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Engineering Manual                                                                                                                                                                    2408

i Indicator 

4.5.2.1

 

Example:   To Select a Different Thermocouple Type 

 

Do This 

This Is The Display You Should See 

Additional Notes 

Enter configuration level as described in section 4.2.1. 

 

 

 

 

 

 

 

 

Notes: 

The next parameter is cold junction compensation, 

<

CJC

>

.  It is used to compensate for ambient temperature 

changes measured at the point at which the thermocouple (or compensating) cable connects to the indicator.  

Automatic, Auto, measures the temperature at the rear terminals and compensates for any ambient temperature 
changes.  It will only be necessary to change the 

<

CJC

>

 parameter if an external temperature reference source is 

to be used. 

Sensor break is measured by the impedance, 

<

imP

>

, of the sensor circuit and an alarm is given if this is greater 

than a set amount.  For thermocouples set this to 

<

Auto

>

.  For certain types of sensor its working impedance 

may be greater than the 1.5K

Ω

 set by Auto.  It will only be necessary to change 

<

imP

>

 if this type of sensor is to 

be used. 

 

4.5.2.2

 

Example:   To Adjust Display Reading for a Process Type Input 

This example is 4 – 20mA input to read 0 to 100 on the display 

 

Do This 

This Is The Display You Should See 

Additional Notes 

Enter configuration level as described in section 4.2.1. 

The mA input is selected in the same way as the thermocouple input above. 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

1.

 

Press 

 until the 

‘Input List’

 

header is shown 

 

2.

 

Press 

 until 

<

inPt

>

 is 

shown 

3.

 

Press 

 or 

 to select the 

input type 

The display will return to 

<

inPt

>

 

after approximately 2 seconds 

iP 

r.tc 

inPt 

2 secs 

    

 

1.

 

In the input list press 

 

until

 

<

inP.L

>

 

is shown 

2.

 

Press 

 or 

 to set the low 

input eg 4mA 

 

4.0 

inP.L 

2 secs 

3.

 

Press 

 

until

 

<

inP.H

>

 

is 

shown 

4.

 

Press 

 or 

 to set the high 

input eg 20mA 

 

20.0 

inP.H 

2 secs 

5.

 

Press 

 

until

 

<

VAL.L

>

 

is 

shown 

6.

 

Press 

 or 

 to set the low 

displayed value eg 0.0 

 

0.0 

VAL.L 

2 secs 

7.

 

Press 

 

until

 

<

VAL.H

>

 

is 

shown 

8.

 

Press 

 or 

 to set the low 

displayed value eg 100.0 

 

100.0 

VAL.H 

2 secs 

The display will return to 

<

inPt

>

 

after approximately 2 seconds 

    

 

Inp.L 

eg (

4

)

 

Inp.H 

eg (

20

)

 

VAL.H 

eg (

10

)

 

VAL.L 

eg (

0

)

 

Displayed value 

Electrical Input 

40                                                                                                            

Part Number   HA027240           Issue 5.0            Feb 2015 

Summary of Contents for 2408i

Page 1: ...2408i Series Process Indicators User Manual Part No HA027240_5 Date February 2015 ...

Page 2: ......

Page 3: ... List 13 2 5 3 Setpoint List 13 2 5 4 Input List 14 2 5 5 User Calibration Lists Inputs 1 and 2 14 2 5 6 Access List 14 3 Password Protected Levels of Operation 15 3 1 Access levels 15 3 1 1 To Select Full or Edit Access Levels 15 3 2 Navigation Diagram full and edit levels 16 3 3 Parameter Tables 18 3 3 1 HOME List 18 3 3 2 Alarm List 18 3 3 3 Setpoint List 18 3 3 4 Input List 19 3 3 5 User Calib...

Page 4: ...ter Tables plug in modules 48 4 6 1 Communications Module 48 4 6 2 Communications Parameters 48 4 6 3 PDS input Module 48 4 6 4 DeviceNet Communications 50 4 6 5 Module 1 2 and 3 Configuration Lists 51 4 6 6 Changeover Relay or Dual Relay Output Module 51 4 6 7 Triple Logic Output Module 51 4 6 8 Triple Logic Input or Triple Contact Closure Input Module 52 4 6 9 DC input Module 53 4 6 10 DC Retran...

Page 5: ...re such as a control cubicle 1 Prepare the panel cut out to the size shown 2 Fit the sealing gasket behind the front bezel of the instrument 3 Insert the indicator in its sleeve through the cut out 4 Spring the panel retaining clips into place Secure the indicator in position by holding it level and pushing both retaining clips forward 5 Peel off the plastic film protecting the front of the indica...

Page 6: ...ve supplied 2 If the instrument is required to replace one already in use the existing sleeve should also be replaced 3 A new instrument can be fitted into an existing sleeve by carefully removing gasket but IP65 sealing will not be maintained 4 An existing instrument can be fitted into a new sleeve but IP65 sealing will not be maintained It is however possible to achieve IP65 sealing for 3 and 4 ...

Page 7: ... modules 3 Digital inputs are non isolated from the process value Digital inputs are powered by the indicator Switching voltage and current 24Vdc 20mA W See Section 7 for specifications and maximum safety limits 1 4 3 Communications Modules Digital Communications Module Terminal identity Module type HB HC HD HE HF RS232 Com Rx Tx RS485 2 wire Com A B RS485 4 wire Rx Rx Com Tx Tx Profibus Shield VP...

Page 8: ...Operator Buttons Increase parameter value Decrease parameter value Select parameter Select parameter list heading See following sections for more detail Alarm Beacons Parameters which can be allocated to the Front and Back displays nonE The HOME display will be blank and only alarm messages will be flashed SP Setpoint for deviation alarms rm SP Remote setpoint for deviation alarms PV Hi Displays t...

Page 9: ...mall delay may be apparent before the alarm is indicated This is generally only noticeable if the PV changes very quickly Deviation Alarms The setpoint used for deviation alarms is normally derived as a remote input from another device for example a temperature controller The setpoint can also be internally set within the controller in this case called the local setpoint value Delay a settable tim...

Page 10: ...PV2 dHi Deviation High Main PV above the high deviation setting on main PV dH1 PV 1 above the high deviation setting on PV1 dH2 PV 2 above the high deviation setting on PV2 Dev Deviation Band Main PV above or below the high and low deviation setting on main PV Dv1 PV 1 above or below the high and low deviation setting on PV1 Dv2 PV 2 above or below the high and low deviation setting on PV2 rat Rat...

Page 11: ...SET button If this does not work it may have been disabled when the indicator was configured 2 Press and together The action which now takes place will depend on the type of latching which has been configured Non Latched Alarms If the indicator has been configured for non latching alarms the following action occurs Alarm condition present when the alarm is acknowledged will be indicated by a singl...

Page 12: ...turn to the HOME display if no button is pressed for 45 seconds 10 seconds if an alarm condition is present Th li f il bl d hi li h d i h i h bl i 2 Press to show the first parameter in the list 3 Press or to change the alarm setpoint There are four alarm setpoints The first character is the alarm number the next three the alarm type see section 2 2 4 If an alarm has been disabled in configuration...

Page 13: ...calibration procedure completes If calibration does not complete after a period of 5 minutes then calibration is aborted 1 From any display press as many times as necessary to show the CAL1 List header Use CAL2 if the load cell is connected to input 2 CAL1 The indicator automatically calibrates itself to the empty container When tArE is turned to on the display will change to buSY When calibration...

Page 14: ...ribed in 2 1 1 20 X2 HOME List SP Setpoint List AL Alarm List To return to HOME page keep pressing 1 2 3 4 dsp f dsp b Cid sp L sp H 1 1 1 1 Blocks shown shaded are dependant upon the order code as follows 1 These parameters are only shown if the alarm has been configured 2 CAL2 list is only shown if Input 2 has been configured The above list can be customised to suit the requirements of a particu...

Page 15: ... as LOG L in inFo list PV Process Value AL SP Alarm 1 setpoint L1 Linearised input 1 dSP b HOME display back L2 Linearised input 2 C id Customer defined identity number an indicator can be associated with a physical position 0 to 9999 0 2 5 2 Alarm List AL Alarm list Comments Adjustable Range Default 1 Alarm 1 setpoint The last three letters indicate the Between low and high setpoint limits which ...

Page 16: ...ion 2 3 OFF Off on start correction busy inputting value done finished inputting value OFF 2 5 6 Access List The Access List provides password protected access to further levels of operation as listed below See section 3 for further details code A code number can be entered using the or buttons If an incorrect code number is entered the display will revert to codE If no button is pressed within 45...

Page 17: ...ntered a higher level you can select OPEr FuLL or Edit levels at will Remember to return to OPEr level following completion of commissioning or configuring the instrument This may be done by 1 Switching the indicator off and back on again OR 2 Go to OPEr level and enter a false password number to re lock the indicator in this level 1 From any display press as many times as necessary to access the ...

Page 18: ... list is only applicable to transducer on input 2 1 2 2 2 7 7 7 7 7 7 3 4 7 7 7 7 5 5 5 5 6 7 8 9 10 11 7 7 For parameter availability see User Calibration Lists section 3 3 5 12 Only shown if SG is present in the Options field of the ordering code Parameters are hidden by default See section 3 4 to Reveal Parameters are only displayed when the option has been configured as follows 1 Each alarm mu...

Page 19: ... LoG A Communications List This list only appears if a communications board is fitted cmS Addr Access List ACCS CodE Goto in L CUSt1 VAL L in 2 VAL 2 in 14 VAL 14 in H VAL H Custom Linearisation List 1 This list only appears if custom linearisation on input 1 is configured Custom Linearisation List 2 This list only appears if custom linearisation on input 2 is configured 13 in L CUSt1 VAL L in 2 V...

Page 20: ...ecome active 0 to 999 9 seconds 0 2dEL Alarm 2 delay 0 to 999 9 seconds 0 3dEL Alarm 3 delay 0 to 999 9 seconds 0 4dEL Alarm 3 delay 0 to 999 9 seconds 0 In AL Inhibit alarm timer To inhibit alarms for a time see section 4 5 5 On OFF OFF InH t Time alarm inhibited 0 to 999 9 seconds 0 3 3 3 Setpoint List Mnem onic Meaning Adjustable Range Default setting Customer setting L r Remote setpoint enable...

Page 21: ... to 10 00 0 5 F 2 2 where PV F 1 x input 1 F 2 x input 2 9 99 to 10 00 0 5 PV ip 1 Selects input 1 or input 2 ip 1 Input 1 selected ip 1 ip 2 Input 2 selected mV 1 Input 1 mV measured at the rear terminals Read only Read only mV 2 1 Input 2 mV measured at the rear terminals module 3 Read only Read only CJC 1 Input 1 Cold junction compensation temperature measured at the rear terminals Only applies...

Page 22: ...n Chapter for further details The lists below are shown for each type of calibration If Type OFF the lists are not displayed Some parameter mnemonics remain the same for each type of transducer but their functions may vary in detail between the different types The tables are repeated therefore for each calibration type The tables are followed by a description of procedure to use for each type of c...

Page 23: ... selected as the calibration type Pnt L Start point low calibration OFF Calibration complete OFF on Start low point calibration Pnt H Start point high calibration OFF Calibration complete OFF on Start high point calibration tArE v Tare Value This allows a fixed offset to be applied to the displayed reading It must be set before auto tare is started 999 9 to 99999 display units 0 0 S G Specific gra...

Page 24: ...ecific gravity different from water 1 0 01 to 999 9 1 00 ScL L Scale Low point Automatically adjusts to the value entered at Pnt L 999 9 to 99999 display units ScL H Scale High point Automatically adjusts to the value entered at Pnt H 999 9 to 99999 display units Calibration Type Manual tYPE mAn See also section 3 6 7 Mnem onic Meaning Adjustable Range Default setting Customer setting CAL P Calibr...

Page 25: ...lue corresponding to point 2 to The values entered must be continuously increasing or decreasing in 14 Adjust input break point 14 value VAL 14 Adjust displayed value corresponding to point 14 This list only appears if a custom download input has been configured Further information on Custom Linearisation is given in section 3 7 Having entered the values for the custom linearisation it is necessar...

Page 26: ... level To reset switch the indicator supply off and Time displayed in minutes Read only Read only Log v Process value threshold for timer log on again or scroll to rESL and select YES Between display min and max 0 rES L Logging reset no Logging in progress no YES Will reset logged values 3 3 9 Access List The Access List is the same as section 2 5 6 Mnem onic Meaning OPer To view and adjust a limi...

Page 27: ...arameters can be promoted into the HOME list This will give the operator quick access to them by simply pressing the button This feature used in combination with hide and read only allows you to organise the way in which you want your indicator formatted The parameter 1fsL will now appear in the HOME list Repeat the procedure for any other parameters you wish to promote To de promote a parameter g...

Page 28: ... the electrical input range on linear mV volt or mA inputs 3 Analogue I O Modules configured as DC Retransmission It allows you set up the electrical output to correspond with the displayed value 3 5 1 1 Single Point Offset A single offset applies to Inputs 1 2 and applies a fixed offset over the full display range of the controller Figure 3 2 Fixed Offset 3 5 1 2 To Apply an Offset to Input 1 Do ...

Page 29: ...nce for a transducer with its own integrated calibration resistor 1 Disconnect the shunt resistor 2 Calculate the low point calibration value by continuously averaging two lots of 50 measurements of the input until stable readings are obtained 3 Connect the shunt resistor by closing a contact between terminals D and C 4 Calculate the high point calibration value by averaging two lots of 50 measure...

Page 30: ...fly on the display A password of 0 allows the instrument to proceed directly to the next parameter 6 Press to scroll to ScL L 7 Press or to enter the scale low value normally 0 The indicator will show busy while calibrating before returning to Pnt L If the calibration fails the alarm message tdr F is flashed ScL L 0 10 Press to show Pnt L 11 Press or to turn calibration to on buSY This sets the mi...

Page 31: ... JA JB JD JF JE Transducer supply 1 This diagram shows connections to input 1 main input If Input 2 is used in module position 3 the transducer output can be connected to terminals 3C and 3D The indicator will show busy while calibrating If the calibration fails the alarm message tdr F is flashed 9 Press to show Pnt L 10 Press or to turn calibration to on buSY on Pnt L Set the load cell to its zer...

Page 32: ...V LA LC LB 3A 2C 2D 3B 3D 3C 1C 1A 1B 1D 2B 2A HC HA HB H HF HE JC JA JB JD JF JE Transducer supply 1 This diagram shows connections to Input 1 main input If Input 2 is used in module position 3 the transducer output can be connected to terminals 3C and 3D on Pnt L on Pnt H 6 Press to show Pnt L 7 Press or to turn calibration to on This parameter can be configured to operate from a digital input w...

Page 33: ... 10 2mv should read 1000 on the indicator User offsets can be set up as follows Figure 3 6 High and Low Offsets In FuLL access level enter the calibration password as described in section 3 6 2 Then Do This This Is The Display You Should See Additional Notes The above example shows an indicator configured for mV but the same procedure can be used for other input sensors including thermocouple and ...

Page 34: ... fixed offset on the tare value This may be used for example if containers of different weights are placed on a pallet of known weight This known weight can then be entered in tArE v 3 6 9 To Enter a Fixed Offset to the Tare Value Do This The Display You Should See Additional Notes 1 Press as many times as necessary to select CAL1 or CAL2 as appropriate CAL1 2 Press to scroll to CAL CAL 3 Press or...

Page 35: ...nput Hi Output Hi are entered first to define the low and high points of the curve It is not necessary to define all 15 intermediate points if the accuracy is not required Points not defined will be ignored and a straight line fit will apply between the last point defined and the Input Hi Output Hi point 1 Press as many times as necessary to access the CUSt1 list header menu 2 Press to show in L 3...

Page 36: ...View of the Plug in Modules Optional plug in modules are fitted simply by sliding them into the relevant position as shown in Figure 4 1 The connections for these modules are made to the upper row of connector blocks as shown in section 1 3 When a module is added removed or changed the indicator will flash hardware error HWEr on power up To acknowledge this it is necessary to go into configuration...

Page 37: ... to enter the passcode The factory default passcode is 1 PASS will be displayed momentarily when the correct password has been entered In the special case that the passcodes have been configured as 0 it will not be necessary to enter a passcode If or are pressed the word List is displayed for 2 secs List ACCS 4 Press to show Goto 5 Press or to select conF level 6 Press to show ConF 7 Press or to e...

Page 38: ... Logic I P Logic inputs Digital Inputs 200 0 HOME List For example Process Variable Alarm Setpoint Linearised Input 1 Linearised Input 2 Transducer scaling Input Cal tYPE OFF Input linearisation Transducer scaling 3A Cal tYPE OFF Input 2 TCs PRT Pyrometer mA mV Volts 3A ConF Input linearisation Alarm 2 Other alarms OR Alarms Alarm 1 Alarm 3 Alarm 4 AL ConF Relay Digital Comms Digital Comms Retrans...

Page 39: ...dule fitted See Sections 4 6 3 to 4 6 9 JA PDSIO Module Configuration id Func VAL L VAL H Section 4 6 2 Return to inSt inSt iP AL LA Lb AA HA Sensor Input Configuration Alarm Configuration Relay output 1 Configuration Comms Module C fi i Digital input 2 Configuration Digital input 1 Configuration Instrument Configuration inPt CJC inP L inP H VAL L VAL H tYPE bAnd unit dEc P Ac bu AL 1 Ltch bLoc id...

Page 40: ...diSa Button disabled 4 5 1 1 Example To Change the Number of Decimal Places in the Display Do This This Is The Display You Should See Additional Notes Enter configuration level as described in section 4 2 1 4 5 1 2 Example To Disable the Front Panel Ack Reset Button Do This This Is The Display You Should See Additional Notes Enter configuration level as described in section 4 2 1 inSt 1 Press unti...

Page 41: ...nction compensation ImP Input impedance threshold for sensor break alarm OFF Sensor break alarm disabled Auto Auto 1 5KΩ If the sensor impedance exceeds this value sensor break alarm activates Hi 5KΩ HiHi 15KΩ Linear input scaling 9 99 to 80 00mV These parameters appear after inPt whenever mV voLt mA Sr V or Sr A are chosen as the input type This allows for the low and high displayed values to be ...

Page 42: ...to change imP if this type of sensor is to be used 4 5 2 2 Example To Adjust Display Reading for a Process Type Input This example is 4 20mA input to read 0 to 100 on the display Do This This Is The Display You Should See Additional Notes Enter configuration level as described in section 4 2 1 The mA input is selected in the same way as the thermocouple input above 1 Press until the Input List hea...

Page 43: ...oint High alarm FL1 Full scale low alarm on linearised input 1 FH1 Full scale high alarm on linearised input 1 rat Rate of change alarm minutes main PV raS Rate of change alarm seconds main PV rt1 Rate of change alarm minutes input 1 rS1 Rate of change alarm seconds input 1 rt2 Rate of change alarm minutes input 2 rS2 Rate of change alarm seconds input 2 Ltch To select alarm latching type no Non l...

Page 44: ... will be displayed If a delay has been set on the alarm the delay period will start from the time when the input is turned OFF Entering Alarm Inhibit resets both the alarm delay timer and latched alarms The action of Alarm Inhibit is shown in the diagram below for a Full Scale High Alarm Figure 4 4 Effect of Alarm Inhibit FH2 AL 2 2 secs 1 Press until the Alarm List header is shown 2 Press until A...

Page 45: ...nhibit function tm AL is edge triggered It will start the inhibit timer when closed and do nothing when opened Alarms will be inhibited during the timing period at the end of which they will be enabled again From stage 1 above Do This This Is The Display You Should See Additional Notes This sets the Alarm Inhibit status On OFF The display will revert to In AL after 2 seconds 1 In Operator Level pr...

Page 46: ...low point PtH 1 Start the calibration at point 1 normally the high point Pth 2 Start the calibration at point 2 normally the high point in AL Alarm inhibit often used in conjunction with transducer calibration to prevent alarms during the calibration process P HLd Peak hold HLd1 Sample and Hold on PV input 1 HLd2 Sample and Hold on PV input 2 UCAL Enables calibration access for CAL1 and CAL2 lists...

Page 47: ...ad in two ways 1 From Information List inFo as LoG L Minimum process variable LoG H Maximum process variable LoG A Average process variable These values are reset when the parameter rES L in the inFo list is turned to YES or the indicator power is cycled 2 Maximum and minimum values can be promoted to the main front or back display as PV Hi or PV Lo see section 2 1 2 They are reset when the power ...

Page 48: ...ay de energised in alarm To Attach Alarms to the Relay Output Any combination of the following alarms can be attached to relay output 1 Press to select a particular alarm Press or to select YES if you want it to activate the relay Select no to disconnect a given alarm These parameters only appear if Func diG 1 Alarm 1 YES no YES 2 Alarm 2 YES no no 3 Alarm 3 YES no no 4 Alarm 4 YES no no Sbr Senso...

Page 49: ...N O Relay Alarm indication supply Alarm ON Alarm OFF Indicator supply N C 1 Press until the 2A List header is shown 2 Repeat steps 3 to 5 above 3 Press until the 2 is shown 4 Press or to select Yes The display will return to 2 after approximately 2 seconds 2 secs 5 Press until the 3 is shown 6 Press or to select Yes The display will return to inPt after approximately 2 seconds Relay 1 of module 2 ...

Page 50: ...e is fitted ProF Profibus if the Profibus module is fitted bAud Selects the baud rate 1200 2400 4800 9600 19 20 19 200 9600 dELY Response delay required by some communications adapters no No delay no YES 10mS delay Prty Selects the parity nonE No parity nonE Modbus only Even Even parity Odd Odd parity res Selects the resolution FuLL Full resolution FuLL Modbus and Profibus only Int Integer resolut...

Page 51: ... not present For Modbus or EI Bisync baud rate can be set to 1200 2400 4800 9600 or 19 200 For Profibus baud rate is set automatically to a maximum of 1M5 For Devicenet baud rate can be set to 125 K 250 K or 500 K If Modbus or EI Bisync module is fitted Func mod or EI bi If Profibus module is fitted Func Prof If the DeviceNet module is fitted Func dnEt These ware be read only HA ConF id cms Func d...

Page 52: ...te wire of the DeviceNet cable here HC SHIELD None Shield Drain wire connection Connect the DeviceNet cable shield here To prevent ground loops ground the DeviceNet network in only one location HD CAN_L Blue DeviceNet CAN_L data bus terminal Connect the blue wire of the DeviceNet cable here HE V Black DeviceNet network power negative terminal Connect the black wire of the DeviceNet cable here If t...

Page 53: ...y dc re DC retransmission TPSU Transmitter power supply SG SU Strain gauge power supply 4 6 6 Changeover Relay or Dual Relay Output Module 4 6 7 Triple Logic Output Module The parameter lists are the same for each of these modules as listed below id Identity of module reLY Relay Customer settings in each channel LoG Logic 1A 1B 1C 2A 2B 2C 3A 3b 3C Func Function of output nonE diG Module operation...

Page 54: ... Simulate pressing of the button ScrL Simulate pressing of the button PAGE Simulate pressing of the button PV SL Process value select Closed input 1 Open input 2 tar 1 Initiate automatic tare calibration of input 1 tar 2 Initiate automatic tare calibration of input 2 PtL 1 Start the calibration at point 1 normally the low point PtL 2 Start the calibration at point 2 normally the low point PtH 1 St...

Page 55: ... list plus HiLn the high impedance input option inPt Refer to iP list section 4 5 2 plus the following parameter Customer settings HiIn 0 to 2volt high impedance input CJC Refer to iP list Imp InP L ImP H VAL L VAL H tYPe Type of calibration off Off Shnt Shunt Ld C Load Cell CmP Comparison man Manual bAnd Settling band 0 99 99 Default 0 5 The indicator automatically determines when the input has b...

Page 56: ... transition values and full scale high alarm event setpoint 2 Press until the Lo iP is shown 3 Press or to set a level at which the sensor on input 1 is to be phased out 1000 Lo iP 2 secs 1 Press until the Input List header is shown iP 4 Press until the Hi iP is shown 5 Press or to set a level at which the sensor on input 2 is to be phased in 1100 Hi iP 2 secs 6 Press until the F1 is shown 7 Press...

Page 57: ...ransmitted Figure 4 5 shows an example where the retransmitted signal is PV or wSP and an electrical output of 4 20mA represents a displayed value of 20 0 to 200 0 units Figure 4 9 Scaling a Retransmission Output 4 6 11 Strain Gauge Transducer Supply The following parameters appear Module Parameters Option Meaning Customer settings 1A 2A 3A id Identity of module SG SU Strain Gauge supply Func Func...

Page 58: ...ed out before thermocouple and RTD calibrations Connect a mV volt source to the input which you wish to calibrate If the input is RTD connect a resistance box Copper cable mV Source 2400i Indicator Input 1 or 2 terminals 5 From the PV list press or as many times as necessary to access CJC CJC PV When the indicator is calibrating the message buSY is shown When complete the message donE is flashed b...

Page 59: ...g on the indicator can be adjusted between 999 and 999 This is an arbitrary value which acts as a trim on the output 605 CAL H 2 Press to show CAL H 3 Press or to adjust the required output read on the meter In this example module 1 will be calibrated The high output is calibrated first 4 Press to select the rcAL list 5 Press or as many times as necessary to select the module to be calibrated e g ...

Page 60: ...busy Busy calibrating done Calibration complete FaiL Calibration failed If rCAL 1AHi to 3aLo DC output module calibration the following parameters appear cAL L DC output calibration low point 0 0 Factory cal Trim value to give output 1V or 2mA cAL H DC output calibration high point 0 100 Factory cal Trim value to give output 9V or 18mA 4 7 5 Password Configuration PASS Passwords Range Notes When p...

Page 61: ...ived from i p 1 and 2 RS Remote setpoint Display Units C o C K o K F o F X Blank Configuration Option XX Standard SG Load cell strain gauge MP pressure transducer Note 1 By default alarm 1 will be assigned to relay output 1 and alarms 2 3 and 4 will be assigned to Modules 1 2 and 3 respectively Note 2 The allocation of alarms to the dual relay outputs must be performed in configuration by the cust...

Page 62: ...e sensors W The alarm acknowledge keylock input is electrically connected to the sensor input e g thermocouple In some installations the temperature sensor may become live The indicator is designed to operate under these conditions but you must ensure that this will not damage other equipment connected to the logic input output and that service personnel do not touch this connection while it is li...

Page 63: ...Vdc per channel Digital output functions as per the ordering code DC retransmission Range Scaleable between 0 20mA and 0 10Vdc Resolution 1 part in 10 000 Retransmission values Process value setpoint or error from Transmitter supply Rating 20mA 24Vdc Strain gauge bridge supply Bridge voltage Software selectable 5 or 10Vdc Bridge resistance 300Ω to 10KΩ Internal shunt resistor 30 1KΩ at 0 25 used f...

Page 64: ...Engineering Manual 2408I Indicator 62 Part Number HA027240 Issue 5 0 Feb 2015 ...

Page 65: ......

Page 66: ...d in operating the equipment to which the document relates without the prior written permission of Invensys Eurotherm Limited Eurotherm Limited 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 Eurotherm Limited will ...

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