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YOKOGAWA YTA610, User Manual

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YOKOGAWA YTA610 User Manual Download Page 8

  

<3.  Parameter Setting >

3-1

IM 01C50T01-02EN

3.  Parameter Setting

IMPORTANT

Do not turn off the power to the transmitter 

immediately after transfer of the data from HART 

Communicator. If the transmitter is turned off in 

less than 30 seconds after parameters has been 

set, the setting data will not be stored and the 

transmitter will return to the previous settings.

NOTE

Parameters and functions in regards to Sensor2 

are offered only for double sensor inputs 

specification.

3.1  Menu Tree

The structure of menu tree varies according to configuration tool based on DD or DTM.

Root Menu

See page 3-2

See page 3-3 to 3-5

See page 3-6 

See page 3-7 to 3-8

F0301-1.ai

Device setup

Process variable
Diag/Service
Basic setup
Detailed setup
Review

See page 3-9

(M): Method

(E): Edit display

• Device root menu 

 

Device setup

• Diagnostics root menu

 Diag/Service

• Process variables root menu

 

Process variables

• Maintenance root menu

 

Device Status

 

Test Device

 Calibration

Summary of Contents for YTA610

Page 1: ...User s Manual YTA610 and YTA710 Temperature Transmitters HART Protocol IM 01C50T01 02EN IM 01C50T01 02EN 4th Edition...

Page 2: ...g 3 1 3 1 Menu Tree 3 1 3 2 Parameter Description 3 10 3 3 Review 3 11 3 4 Basic Setup 3 12 3 4 1 Sensor Configuration 3 12 3 4 2 Process Variable Mapping 3 12 3 4 3 Unit 3 13 3 4 4 PV Range 3 13 3 4...

Page 3: ...s Lists 5 1 Appendix A Safety Instrumented Systems Installation A 1 A 1 Scope and Purpose A 1 A 1 1 Hardware and Software Revision A 1 A 2 Using the YTA for an SIS Application A 1 A 2 1 Safety Accurac...

Page 4: ...this manual including but not limited to implied warranty of merchantability and fitness for a particular purpose If any question arises or errors are found or if any information is missing from this...

Page 5: ...uld be disposed of in accordance with local and national legislation regulations f Authorized Representative in EEA In relation to the CE Marking The authorized representative for this product in the...

Page 6: ...or A case of integral indicator code D is specified Refer to the section 2 1 Confirmation by using HART configuration tool a Connect the configuration tool to the transmitter b Confirm numerical numbe...

Page 7: ...signal line in parallel with the transmitter the connections are non polarized The HART digital signal is superimposed on the analog signal Figure 2 1 illustrates the wiring connections for direct int...

Page 8: ...eters and functions in regards to Sensor2 are offered only for double sensor inputs specification 3 1 Menu Tree The structure of menu tree varies according to configuration tool based on DD or DTM Roo...

Page 9: ...T LS SnsBck Value SnsBck Unit SnsBck PDQ SnsBck LS PV is Sns1 1 Value Sns1 1 Unit Sns1 1 PDQ Sns1 1 LS S1 S2 Value S1 S2 Unit S1 S2 PDQ S1 S2 LS SV is Term 1 Value Term 1 Unit Term 1 PDQ Term 1 LS TV...

Page 10: ...Max Min M See next page 3 4 Sensor1 Diag Info Sensor2 Diag Info Sensor Diag Setting Temp Cycle Condition Temp Cycle Setting Interrupt Count Last Interrupt Time S1 RP23 S1 RC1 S1 RC2 S1 RC3 S1 RC4 S2...

Page 11: ...g reset Env cnd out of range Electronic failure Device config locked Status sim active Event overflow CPU Fail Sensor NV Fail Temp NV Fail AD Conv Fail Main Rvrs Calc Fail Temp Rvrs Calc Fail Temp Vol...

Page 12: ...atus group 5 n Status group 14 n Status group 15 n en ds Dev Sts Sim M Current Dev Status Sensor1 Trim Sensor2 Trim Sns1 Value 1 PV LRV PV URV Range values E Apply values M Loop current set AO Trim M...

Page 13: ...Probe Type Sns2 Wire Sns2 2wire Resist set Sns2 Matching M Sns2 CVD R0 Sns2 CVD A Sns2 CVD B Sns2 CVD C Sns2 CVD Alpha Sns2 CVD Delta Sns2 CVD Beta Loop current mode Loop current AO lower endpoint AO...

Page 14: ...e 3 6 AO Basic Setup Sns1 LSL Sns1 USL Sns1 Min Span Sns1 PDQ Sns1 LS Sns1 Family Status Sns1 Family Status 0 See page 3 6 Sensor1 Basic Setup Sns2 LSL Sns2 USL Sns2 Min Span Sns2 PDQ Sns2 LS Sns2 Fam...

Page 15: ...peration Time release WP Mode M set New Password M Write protect Software seal Universal rev Fld dev rev Software rev Hardware rev MS Code1 MS Code2 MS Code3 ROM Revision Serial Number Manufacture Dat...

Page 16: ...Poll addr Sns2 Probe Type Sns2 Wire Sns2 2wire Resist Sns2 CVD R0 Sns2 CVD A Sns2 CVD B Sns2 CVD C Sns2 CVD Alpha Sns2 CVD Delta Sns2 CVD Beta Sns2 Unit Sns2 Damp Terminal Setting CJC Setting Disp Inf...

Page 17: ...rom High Low and User setting value Integral Indicator Display Mode 3 5 4 To change items to be displayed on the Integral Indicator Write Protect 3 5 5 To enable disable write protection of parameters...

Page 18: ...istance thermometer RTD and resistance 3 wire type Thermocouple and DC voltage TC mV Resistance thermometer RTD and resistance 2 wire type Resistance thermometer RTD and resistance 3 wire type Group A...

Page 19: ...apping Process variable can be assigned as primary PV secondary SV tertiary TV or fourth QV variable and can be monitored on Integral indicator or Handheld terminal The primary variable PV is output a...

Page 20: ...automatically selected ohm NOTE When PVis is changed from Sensor1 to Sensor2 PV unit is automatically changed from Sensor1 unit to Sensor2 unit 3 4 4 PV Range The range for PV corresponding to the 4...

Page 21: ...s beyond the current output range Current output range 2 5 3 6 mA to 110 21 6 mA 3 5 Detailed Setup 3 5 1 Device Information Following device information can be set by below procedures Procedure to ca...

Page 22: ...ut the current output also becomes undefined When an error is detected it becomes the output set with this parameter However when sensor burnout is set to OFF it may be held with indefinite measuremen...

Page 23: ...e New password field and transferred to the transmitter When write protection is set to Yes the transmitter does not accept parameter changes When the same eight alphanumeric string entered in the New...

Page 24: ...ration equipment b Apply lower input to Sensor1 c Procedure to call up the display Device setup Diag Service Calibration Sensor trim Sensor1 Trim set Sensor1 Trim d Select the sensor Sensor1 to be tri...

Page 25: ...ction can be selected b Map the Sensor Backup as PV c Set the sensor burnout type to High Low or user setting value If the sensor burnout type is set to off the sensor failure will not be detected and...

Page 26: ...age and Burst Mode The transmitter can transmit three burst messages at the maximum The parameters for Burst Message are as follows Burst Command Update Period and Max Update Period Burst Msg Trigger...

Page 27: ...nal continuously Up to five events that occurred can be stored When using this function set to any of the Burst Message of Detailed Burst Mode to ON 3 1 Set Event Notification Setting parameter for ev...

Page 28: ...isabled 4mA fixed 3 Enabling the Multidrop Mode of Configuration Tool About the procedure to call up the Polling display please refer to the User s Manual of each configuration tool 4 Communication wh...

Page 29: ...pective constants see the table below Values with three digits after the decimal point may be changed to values with four digits after the decimal point which are equivalent to the original value when...

Page 30: ...click Device Additional Functions TC User Table Set the valid points and unit and fill in the Temperature and Electromotive force table NOTE Before setting the TC User Table perform the Sensor Type to...

Page 31: ...permissible fluctuation rate Lower permissible fluctuation rate Select and set the time constant for which the fluctuation rate is smaller than the permissible fluctuation rate from Table 3 3 Fluctua...

Page 32: ...90 80 110 80 33 3 Lower Permissible fluctuation rate Lower control level Low alarm level Lower control level PV lower limit 20 10 20 2 5 44 4 Permissible fluctuation rate min Upper permissible fluctua...

Page 33: ...displayed on the digital indicator If there is more than one alarm the alarm codes appear in turns Refer to Table 4 1 List of Alarms to check the alarm contents and the countermeasure 4 1 2 Status Inf...

Page 34: ...Continue to operate and output AL 09 Int Comm Fail Internal communication failed According to the Sensor Burnout output Communication enabled AL 10 Sensor1 Failure Sensor 1 failed or disconnected from...

Page 35: ...ee C Take enough distance from the source of heat or reset to a lower level AL 50 LRV Too Low LRV setting is below the sensor operating temperature range Check the LRV setting AL 51 LRV Too High LRV s...

Page 36: ...ables are stored in the transmitter memory and can be checked a Procedure to call up the display Device setup Diag Service Sensor Max Min Log b To clear the logged data for Process variables except Te...

Page 37: ...value is set in the mask In case of 3 wire RTD or ohm connection if actual connection and connection setting is imbalance unforeseen alarm may be generated 6 RTD Corrosion only for 3 wire and 4 wire o...

Page 38: ...tion Parameter Sensor type TC RTD 3 wire RTD 4 wire S1 RP23 Resistance between terminal 2 and 3 0 0 0 0 S1 RC1 Resistance between sensor cable and terminal connection to terminal1 0 0 0 0 S1 RC2 Resis...

Page 39: ...Active x 2 Event Overflow x Device Specific Status 0 0 CPU Fail x x x 1 Sensor NV Fail x x x 2 Temp NV Fail x x x 3 AD Converter Fail x x x 4 Main Rvrs Calculation Fail x x x 5 Temp Rvrs Calculation...

Page 40: ...evice Status 0 PV Out of Limits S No mask 1 Non PV Out of Limits S No mask 2 AO Saturated S No mask 3 AO Fixed No mask 4 More Status Available No mask 5 Cold Start No mask 6 Config Changed No mask 7 D...

Page 41: ...sk 2 Backup Sensor2 Fail M No mask 3 Sensor Drift M Mask 4 Sensor1 Temp Cycle 1 M Mask 5 Sensor2 Temp Cycle 1 M Mask Device Specific Status 4 0 Output Too Low S No mask 1 Output Too High S No mask 2 S...

Page 42: ...n the amount of variation is larger than the set value it does not perform the dumping process RW 0 Variable mapping PV is SV TV QV Sensor1 Terminal Sensor1 Terminal for single input Sensor2 Sensor1 S...

Page 43: ...ant CJC to use constant value R Internal CJC Fixed CJC Temp Specify constant value using CJC function R Fixed CJC Unit R Output Sensor burn out output AO Sensor BO Dir Select Sensor Burnout direction...

Page 44: ...ue R Sns2 Value Sensor2 value R S2 T Value Sensor2 Terminal value R S1 S2 Value Sensor1 Sensor2 value R S2 S1 Value Sensor2 Sensor1 value R AV Value Average value R SnsBck Value Sensor backup value R...

Page 45: ...e time time to detect and notify an interval failures is less than 2 seconds A 2 3 Setup Set the ranges and units by the HART configuration toll After configuration make sure that the ranges and units...

Page 46: ...appropriate action to avoid a false trip 2 Send a HART command to the transmitter to go to the high alarm current output and verify that the analog current reaches that value 3 Send a HART command to...

Page 47: ...mmon cause failure a beta factor of 2 would be applicable For details of the PFDavg please refer to the FMEDA No YEC 15 10 041 R001 V3R7 or No YEC 15 10 041 R002 V1R6 Website address http www yokogawa...

Page 48: ...Validation The demonstration that the safety related system s or the combination of safety related system s and external risk reduction facilities meet in all respects the Safety Requirements Specific...

Page 49: ...YTA610 Incorporate Manual Change 16 045 and 16 039 Add note 2 Add one case to 2 input model Add note 1 Add note 1 Add note 3 Add note only for YTA710 Add note 1 Add note 1 Add Appendix A 3rd Mar 2017...

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