main menu above but if the master is heavily loaded the rate may be lower than that specified Device Status The status of the last transaction to this slave Success The transaction was successfully actioned by the slave device Timeout There was no response from ...

Page 101: ...contained an invalid value Exception code 3 Slave Failure A count of all the times this slave device has failed to communicate Exception code 4 No Gateway Path A count of all the times it has not been possible to access the slave device as it is on another network that requires a gateway for access Master Rejects A count of all the transactions that the Modbus Master has refused to send to the sla...

Page 102: ...s 6 16 Fall Back Value The value to be sent to the selected slave if the Value parameter is wired and has a status other than GOOD_PV This parameter is available only with function codes 6 16 It is not possible to wire Fall Back Value from another parameter and it can be configured only manually Send A one shot action that sends the data in the Value parameter or the Fall Back Value parameter depe...

Page 103: ... in the value is sent first Byte Ordering for big Endian 0x12 sent first 16 bit 0x1234 0x12 0x34 32 bit 0x12345678 0x12 0x34 0x56 0x78 Bit Position The bit in the register to be extracted this is only available if the Data Type selected is BIT In Register Scaling The decimal placing for scaled 16 bit data types Visible depending on the Data Type selected Priority The frequency with which this data...

Page 104: ...t Tags only See Figure 87 below Implicit I O Connected IO server IP address Multicast Connected IO server IP address only if multicast selected Explicit 1 Connected client server IP address Explicit 2 Connected client server IP address Main Implicit Inputs Implicit Outputs Channel Virtual Channel Loop Advanced Loop Programmer Modbus Master EtherNet IP Select configuration menu Section 6 7 1 Sectio...

Page 105: ...nnection type client mode only Priority Connection priority client mode only Rpi IO connection speed client mode only Reset Comms Applies all changes to the EtherNet IP stack at the same time Or can be used to reset communications using the current configuration Slot Number PLC slot number zero indexed when communicating using tags 6 7 2 Implicit inputs outputs This display provides a read only di...

Page 106: ...r this object was not saved due to a failure during the attempt 26 Routing Failed The service request packet was too large for transmission on a network in the path to the destination The routing device was forced to abort the service 27 Routing Failed The service request packet was too large for transmission on a network in the path to the destination The routing device was forced to abort the se...

Page 107: ...figuration page Status Read only Ready the web server is running Inactive the web server is not ready Connected the web server is connected It is possible that Status will flip between Ready and Connected during operation Enabled Yes No Port 80 or 8080 Security Yes No Yes is the default Username Enter a customized user name This will be required when logging in to the webserver Default is admin Us...

Page 108: ...itted Type 3A3B 5AC On Off O P default Time Prop O P The 3A3B relay is not fitted if DC Output I O is fitted see Section 6 10 1 PV For On Off O P a value 0 5 closes the relay contacts otherwise the contacts are open For Time Prop O P the value is the demanded output percentage Min On Time For Type Time Prop O P only this allows a minimum on time to be specified to reduce relay wear Configurable ra...

Page 109: ...s a minimum on time to be specified Configurable range 0 1 to 150 seconds Invert Inverts the output sense for digital outputs or the input signal for digital inputs Inertia For Type Valve Raise only this allows a value to be entered in seconds to take into account valve run on Backlash For Type Valve Raise only this allows a value to be entered in seconds in order to compensate for backlash in the...

Page 110: ...A as appropriate Output High The maximum output value to be output in Volts or mA as appropriate Scale Low See SCALING INFORMATION below Scale High See SCALING INFORMATION below Fallback PV The output value when the status of the input parameter is not good Measured Value The Voltage or mA value appearing at the output terminals Note The output voltage or current can be calibrated by using the out...

Page 111: ...Each Y value must be greater than the preceding one 4 If units other than temperature units are to be displayed the channel scale high and scale low values should be set to the same as the range high and low values and the required scale units entered Figure 91 shows the first part of the configuration table for an imaginary cylinder example Figure 91 User Linearization table example When configur...

Page 112: ... Input 1 Input 2 Input 1 Input 2 Input 1 Input 2 Input 1 2 The inputs to the specified operation For inverted inputs below this shows the real non inverted state Fallback Configures the output and status values to be used if either input has a status other than Good FalseBad Output False Status Bad TrueBad Output True Status Bad FalseGood Output False Status Good TrueGood Output True Status Good I...

Page 113: ... down arrow key to highlight the Invert field and operate the scroll key to enter edit mode 2 Use the up arrow key to highlight the first input to be inverted the relevant input numbers appear in the display boxes for uninverted inputs when highlighted 3 Once the required input box is highlighted use the scroll key to change the numeric character to a tick symbol to invert or change the tick chara...

Page 114: ... N 7 6 N N N N 1 61 97 N 7 6 N N N 2 N 62 98 N 7 6 N N N 2 1 63 99 N 7 6 N N 3 N N 64 100 N 7 6 N N 3 N 1 65 101 N 7 6 N N 3 2 N 66 102 N 7 6 N N 3 2 1 67 103 N 7 6 N 4 N N N 68 104 N 7 6 N 4 N N 1 69 105 N 7 6 N 4 N 2 N 6A 106 N 7 6 N 4 N 2 1 6B 107 N 7 6 N 4 3 N N 6C 108 N 7 6 N 4 3 N 1 6D 109 N 7 6 N 4 3 2 N 6E 110 N 7 6 N 4 3 2 1 6F 111 N 7 6 5 N N N N 70 112 N 7 6 5 N N N 1 71 113 N 7 6 5 N N...

Page 115: ... or below Low Limit then the output value is set to the Fallback value and the status is set to Good Upscale If the input status is bad or if the input signal is above High Limit or below Low Limit the output value is set to the High limit Downscale If the input status is bad or if the input signal is above High Limit or below Low Limit the output value is set to the Low limit Fallback Value The v...

Page 116: ... Input 2 Hot Swap Output Input 2 if Input 1 is Bad otherwise Output Input 1 Sample Hold Output tracks Input 1 whilst Input 2 1 Output value is held whilst Input 2 0 See Section 6 15 2 below for more details Power Output Input 1 to the power of Input 2 Output Input 1Input 2 Square Root Output Sqrt Input 1 Input 2 ignored Log Base 10 Output Log10 Input 1 Input 2 ignored Log Base e Output Ln Input 1 ...

Page 117: ...ack value Fall Bad If the input value is above High Limit or below Low Limit then the output value is set to the Fall Back value and the status is set to Bad Fall Good If the input value is above High Limit or below Low Limit then the output value is set to the Fall Back value and the status is set to Good Upscale If the input status is bad or if the input signal is above High Limit or below Low L...

Page 118: ...ferent types are described in Section 6 16 2 below Figure 99 Timer configuration 6 16 1 Parameters Mode Select On pulse On delay One shot or Min On Time Allows the user to enter a period for the timer Elapsed time This read only parameter shows timing progress Trigger in Shows if the trigger source is active tick or inactive cross Output Shows if the output is on tick or off cross Triggered Shows ...

Page 119: ...ELAY Provides a delay between the trigger point and the timer output becoming active Rules 1 After the trigger goes active the output switches on after the delay time has elapsed and stays on until the trigger goes inactive 2 If the trigger goes inactive before the delay time has elapsed the output does not switch on Figure 101 On Delay definitions Trigger Output Elapsed time Triggered Time Time T...

Page 120: ...time period Figure 102 One Shot timer definitions MIN ON This Off delay function provides an output signal that goes on when the trigger goes active and remains on for a specified period after the trigger goes inactive If the trigger goes inactive then active again before the time period has elapsed then the elapsed time is reset to zero and the output remains on The Triggered parameter is on when...

Page 121: ...to acknowledge all applicable alarms simultaneously Manual alarms must be non active before they can be acknowledged Any Channel alarm Indicates if there are any channel alarms active acknowledged etc Any Sys Alarm Indicates if there are any active system alarms Any Alarm Indicates if there are any channel or system alarms active Figure 105 Alarm summary display 6 19 REAL TIME EVENT CONFIGURATION ...

Page 122: ...me this is the month that the event is to switch off January December or Every Month Every Month was added in software version 5 5 Off Date For Time and Date only and with Off Type set to Time this is the day number in the month that the event is to switch off Off Day For Time and Day only and with Off Type set to Time this is the day of the week that the event output is to switch off Mon Tue Wed ...

Page 123: ... available at http www modbus org default htm The above mentioned document also includes implementation guidelines for users 7 2 1 Function Codes Modbus function codes 3 4 6 8 and 16 defined in Figure 107 are supported and are fully described in Section 7 3 below Figure 107 MODBUS Function code definition DIAGNOSTIC CODES Function code 08 subfunction 00 Return query data echoes the query Loop back...

Page 124: ...d multiple register writes When a recorder receives a multi register write request it is possible that one or more requests will be rejected Under such a circumstance the recorder accepts all valid write requests and ignores any invalid writes No error response is produced 7 2 4 Master communications timeout Whilst the instrument is archiving it is possible that communications responses slow suffi...

Page 125: ...sions Group Trend PointN Instrument Display AlarmPanel Instrument Display Brightness Instrument Display Cascade Instrument Display DualLoopControl Instrument Display EIPServerPage Instrument Display FutureTrend Instrument Display FutureTrend1Colour Instrument Display FutureTrend2Colour Instrument Display HistoryBackground Instrument Display HomePage Instrument Display HorizontalBar Instrument Disp...

Page 126: ...t N OffMonth RealTimeEvent N OffTime RealTimeEvent N OffType RealTimeEvent N OnDate RealTimeEvent N OnDay RealTimeEvent N OnMonth RealTimeEvent N OnTime RealTimeEvent N Type Timer N In Timer N Type UserLin N NumberOfBreakpoints UserLin N XN UsrVal N HighLimit UsrVal N LowLimit UsrVal N Resolution UsrVal N Units VirtualChannel N AlarmN Amount VirtualChannel N AlarmN AverageTime VirtualChannel N Ala...

Page 127: ...nnel 2 Channel 3 Channel 4 DC Output Digital I O EtherNet P Group Instrument Logic 2 Input Logic 8 input Math 2 input Modbus Master Multiplexer Network OR block Program Real Time Events Timer User Lin 1 User Lin 2 User Lin 3 User Lin 4 User values Virtual chan 1 Virtual chan 2 Virtual chan 3 Virtual chan 4 Virtual chan 5 Virtual chan 6 Virtual chan 7 Virtual chan 8 Virtual chan 9 Virtual chan 10 V...

Page 128: ...um but for 10th most recent alarm uint8 11ab 4523 Not applicable AlarmSummary Channel Alarm10Status As Alarm1Status but for 10th most recent alarm uint8 11ac 4524 Not applicable AlarmSummary Channel Alarm11Ack Acknowledge the 11th most recent channel alarm bool 11b0 4528 Not applicable AlarmSummary Channel Alarm11Num As Alarm1Num but for 11th most recent alarm uint8 11ae 4526 Not applicable AlarmS...

Page 129: ...Alarm1Status but for 32nd most recent alarm uint8 11ee 4590 Not applicable AlarmSummary Channel Alarm33Ack Acknowledge the 33rd most recent channel alarm bool 11f2 4594 Not applicable AlarmSummary Channel Alarm33Num As Alarm1Num but for 33rd most recent alarm uint8 11f0 4592 Not applicable AlarmSummary Channel Alarm33Status As Alarm1Status but for 33rd most recent alarm uint8 11f1 4593 Not applica...

Page 130: ...16th most recent active system alarm as Alarm1ID uint8 121f 4639 Not applicable AlarmSummary System Alarm17ID 17th most recent active system alarm as Alarm1ID uint8 1220 4640 Not applicable AlarmSummary System Alarm18ID 18th most recent active system alarm as Alarm1ID uint8 1221 4641 Not applicable AlarmSummary System Alarm19ID 19th most recent active system alarm as Alarm1ID uint8 1222 4642 Not a...

Page 131: ...mperature float32 1815 6165 1dp Channel 1 Main IPAdjustState Input Adjust state 0 Unadjusted 1 Adjusted bool 1816 6166 Not applicable Channel 1 Main IPAdjustState2 Secondary Input Adjust state 0 Unadjusted 1 Adjusted bool 181c 6172 Not applicable Channel 1 Main LinType Linearization type uint8 1806 6150 Not applicable 0 Type B 1 Type C 2 Type D 3 Type E 4 Type G2 5 Type J 6 Type K 7 Type L 8 Type ...

Page 132: ...ut not ack d bool 18eb 6379 Not applicable Channel 2 Alarm2 Amount Rate of change alarm Amount float32 18e8 6376 Same as Channel 2 Main PV Channel 2 Alarm2 AverageTime Rate of change alarm Average time time_t 18ea 6378 Set by Network Modbus TimeFormat Channel 2 Alarm2 Block 0 Blocking alarms off 1 Blocking alarms on uint8 18e2 6370 Not applicable Channel 2 Alarm2 ChangeTime Rate of change alarm Ch...

Page 133: ...arm source active or safe but not ack d bool 196b 6507 Not applicable Channel 3 Alarm2 Amount Rate of change alarm Amount float32 1968 6504 Same as Channel 3 Main PV Channel 3 Alarm2 AverageTime Rate of change alarm Average time time_t 196a 6506 Set by Network Modbus TimeFormat Channel 3 Alarm2 Block 0 Blocking alarms off 1 Blocking alarms on uint8 1962 6498 Not applicable Channel 3 Alarm2 ChangeT...

Page 134: ... by Network Modbus TimeFormat Channel 4 Alarm2 Hysteresis Alarm hysteresis value float32 19e4 6628 Same as Channel 4 Main PV Channel 4 Alarm2 Inactive 1 alarm source safe and ack d if necessary bool 19ee 6638 Not applicable Channel 4 Alarm2 Latch Alarm latch type as for Channel 1 Alarm1 uint8 19e1 6625 Not applicable Channel 4 Alarm2 NotAcknowledged 1 alarm has not been acknowledged bool 19ef 6639...

Page 135: ...5a5 5541 2dp DCOutput 3A3B_DCOP PV DC Output PV float32 15a1 5537 Set by DCOutput 3A3B_DCOP Resolution DCOutput 3A3B_DCOP Resolution Specifies the resolution number of decimal places uint8 15a4 5540 Not applicable DCOutput 3A3B_DCOP ScaleHigh Scale High value float32 15a8 5544 Set by DCOutput 3A3B_DCOP Resolution DCOutput 3A3B_DCOP ScaleLow Scale Low value float32 15a7 5543 Set by DCOutput 3A3B_DC...

Page 136: ...6 32358 Not applicable EthernetIP ImplicitInputs Input2 See input 1 for details eint32 7e6a 32362 Not applicable EthernetIP ImplicitInputs Input3 See input 1 for details eint32 7e6e 32366 Not applicable EthernetIP ImplicitInputs Input4 See input 1 for details eint32 7e72 32370 Not applicable EthernetIP ImplicitInputs Input5 See input 1 for details eint32 7e76 32374 Not applicable EthernetIP Implic...

Page 137: ...e EthernetIP ImplicitInputs InputValue30 See input 1 value for details int16 7edc 32476 Not applicable EthernetIP ImplicitInputs InputValue31 See input 1 value for details int16 7ee0 32480 Not applicable EthernetIP ImplicitInputs InputValue32 See input 1 value for details int16 7ee4 32484 Not applicable EthernetIP ImplicitInputs InputValue33 See input 1 value for details int16 7ee8 32488 Not appli...

Page 138: ...itOutputs OutputValue11 See output 1 value for details int16 7f58 32600 Not applicable EthernetIP ImplicitOutputs OutputValue12 See output 1 value for details int16 7f5c 32604 Not applicable EthernetIP ImplicitOutputs OutputValue13 See output 1 value for details int16 7f60 32608 Not applicable EthernetIP ImplicitOutputs OutputValue14 See output 1 value for details int16 7f64 32612 Not applicable E...

Page 139: ...cable EthernetIP Main InputSize Implicit input assembly data size in bytes int16 7ff7 32759 Not applicable EthernetIP Main Mode EtherNet IP operation mode uint8 7fff 32767 Not applicable 0 Server 1 Client IO 2 Client Tags EthernetIP Main Multicast Implicit I O data channel multicast address string_t 6611 26129 Not applicable EthernetIP Main NetworkStatusCode EtherNet IP communications network stat...

Page 140: ... Enabled bool 1031 4145 Not applicable Group Recording VirtualChan12En Virtual Channel 12 enable 0 Disabled 1 Enabled bool 1032 4146 Not applicable Group Recording VirtualChan13En Virtual Channel 13 enable 0 Disabled 1 Enabled bool 1033 4147 Not applicable Group Recording VirtualChan14En Virtual Channel 14 enable 0 Disabled 1 Enabled bool 1034 4148 Not applicable Group Recording VirtualChan15En Vi...

Page 141: ... Display VerticalTrend 1 Vertical trend display mode enabled bool 1095 4245 Not applicable Instrument Info Bootrom Instrument bootrom version string_t 447a 17530 Not applicable Instrument Info CompanyID Company identification Always returns 1280 int16 0079 121 Not applicable Instrument Info ConfigRev The instrument configuration revision number int32 10a0 4256 Not applicable Instrument Info IM Ins...

Page 142: ...t PromoteList PromoteParam8Desc Descriptor for promote parameter 8 string_t 6393 25491 Not applicable Instrument PromoteList PromoteParam9 Promote parameter 9 eint32 10e8 4328 Not applicable Instrument PromoteList PromoteParam9Desc Descriptor for promote parameter 9 string_t 63a8 25512 Not applicable Instrument PromoteList PromoteParam10 Promote parameter 10 eint32 10e9 4329 Not applicable Instrum...

Page 143: ...69 Parameter that is to be alterable eint32 1274 4724 Not applicable Instrument OEMConfigList Parameter70 Parameter that is to be alterable eint32 1275 4725 Not applicable Instrument OEMConfigList Parameter71 Parameter that is to be alterable eint32 1276 4726 Not applicable Instrument OEMConfigList Parameter72 Parameter that is to be alterable eint32 1277 4727 Not applicable Instrument OEMConfigLi...

Page 144: ...List Parameter50 Parameter that is to be read only eint32 12c5 4805 Not applicable Instrument OEMSupervisorList Parameter51 Parameter that is to be read only eint32 12c6 4806 Not applicable Instrument OEMSupervisorList Parameter52 Parameter that is to be read only eint32 12c7 4807 Not applicable Instrument OEMSupervisorList Parameter53 Parameter that is to be read only eint32 12c8 4808 Not applica...

Page 145: ...User3 BatchControl Batch control permission bool 0422 1058 Not applicable Instrument User3 AckAlarms Acknowledge alarms permission bool 0423 1059 Not applicable Instrument User3 DemandArchiving Demand archiving permission bool 0424 1060 Not applicable Instrument User3 LoginDisabled Login disabled bool 0425 1061 Not applicable Instrument User3 Signing Signing permission bool 0426 1062 Not applicabl...

Page 146: ...rument User9 Signing Signing permission bool 0468 1128 Not applicable Instrument User9 Authorising Authorising permission bool 0469 1129 Not applicable Instrument User9 ArchiveInterval Archive interval permission bool 046a 1130 Not applicable Instrument User9 LoopControl Loop control permission bool 046b 1131 Not applicable Instrument User9 ProgramMode Program mode permission bool 046c 1132 Not ap...

Page 147: ...applicable Instrument User15 LoopControl Loop control permission bool 04ad 1197 Not applicable Instrument User15 ProgramMode Program mode permission bool 04ae 1198 Not applicable Instrument User15 ProgramEdit Program edit permission bool 04af 1199 Not applicable Instrument User15 ProgramStore Program store permission bool 04b0 1200 Not applicable Instrument User16 Username User username string_t 6...

Page 148: ...65 Not applicable Instrument User21 ProgramStore Program store permission bool 04f2 1266 Not applicable Instrument User22 Username User username string_t 6fd5 28629 Not applicable Instrument User22 Password User password string_t 6ff5 28661 Not applicable Instrument User22 BatchControl Batch control permission bool 04f3 1267 Not applicable Instrument User22 AckAlarms Acknowledge alarms permission ...

Page 149: ...Input Value 2 float32 2efa 12026 0dp Lgc2 1 Invert Sense of Input Values uint8 2efc 12028 Not applicable 0 Neither input inverted 1 Input 1 inverted 2 Input 2 inverted 3 Both inputs inverted Lgc2 1 Oper Logic Operation uint8 2ef8 12024 Not applicable 0 Off 1 AND 2 OR 3 XOR 4 1 set 2 reset 5 Input 1 Input 2 6 Input 1 Input 2 7 Input 1 Input 2 8 Input 1 Input 2 9 Input 1 Input 2 10 Input 1 Input 2 L...

Page 150: ...ondition as Lgc2 1 FallbackType uint8 2f41 12097 Not applicable Lgc2 11 In1 Input Value 1 float32 2f3f 12095 0dp Lgc2 11 In2 Input Value 2 float32 2f40 12096 0dp Lgc2 11 Invert Sense of Input Value as Lgc2 1 Invert uint8 2f42 12098 Not applicable Lgc2 11 Oper Logic Operation as Lgc2 1 Oper uint8 2f3e 12094 Not applicable Lgc2 11 Out The result of the logic operation as Lgc2 1 Out bool 2f43 12099 N...

Page 151: ... Select Input 1 or Input 2 bool 2fbd 12221 Not applicable Math2 2 Status Status 0 Good OK 7 Bad Error uint8 2fbe 12222 Not applicable Math2 2 Units Output Units string_t 694a 26954 Not applicable Math2 3 Fallback Fallback strategy as Math2 1 Fallback uint8 2fc9 12233 Not applicable Math2 3 FallbackVal Fallback Value float32 2fc5 12229 Same as Math2 3 Out Math2 3 HighLimit Output High Limit float32...

Page 152: ...able Math2 8 Fallback Fallback strategy as Math2 1 Fallback uint8 300a 12298 Not applicable Math2 8 FallbackVal Fallback Value float32 3006 12294 Same as Math2 8 Out Math2 8 HighLimit Output High Limit float32 3007 12295 Same as Math2 8 Out Math2 8 In1 Input 1 Value float32 3002 12290 0dp Math2 8 In1Mul Input 1 Scale float32 3001 12289 1dp Math2 8 In2 Input 2 Value float32 3004 12292 0dp Math2 8 I...

Page 153: ... Not applicable ModbusMaster 1 Data FallBackValue Fall back value to be written to the slave device float32 7c7e 31870 2dp ModbusMaster 1 Data FunctionCode The Modbus function code uint8 7be8 31720 Not applicable 1 Read coil 2 Read discrete 3 Read holding 4 Read input 5 Write coil 6 Write single 16 Write multiple ModbusMaster 1 Data ModbusAddress Modbus register address of the data to be read writ...

Page 154: ...ta Mode Auto Manual mode selection 0 Auto 1 Manual uint8 7d9e 32158 Not applicable ModbusMaster 4 Data Number Used for multiple instance parameters uint8 7d16 32022 Not applicable ModbusMaster 4 Data ParameterList Parameter list for a specific slave device uint8 7cf8 31992 Not applicable ModbusMaster 4 Data Priority Read Write frequency as for Modbus Master 1 uint8 7c27 31783 Not applicable Modbus...

Page 155: ... Fall back value to be written to the slave device float32 7c8c 31884 2dp ModbusMaster 8 Data FunctionCode The Modbus function code as for Modbus Master 1 uint8 7bef 31727 Not applicable ModbusMaster 8 Data ModbusAddress Modbus register address of the data to be read written float32 7b9a 31642 0dp ModbusMaster 8 Data Mode Auto Manual mode selection 0 Auto 1 Manual uint8 7da2 32162 Not applicable M...

Page 156: ...2 Data DataType Type of data being read written as for Modbus Master 1 uint8 7c11 31761 Not applicable ModbusMaster 12 Data Descriptor Description for this data item string_t 676e 26478 Not applicable ModbusMaster 12 Data Digital Digital status 0 Off 1 On bool 7e26 32294 Not applicable ModbusMaster 12 Data FallBackValue Fall back value to be written to the slave device float32 7c94 31892 2dp Modbu...

Page 157: ... Alarm status as for Modbus Master 1 uint8 7dca 32202 Not applicable ModbusMaster 16 Data BitPosition Bit position of the bit of interest in a 16 bit data type uint8 7d5e 32094 Not applicable ModbusMaster 16 Data ChanAlarmStatus Channel alarm status as for Modbus Master 1 uint8 7dea 32234 Not applicable ModbusMaster 16 Data DataType Type of data being read written as for Modbus Master 1 uint8 7c15...

Page 158: ...e with uint8 7b26 31526 Not applicable ModbusMaster 19 Data Status Transaction status as for Modbus Master 1 uint8 7ce9 31977 Not applicable ModbusMaster 19 Data Value The value to be written to the slave device float32 7c66 31846 2dp ModbusMaster 20 Data AlarmStatus Alarm status as for Modbus Master 1 uint8 7dce 32206 Not applicable ModbusMaster 20 Data BitPosition Bit position of the bit of inte...

Page 159: ...to the slave bool 7ccf 31951 Not applicable ModbusMaster 23 Data Set Sets a digital value 1 on 0 off bool 7e11 32273 Not applicable ModbusMaster 23 Data SlaveDevice Slave device to communicate with uint8 7b2a 31530 Not applicable ModbusMaster 23 Data Status Transaction status as for Modbus Master 1 uint8 7ced 31981 Not applicable ModbusMaster 23 Data Value The value to be written to the slave devi...

Page 160: ...7 Data PV Process value received from slave device float32 7b66 31590 2dp ModbusMaster 27 Data Scaling Scaling in decimal places for non floating point data types uint8 7d4b 32075 Not applicable ModbusMaster 27 Data Send 1 send the write value to the slave bool 7cd3 31955 Not applicable ModbusMaster 27 Data Set Sets a digital value 1 on 0 off bool 7e15 32277 Not applicable ModbusMaster 27 Data Sla...

Page 161: ...ng read written uint8 7d7f 32127 Not applicable 0 Real 1 DINT 2 INT 3 Byte 4 UDINT 5 UINT 6 UBYTE 8 Real Swap 9 DINT Swap 10 UDINT Swap 11 BIT ModbusMaster Slave1 Data Descriptor Description for this data item string_t 665d 26205 Not applicable ModbusMaster Slave1 Data Digital Digital status 0 Off 1 On bool 7e19 32281 Not applicable ModbusMaster Slave1 Data FallBackValue Fall back value to be writ...

Page 162: ...e 1 uint8 7b0d 31501 Not applicable ModbusMaster Slave2 Main IPAddress Internet Protocol IP address for a slave device string_t 68e5 26853 Not applicable ModbusMaster Slave2 Main LowPriority Low priority rate as for Slave 1 uint8 7b11 31505 Not applicable ModbusMaster Slave2 Main MaxBlockSize Maximum amount of data in a single transaction uint8 7b0b 31499 Not applicable ModbusMaster Slave2 Main Me...

Page 163: ...tion 0 USB 1 FTP Server uint8 1111 4369 Not applicable Network Archive FileFormat Archive file format 0 Binary 1 CSV 2 both uint8 1115 4373 Not applicable Network Archive MediaDuration Time in days until the USB is full float32 1118 4376 2dp Network Interface Gateway Default gateway internet protocol address string_t 4524 17700 Not applicable Network Interface IPaddress Internet Protocol IP addres...

Page 164: ...icable OR 7 Input7 OR Block 7 input 7 0 off 1 on bool 2d66 11622 Not applicable OR 7 Input8 OR Block 7 input 8 0 off 1 on bool 2d67 11623 Not applicable OR 7 Output OR Block 7 output 0 off 1 on bool 2d68 11624 Not applicable OR 8 Input1 OR Block 8 input 1 0 off 1 on bool 2d70 11632 Not applicable OR 8 Input2 OR Block 8 input 2 0 off 1 on bool 2d71 11633 Not applicable OR 8 Input3 OR Block 8 input ...

Page 165: ...nth that the event is to switch off uint8 30f8 12536 Not applicable RealTimeEvent 2 OffDay Sets the day the event is to switch Off as for Event 1 uint8 30f9 12537 Not applicable RealTimeEvent 2 OffMonth Sets the month that the event is to switch off uint8 30f7 12535 Not applicable RealTimeEvent 2 OffTime Sets the time that the event is to switch Off time_t 30fa 12538 Set by Network Modbus TimeForm...

Page 166: ... User linearization table 1 Y value 5 float32 290a 10506 2dp UserLin 1 Y6 User linearization table 1 Y value 6 float32 290c 10508 2dp UserLin 1 Y7 User linearization table 1 Y value 7 float32 290e 10510 2dp UserLin 1 Y8 User linearization table 1 Y value 8 float32 2910 10512 2dp UserLin 1 Y9 User linearization table 1 Y value 9 float32 2912 10514 2dp UserLin 1 Y10 User linearization table 1 Y valu...

Page 167: ...n table 4 Y value 19 float32 29e6 10726 2dp UserLin 2 Y20 User linearization table 4 Y value 20 float32 29e8 10728 2dp UserLin 2 Y21 User linearization table 4 Y value 21 float32 29ea 10730 2dp UserLin 2 Y22 User linearization table 4 Y value 22 float32 29ec 10732 2dp UserLin 2 Y23 User linearization table 4 Y value 23 float32 29ee 10734 2dp UserLin 2 Y24 User linearization table 4 Y value 24 floa...

Page 168: ... applicable UserLin 4 X1 User linearization table 4 X value 1 float32 2b41 11073 2dp UserLin 4 X2 User linearization table 4 X value 2 float32 2b43 11075 2dp UserLin 4 X3 User linearization table 4 X value 3 float32 2b45 11077 2dp UserLin 4 X4 User linearization table 4 X value 4 float32 2b47 11079 2dp UserLin 4 X5 User linearization table 4 X value v5 float32 2b49 11081 2dp UserLin 4 X6 User line...

Page 169: ...l 3 Resolution UsrVal 3 LowLimit User Value Low Limit float32 2e97 11927 Set by UsrVal 3 Resolution UsrVal 3 Resolution Result Resolution uint8 2e9a 11930 Not applicable UsrVal 3 Status User Value 3 Status 0 Good OK 7 Bad Error bool 2e99 11929 Not applicable UsrVal 3 Units Units of the value string_t 6908 26888 Not applicable UsrVal 3 Val The User Value float32 2e98 11928 Set by UsrVal 3 Resolutio...

Page 170: ...owledged bool 1c4f 7247 Not applicable VirtualChannel 1 Alarm1 Reference Deviation alarm Reference value float32 1c46 7238 Same as VirtualChannel 1 Main PV VirtualChannel 1 Alarm1 Status Indication of the active and acknowledge status uint8 0122 290 Not applicable 0 Unacknowledged 1 None 2 Active 3 Inactive 4 Acknowledged VirtualChannel 1 Alarm1 Threshold Alarm trigger threshold float32 1c43 7235 ...

Page 171: ...ut not ack d bool 1ccb 7371 Not applicable VirtualChannel 2 Alarm1 Amount Rate of change alarm Amount float32 1cc8 7368 Same as VirtualChannel 2 Main PV VirtualChannel 2 Alarm1 AverageTime Rate of change alarm Average time time_t 1cca 7370 Set by Network Modbus TimeFormat VirtualChannel 2 Alarm1 Block 0 Blocking alarms off 1 Blocking alarms on uint8 1cc2 7362 Not applicable VirtualChannel 2 Alarm1...

Page 172: ...ctive 1 alarm source safe and ack d if necessary bool 1d4e 7502 Not applicable VirtualChannel 3 Alarm1 Inhibit 1 alarm inhibited bool 1d51 7505 Not applicable VirtualChannel 3 Alarm1 Latch As VirtualChannel1 Alarm1 Latch uint8 1d41 7489 Not applicable VirtualChannel 3 Alarm1 NotAcknowledged 1 alarm has not been acknowledged bool 1d4f 7503 Not applicable VirtualChannel 3 Alarm1 Reference Deviation ...

Page 173: ...l1 Alarm1 Latch uint8 1de1 7649 Not applicable VirtualChannel 4 Alarm2 NotAcknowledged 1 alarm has not been acknowledged bool 1def 7663 Not applicable VirtualChannel 4 Alarm2 Reference Deviation alarm Reference value float32 1de6 7654 Same as VirtualChannel 4 Main PV VirtualChannel 4 Alarm2 Status As VirtualChannel1 Alarm1 Status uint8 012f 303 Not applicable VirtualChannel 4 Alarm2 Threshold Alar...

Page 174: ...1e0b 7691 Not applicable VirtualChannel 5 Main Resolution Number of decimal places 0 to 6 uint8 1e02 7682 Not applicable VirtualChannel 5 Main Rollover A pulse signal to indicate PV output has just rolled over bool 1e11 7697 Not applicable VirtualChannel 5 Main RolloverValue Rollover value float32 1e12 7698 Set by VirtualChannel 5 Main Resolution VirtualChannel 5 Main Status As VirtualChannel1 Mai...

Page 175: ... Change Time uint8 1f49 8009 Not applicable VirtualChannel 7 Alarm1 Deviation Deviation alarm Deviation Value float32 1f47 8007 Same as VirtualChannel 7 Main PV VirtualChannel 7 Alarm1 Dwell Alarm dwell time time_t 1f45 8005 Set by Network Modbus TimeFormat VirtualChannel 7 Alarm1 Hysteresis Alarm hysteresis value float32 1f44 8004 Same as VirtualChannel 7 Main PV VirtualChannel 7 Alarm1 Inactive ...

Page 176: ... dwell time time_t 1fe5 8165 Set by Network Modbus TimeFormat VirtualChannel 8 Alarm2 Hysteresis Alarm hysteresis value float32 1fe4 8164 Same as VirtualChannel 8 Main PV VirtualChannel 8 Alarm2 Inactive 1 alarm source safe and ack d if necessary bool 1fee 8174 Not applicable VirtualChannel 8 Alarm2 Inhibit 1 alarm inhibited bool 1ff1 8177 Not applicable VirtualChannel 8 Alarm2 Latch As VirtualCha...

Page 177: ...made int32 200a 8202 Not applicable VirtualChannel 9 Main Preset Initiate preset 0 No 1 Yes bool 200c 8204 Not applicable VirtualChannel 9 Main PresetValue The Preset value float32 200d 8205 Set by VirtualChannel 9 Main Resolution VirtualChannel 9 Main PV The virtual channel output value float32 0140 320 Set by VirtualChannel 9 Main Resolution VirtualChannel 9 Main Reset Initiate reset 0 No 1 Yes ...

Page 178: ...pplicable VirtualChannel 11 Alarm1 Amount Rate of change alarm Amount float32 2148 8520 Same as VirtualChannel 11 Main PV VirtualChannel 11 Alarm1 AverageTime Rate of change alarm Average time time_t 214a 8522 Set by Network Modbus TimeFormat VirtualChannel 11 Alarm1 Block 0 Blocking alarms off 1 Blocking alarms on uint8 2142 8514 Not applicable VirtualChannel 11 Alarm1 ChangeTime Rate of change a...

Page 179: ...e8 8680 Same as VirtualChannel 12 Main PV VirtualChannel 12 Alarm2 AverageTime Rate of change alarm Average time time_t 21ea 8682 Set by Network Modbus TimeFormat VirtualChannel 12 Alarm2 Block 0 Blocking alarms off 1 Blocking alarms on uint8 21e2 8674 Not applicable VirtualChannel 12 Alarm2 ChangeTime Rate of change alarm Change Time uint8 21e9 8681 Not applicable VirtualChannel 12 Alarm2 Deviati...

Page 180: ...annel 13 Main Resolution VirtualChannel 13 Main Input2 Input 2 value float32 2208 8712 Set by VirtualChannel 13 Main Resolution VirtualChannel 13 Main LowCutOff The lowest input value that will be totalised counted float32 2204 8708 Set by VirtualChannel 13 Main Resolution VirtualChannel 13 Main ModbusInput Modbus input value float32 2206 8710 Set by VirtualChannel 13 Main Resolution VirtualChanne...

Page 181: ...8864 Not applicable VirtualChannel 14 Trend SpanHigh Specifies the highest PV output value to be displayed float32 22a2 8866 Same as VirtualChannel 14 Main PV VirtualChannel 14 Trend SpanLow Specifies the lowest PV output value to be displayed float32 22a1 8865 Same as VirtualChannel 14 Main PV VirtualChannel 15 Alarm1 Acknowledge 1 acknowledge alarm bool 01de 478 Not applicable VirtualChannel 15 ...

Page 182: ...6 Set by VirtualChannel 16 Main Resolution VirtualChannel 16 Main Status As VirtualChannel1 Main Status uint8 015d 349 Not applicable VirtualChannel 16 Main TimeRemaining Time remaining before the calculation is made time_t 2389 9097 Set by Network Modbus TimeFormat VirtualChannel 16 Main Trigger Increment decrement counter 0 No 1 Yes bool 238e 9102 Not applicable VirtualChannel 16 Main Type As Vi...

Page 183: ...44e 9294 Not applicable VirtualChannel 19 Main Type As VirtualChannel1 Main Type uint8 2440 9280 Not applicable VirtualChannel 19 Main Units Units descriptor string_t 4cfc 19708 Not applicable VirtualChannel 19 Main UnitsScaler Units scaler for totalisers float32 2443 9283 1dp VirtualChannel 19 Trend Colour As VirtualChannel1 Trend Colour uint8 2560 9568 Not applicable VirtualChannel 19 Trend Span...

Page 184: ...d Colour uint8 2620 9760 Not applicable VirtualChannel 22 Trend SpanHigh Specifies the highest PV output value to be displayed float32 2622 9762 Same as VirtualChannel 22 Main PV VirtualChannel 22 Trend SpanLow Specifies the lowest PV output value to be displayed float32 2621 9761 Same as VirtualChannel 22 Main PV VirtualChannel 23 Main Descriptor Virtual Channel descriptor string_t 4d53 19795 Not...

Page 185: ...annel 26 Main Descriptor Virtual Channel descriptor string_t 4da4 19876 Not applicable VirtualChannel 26 Main Disable 1 Virtual channel disabled bool 2723 10019 Not applicable VirtualChannel 26 Main HighCutOff The highest input value that will be totalised counted float32 2605 9733 Set by VirtualChannel 26 Main Resolution VirtualChannel 26 Main Input1 Input 1 value float32 2607 9735 Set by Virtual...

Page 186: ...irtualChannel 29 Main Input1 Input 1 value float32 26c7 9927 Set by VirtualChannel 29 Main Resolution VirtualChannel 29 Main Input2 Input 2 value float32 26c8 9928 Set by VirtualChannel 29 Main Resolution VirtualChannel 29 Main LowCutOff The lowest input value that will be totalised counted float32 26c4 9924 Set by VirtualChannel 29 Main Resolution VirtualChannel 29 Main ModbusInput Modbus input v...

Page 187: ... Trend Colour uint8 2820 10272 Not applicable VirtualChannel 30 Trend SpanHigh Specifies the highest PV output value to be displayed float32 2822 10274 Same as VirtualChannel 30 Main PV VirtualChannel 30 Trend SpanLow Specifies the lowest PV output value to be displayed float32 2821 10273 Same as VirtualChannel 30 Main PV WebServer Status Status uint8 3044 12356 Not applicable WebServer Enabled En...

Page 188: ...Cnet objects are mapped to FEC920 I O and Loop data points as shown in Table 2 Object types are denoted in the table as follows AI Analog Input AV Analog Value BI Binary Input BV Binary Value CS Character String MSI Multi State Input Input channels 5 8 are instantiated as BACnet objects if the Dual Input Channels option is set to 05 08 Table 2 BACnet Object Representation of I O and Loops Object N...

Page 189: ...r to above if required Digital I O DigitalIO DI_LALC Output BI Dig In A DigitalIO DI_LALC Output R DigitalIO DI_LBLC Output BI Dig In B DigitalIO DI_LBLC Output R DigitalIO 1A1B Output BI I O 1 Output DigitalIO 1A1B Output R DigitalIO 1A1B PV AI I O 1 Input DigitalIO 1A1B PV R DigitalIO 2A2B Output BI I O 2 Output DigitalIO 2A2B Output R DigitalIO 2A2B PV AI I O 2 Input DigitalIO 2A2B PV R Digital...

Page 190: ...ual Figure 109 BMS Client writes address of required parameter The BMS client may then read or write to the data referenced by this address as shown in Figure 110 Figure 110 BMS Client reads writes to data parameter Object Name Type Data Parameter Internal Path R W UserParameter n Address AV R W User Parameter n VirtualChannel n Alarm1 Threshold R W UserParameter n Value AV VirtualChannel n Alarm1...

Page 191: ...istration 8 3 7 BACnet Configuration Section 6 2 5 provides details for configuring BACnet on the instrument The BACnet parameters described in Section 8 3 can be configured using the iTools software Property R W Description Description R Alphanumeric description of channel function eg Furnace 1 Device_Type R Alphanumeric description of Input type for the channel eg Off Thermocouple mV Application...

Page 192: ...p menu and selecting Contents iTools help is also available in manual format under part number HA028838 either as a physical manual or as a PDF file Figure 112 Help access 9 1 iTOOLS CONNECTION The following descriptions assume that iTools software has been correctly installed on the PC 9 1 1 Ethernet Modbus TCP communications It is first necessary to determine the IP address of the unit as descri...

Page 193: ...et port To check that the PC can now communicate with the instrument Click Start All Programs Accessories Command Prompt when the Command Prompt box appears type in Ping Space IP1 IP2 IP3 IP4 Enter where IP1 to IP4 are the IP address of the instrument A5E45696052A Rev AA ...

Page 194: ...ress and PC port details should be verified Figure 114 Command prompt Ping screens typical Once the Ethernet link to the instrument has been verified iTools can be started or shut down and restarted and the Scan toolbar icon used to find the instrument The scan can be stopped at any time by clicking on the Scan icon a second time See Section 9 2 for more details of the scan procedure A5E45696052A ...

Page 195: ...lowed In the example below the range of IP addresses which may be chosen for the Driver Module is 123 123 123 2 to 123 123 123 255 123 123 123 0 is not allowed and 123 123 123 1 is the same as the PC s address and may therefore not be used Figure 115 IP Config command 3 In Network Interface configuration Section 6 2 1 enter the selected IP address and the subnet mask as it appears in the command p...

Page 196: ...n Panel Views in the View menu Figure 116 Scan range enable Figure 117 iTools initial window with one instrument detected Once the instrument has been detected stop the scan When the instrument has synchronized click on the Access button to enter configuration mode a password might be required Once the editing session is complete click on the Access button again to quit configuration mode Note 1 T...

Page 197: ...into the wiring diagram from the tree list left pane 2 Parameters to be wired to one another by clicking on the output the clicking on the required input 3 Viewing and or editing of parameter values by right clicking on a function block and selecting Function Block View 4 The user to select parameter lists and to switch between parameter and wiring editors 5 Completed wiring to be downloaded to th...

Page 198: ...s and outputs which are considered to be of most use are always shown In most cases all of these need to be wired before the block can perform a useful task If a function block is not faded in the tree left hand pane it can be dragged onto the diagram The block can be dragged around the diagram using the mouse Download wiring to instrument Mouse select Select normal mouse operation Mutually exclus...

Page 199: ...e function block Re route input wires Redraws all input wiring associated with the function block Re route output wires Redraws all output wiring associated with the function block Show wiring using tags Wires are not drawn but their start and end destinations are indicated by tags instead Reduces wire clutter in diagrams where source and destination are widely separated Hovering the cursor over t...

Page 200: ...h could not be copied Delete Marks all selected items for deletion Such items are shown dashed until next download after which they are removed from the diagram Short cut Del Undelete Reverses Delete and Cut operations carried out on selected item s since the last download Bring to Front Brings selected items to the front of the diagram Push to Back Sends the selected items to the back of the diag...

Page 201: ...wire moves with it retaining as much of the path as possible If a wire is selected by clicking on it it is drawn with small boxes on its corners Wire Context Menu Right click on a wire to display the wire block context menu Force Exec Break When wires form a loop a break point must be introduced where the value written to the block comes from a source which was last executed during the previous cy...

Page 202: ...t Moves the comment to the Clipboard ready to be pasted else where Short cut Ctrl X Copy Copies the comment from the wiring diagram to the Clipboard ready to be pasted elsewhere Short cut Ctrl C Paste Copies a comment from the Clipboard to the wiring diagram Short cut Ctrl V Delete Marks the comment for deletion at next download Undelete Undoes the Delete command if download has not taken place si...

Page 203: ...ad When a block is dropped onto the diagram instrument parameters are changed to make the parameters for that block available If changes are made and the editor is closed without saving them there is a delay while the editor clears these parameters During download the wiring is written to the instrument which then calculates the block execution order and starts executing the blocks The diagram lay...

Page 204: ...vant tab Copy Graphic Copies the selected items or the whole diagram if no items are selected to the clipboard as a Windows metafile suitable for pasting into a documentation application Wiring entering leaving the selection if any are drawn in tag mode Save Graphic As for Copy Graphic above but saves to a user specified file location instead of the clipboard Copy Fragment To File Copies selected ...

Page 205: ... example Compounds 1 and 2 have been created and Compound 2 is subsequently deleted then the next compound to be created will be named Compound 3 7 Top level elements can be click dragged into compounds TOOL TIPS Hovering the cursor over the block displays tooltips describing that part of the block beneath the cursor For function block parameters the tooltip shows the parameter description its OPC...

Page 206: ...nction block context menu in the Graphical wiring Editor 4 by selecting parameter Explorer from the View menu 5 by using the short cut Alt Enter In each case the function block parameters appear in the iTools window in tabular form such as the example in Figure 126 below Figure 126 Parameter table example The figure above shows the default table layout Columns can be added deleted from the view us...

Page 207: ...r of such items are shown in Figure 128 above Note 2 Columns The default explorer window Figure 126 contains the columns Name Description Address Value and Wired From As can be seen from Figure 127 the columns to be displayed can be selected to a certain extent using either the Explorer menu or the context menu Note 3 Hidden Parameters By default iTools hides parameters which are considered irrele...

Page 208: ... in the current instance of the window The Back to list name and Forward to list name icons allow easy retracing or repeating of the parameter list view sequence If the mouse cursor is hovered over the tool icon the name of the parameter list which will appear if the icon is clicked on appears Clicking on the arrow head displays a pick list of up to 10 previously visited lists which the user can s...

Page 209: ... note set the following parameters Type Abs High Threshold 30 Hysteresis 4 Latch None Block Off Dwell 00 00 00 Acknowledge No Figure 130 Channel 2 Alarm 1 set up Note 1 These examples refer to Channel Configuration and to Virtual Channel configuration descriptions of which are to be found in Section 6 4 and Section 6 5 respectively Note 2 The destination parameter field has a small green triangle ...

Page 210: ...down arrow to highlight Ok then operate the scroll button again 8 The top level user wiring page reappears showing the destination parameter 10 1 1 Wire removal At the top level user wiring page use the up and down arrow buttons to highlight the wire to be deleted and operate the scroll key In the Delete Wire confirmation window highlight Ok and operate the scroll key again The wire is deleted wit...

Page 211: ...Main set Type Counter Operation On Input 1 All the other parameters can be left at their defaults 6 Still at Virtual Channel 3 Main use the up down arrow buttons to highlight Trigger Press and hold the scroll key The top level User Wiring page appears this time with a From Source tab as well as the To Destination tab of example 1 This is because this parameter is read write whereas Alarm Active is...

Page 212: ...he From Source tab if not already selected 16 Operate the Scroll key to highlight Add new wire then again to display the top level parameter list 17 Use the down arrow button to highlight Channel and operate the scroll button 18 Use the down arrow button to highlight 2 and operate the scroll button User Wiring To Destination From Source Add new wire Virtual Channel 3 Main Trigger User Wiring Virtu...

Page 213: ...User Wiring Virtual Channel 3 Main Preset User Wiring Virtual Channel 3 Main Preset User Wiring Virtual Channel 3 Main Preset User Wiring To Destination From Source Add new wire Virtual Channel 3 Main Preset Instrument Network Group Channel Virtual Channel Loop Digital I O Instrument Network Group Channel 1 2 3 Channel User Wiring Virtual Channel 3 Main Preset 1 Main Trend Alarm1 Alarm2 2 Alarm1 T...

Page 214: ... MM YY HH MM SS 123 13 where 123 13 represents the ASCII data read from the barcode If USB auto Scan is set to No the ASCII data read from the barcode is displayed as a message ready for editing prior to being sent to the display etc Figure 134 shows an example Figure 134 Barcode reader display Note 1 See USB DEVICE PRECAUTIONS in the Safety Notes section of the manual Note 2 See Section A2 for th...

Page 215: ...leftwards through the text string stops at the start of the string Right arrow Moves the cursor rightwards through the text string stops at the end of the string Backspace Deletes the character immediately to the left of the cursor Delete Removes the character immediately to the right of the cursor End Moves the cursor to the end of the string Home Moves the cursor to the start of the string Inser...

Page 216: ... designed to conform to BS EN61010 installation category II and pollution degree 2 defined as follows INSTALLATION CATEGORY II The rated impulse voltage for equipment on nominal 230V mains is 2500V POLLUTION DEGREE 2 Normally only non conductive pollution occurs Occasionally however a temporary conductivity caused by condensation shall be expected A5E45696052A Rev AA ...

Page 217: ...BS EN61326 Class A Heavy industrial Immunity BS EN61326 Industrial Other approvals and compliance details General CE and cUL EN61010 PV input AMS2750E compliant RoHS EU China Packaging BS EN61131 2 section 2 1 3 3 Physical Panel mounting 1 4 DIN Weight 0 44kg 15 52 oz Panel cutout dimension 92mm x 92mm both 0 0 0 8 or 3 62in x 3 62in both 0 00 0 03 in Figure 2 Depth behind panel 90mm 3 54in Figure...

Page 218: ...ȍ other ranges 12 5kȍ Shunt mA inputs only Values 1ȍ to 1kȍ mounted externally additional error due to shunt 0 1 input Isolation Channel to channel 300V RMS or dc single insulation Channel to common electronics 300V RMS or dc single insulation Channel to ground 300V RMS or dc single insulation Dielectric strength Test BS EN61010 1 minute type test Channel to channel 2500Vac Channel to ground 1500V...

Page 219: ...ff internal external remote Remote CJC source Any input channel Internal CJC error 1 C max with instrument at 25 C Internal CJC rejection ratio 40 1 from 25 C Upscale downscale drive High low or none independently configurable for each channel s sensor break detection Types ranges and accuracies See Figure A 2 Figure A 2 Thermocouple types ranges and accuracies C D E G2 J K L N R S T U NiMo NiCo P...

Page 220: ...00mA 12V Maximum current through terminals 2A Estimated mechanical life 10 000 000 operations Relay contacts OP4 and OP5 AgNi Contact switching power resistive Max 1A at 230V RMS 15 Min 5mA 5V Maximum current through terminals 1A Estimated mechanical life 10 000 000 operations A5 DIGITAL INPUTS DigInA DigInB contact closure logic input Contact closure Short circuit sensing current source 5 5mA min...

Page 221: ...y The battery is not user serviceable and any instrument displaying the symptoms of a battery fail should be returned to your supplier for battery replacement at the earliest opportunity A clone file is made using iTools a proprietary package which may be downloaded from www eurotherm co uk Warning It is strongly recommended that with the instrument working normally a clone file is made and stored...

Page 222: ...the screen 2 Answer No to the question Do you want to view only the webpage content that was delivered securely 3 If necessary enable file download 4 In the Do you want to run or save this file Security Warning window click on Run 5 In the The Publisher could not be verified Security Warning window click on Run 6 Agree or cancel the License agreement If Agree choose Standard as the type of install...

Page 223: ...FEC920 USER GUIDE Appendix B Page 215 September 18 8 Select startup settings 9 Click on Close when Installation is complete 10 Click OK in the Connect to Server window A5E45696052A Rev AA ...

Page 224: ...ser has been used but it may be more advantageous to use Anonymous because this is the default name in the recorder controller Click on OK 4 In the Edit menu select Users and in the Shared Folders page click on Add A browse window opens allowing the user to select the new folder Archive created in step 1 above When OK has been clicked to confirm the selec tion the new folder appears in the centre ...

Page 225: ... tab in the window that appears and check that both FTPControl and FTPData are enabled ticked If not the user s IT department should be contacted for advice 3 Click on Add Program and browse to the Filezilla destination defined in step 7 of the download section Section B2 1 Select FileZilla server exe and click on Open FileZilla server exe appears in the Exceptions list 4 Click on OK A5E45696052A ...

Page 226: ... 2 2 B2 5 Archive Activity Once a demand or unattended archive is initiated the FileZilla Server page shows the activity status as the archive progresses Figure B 1 shows a typical page The top of the page shows the transaction details between the server and any clients to which it is connected The bottom portion shows details of the files currently being transferred These files are archived to th...

Page 227: ...ock OR blocks are used automatically by the user wiring when more than one source is wired to the same destination parameter For example it may be required that Relay Digital I O 2A2B is to operate if channel 1 alarm 1 and or channel 2 alarm 1 channels goes active In such a case the Active parameter for the two channel alarms would be wired to the same relay s PV parameter OR blocks are invisible ...

Page 228: ... 4 Isolation diagram Note Each PV is double isolated 300VRMS from all other PV s Supply voltage 100 to 240V ac or 24V ac or dc PV2 PV3 PV4 USB Comms PSU Logic Digital I O Ethernet comms Relays DC output PV1 Double 300V ac Double 300V ac Double 300V ac Double 300V ac Double 300V ac Single 50V ac Micro processor and system circuits SN1 Double 300V ac Power Supply Circuits Rectifica tion Safety Earth...

Page 229: ...the browser being used Web server supports standard ASCII character set Any non displayable characters will therefore be replaced by an asterisk C1 1 Connecting to the Internet Open the desired web browser Enter the Ethernet address or other configured name of the instrument C1 2 Denied Page This page will be displayed when there are no more available connections to the server It does not use the ...

Page 230: ...in the instrument page 99 it will be necessary to enter a User name and a Password The defaults are Username admin Password admin These may be customized by the user up to 50 alpha numeric characters C1 5 About Page This page contains the following target information Instrument descriptor MAC address Application software version Bootrom software version Legal disclaimer A5E45696052A Rev AA ...

Page 231: ... Contact Page This page contains links to the following Eurotherm sites Accredited Service Customer First Technical Support Installation Commissioning Repair Support Services Note Links are only active if the browser has Internet access A5E45696052A Rev AA ...

Page 232: ...hannel status will either be Ok or Error for all other error conditions All channels will be represented in their configured RGB colors Color matching will very much depend on the display the browser is running on Options The Options button allows the user some control over how the Bar Graph page is displayed All data is stored as cookies Graph Type Gradient as shown in the above display Flat 3D L...

Page 233: ...e time as the page will need to interrogate the web server for UHH history and render 100 samples of backfill As each new sample arrives the oldest historical sample is removed All channels will be represented in their configured RGB colors Color matching will very much depend on the display the browser is running on Options The Options button allows the user some control over how Line Graph page ...

Page 234: ... a maths channel may have returned a bad value ERROR Error e g a maths channel divided by zero NO_DATA No data e g nothing has been written to a Modbus input channel All channels will be represented in their configured RGB colors Color matching will very much depend on the display the browser is running on Options The Options button allows the user some control over how Numerics page is displayed ...

Page 235: ...esented in their configured RGB colors Color matching will very much depend on the display the browser is running on This graph is currently fixed at 100 samples and the first time this page is accessed it may take a short time to load as the page will need to interrogate the web server for UHH history and render 100 samples of backfill Use the Previous Data button to navigate back in time for up ...

Page 236: ...ages Go to the Message Summary page to view any new messages This icon is then removed from the other pages Any system alarm C1 14 DHCP Support DHCP is managed in the web server in as much as the web server will not be allowed to come online until the FEC920 has received a valid IP address The server will continually monitor the IP address and if at any point an invalid address is found the server...

Page 237: ...27 Rate 65 210 To 27 Archiving 64 Attribute 40 Auditor feature Additional User Accounts 21 29 Authorization 54 55 Changes to User Accounts 30 Operator Pass option 53 Pass Expires parameter 55 Passwords Expire parameter 55 User Access Level 29 User Accounts 22 61 User menu 22 Automatic Archive rate 65 Average Time 77 B Back to 200 Background chart color 50 Backlash Dig IO 101 Relay OP 100 BACnet Ar...

Page 238: ...lor Channel trend selection 75 Function blocks etc 195 Column enable disable 199 200 Comments 194 Context Menu 194 Comms Failure 91 Pass 54 Communications Modbus Slave Comms 115 Parameter list 119 Company ID 51 Complete 27 57 Component Selection 190 Compounds 196 Create Flatten 190 Compression 70 Config Revision 51 Configuration Alarm 76 BACnet 68 Batch 70 Channel 71 Counter 88 Default 55 Totalize...

Page 239: ...15 Digital I O 100 Digital input specification 212 DigitalHi 77 DigitalLo 77 DINT 95 DINT Swap 95 Direct Connection iTools 187 Disable Counter 89 Totalizer 86 Display Brightness 49 Configuration 49 Mode Alarm panel 34 Numeric 33 Selection 26 Vertical trend 30 Div 82 Divide 108 Down arrow key 15 Download 190 Downscale Maths Block 109 Multiplexer 107 DST Active Inactive 48 Enable 48 Dual input optio...

Page 240: ...tems 197 Green Triangle 201 Wiring editor items 195 Green arrow 37 Green arrow Modbus master 34 Green circle 38 Green line across chart 21 Grid show hide 190 GrpAvg 82 GrpMax 82 GrpMaxlatch 82 GrpMin 82 GrpMinlatch 82 H H Trend Scaling 50 Hidden parameters 199 High Compression 70 Cut Off Counter 88 Totalizer 84 Limit Maths block 109 Multiplexer 107 User values 113 Priority 91 History Background co...

Page 241: ... across chart 21 Line voltage 51 Linearization type 73 Locale 48 Log Base 10 108 Base e Ln 108 Logic 8 input block 105 Logic I O specification 212 Login 28 Loop Display mode Enable 50 Loopback Test 93 Loose 67 Low Cut Off 84 88 Limit Maths block 109 Multiplexer 107 User values 113 Priority 91 Voltage option 14 Lower Key 15 M MAC address 63 Magenta wiring editor items 195 Magnification factor 190 M...

Page 242: ... 30 178 Virtual Channel 4 165 Virtual Channel 5 165 Virtual Channel 6 166 Virtual Channel 7 167 Virtual Channel 8 168 Virtual Channel 9 168 TCP Port numbers 220 Modbus Address 95 Modbus Master Configuration 90 Wiring 14 Modbus master Slave menu 91 Modbus Master display mode Enable 50 Mode EtherNet IP 97 User defined parameter 94 Mode Timer 110 Module Ident DI 101 Dig IO 100 Dig Out 101 Relay Triac...

Page 243: ...es 25 PrefMaster Conn 67 IP 67 Preset Counter 88 Totalizer 85 Val 85 88 Primary Server User Password 66 Priority 95 97 Priority Master comms 91 Priority levels Modbus master 92 PriStatus 27 Profile 91 Programmer display mode Enable 50 Promote List Enable 50 Push pin 200 Push to Back iTools monitor 195 iTools wire 193 PV Channel 72 Counter 88 DC output 102 DI 101 Dig IO 101 DIO 100 Maths channel 81...

Page 244: ...addresses 188 Screen brightness 49 Scroll key 15 Search Device Result 91 Search for 43 Sec Password 66 Server 66 Status 27 User 66 Security 53 222 Sel1 109 Select All 196 Max Min 108 Selecting components 190 Send 94 Sensor Break Detection 14 Type 74 Val 75 Serial Mode 67 Number 51 Server FTP 66 IP Address 52 Server Address 97 Set 94 Setpoint Colour 50 Setting time and date 47 Show Grid 190 Message...

Page 245: ... Timers 110 To Destination 203 Toolkit blocks supported 212 Total 93 Totalizer 83 Trace Color 75 History 43 Transferring 27 Trend Background color 50 Color 75 History 43 History menu 44 Trigger Archive 66 Counter 88 In 110 Triggered 110 Truncated 50 Type Alarm 76 Channel Input 73 DC output 102 DI 101 Dig Out 101 DIO 100 Instrument 51 Relay OP 100 Virtual channel 81 84 88 U UBYTE 95 UDINT 95 UDINT ...

Page 246: ...66 V Value 94 113 Valve Raise Lower 100 Version 51 Vertical bargraph mode Enable 50 Vertical trend mode Enable 49 Virtual channel configuration 81 W Web Browser 221 Web Server 99 Weekly 65 Wires free 51 Wiring Cable sizes 12 Electrical 12 EtherNet IP 14 Failure system error 19 Modbus master 14 Software Colors iTools 193 iTools 193 Z Zoom iTools 190 Zoom In Out History 44 A5E45696052A Rev AA ...

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