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Contents
1.2. IAE 1 2 3 4 1
3. O Bag x DECIDE xm Hx 9 s A OD
4. _ Advanced Transmitter HART 9 CM1 GTX000 2002 4 amp 1 1 1 1 1 2
5. Main Menu HART Application gt 3 No Device Found 2 Online gt No Devie Found 2500 11V ux AT9000 Ad vanced Transmitter CM1 GTX100 2001 H AT9000 FIC 0001 1 Process Variables 2 Device 3 Diagnostic TopMenu bmp
6. d ZZ 9 4 LO 9 LED SIP E E ELBED LED T OO iik mp FE
7. D CORSET 2 CD
8. 5 OO Aen C D AAS 511A 01 4 04 T T 17 H In BA R qi au am CM1 GTX000 2002 AT9000 Advanced Transmitter HART 2010 1 2014 12 4
9. OK H AT9000 FIC 0001 WARNING Return control loop to automatic control H AT9000 FIC 0001 Basic Setup FIC 0001 2 Lower Range Valu 0 000 kPa 3 Upper Range Valu 100 000 kPa 4 Upper Range Limit 99 636 kPa 5 Damping 1 00 s 6 Transfer Function Linear Transfer Function Linear Square Root a ws H N AT9000 FIC 0001 ransfer Function inear Sensors 5 Unit 3 2 2 Device gt Sensors 1 Pressure Pressure Unit Temp 0 0600 kPa 3 2 3 Device gt Signal Condition Signal Conditton 11 d 6 Heisght AT9000 FIC 0001 2 Pressure Unit kPa 3 Upper Range Limit 29 636 kPa 4 Sensor Temp 21 2 deqc 5 Temp Unit degC Pressure Unit mmH20 mH20 inH2O kPa MPa Pa hPa bar mbar mmHg inHg g cm2 kg cm2 atm Torr psi O16T83H C 3 o SI H AT90
10. TTo pde 14 Bj 4 1 Enter Bnter
11. 1 6 Online Device setup gt 4 5 Review PREV NEXT Model Measurement Type Transfer Function Cutoff Mode Height PROM No PROM No Software Rev Ne Damping Lower Range Value 0 0 Upper Range Value 100 100 Upper Range Limit Fail Safe Direction Display Mode Pressure Scale Disp Unit Scale User Unit User
12. 3 e a 2 OD CD 2 E 2010 2014 Azbil Corporation ALL Rights Reserved AT9000 Advanced Transmitter HART Emerson AT9000 Advanced Transmitter CM1 GTX100 2001
13. 2 3 4 3 amp b vs
14. H AT9000 FIC 0001 Pressure Linear Linear 1 Display Mode 2 Display Function 3 Transfer Function Display Mode Pressure Trans fer Function H AT9000 FIC 0001 1 Display Mode Transfer Function Display Mode Scale H AT9000 FIC 0001 Pressure Linear 1 Display Mode Scale 2 Display Function 3 Transfer Function 4 EULO 0 5 EUHI 100 6 Disp Unit User Unit HELP HM AT9000 FIC 0001 2 Display Function 3 Transfer Function 4 EULO 0 5 EUHI 100 6 Disp Unit T User Unit 8 Exponent Linear Linear 0 000 10 000 kg h Linear Linear 0 000 10 000 kg h x1 YA 3 Disp Unit user define unit Disp Unit User Unit Display H AT9000 FIC 0001 2 Display Function Linear 3 Transfer Function Linear 4 EULO 0 0 000 5 EUHI 100 10 000 6 Disp Unit user define unit T User Unit GPH 8 Exponent Exponent Display X10 X100 X1000 X1 H AT9000 FIC 0001
15. 1V SV Scaled D A Trim WARNING OK AT9000 FIC 0001 WARN Loop should be removed from automatic control 1 _ V Change scale ENTER ATSO000 FIC 0001 Trim will be scaled from 4 000 to 20 000 1 Proceed Change scale Lo output value AJJ L CENTER v ZU 3 AT9000 FIC 0001 Set scale Lo output value 4 000000 moo ihe seal atele Bals ofr epis P 2 X c v B NJM aml ABORT d 4 5 6 _ 1 2 ENTER Hi output value t AJJ L CENTER ZU 3 AT9000 FIC 0001 Set scale Hi output value 20 000000 C je ml Fsle Bis ofr ek 4 5 6 w z x c v BiNIM jaa 1 2 ABORT ENTER Proceed ENTER THBO00 FIC 0001 Trim will be scaled from 1 000 to 5 000 1 Proceed 2 Change scale reference meter OK AT9000 FIC 0001 Connect reference meter 4mA OK AT9000 FIC 0001 Setting field device output to 1 0
16. HART 9 AZE A JER Sus 1 oe 1 1 11 i 1 1 L2 HART usse 1 1 13 1 1 1 4 L0 1 1 1 5 MEORE ORS _ 1 2 1 0 sees 1 3 Po ASN 2 1 ME I i D L
17. 4 gt 8 gt 12 gt 16 gt 20 mA 4 mA 8 mA 12 mA 16 mA 20 mA END ENTER AT9000 FIC 0001 Choose analog output level 2 20 mA 3 Other 4 4 58 512 516 520 mA 5 End 4 mA ENTER 4mA OK AT9000 FIC 0001 Fld dev output is fixed at 4 000 mA Other ENTER ENTER E AT9000 FIC 0001 Output 4 000 mA 4 000 Sip mE E oper 515000000006 7 68000 P z x c v bjnm am HELP DEL ABORT ENTER Device gt Output Condition gt Fail Safe Fail Safe Direction Failure Alarm Simulation H AT9000 FIC 0001 1 Fail Safe Direction Failure Alarm Sim Downscale Fail Safe Simulation Fail Safe Fail Safe Simulation WARNING OK HA AT9000 FIC 0001 WARN
18. Process Variables Process Variables Pressure 6 Tar Process Variables H AT9000 FIC 0001 1 Pressure Chart 2 Pressure 0 0600 kPa 1 Process Variables 2 Device 3 Diagnostic 3 Lower Range Valu 0 000 kPa 4 Upper Range Valu 50 000 kPa 5 Analog Output 4 019 mA 6 Output 0 12 7 Pressure Chart Process Variables 5 H AT9000 FIC 0001 rocess Variables 1 Process Variables 2 Pressure 3 Output 4 Temperature 5 All Variables Pressur ae r dr Xx Graphics 3 1 1 Process Variables gt Process Variables Process Variables Process Variables 6 3 1 3 Process Variables gt Output Process Variables Output 6 AT9000 FIC 0001 rocess Variables 1 Pressure 0 0600 kPa 2 Output 0 12 AT9000 FIC 0001 3 Analog Output 4 019 mA 4 Sensor Temp 20 8 degC 5 Lower Range Valu 0 000 kPa 6 Upper Range Valu 50 000 kPa 1 Output Chart 2 Output 0 12 3 Analog Outp
19. Read new value BNTER Leave as found ENTER pA cw AT9000 FIC 0001 Current applied process value 0 0600 kPa 1 Set as 4 mA value 2 Read new value 3 Leave as found Set as 4 mA value ENTER H AT9000 FIC 0001 Remove pressure NOTE OK TLI To HAA 479000 FIC 0001 NOTE Loop may be returned to automatic control Lower Range Value 0 Output 0 AT9000 FIC 0001 signal Condition 1 Lower Range Valu 2 Upper Range Valu 0 060 kPa 100 060 kPa 99 636 kPa 1 00 s Linear 0 000 m 0 00 5 al 3 Upper Range Limit 4 Damping 5 Transfer Function 6 Height T Output Cantact tat HELP Device gt Signal Condition gt Apply span value Apply span value URV 20mA Apply zero value Device gt Signal Condition gt Set LRV Actual Set LR V Actual
20. Output Alarm Output Alarm H 479000 FIC 0001 Alarm Settings 1 Output Alarm 2 Sensor Temp Alarm 3 Contact Output Mode No Alarm No Alarm Normally Open Output Alarm Lower Limit Lower Limit ENTER Upper Limit Upper Limit Lower Upper Limit ENTER XL s H AT9000 FIC 0001 Dutput Alarm Lower Limit Upper Limit Lower Upper Limit t SEBND H AT9000 FIC 0001 Alarm Settings 1 Output Alarm 2 Sensor Temp Alarm Lower Upper Limit No Alarm 3 Contact Output Mode Normally Open Lower Output Alarm or and Up per Output Alarm AT9000 FIC 0001 Alarm Settings 1 Output Alarm Lower Upper Limit 2 Lower Output Alarm 0 0 3 Upper Output Alarm 100 0 4 S
21. BNTER Ta Fsle IEEE Im 10 1 2 3 HELP ABORT ENTER reference meter 4mA Yes ENTER 4mA No ENTER Field device output 4 00000mA equal to reference meter 20mA OK 7 locu AT9000 FIC 0001 Setting fld dev output to 20mA ENTER reference meter ea prre Biss orien 4 5 6 w z x c jv BINIM ja 1 2 HELP ABORT ENTER reference meter 20mA Yes ENTER 20mA No ENTEBR Field device output 20 00000mA equal to reference meter NOTE OK Bed V P Ty AT9000 FIC 0001 NOTE Loop may be returned to automatic control 3 Device gt Calibration gt Output Calibra tion gt Scaled D A Trim Scaled D A Trim 4mA 20mA
22. span LRV Set LRV Actual WARNING OK AT9000 FIC 0001 WARN Loop should be removed from automatic control OK AT9000 FIC 0001 Confirm current input is correct Output ENTER AT9000 FIC 0001 Enter output percent for current input 0 00 50 d pao vala s a jo n elt 4 5 6 Emm zlxlclylplnm j jojij2 3 ABORT ENTER ENTER New LRV Read new value ENTER Leave as found ENTER AT9000 FIC 0001 Enter percent 50 00 New LRV 50 000 kPa 1 Set new LRV URV 2 Read new value 3 Leave as found NOTE OK EET AT9000 FIC 0001 NOTE Loop may returned to automatic control Lower Range Value 096 Upper Range Value 10096 23
23. Continue Simulation Mode EN End Simula tion Mode ENTER H AT9000 FIC 0001 Now this device is in simulation closed mode 1 Continue Simulation Mode 7 End Simulation Mode Device gt Alarm gt Alarm Status Alarm Status C lt Alarm OO IRRE B k UContact Output AT9000 FIC 0001 Alarm Status 1 Output Alarm Low 2 Output Alarm High 3 Sensor Temp Alar 4 Sensor Temp Alar 5 Contact Output Stat 3 2 6 Device gt Display Display Display Mode Display Mode HM AT9000 FIC 0001 1 Display Mode 2 Display Function Linear 3 Transfer Function Linear Display Function Square Root LCD Disp Display Mode LENTER HA AT9000 FIC 0001 Display Mode Yo Pressure Scale SEND
24. OK Z Zero Trim H AT9000 FIC 0001 NOTE Loop may be returned to automatic control Device Calibration Correct Input Correct Input LRV Correct Input LRV LRV Zero Trim Device gt Calibration gt Correct Input gt Correct Input URV Correct Input URV URV Zero Trim Device gt Calibration gt Correct Input gt Correct Resets Reset Corrects Reset Corrects WARNING OK H AT9000 FIC 0001 WARN Loop should be removed from automatic control Reset Corrects OK H AT9000 FIC 0001 About to Reset corrects lan oe HM AT9000 FIC 0001 Reset corrects in progress please wait H AT29000 FIC 0001 Reset corrects OK NOTE OK Reset Corrects H AT9000 FIC 0001 NOTE Loop may returned to automatic control 3 D
25. EULO 0 0 EUHI 100 100 Exponent Scale Output Low Limit Output High Limit Output Alarm ON OFF Lower Output Alarm Upper Output Alarm Sensor Temp Alarm ON OFP Lower Sensor Temp Alarm Upper Sensor Temp Alarm Contact Output ON OFF ON OFP Alarm Status Alarm Contact Output Mode Open Close Contact Output Status Output Pressure sensor Temp Device X HART Application 2 Main Menu 2 2 1
26. Output AT9000 FIC 0001 Signal Condition 1 Lower Range Valu 2 Upper Range Valu 50 000 kPa 50 000 kPa 99 636 kPa 3 Upper Range Limit 4 Damping 1 00 s 5 Transfer Function Linear 6 Height 0 000 m T Output 50 00 i nntanot tat inan HELP 3 3 2 4 Device gt Output Condition Output Condition Analog Output Fail Safe HART Output Ja A T9000 FIC 0001 Output Condition 1 Analog Output Fail Safe 3 HART Output Device gt Output Condition gt Analog Output Analog Output 4 Analog Output AT9000 FIC 0001 Analog Output 1 Analog Output 2 Output Low Limit 3 Output High Limit 4 Loop Test 4 000 mA 2 900 110 000 Device gt Output Condition gt Analog Output gt Loop Test Loop Test WARNING OK AT9000 FIC 0001 WARN Loop should be removed from automatic control ENTER Other
27. 3 1 Process Variables 2 Device 3 Diagnostic 2 2 Process Variables lt Pressure Process Variables Process Variables lt Pressure Pressure Chart Lower Range Value 0 Upper Range Value 100 Analog Output Output Lower Range Value 0 Upper Range Value 100 Temperature Chart Analog Output Output Gauge Output Temperature Gauge Sensor Temp Output CIT lt All Variables 0900 80 0090090 09000900 90002900 28 2 3 Device Device Basic Setup Lower Range Value 0 Upper Range Value 10096 Upper Range Limit Damping Transfer Function Q Pressure Pressure Unit Upper Range Limit Sensor Temp Temp Unit lt Sensors Signal Condition Lower Range Value 0 Upper Range Value 10096 Upper Range Limit Damping Transfer Function Change Cutoff Mode Cutoff Mode Cutoff Point Height Output Contact Output Status gt lt N lt Apply Span Value Set LRV Actual Analog Output e e e e Fail Safe Fail Safe Direction Failure Alarm Simulation Mode HART Output Polling Address Num Req Preams lt Alarm Alarm Settings Output Alarm lt Lower Output Alarm lt Upper Output Alarm
28. AT9000 Advanced Transmitter HART fe Fan CM1 GTX000 2002 azbil 1 1
29. Sensor Temp Alarm Lower Sensor Temp Alarm lt Upper Sensor Temp Alarm lt Contact Output Mode Contact Output ON OFF e e e Contact Output Simulation lt Open Mode e lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt Output Condition Alarm Status e e e e e 00000000 Display Device 03x Manufacturer Measurement Type Device ID Device Device Information Date Descriptor Message Sensor Serial Number PROM No Final Assembly Number Revision Numbers e lt Field Device Rev lt Software Rev Write Protect lt Hardware Write Protect lt Software Write Protect Change SW Write Protect Manufacturer Model Measurement Type DevicelD Date Descriptor Message Sensor Serial Number PROM Final Assembly Number lt lt lt lt lt lt lt lt lt lt lt lt lt Software Version Calibration Correct Input Zero Trim Zero Trim Correct Input LRV Correct Input URV Reset Corrects 0 lt Restore Factory Setting Output Calibration Trim Scaled D A Trim Model Measurement Type Tr
30. 1 Basic Setup A 2 Sensors 3 Signal Condition 4 Output Condition 5 Alarm 6 Display T Device Information Calihratinn H AT9000 FIC 0001 3 Signal Condition 4 Output Condition 5 Alarm 6 Display Device Information 8 Calibration 9 Review 3 3 2 1 Device gt Basic Setup Basic Setunp 6 H AT9000 FIC 0001 Basic Setup 1 Tag FIC 0001 2 Lower Range Valu 0 000 kPa 3 Upper Range Valu 50 000 kPa 4 Upper Range Limit 99 636 kPa 5 Damping 1 00 s 6 Transfer Function Linear SENDA HH AT2000 FIC 0001 Basic Setup FIC 0001 2 Lower Range Valu 0 000 kPa 3 Upper Range Valu 100 000 kPa 4 Upper Range Limit 99 636 kPa 5 Damping 1 00 s 6 Transfer Function Linear SBND OK H N AT9000 FIC 0001 WARNING Pressing OK will change device output Put loop in manual
31. Software Version is 1 1 3 3 2 8 Device gt Calibration WARNING Calibration Correct Input Output Calibration 2 OK gcns Ta HA AT9000 FIC 0001 WARH This will affect sensor calibration H AT9000 FIC 0001 1 Correct Input 2 Output Calibration OK i H Device gt Calibration gt Correct Input I EA AT9000 FIC 0001 Correct Input 5 Hu Apply 0 input to sensor AT9000 FIC 0001 2 Correct Input LRV 3 Correct Input URV 4 Reset Corrects 5 Restore factory setting HA AT9000 FIC 0001 Device gt Calibration gt Correct Input gt Sensor input stabilizing Zero Trim Zero Trim Zero Trim WARNING OK AT9000 FIC 0001 WARN Loop should be removed from automatic control AT9000 FIC 0001 Sensor zero succeeded RAT NOTE
32. c HE YS s dt 10 5 10
33. 3 2 Device Device Information Device Information HA AT9000 FIC 0001 Device Information 1 Manufacturer Yamatake Corpor 2 Model AT9000 3 Measurement Type DP 4 Device ID 2737 182 5 Tag FIC 0001 b Date 01 01 01 7 Descriptor Maccana HELP HA AT9000 FIC 0001 Device Information 8 Message 9 Sensor Serial Num 2187182 PROM 217817182100 Final Assembly 0 Revision Numbers Write Protect Software Version Revision Number 1 Universal Rev Field Device Rev 3 Software Rev Write Protect C l4 Hardware Write Protect Software Write Protect Software Write Protect iz 4E H AT9000 FIC 0001 1 Hardware Write Pr Software Write Pro 3 Change SW Write Change SW Write Protect C Z Yes No H AT9000 FIC 0001 Select write protect mode Software Version C Software Version Software Version OK Hi AT9000 FIC 0001 Read Software Version Software Version OK H AT9000 FIC 0O001
34. Loop should be removed from automatic control OK Fail Safe AT9000 FIC 0001 Set Failure Alarm Simulation Mode Fail Safe Simulation 10 Fail Safe Simulation Mode Fail Safe Simulation Mode Continue Simulation Mode BN TER End Simulation Mode ENTER HN AT9000 FIC 0001 Now this device is in Failure Alarm Simulation Mode 1 Continue Simulation Mode 7 End Simulation Mode Device gt Output Condition gt HART Output HART Output Polling Address Number of Request Preambles H AT9000 FIC 0001 1 Polling Address 2 Num Req Preams 3 3 2 5 Device gt Alarm Alarm 4 H AT9000 FIC 0001 1 Alarm Settings 2 Contact Output ON OFF 3 Contact Output Simulation Mode 4 Alarm Status Device gt Alarm gt Alarm Settings Alarm Settings C Output Alarm Sensor Tempera ture Alarm Contact Output Mode
35. 0 Device gt Alarm gt Contact Output ON OFF 3 11 Device gt Alarm gt Contact Output Simulation Mode 3 2 6 Device gt Display 3 13 3 2 7 Device gt Device Information 3 14 3 2 8 Device gt Calibration 3 16 Device gt Calibration gt Correct Input 3 16 Device Calibration Correct Input Zero Trim 3 16 Device Calibration Correct Input Correct Input Device Calibration Correct Input Correct lici 3 17 Device Calibration Correct Input Restore TACTONY a o 3 18 Device gt Calibration gt Output Calibration 3 18 Device Calibration Output Calibration D A trim Device Calibration Output Calibration Scaled D ATIN P RR i 3 20 3 2 9 Device 3 22 3 3 EKKEN 3 22 3 3 1 Diagnostic gt Diagnostic Status 3 22 Diagnostic gt Diagnostic Status gt Status 3 22 Diagnostic Diagnostic Status Critical Status 3 23 Diagnostic Diagnostic Status Internal Data FIC ONS SIG 3 23 Diagnostic gt Diagnostic Status gt Non Critical Status Ic M P 3 23 3 3 2 Diagnostic gt Status Records 3 24 Diagnostic Status Records Clear status records mS 3 24 Diagnostic Status Records Critical S
36. 00 RATS reference meter ENTER AT9000 FIC 0001 Enter meter value 1 000000 1 000000 tec shift e bIr a H le ElvlINiM laml 01123 DEL ENTER reference meter Yes ENTER No ENTER Dha Ta 20mA OK 7 7 us AT9000 FIC 0001 Setting field device output to 5 000 reference meter ENTER AT9000 FIC 0001 Enter meter value 5 000000 5 000000 prre Bals plr enit eadi as 2 X c v B NIM j 01102 3 DEL ABORT ENTER reference meter Yes ENTER No ENTER NOTE OK AT9000 FIC 0001 NOTE
37. 00 FIC 0001 minHz 0 mH2O inH20 MPa Pa Temp Unit degC degF degR Kelvin 4 H AT9000 FIC 0001 deqF degR Kelvin signal Condition 1 Lower Range Valu 0 000 kPa 2 Upper Range Valu 100 000 kPa 3 Upper Range Limit 99 636 kPa 4 Damping 5 Transfer Function 6 Height T Output tat HELP AT9000 FIC 0001 signal Condition 5 Transfer Function Linear 6 Height 0 000 m T Output 0 06 8 Contact Output Stat Closed 3 Apply zero value Apply span value Set LRV Actual 3 Device gt Signal Condition gt Apply zero value Apply zero value LRV He CS Apply zero valune OK H AT9000 FIC 0001 WARN Loop should be removed from automatic control 4mA OK HN AT93000 FIC 0001 Apply new 4 mA input OK HA AT9000 FIC 0001 Press OK when pressure is stable Set as 4 mA value ENTER
38. 1 lon Critical Status Records 1 Meter Body Over OFF 2 Excess Zero Correct OFF 3 Excess Span Correct OFF 4 Meter Body Overlo OFF 5 Correct Reset OFF 6 External Zero Span OFF T Output Alarm Dete OFF ancar Tomn Alar H 4 7T9000 FIC 0001 on Critical Status Records 2 Excess Zero Correct 3 Excess Span Correct 4 Meter Body Overlo 5 Correct Reset 6 External Zero Span T Output Alarm Dete 8 Sensor Temp Alar 3 3 3 2 Diagnostic gt Status Records Status Records Hi AT9000 FIC 0001 Status Records 1 Clear status records Critical Status Records 3 Internal Data Inconsistency Records 4 Non Critical Status Records Diagnostic gt Status Records gt Clear status records Diagnostic gt Status Records gt Critical Status Records Critical Status Records Critical StatusJH ON OFF H AT9000 FIC 0001 ritical Status Records 1 Analog Digital Con OFF 2 Sensor Characteris OFF 3 Sus
39. C 0001 T Contact Output Mode Normally Open Contact Output Mode Normally Open Normally Close HY AT9000 FIC 0001 Contact Output Mode Jormally Open Normally Open Normally Closed SEND AT9000 FIC 0001 Contact Output ON OFF 1 Output Low 2 Output High 3 Sensor Temp Low 4 Sensor Temp High 3 Device gt Alarm gt Contact Output Simu lation Mode Contact Output Simulation Mode C X Contact Output Open Close H AT9000 FIC 0001 Contact Output Simulation Mode Closed Open Close WARNING OK H AT29000 FIC 0001 WARN Loop should be removed from automatic control DK HA AT9000 FIC 0001 Set constant output to simulation closed mode 10
40. Loop may be returned to automatic control 3 3 2 9 Device gt Review Review Review 2 Measurement Type DP 3 Transfer Function Linear 4 Height 0 000 m 5 PROM No 2787182100 6 Software Rev 2 T Damping 1 00 s n nnn 1 awar Panna HA AT9000 FIC 0001 0 000 kPa 100 000 kPa 8 Lower Range Valu 3 Upper Range Valu Upper Range Limit 99 636 kPa Fail Safe Direction Downscale Display Mode Scale Disp Unit user define unit User Unit GPH n nnn HELP HA AT9000 FIC 0001 EULO 0 0 000 EUHI 100 10 000 Exponent X1 Output Low Limit 2 500 Output Hah Limit 110 000 Output Alarm No Alarm Sensor Temp Alarm No Alarm Coantact CRY Contact Output Alarm Status Contact Output Mode Normally Open Contact Output Status Open Output 0 00 Pressure 0 0000 kPa Sensor Temp 20 0 degC 3 3 Diagnostic Diagnostic 3 Hi AT9000 FIC 0001 Diagnostic 1 Diagnostic Status Status Records 3 Zero Error Int Data 3 9 1 Diagnostic gt Diagnostic Status Diagnostic Status H AT9000 FIC 0001 Diagnostic Stat
41. ansfer Function Cutoff Point Cutoff Mode Height PROM No Software Rev Damping Lower Range Value 0 Upper Range Value 100 Upper Range Limit Fail Safe Direction lt Review Exponent Output Low Limit Output High Limit Output Alarm Lower Output Alarm Upper Output Alarm Sensor Temp Alarm Lower Sensor Temp Alarm Upper Sensor Temp Alarm 090000090000000000090009200002029 Model Measurement Type Transfer Function Cutoff Point Cutoff Mode PROM No Software Rev Damping Lower Range Value 0 Upper Range Value 100 Upper Range limit Fail Safe Direction Exponent Output Low Limit Output High Limt Output Alarm Lower Output Alarm Upper Output Alarm Sensor Temp Alarm Lower Sensor Temp Alarm Upper Sensor Temp Alarm 28 Device Device lt Review lt Contact Output ON OFF Output Low Output High Sensor Temp Low Sensor Temp High Alarm Status e e e lt Contact Output Mode Contact Output Status Output 0020 lt Sensor Temp 2 4 Diagnostic Diagnostic Diagnostic Status Critical Status Internal Data Inconsistency Non Critical Status Clear Status Records c Critical Status Records Internal Data In
42. consistency Records Status Records amp 1 Non Critical Status Records lt Zero Error Int Data 3 RENE E 772520 7773 TAG NO 3 2 7 Display mode Damping Apply zero value 0 Set LRV Actual Fail Safe Direction Loop Test Alarm Settings Alarm Status Contact Output ON OFF 3 2 5 Display Correct Input NN Restore factory setting 3 2 8 3 3 1 Process Variables 3 1 2 Process Variables gt Pressure PV
43. ensor Temp Alarm No Alarm 5 Contact Output Mode Normally Open Sensor Temperature Alarm AT9000 FIC 0001 Sensor Temp Alarm No Alarm Lower Limit Upper Limit Lower Upper Limit Device gt Alarm gt Contact Output ON HU OFF AT9000 FIC 0001 Contact Output ON OFF C X Contact Output Alarm Settings 1 Output Alarm Lower Upper Limit 2 Lower Output Alarm 0 0 H 3 Upper Output Alarm 100 0 AT9000 FIC 0001 4 Sensor Temp Alarm Lower Upper Limit 5 Contact Output Mode Normally Open ontact Output ON OFF 1 Output Low 2 Output High 3 Sensor Temp Low 4 Sensor Temp High HA AT9000 FIC 0001 Alarm Settings 1 Output Alarm Lower Upper Limit ON ON 2 Lower Output Alarm 0 0 3 Upper Output Alarm 100 0 ENTER 4 Sensor Temp Alarm Lower Upper Limit ESC 5 Lower Sensor Tem 40 0 degC 6 Upper Sensor Tem 85 0 degC HN AT9000 FI
44. evice gt Calibration gt Correct Input gt Restore factory setting Restore factory setting Restore factory settimng WARNING OK H AT9000 FIC 0001 WARN Loop should be removed from automatic control Restore factory setting OK HA AT9000 FIC 0001 About to restore factory setting Device Calibration Output Calibra tion Output Calibration 2 AT9000 FIC 0001 Dutput Calibration 1 D A trim Scaled D A Trim Device gt Calibration gt Output Calibra tion gt D A trim D A trim 4mA 20mA Fo D A trim WARNING OK H AT9000 FIC 0001 WARN Loop should be removed from automatic control reference meter OK HA AT9000 FIC 0001 Connect reference meter 4mA OK POT La H AT2000 FIC 0001 Setting field device output to 4mA reference meter
45. n 2 1 2 2 Process Variables 2 1 28 Device LV LL m 2 2 2 4 Diagnostic 7 2 4 El 3 1 3 1 Process Variables 3 2 3 1 1 Process Variables gt Process Variables 3 2 3 1 2 Process Variables gt Pressure 3 2 3 1 3 Process Variables gt Output 3 2 3 1 4 Process Variables gt Temperature 3 3 3 1 5 Process Variables gt All Variables 3 3 32 ran 3 3 3 2 1 Device gt Basic 3 4 3 2 2 Device gt Sensors odes usas Suns 3 5 3 2 3 Device gt Signal Condition aco uocant ete 3 5 Device gt Signal Condition gt Apply zero value 3 6 Device Signal Condition Apply span value 3 7 Device gt Signal Condition gt Set LRV Actual 3 7 3 2 4 Device gt Output Condition 3 8 Device gt Output Condition gt Analog Output 3 8 Device Output Condition Analog Output Loop Jm 3 8 Device gt Output Condition gt Fail Safe 3 9 Device gt Output Condition gt HART Output 3 9 3 2 5 Device gt Alarm 3 10 Device gt Alarm gt Alarm Settings 3 1
46. pect Input OFF 4 CPU Fault OFF 5 NVM Fault OFF 6 RAM Fault OFF T ROM Fault OFF Circuit Eanlt H AT9000 FIC 0001 Critical Status Records 2 Sensor Characteris 3 Suspect Input 4 CPU Fault 5 NVM Fault 6 RAM Fault T ROM Fault 8 Output Circuit Fault Diagnostic Status Records Internal Data Inconsistency Records Internal Data Inconsistency Records C X Invalid DatabeseJH ON OFF H AT9000 FIC 0001 nternal Data Inconsistency Records 1 Invalid Database Diagnostic gt Status Records gt Non Critical Status Records Non Critical Status Records C MNon Critical Sta tus ON OFF AT9000 FIC 0001 on Critical Status 2 Excess Zero Correct 3 Excess Span Correct 4 In Output Mode 5 Meter Body Overlo 6 Correct Reset T External Zero Span Cailmrs Alarm Sim H AT9000 FIC 0001 2 Excess Zero Correct 3 Excess Span Correct 4 Meter Body Overlo 5 Correct Reset 6 External Zero Span T Output Alarm Dete 8 Sensor Temp Alar L
47. tatus FS OS MR NN RR ERU cT 3 24 Diagnostic Status Records Internal Data Inconsistency Records 3 24 Diagnostic Status Records Non Critical Status EE 3 24 Care Ix amp c O3 O0 DLE HARTP 1 1 S S 4 20mA GTX HART C SuperAce _ DC ei Hm 2500 mE HART HART 1 1 R Q ine 0 125 17 9 E V DC 2500 1 2 1 2 HART Enteri LL EL EE EE EE EE EE ET E Dag ON Of f 0 0O O LED 1 3 HART 1 3
48. us Z2 Critical Status 3 Internal Data Inconsistency 4 Non Critical Status Diagnostic gt Diagnostic Status gt Sta tus Stiatus H AT9000 FIC 0001 STATUS CHECK OK Diagnostic gt Diagnostic Status gt Criti cal Status Critical Statuns Critical Status ON OFF AT9000 FIC 0001 Critical Status T OFF OFF OFF OFF OFF OFF 2 Sensor Characteris 3 Suspect Input 4 CPU Fault 5 NVM Fault 6 RAM Fault ROM Fault Circuit Pauls AT9000 FIC 0001 ritical Status 2 Sensor Characteris 3 Suspect Input 4 CPU Fault 5 NVM Fault 6 RAM Fault T ROM Fault 8 Output Circuit Fault Diagnostic gt Diagnostic Status gt Inter nal Data Inconsistency Internal Data Inconsistency C X Invalid Database ON OFF AT9000 FIC 0001 nternal Data Inconsistency 1 Invalid Database Diagnostic gt Diagnostic Status gt Non Critical Status Non Critical Status Non Critical StatusJH ON OFF AT9000 FIC 000
49. ut 4 019 mA 4 Pressure 0 0600 kPa 5 Lower Range Valu 0 000 kPa 6 Upper Range Valu 50 000 kPa SAVE 3 1 4 Process Variables gt Tempera ture Process Variables Temperature 2 1 Temperature Chart 2 Sensor Temp 20 8 degC 3 1 5 Process Variables gt All Vari ables Process Variables All Variables 8 8 Sensor Temperature AT9000 FIC 0001 All Variables 2 Pressure 0 0600 kPa 3 Analog Output Gau 4 Analog Output 5 Output Gauge 6 Output 0 12 5 T Temperature Gauge t ancar ann SAVE HOME 4 019 mA dant Pressure Gauge Analog Output Gauge Output Gauge Tem perature Gauge AT9000 FIC 0001 Pressure Gauge X Graphics 3 2 Device Device Device HA AT9000 FIC 0001 1 Process Variables 3 Diagnostic Device 9 H AT9000 FIC 0001
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