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Appendix – Transducer Block Parameters

49

57-645 Eclipse Guided Wave Radar Transmitter - PROFIBUS PA

INDEX PARAMETER NAME

PARAMETER LABEL

0

BLOCK_OBJECT

BLOCK OBJECT

1

ST_REV

ST REV

2

TAG_DESC

TAG DESC

3

STRATEGY

STRATEGY

4

ALERT_KEY

ALERT KEY

5

TARGET_MODE

TARGET MODE

6

MODE_BLK

(Act, Perm, Norm)

MODE BLK

7

ALARM_SUM

ALARM SUM

8

LEVEL

Level

9

LEVEL_UNIT

Level Unit

10

PROBE_LEVEL

Probe Level

11

PROBE_LEVEL_UNIT

Probe Level Unit

12

SENSOR_VALUE

Sensor Value

13

SENSOR_UNIT

Sensor Unit

18

SENSOR_OFFSET

Sensor Offset

19

CAL_TYPE

Calibration Type

20

CAL_POINT_LO

Sensor Cal Lo

21

CAL_POINT_HI

Sensor Cal Hi

22

PROBE_LEVEL_LO

Probe Level Lo

23

PROBE_LEVEL_HI

Probe Level Hi

24

LEVEL_OFFSET

Level Offset

25

LIN_TYPE

Lin Type

28

SENSOR_HIGH_LIMIT

Sensor High Limit

29

SENSOR_LOW_LIMIT

Sensor Low Limit

53

PROBE_MODEL

Probe Model

54

PROBE_MOUNT

Probe Mount

55

MEASUREMENT_TYPE

Measurement Type

56

PROBE_LENGTH

Probe Length

57

DIELECTRIC_RANGE

Dielectric Range

58

SENSITIVITY

Sensitivity

59

BLOCKING_DISTANCE

Blocking Distance

60

SAFETY_ZONE_MODE

Safety Zone Mode

61

SAFETY_ZONE_HEIGHT

SZ Height

62

SZ_LATCH_RESET

SZ Latch Reset

63

THRESHOLD

Threshold

64

TRIM_LEVEL

Trim Level

65

VOLUME

Volume

66

VOLUME_UNIT

Volume Unit

67

INTERFACE

Ifc Level

68

INTERFACE_UNIT

Ifc Level Unit

69

UPPER_LIQUID_DIELECT

Upper Dielectric

70

INTERFACE_THRESHOLD

Interface Threshold

71

INTERFACE_VOLUME

Ifc Volume

72

INTERFACE_VOL_UNIT

Ifc Volume Unit

73

STRAP_TABLE_LENGTH

Strapping Table Length

74

TABLE_VOLUME_UNIT

Table Volume Unit

75

STRAPPING_TABLE_PT01

StrappingTbl Pt01

76

STRAPPING_TABLE_PT02

StrappingTbl Pt02

77

STRAPPING_TABLE_PT03

StrappingTbl Pt03

78

STRAPPING_TABLE_PT04

StrappingTbl Pt04

79

STRAPPING_TABLE_PT05

StrappingTbl Pt05

80

STRAPPING_TABLE_PT06

StrappingTbl Pt06

81

STRAPPING_TABLE_PT07

StrappingTbl Pt07

82

STRAPPING_TABLE_PT08

StrappingTbl Pt08

83

STRAPPING_TABLE_PT09

StrappingTbl Pt09

84

STRAPPING_TABLE_PT10

StrappingTbl Pt10

85

STRAPPING_TABLE_PT11

StrappingTbl Pt11

INDEX PARAMETER NAME

PARAMETER LABEL

86

STRAPPING_TABLE_PT12

StrappingTbl Pt12

87

STRAPPING_TABLE_PT13

StrappingTbl Pt13

88

STRAPPING_TABLE_PT14

StrappingTbl Pt14

89

STRAPPING_TABLE_PT15

StrappingTbl Pt15

90

STRAPPING_TABLE_PT16

StrappingTbl Pt16

91

STRAPPING_TABLE_PT17

StrappingTbl Pt17

92

STRAPPING_TABLE_PT18

StrappingTbl Pt18

93

STRAPPING_TABLE_PT19

StrappingTbl Pt19

94

STRAPPING_TABLE_PT20

StrappingTbl Pt20

95

FID_TICKS

Fiducial Ticks

96

FID_SPREAD

Fiducial Spread

97

LEVEL_TICKS

Level Ticks

98

INTERFACE_TICKS

Interface Ticks

99

INTERFACE_MEDIUM

Interface Medium

100

ENTER_PASSWORD

Enter Password

101

NEW_PASSWORD

New User Password

102

DEVICE_STATUS

Device Status

103

HISTORY_MESSAGE

History Message

104

HISTORY_CONTROL

History Control

105

RESET_HISTORY

Reset History

106

FID_TYPE

Fiducial Type

107

FID_GAIN

Fiducial Gain

108

WINDOW_705

Window

109

CONVERSION_FACTOR

Conversion Factor

110

SCALE_OFFSET

Scale Offset

111

NEGATIVE_AMPLITUDE

NegThreshold Ampl

112

INTERFACE_AMPLITUDE

IfcThreshold Ampl

113

POSITIVE_AMPLITUDE

PosThreshold Ampl

114

SIGNAL

Signal Strength

115

COMPENSATION

Compensation Mode

116

DERATE_FACTOR

Derating Factor

117

TARGET_AMPLITUDE

Target Amplitude

118

TARGET_TICKS

Target Ticks

119

TARGET_CAL

Targ Calib Value

120

TARGET_OPER_MODE

Target OperMode

121

SEVENXK_DIST_CORRECT

7XK Correction

122

ELECT_TEMPERATURE

Elec Temperature

123

MAX_ELECTRONICS_TEMP

Max Temperature

124

MIN_ELECTRONICS_TEMP

Min Temperature

125

RESET_ELECT_TEMP

Reset Temperature

126

SZ_HYSTERESIS

SZ Hysteresis

127

LCD_LANGUAGE

LCD Language

128

STEAM_CAL_MOUNT

Steam Cal Mount

129

RAMP_SLOPE

Ramp Slope

130

BASE_FID_TICKS

Base Fid Ticks

131

FACTORY_PARAM_1

Factory Param 1

132

FACTORY_PARAM_2

Factory Param 2

133

ECHO_SUMMARY

Echo Summary

134

ECHO_DATA

Echo Data

135

ECHO_DATA_INDEX

EchoData Indx

136

NON_VOL_STAT

Non Vol Stat

137

DATE_CODE

Date Code

138

MAGNETROL_SERIAL_NUM Magnetrol S/N

139

FIRMWARE_VERSION

Firmware Version

140

LOCAL_AI_DISPLAY

Local AI Display

141

HF_CABLE

HF Cable

142

NSP_VALUE

NSP Value

Summary of Contents for eclipse 705

Page 1: ...Guided Wave Radar Level Transmitter Enhanced Model 705 with PROFIBUS PA Digital Output 705 software v3 x PROFIBUS PA Operating Manual...

Page 2: ...ovided by equipment may be impaired Notice of Copyright and Limitations Magnetrol and Magnetrol logotype and Eclipse are reg istered trademarks of Magnetrol International Copyright 2015 Magnetrol Inte...

Page 3: ...Installing the Transmitter 19 3 4 5 1 Integral Mount 19 3 4 5 2 Remote Mount 19 4 0 Function Blocks 20 4 1 Overview 20 4 1 1 Standard Profibus Block Parameters 20 4 2 Physical Block 21 4 3 GWR Transdu...

Page 4: ...le the varying 4 20 mA current a dig ital communications scheme such as PROFIBUS PA con siders the two wires as a network The network can carry many process variables as well as other information The...

Page 5: ...to the control room for additional trending and reporting 3 Maintenance The self diagnostics residing in the smart field devices minimizes the need to send maintenance personnel to the field 1 3 Devi...

Page 6: ...he Physical Block must be set to the profile specific ident number The default selection of the Ident Number Selector parameter is the manufacturer specific ident number A Device Description is availa...

Page 7: ...g the Eclipse level transmitter These procedures are intended for experi enced installers of electronic level measurement instruments See Complete Installation Section 3 0 for detailed installa tion i...

Page 8: ...s of probe model number _____________ Level Offset The desired level reading when the liquid is at the end of the probe _____________ Dielectric What is the dielectric constant range of the process me...

Page 9: ...venient position for wiring configuring and viewing Using a 11 2 38 mm wrench tighten the universal connection on the transmitter 1 4 to 1 2 turn beyond hand tight A torque wrench is highly recommende...

Page 10: ...cept a value and move to the next step of the configuration program the default password is 0 7 After entering the last value allow 10 seconds before removing power from the transmitter The following...

Page 11: ...e reference when ordering parts Model Number Serial Number 3 2 Electrostatic Discharge ESD Handling Procedure Magnetrol s electronic instruments are manufactured to the highest quality standards These...

Page 12: ...and type Coaxial probe 11 2 38 mm twin rod probe 17 8 47 mm transmitter 11 2 38 mm A torque wrench is highly desirable Flat blade screwdriver Fieldbus compatible power supply with proper termination 3...

Page 13: ...sure probe Model 7xP High Pressure probe Model 7xR Overfill probe Model 7xS Steam probe and Model 7xT Interface probe require added clearance Process temperature pressure dielectric and viscosity are...

Page 14: ...tc a bare tank wall parallel to the probe is acceptable 3 4 2 1 To install a rigid twin rod probe Make sure the process connection is at least 2 NPT or a flanged mounting Make sure that there is at le...

Page 15: ...es 2 b Loosen the two 10 32 set screws 3 on both securing devices using a 3 32 2 5 mm hex wrench and slide the securing devices off of the probe c Slide the TFE weight off of the probe d Cut and remov...

Page 16: ...ss connection For flanged connections tighten flange bolts Probe can be stabilized by placing into a non metallic cup or bracket at the bottom of the probe A TFE bottom spacer P N 89 9114 001 is optio...

Page 17: ...robes The Model 7x2 and 7x5 Bulk Solids probes are designed for a 3000 lb 1360 kg pull down force for use in applications such as sand plastic pellets and grains It is offered with a maximum 75 foot 2...

Page 18: ...s of coating from the two cables f Slide the weight back on to the probe g Reinstall the two cable clamps and tighten h Enter the new probe length inches or cm in software 3 4 4 4 To install a Model 7...

Page 19: ...r wiring configuration and viewing When the transmitter is facing the desired direction use a 11 2 38 mm wrench to tighten the universal connection on the transmitter to 15 ft lbs A torque wrench is h...

Page 20: ...lowing are general descriptions of the parameters common to all blocks Additional information for a given parameter is described later in that specific block section BLOCK_OBJECT Contains the characte...

Page 21: ...he field device HARDWARE_REVISION Revision number of the hardware of the field device DEVICE_MAN_ID Identification code of the manufacturer of the field device DEVICE_ID Manufacturer specific identifi...

Page 22: ...SET_ADDRESS_TO_DEFAULT Other parameter unchanged DESCRIPTOR User definable text string to describe the device within the application DEVICE_MESSAGE User definable message string used to describe the d...

Page 23: ...d by these addi tional required parameters for a Level Transducer Block Corresponding parameter names from Profile specification are shown parenthetically if different from parameter names used by Mod...

Page 24: ...r in the TRANS DUCER block list is DEVICE_STATUS which displays the status of the device If more than one message exists then the messages are displayed in priority order Refer to Section 7 1 2 Error...

Page 25: ...nameplates attached to the transmitter and probe PROBE_LENGTH is shown in SENSOR_UNITs LEVEL_OFFSET Enter the distance from the probe tip to the desired 0 reference in PROBE_LEVEL_UNITs The acceptabl...

Page 26: ...e probe 10 inches above the bottom of the tank The user wants the 0 point at 24 inches and the 100 point at 60 inches as referenced from the bottom of the tank When the Eclipse transmitter is mounted...

Page 27: ...ither troubleshooting or are parameters adjusted at the factory They should never be changed in the field The factory adjustable calibrated parameters are WINDOW CONVERSION_FACTOR and SCALE_OFFSET WIN...

Page 28: ...mal point to be used in displaying the OUT parameters LIN_TYPE Type of linearization No linearization is sup ported in the AI function blocks CHANNEL Selects the measurement value from an active trans...

Page 29: ...eter can be used to dampen out fluctuation in level due to excessive turbulence The AI Block has multiple ALARM functions that monitor the OUT parameter for out of bound conditions 4 5 2 Local Display...

Page 30: ...four Analog Input blocks any or all of which may be used in particular applica tions a Transducer block parameter controls which AI block Out values will be displayed The fieldbus presentation of this...

Page 31: ...column provides the actions to take when config uring the transmitter Additional information or an explana tion of an action is given in the fourth column Shaded sections are factory menu items Displa...

Page 32: ...0 to 126 21 AIDisp select User Select AI Block Out values to be displayed 22 LvlTicks xxxxx User Diagnostic Display Time of flight from fiducial to level signal 23 New Pass xxx User Enter new passwor...

Page 33: ...Comment 41 Compsate Superuser Superuser Parameter Select from None Manual Auto 42 DrateFct xxxx None Diagnostic Display Compsate Auto velocity derating factor 43 TargAmpl xxxx None Diagnostic Display...

Page 34: ...probe is not known The TRANSDUCER BLOCK output is calculated as LEVEL_OFFSET When in the dry probe condition the Model 705 compares the measured length of the probe to the value entered into the PROB...

Page 35: ...If probe is not flooded full scale level near very top of probe Check for buildup or obstructions near top of probe Select higher dielectric range Check for condensation in probe connection Add Blocki...

Page 36: ...ited Fault Lvl Probe Length 23 0x00800000 Bad Sensor Failure Constant Limited Fault No Fiducial 21 0x00200000 Bad Device Failure Constant Limited Fault Safety Zone FLT 20 0x00100000 Bad Non Specific N...

Page 37: ...k entered Probe Length 2 Change Threshold to Fixed EOP High End of Probe signal is out of range 1 Ensure Probe Length is entered correctly 2 Consult factory High Volume Flt Level more than 5 above hig...

Page 38: ...m of 32 VDC Total current draw of a given segment cannot exceed the rating shown on the power conditioner and or barrier Device polarity must be correct Two 100 1 F terminators must be connected to th...

Page 39: ...s B C D 705 53XX 4XX with Intrinsically Safe probe Class II Div 1 Group G T4 Class III Type 4X 705 53XX XXX Non Incendive Class I Div 2 Groups A B C D 705 53XX XXX Suitable for Class II Div 2 Group G...

Page 40: ...40 57 645 Eclipse Guided Wave Radar Transmitter PROFIBUS PA 7 2 1 Agency Specifications PROFIBUS PA System...

Page 41: ...Housing Material Aluminum A356T6 0 20 copper optional 316 stainless steel Cable Entry 3 4 NPT and M20 Environment Operating Temperature 40 to 175 F 40 to 80 C Display Function Operating Temperature 5...

Page 42: ...d Warm up Time 5 seconds Operating Temp Range 40 to 175 F 40 to 80 C LCD Temp Range 5 to 160 F 20 to 70 C Ambient Temp Effect Approximately 0 02 of probe length C Process Dielectric Effect 0 3 inch wi...

Page 43: ...inch clean distinct interface required Upper Layer Dielectric 1 4 5 0 Interface Layer Dielectric 15 Resolution 0 1 inch Repeatability 0 5 inch Hysteresis 0 5 inch Response Time 1 second Warm up Time 5...

Page 44: ...d PROFIBUS PA Z30 9151 003 O ring VITON 012 2201 237 Consult Factory for alternative O ring materials Housing cover without glass 004 9193 003 Housing cover with glass GP IS 036 4410 001 XP 036 4410 0...

Page 45: ...ntrinsically Safe ATEX JIS EEx ia IIC T4 C Integral Explosion Proof ATEX EEx d ia IIC T4 must be ordered with Conduit Connection Codes 0 and 1 D Remote Explosion Proof ATEX EEx d ia IIB T4 must be ord...

Page 46: ...unit of measure 7M Eclipse GWR probe Metric unit of measure PROCESS CONNECTION SIzE TYPE BASIC MODEL NUMBER CONFIGURATION STYLE O RINGS LENGTH PROBE MODELS 7xA 7xB 7xD 7xF 7XJ 7xP 7xQ 7xR 7xS LENGTH...

Page 47: ...ANSI Raised Face Flange 23 1 150 ANSI Raised Face Flange 24 1 300 ANSI Raised Face Flange 25 1 600 ANSI Raised Face Flange 27 1 900 1500 ANSI Raised Face Flange 28 1 2500 ANSI Raised Face Flange 33 11...

Page 48: ...nge TU 31 2 600 Fisher Proprietary 316 Stainless Steel 249C Torque Tube Flange UT 21 2 600 Masoneilan Proprietary Carbon Steel Torque Tube Flange UU 21 2 600 Masoneilan Proprietary 316 Stainless Steel...

Page 49: ...PING_TABLE_PT10 StrappingTbl Pt10 85 STRAPPING_TABLE_PT11 StrappingTbl Pt11 INDEX PARAMETER NAME PARAMETER LABEL 86 STRAPPING_TABLE_PT12 StrappingTbl Pt12 87 STRAPPING_TABLE_PT13 StrappingTbl Pt13 88...

Page 50: ...robe Serial Working Value Non Working Value LvlUnits VolUnits opt IfcUnits opt IfcVolUn opt PrbModel PrbMount MeasType SnsrUnit Probe Ln PrbLvlUn Lvl Ofst TblVolUn opt StrapTbl opt Upr Diel opt Dielct...

Page 51: ...ooting Item Value Value Value TROUBLESHOOTING Correct Value Incorrect Value Neg Ampl Ifc Ampl opt Pos Ampl Compsate Targ Cal opt OperMode opt 7xK Corr opt SnrCalLo SnrCalHi PrLvl Lo PrLvl Hi SZ Hyst S...

Page 52: ...he basis of the applicability of our warranty No claims for misapplication labor direct or consequen tial damage will be allowed Return Material Procedure So that we may efficiently process any materi...

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