front panel programming - texmate panel programming this programming code sheet (pcs) is a quick...

Tiger 320 Series Programming Code SheetDraft Copy. Code Version V3.08a

Texmate Inc. Tel. (760) 598 9899 • www.texmate.com 12 February, 2005 Prog. Code Sheet V3.08a (NZ101)

PROGRAMMING CODE SHEETTTiiggeerr 332200 SSeerriieess

Code blankingCode blanking blanks out all function codesnot required by the application.This meansthat specific procedures such as recalibra-tion and setpoint reprogramming can beachieved in a few simple steps from thefront panel buttons.

To turn code blanking and macro settingsOFF, carry out the Code Blanking andMacro Check on Page 3.

Display text editingThis function allows displayed text, suchas setpoint titles, to be edited to suit yourapplications.

For example, a setpoint could be editedto read [TNKLo] for tank level low, or[brKoF] for brake off.

Configuration data copyingThis function allows the current meterconfiguration settings to be copied andsaved for later referral or for restoration.

Programming Tips1) Use the button to step through the codes

of the Main or Setpoint Programming Mode.

2) To save a Main Programming Mode code set-ting and return directly to the operational dis-

play, press the button and then the

and buttons at the same time.

3) To save a Setpoint Programming Mode set-ting and return directly to the operational dis-

play, press the button and then the

and buttons at the same time.

4) When configuring the three-digit code and

setpoint settings, pressing the and buttons at the same time increases the dis-played parameter in increments of 100counts.

PP

PP

P

Front panel programmingThis programming code sheet (PCS) is aquick reference document that allows you toquickly view the meter's programming codes.

When you become familiar with the meter andthe programming code structure, the PCS canbe used in place of the user manual.

Programming via PC

Meter configuration utility programWith a serial output module installed, themeter can be fully configured through themeter configuration utility program. Inaddition to all application function settings,the configuration program also providesaccess to added features such as:

• Code blanking.

• Display text editing.

• Configuration data copying.

• Downloading macros to the meter.

Tamper-proof settingsAll Tiger 320 Series meters havetamper-proof lockout switches to pre-vent users’ configuration settings frombeing inadvertently changed.

Code blanking is also used (via thePC) to blank out codes not used, mak-ing them operator tamper-proof, butleaving selected codes open for oper-ator adjustment.

MacrosTexmate has a growing library of macrosto suit a wide range of standard cus-tomer applications. Macros can beinstalled in the meter, via the compiler orconfiguration program, and run automat-ically when the meter is powered up.

Prog. SP1 SP2 SP4SP3 SP5 SP6

TEXMATE

Press1

To configure the meter’s programming codesfrom the front panel, the meter uses the threeright-hand side display digits. These areknown as the 1st, 2nd, and 3rd digits and canbe seen in the diagram below.


Operational Display

1stDigit

2ndDigit

3rdDigit

The logic diagram on Page 4 shows the codestructure of the Tiger 320 Series meter range.Also, the difference between the E and T ver-sion of the Tiger range is described. The dia-grams on the following pages show the three-digit settings available for each code.

Note:All displays shown in this codesheet are for a 5-digit, 7-seg-ment LED display. Other Tiger320 Series displays will beslightly different.

ContentsInitial Setup Procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2

Tiger 320 Series Code Logic Diagram . . . . . . . . . . . . . . . . .4

CALIBRATION MODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

CODE 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6

CODE 2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7

CODES 3 to 5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

CODES 6 to 9 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9

CODE 10 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10

SETPOINT PROGRAMMING MODE – SPC_1 to SPC_6 .11

Detailed Descriptions of Setpoint Functions . . . . . . . . . . . .14

Customer Code Settings – Main Programming Mode . . . . .15

Customer Code Settings – Setpoint Programming Mode . .18

Commonly Used Registers . . . . . . . . . . . . . . . . . . . . . . . . .19

User Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .20

Note:3-digit programming codes arespecified within square brack-ets [XXX].

If an X appears in the descrip-tion of a 3-digit programmingcode or in a configuration pro-cedure, this means that morethan one choice can be made,or any number displayed inthat digit is not relevant to thefunction being explained.



SP1 SP2 SP3 SP4 SP5 SP6Prog.





MODEL &SOFTWARE CODE VERSION CHECK

Pressthenonce

release

PressandholdStep 1

Step 2

Step 3The above displays togglesthree times before returning tothe operational display


Operational Display

Operational Display

Example

Releaseafter

pressingProg.

ModelNumber

TypicalSoftwareVersionNumber

Press and holdthe and buttons

While holding bothbuttons, press the Prog.button then releaseall three buttons

Programming Tip

The Model and Software Code Version check-ing procedure can be performed at any timewithout interfering with other configurationsettings.

STSTARART HERET HERE

a

b

c

Model No: ............................................................................

Software Version No: ..................................................

Customer ID: ......................................................................

Macro ID: ..............................................................................

Initial Setup Procedures

Model and Software Code Version CheckThe meter model and software code version number can bechecked at any time while in the operational display using thefollowing procedure.

Before configuring the meter, carry out the following meterconfiguration checks:

• Model and software code version check.

• Code blanking and macro check.

After powering-up the meter, check the model and softwarecode version number and note this below.




TEXMATE


TEXMATE


TEXMATE

Pressandhold

Step 1

Step 2While holding bothbuttons, press the Prog.button.

Step 2

Step 3

Operational Display

Example

Releaseafter

pressingProg.

Press

CodeBlanking

Press and holdthe and buttons

While holding bothbuttons, press the Prog.button.


TEXMATE

Release thethe and buttons and holdthe Prog. buttonfor approx. 1 secthen release

Releaseafter 1

sec


TEXMATE

Step 4Press the button to switchcode blanking OFF

Press1

NOTE: Unless otherwiserequested, the factorydefault setting is [on]

Code Blanking & Macro Check Procedurecontinued on next page(Step 6)


TEXMATE

Press1Step 5

Press the Prog. button.

Programming Tip

Code Blanking and Macro ON/OFF settingsrevert to the meter’s original configuration set-tings when the meter is powered off and on.


TEXMATE

Operational Display


TEXMATE

Press1

Step 7Press the Prog. button.The meter returns to theoperational display

continuedfrom Step 5


TEXMATE

ExampleMacro


TEXMATE

Step 6Press the button to switchthe macro OFF

Press1

NOTE: Unless otherwiserequested, the factorydefault setting is [on]

STSTARART HERET HERE

CODE BLANKING & MACRO CHECK PROCEDURECode Blanking and Macro Check

Code BlankingTiger 320 Series controllers have the ability to hide (blank out) all or some pro-gramming codes to prevent tampering through the front panel. This function isknown as code blanking and is ideal for preventing settings, such as calibra-tion, being changed by the operator.

MacrosA macro is a set of commands that run auto-matically when the controller is powered up.Macros can be installed in the controller at thefactory during initial programming or by the cus-tomer at some later date. Macros are writtenand compiled using the Tiger DevelopmentSystem (TDS) compiler program and loadedinto the controller using either the TDS or theconfiguration program.


TEXMATE


TEXMATE


TEXMATE


TEXMATE

CodeBlanking

Press1

Configuration Utility Program

Code Blanking ON (Enabled)

Selected codes hidden (blankedout) so that the operator cannotaccess them thru the front panel

Code blanking always revertsto ON when the meter ispowered up

CodeBlanking

Configuration Utility Program

Code Blanking OFF (Disabled)

All codes are now visible andaccessible to the operator thruthe front panel

Press1

Code blanking can be set to OFF (disabled) bythe operator by following the Code Blanking andMacro Check procedure opposite. Setting codeblanking to OFF means that all codes are visibleto the operator and can be tampered with.

The code blanking function can be eitherenabled (set to ON) or disabled (set to OFF)through the front panel. Changing whichcodes are visible, and therefore accessible tothe operator, can only be done through theConfiguration Utility program.

During power-up, the code blanking functionalways reverts to ON (enabled).This means thatwhen the meter is switched ON all codes are vis-ible except those that have been blanked outduring meter configuration.

Turning the macro OFF means that the controller will not perform the automat-ic commands pre-programmed to run with the macro. Unless otherwiserequested, Texmate program the controller in the code blanking and macro ON(enabled) setting. Texmate has a growing library of macros to suit a wide rangeof standard customer applications.



Tiger 320 Series Code Logic Diagram

To enter press the and buttons at the same time

P

Calibration Modes for Input and Output

Code 1 – Display Configuration

Code 2 – CH1 Measurement Task & Sampling Rate

Code 3 – CH1 Post Processing & Serial Mode Functions

Code 4 – CH2 Measurement Task & 32-point Linearization

Code 5 – CH3 Functions

Code 6 – CH4 Functions

Code 7 – Result Processing

Code 8 – Data Logging & Print Mode

Code 9 – Functions for Digital Input Pins

[CAL]

[Cod_1]

[Cod_2]

[Cod_3]

[Cod_4]

[Cod_5]

[Cod_6]

[Cod_7]

[Cod_8]

[Cod_9]

To enter press the and buttons at the same time

P

Setpoint 1[SP_1]

Setpoint Activation Values Mode

Setpoint 2[SP_2]

Setpoint 3[SP_3]

Setpoint 4[SP_4]

Setpoint 5[SP_5]

Setpoint 6[SP_6]

Enter these menus to set setpoint(SP) activation values

Setpoint 1[SPC_1]

Setpoint & Relay Control Settings Mode

Setpoint 2[SPC_2]

Setpoint 3[SPC_3]

Setpoint 4[SPC_4]

Setpoint 5[SPC_5]

Setpoint 6[SPC_6]

Enter these menus to configure SP controlsettings

See Page 5 for code settings to calibrate the meter’s input and output signals.

See Page 6 for code settings to configure the setpoint annunciators and otherdisplay functions.

See Page 7 for code settings to configure the CH1 measurement task and sam-pling rate.

See Page 8 for code settings to configure CH1 post processing and serialmode functions.

See Page 8 for code settings to configure the second channel (CH2) meas-urement task and 32-point linearization settings when using dual input signalconditioners.

See Page 8 for code settings to configure the third channel (CH3) when usingtriple input signal conditioners.

See Page 9 for code settings to configure the fourth channel (CH4) whenusing quad input signal conditioners.

See Page 9 for code settings to configure the meter for processing the resultof CH1 and CH2.

See Page 9 for code settings to configure data logging and data printingusing the meter.

See Page 9 for code settings to configure the meter for inputs from externalsources through the digital input pins.

The Setpoint andRelay ControlSettings diagramon Pages 8, 9, and10 shows the threedigit configurationsettings that areapplied individuallyto each setpoint.

Display Brightness[bri]Allows you to adjust the display brightness in a range of 8 settings. 0 beingdull, 7 being bright.

Code 10 – Bargraph Setup[Cod10]See Page 10 for code settings to configure the meter’s bargraph display.

Main Programming Mode Setpoint Programming Mode

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P

P


Operational Display


Operational Display

P

Default setting = 18000

Default setting = –18000






Operational Display

Tiger 320 Series Programmable Meter Controllers (PMCs) come intwo versions: the economy E version, or the top-of-the-line T version.

The standard E version comes with 4 kilobits of EEPROM installed,whereas the standard T version comes with 32 kilobits of EEPROMInstalled. Also, the T version can have a macro installed.

The standard 4-kilobit E version can be upgraded to 32 or 512 kilobits.The standard 32-kilobit T version can be upgraded to 512 kilobits.Theamount of EEPROM installed in the controller determines the range offunctions it is capable of performing. The following table lists the func-tions that require specific amounts of memory.

Version FunctionsMemory(kilobits)

Remarks

E 1 linearization table4 (standard) Table 1 is available tobe applied to chan-nels 1 to 4 and result.

4 linearization tables32 Tables 1 to 4 areavailable to beapplied to channels 1and 2 and result.

Table 3 can be appliedto channel 3.

Table 4 can be appliedto channel 4.

All four tables can becascaded to form asingle 125-point lin-earization table avail-able to be applied tochannels 1 and 2 andresult.

Data logging512 With 512 kilobitsinstalled, the controllercan perform data log-ging functions alongwith complete lin-earization functionali-ty. With a real-timeclock installed, dateand time stamps canbe included.

T 4 linearization tables32 (standard) As for E version with32 kilobits installed.

Macro programming A macro can be pro-grammed to suit auser's logic controlapplication.

Data logging512 As for E version with512 kilobits installed,but with macro pro-gramming functionali-ty available.

E/T Versions of Tiger 320 Series Programmable Meter Controller



0 Functions Activatedby Pressing thePROGRAM Button

1 CalibrationProcedures

2 Related CalibrationFunctions

3 -

CALIBRATION MODES FOR INPUT AND OUTPUT

0 No function

1 On Demand TARE from the PROGRAM button

2 On Demand Single-point Calibration from the PRO-GRAM button (requires single input source)

3 On Demand Two-point Calibration from the PROGRAMbutton (requires dual input source)

4 On Demand Primary Input Compensation Mode fromthe PROGRAM button

5 On Demand Manual Loader Mode (no increase /decrease with HOLD active)

6 -7 -

Note:When in the TARE mode, a decimal point appears at the rightof the display indicating that the tare value is NOT zero.

OBJECT FOR 2nd DIGIT

0 Result1 Channel 12 Channel 23 Channel 34 Channel 4

CALIBRATION MODE

FIRST DIGIT SECOND DIGIT THIRD DIGIT

0 Serial Communications Properties

1 Set Auto Zero Maintenance for 3rd digit

2 Set Averaging Samples & Averaging Window for 3rd digit

3 Totalizer Settings Mode

4 Setup 32-point Linearization Tables

5 Scale Analog Output LOW/HIGH Display Readings

6 -

7 -

Use but-tons to set SPAN

Use buttons to setOFFSET

Use but-tons to set ZERO

Use buttonsto set SCALE

Use buttonsto set SPAN

P P

For detailed calibration procedures, seeCalibration Procedures Supplement (NZ203)

Press the PROGRAM button for 4 seconds to tare the selected channelP

P 4 secs

P 4 secsUse buttons to setZERO

Use buttonsto set SPAN

P 4 secs

P 4 secs

P PUse buttonsto set baud rate

Use but-tons to set parity

Use buttons to setaddress from 1 to 255

Use buttons to set LOWdisplay reading [CAL_L]

Use buttons to setHIGH display reading [CAL_h]

Use buttonsto set CAL_h

Use buttonsto set time period

Use buttons toset total from 1-65535

Select the method of configuring the user defined linearizationtable: manual or auto setup mode. Then set the table number,date, and serial number before setting the linearization points.Or select [init] to re-initialize the default table settings.

P

P

P

P

P

P

Use buttons to set averag-ing samples from 0 to 255 counts

Use buttons to set averagingwindow from 0 to 65535 counts

P

Use buttonsto set AZ_M from 0to 255 counts

P

Auto zero capture band

For detailed calibration procedures, seeCalibration Procedures Supplement

Use buttons to ADJUST primary input compensa-tion value from –19999 to 99999 on CH2 ONLY

Use buttons to settime delay in milliseconds

Except ASCII Mode which uses message terminators:

Use buttonsto set AZ_A from 0 to65535 counts

P

Auto zero motion Auto zero aperture window

0 -1 Analog Output 12 Analog Output 2

THIRD DIGIT

0 -1 Analog Output 12 Analog Output 2

THIRD DIGIT

Note:The input channel setting inthe 3rd digit is not relevant tothe manual setup mode.

0 -1 Total 12 Total 2

THIRD DIGIT

Use buttons to ADJUST analog output 1 or 2 valuefrom –19999 to 99999 via the manual loader output

Default setting 10,000 counts

0 -1 CH12 CH23 CH34 CH4

THIRD DIGIT

P

P

Use buttonsto set Cutoff from–19999 to 32767

P Use buttons toset rollover to ON or OFF

P Use buttonsto set to 7 or 8 bits

If Code 3 set to MasterMode [XX2] ONLY $ = minimum 50 ms delay

* = minimum 2 ms delay

Use buttonsto set input rate

Note:The correct input signal channel must beselected in the 3rd digit when configuring a lin-earization table using the auto setup mode.

Use buttons to setAZ_C from 1 to 254 counts

Rate-of-change in counts/second

This is the default 3rd digit box. If not pointing to another 3rd digitbox, all 2nd digit settings should be regarded as pointing to here.

0 Manual Calibration (requires NO input source)

1 2-point Calibration (requires dual input source)

2 Calibrate Thermocouple (requires K type thermocoupleinput source)

3 Calibrate RTD (requires RTD 385 input source)

4 Calibrate Smart Input Module.Note: This function is not available on all input modules

5 Calibrate Analog Output mA/V (Single analog out requiresmultimeter connected to pins 2 and 3 on Terminal 4)

6 -7 -

Converting °F to °CSee User Notes on Page 20 for a procedure.

21 3

++

DualAnalogOutput(ADV)

Analog OutputTERMINAL 4

All smart input modules have individual calibration procedures.See the specific smart input module data sheet for setup procedures

Use buttonsto set CAL_L

Using the Calibration Mode

1) Press the and buttons at thesame time. The controller enters the

brightness menu [BRI]. Press the button again to enter the CalibrationMode.

2) With [CAL] [XXX] toggling on the dis-play, set the 1st, 2nd, and 3rd digits totheir required settings.

3) Press the button to enter the select-ed sub-menu and select the requiredcalibration settings from the sub-menusdisplayed.

4) Press the button repeatedly toreturn to the operational display(bypassing Codes 1 to 9).

P

P

P

P

Note:Once the 3-digit settingshave been entered for anon-demand function [CAL]

[0XX], pressing the button saves the selectedon-demand setting andmoves to Code 1.

When in the operational

display, press the but-ton for 4 seconds to acti-vate the selected on-demand function and dis-play the relevant sub-menusettings (except [01X]which has no sub-menu).

P

P



FRONT PANEL ANNUNCIATORS0 ON when Setpoints are ON (relay

energized)1 ON when Setpoints are OFF (relay

de-energized)2 Always OFF. See Note 13 LED SP1 ON indicates RISING sig-

nal trend.LED SP2 ON indicates FALLINGsignal trend.

DISPLAY FUNCTIONS0 Normal Display Mode (i.e. operational display

shows selected register)(updates every 0.5seconds)

1 Manual Loader Mode (Direct display). See Note*2 Update at controlled output rate selected in Code 23 -4 -

5 Select data source as per 3rd digit. See Note 4

6 Select display format as per 3rd digit. See Note 4

7 Select text character as per 3rd digit. See Note 4

SELECT DATA SOURCE FOR0 Primary Display1 Second Display. See Note 22 Third Display. See Note 23 Peak/Valley4 Analog Output 15 Analog Output 26 Totalizer 17 Totalizer 2

CODE 1 – DISPLAY CONFIGURATION

LAST DIGIT ROUNDING0 No rounding1 Rounding by 2’s2 Rounding by 5’s3 Rounding by 10’s

DISPLAY UNITS0 Decimal1 24-hour clock mode

Hours: Minutes:Seconds (6-digit version only)2 12-hour clock mode (12:30 am is displayed as

12:30A. 12:30 pm is displayed as 12:30P)3 24-hour clock mode

Days: Hours:Minutes (6-digit version only)

4 -5 -6 -7 Octal

DECIMAL POINT PLACEMENT0 No decimal point1 XX.XX.XX (6 or 8-digit version only)2 X.XXXXX (6 or 8-digit version only)3 X.XXXX4 X.XXX5 X.XX6 X.X7 Decimal Point set from the rear

(X.XXXXX to XXXXXX).See Note 3.Also See Note 4

DISPLAY FORMAT MODE

CODE 1

0 Result1 Channel 12 Channel 23 Channel 34 Channel 45 Default Display6 Total 17 Total 2

0 Result1 Channel 12 Channel 23 Channel 34 Channel 45 Default Display6 Total 17 Total 2

SELECT DISPLAY FORMAT FOR

SELECT TEXT CHARACTER FOR


Note 1:LED annunciators are always off, except when the meter is in single channelVOLTAGE or CURRENT mode and Code 3 = [X6X], or Code 7 = [X6X] inwhich case the LEDs indicate which 32-point table has been selected from therear pins (SP1 = Table 1, SP2 = Table 2, SP3 = Table 3, SP4 = Table 4).

Note 2:These options are only for use with meters that have more than one dis-play. With bargraph meters the PRIMARY display is the digital display, andthe SECONDARY display is the bargraph display.

Note 3:These functions are only available on selected input modules.

Note 4:If Code 1's display modes have been entered (second digit set to 5, 6, or7), the display will cycle between Code 1 and the display functions modeeach time the PROGRAM button is pressed. To leave the cycle, the Code1 digits must be reset to any relevant function between [X00] to [X20]. Thistakes you into Code 2.

Select Data Source

Select Last Digit Text Character

P


Program the three digits to the required display function modeNote*:

For the Manual Loader Mode (Direct Display) to work, with Code 1 set to[X54] the data source for the analog output (1 or 2) must be set to [diSP].

Operating range upper and lower limits can be set for the manual loadermode.

The setpoint activation values for setpoint 5 becomes the upper limit andsetpoint 6 becomes the lower limit.

When either the direct display or on demand manual loader mode is pro-grammed into the meter, the values for setpoint 5 and setpoint 6 are acti-vated as upper and lower limits.

See Analog Output Supplement for further details.

Note 5:If only 4 kB memory installed, functions 2 to 6 are not available in:

• Code 3 second digit.

• Code 4 third digit.

• Code 7 second digit.

Note 6:These functions are not available on all models and in some cases requireadditional hardware.

Note 7:Only available with selected input modules.

Note:Selecting 1, 2, or 3 in the 2nddigit of this mode configuresthe display of the selectedchannel as a clock.

Use the button to cycle through the

menu, and the button to cycle back.

[TOT_1] [TOT_2] [TARE]

[RESULT]

[CH1]

[CH2]

[CH3] [CH4]

[DISP]

[ 1] [ 2] .....[ 10] [ 11] [ 12] .....[ 20] [ 100][ 200]

.....[ 239]The button takes you forward, the button takes you back.

[AUX_5]

[VALLEY][PEAK]

[AUX_4]

[AUX_3]

[AUX_2]

[AUX_1]

Constant pressure on the button moves thru Registers 1 to 239one register at a time until you get to ten, then it jumps in multiplesof 10, until you reach 100, then it jumps in multiples of 100.

Stopping and starting again resumes single steps forward.

Use the andbuttons to cycle throughthe Registers Menu andRegisters (1 to 239) toselect the data sourcefor displays, peak andvalley, totalizers andanalog output.



FOR VOLTAGE0 No function1 Peak detector2 Pressure with Auto-cal

FOR THERMOCOUPLE0 Type J1 Type K2 Type R3 Type S4 Type T5 Type B6 Type N7 For sensor tables other than those listed above

contact Texmate

FOR RTD TYPE (2-, 3-, 4- WIRE)0 Resistance1 Pt 385 100 Ω RTD2 Pt 392 100 Ω RTD3 Zn 120 Ω RTD4 Cu 10 Ω RTD

FREQUENCY RANGE SELECTION0 99.999 Hz range from 0.010 Hz1 99.999 Hz range from 2.000 Hz2 999.99 Hz range from 0.01 Hz3 999.99 Hz range from 2.00 Hz4 9999.9 Hz range from 0.1 Hz5 9999.9 Hz range from 2.0 Hz6 99 kHz range from 1 Hz (1 s gate)7 655.35 kHz range from 10 Hz (0.1 s gate)

PERIOD MEASUREMENT SELECTION0 99.999 s1 9.9999 s2 999.99 ms3 99.999 ms

COUNTER/RESIDENT TIMER/CLOCK SELECTION0 Counter input with 16-bit Pre-scaler1 Setting of 16-bit Pre-scaler2 Debounced Counter with Pre-scaler 3 Up/Down Counter with Pre-scaler4 0.1 sec Timer with Pre-scaler5 –6 External 24-hour clock7 Internal 24-hour clock

MEASUREMENT TASK0 Voltage, Current

1 TC (3rd digit selects type of TC)

2 RTD/Resistance 3-wire (3rd digit selects type of RTD)

3 RTD/Resistance 2- or 4-wire (3rd digit selects type of RTD)

4 Frequency

5 Period

6 Counter

7 Smart Input Module

CODE 2 – CHANNEL 1 MEASUREMENT TASK AND SAMPLING RATE

SMART INPUT MODULE0 Output Register 11 Output Register 22 Output Register 33 Output Register 44 Output Register 55 Output Register 66 Output Register 77 Smart Input Module Register 1 Code Setup.

See Note 7.

THIRD DIGITSECOND DIGIT

CODE 2

Note 7:Only available with selectedinput modules.

1 = 0.1 second10 = 1 second600 = 1 minute3600 = 1 Hour***

X61 Selects PrescalerUse buttons to setprescale values

Note:The register map is dif-ferent for each smartinput module. See spe-cific smart input moduledata sheet.

***Note:For the 1 hour setting, thescale factor for CH1 must beset to 0.1 in the calibrationmode setting [111].

PPress

Use the buttons to set therequired smart input module code(0 to 377). See installed InputModule data sheet for code details.

0 Sample Rate: Typically 10 samples/second at 60 HzControl Output Rate: 0.1 secondsSee Example

1 Sample Rate: Typically 10 samples/second at 50 HzControl Output Rate: 0.1 secondsSee Example

2 Sample Rate: Typically 10 samples/second at 60 HzControl Output Rate: Counter or 10 millisecs Control Output RateSee Example

3 Sample Rate: Typically 10 samples/second at 50 HzControl Output Rate: Counter or 10 millisecs Control Output RateSee Example

Note:Output Rate refers to setpoint and macro outputs, and input rates fromsmart input modules.

Note:All above sample rates are quoted for single channel operation. Wheremore than one channel is available, sample rates are divided by thenumber of active channels. See Example below.

1 Channel = 10 samples/second2 Channels = 5 samples/second3 Channels = 3.33 samples/second4 Channels = 2.5 samples/second

Example: 10 Samples/Second

NOISE REJECTION, ANALOG SAMPLING AND OUTPUT RATE

FIRST DIGIT



CODES 3 to 5FIRST DIGIT SECOND DIGIT THIRD DIGIT

CHANNEL 1 POST PROCESSING0 Direct Display of Input (no pro-

cessing)1 Square Root of Channel 12 Inverse of Channel 13 –

32-POINT LINEARIZATION FOR CHANNEL 10 No Linearization on CH11 32-point Linearization on CH1 using Table 12 32-point Linearization on CH1 using Table 2.

See Note 53 32-point Linearization on CH1 using Table 3.

See Note 54 32-point Linearization on CH1 using Table 4.

See Note 55 125-point Linearization on CH1 (Tables 1 to 4

cascaded). See Note 56 32-point Linearization on CH1 (Tables 1 to 4

selected from the rear pins of selected inputmodules).The selected table is not available if CH2, CH3,or CH4 is operating in the analog output mode.CH1 must be set to Voltage, Current in Code 2[X0X]. See Note 5

7 -

Note:All linearization tables are set up in theCalibration Mode [24X].

SERIAL MODE0 ASCII Mode1 Modbus Mode2 Macro master mode (used to cus-

tomize print mode protocols viamacro)

3 Print Mode4 Ethernet Mode. See Note 65 Devicenet Mode (requires

Devicenet hardware module).See Note 6

CODE 3 – CHANNEL 1 FUNCTIONS (POST PROCESSING & SERIAL MODE)

MEASUREMENT TASK0 Voltage, Current

1 TC (type as per 2nd digit)

2 RTD/Resistance(type as per 2nd digit)

3 Second Digital Input Channel(type as per 2nd digit)

FOR VOLTAGE & CURRENT0 Channel 2 Disabled1 Direct (no post processing)2 Square Root of Channel 23 Inverse of Channel 24 Output Register 1 (smart module)*5 Output Register 2 (smart module)*6 Output Register 3 (smart module)*7 Output Register 4 (smart module)*

32-POINT LINEARIZATION FOR CH20 No user defined Linearization

on CH21 32-point Linearization on CH2

using Table 12 32-point Linearization on CH2

using Table 2. See Note 53 32-point Linearization on CH2



(Tables 1 to 4 cascaded). SeeNote 5

6 –7 –

CODE 4 – CHANNEL 2 MEASUREMENT TASK AND 32-POINT LINEARIZATION

FOR THERMOCOUPLE0 Type J1 Type K2 Type R3 Type S4 Type T5 Type B6 Type N7 For sensor tables other than those list-

ed above contact Texmate

FOR RTD TYPE (3-WIRE)0 Resistance1 Pt 385 100 Ω RTD2 Pt 392 100 Ω RTD3 Zn 120 Ω RTD4 Cu 10 Ω RTD

DIGITAL INPUT0 Frequency - 99.999 Hz range from

0.001 Hz1 Frequency - 999.99 Hz range from 0.01 Hz2 Frequency - 99.999 kHz range from 1 Hz

(1 s gate)3 Frequency - 500 kHz range from 10 Hz

(0.1 s gate)4 Period - 9.9999 s (100 µs resolution)5 Period - 999.99 ms (10 µs resolution)6 Up/Down Counter with Prescaler7 Set Prescaler

FOR THERMOCOUPLE0 Type J1 Type K2 Type R3 Type S4 Type T5 Type B6 Type N7 For sensor tables other than those

listed above contact Texmate


MEASUREMENT TASK0 No Function

1 Voltage, current

2 TC (3rd digit selects type of TC)

3 RTD/Resistance (3rd digit selects type of RTD)

4 Real Time Clock & Timer (3rd digit selects type)

5 -

6 -

7 Smart Input Module (3rd digit selects register)

CODE 5 – CHANNEL 3 FUNCTIONSFIRST DIGIT SECOND DIGIT THIRD DIGIT

CH3 POST PROCESSING0 Direct Display of Input

(no processing)1 Square Root of

Channel 32 Inverse of Channel 33 4 kilobits Meters

NO Linearization32 kilobits Meters32-point Linearizationof CH3 using Table 3

Note:All linearizationtables are set up inthe Calibration Mode[24X].

FOR REAL-TIME CLOCK & TIMER0 HRS:MIN:SEC1 HRS:MIN2 -3 -4 1 Second Count UP Timer5 1 Second Count DOWN Timer6 -7 -

FOR SMART INPUT MODULE0 Output Register 11 Output Register 22 Output Register 33 Output Register 44 Output Register 55 Output Register 66 Output Register 77 Smart Input Module Register 2

Code Setup

Note 6:These functions are not availableon all models and in some casesrequire additional hardware.

Note 5:If only 4 kilobits of memory isinstalled, only Table 1 is available for:

• CH1 in Code 3, 2nd digit.

• CH2 in Code 4, 3rd digit.

• CH3 in Code 5, 1st digit.


• RESULT in Code 7, 2nd digit.

Note:The function of the out-put register selectedvaries according to theinput module installed.

*Note:Selecting 040 to 070 in the 2nd digit of Code 4 selectsone of the following settings in the installed smart inputmodule’s output register map:

4 selects5 selects6 selects7 selects

Note:The register map is different for each smart inputmodule. See installed input module data sheet forspecific smart register 1 function map.

2nd Digit Input module’s output register map

0123

1 = 0.1 second10 = 1 second600 = 1 minute3600 = 1 Hour***

X61 Selects PrescalerUse buttons to setprescale values

***Note:For the 1 hour setting, thescale factor for CH1 must beset to 0.1 in the calibrationmode setting [111].

PPress




CODES 6 to 9

CH4 POST PROCESSING0 Direct Display of Input (no pro-

cessing)1 Square Root of Channel 42 Inverse of Channel 43 4 kilobits Meters

NO Linearization32 kilobits Meters32-point Linearization of CH4 usingTable 4

Note:All linearization tables are set upin the Calibration Mode [24X].

CODE 6 – CHANNEL 4 FUNCTIONSFIRST DIGIT SECOND DIGIT THIRD DIGIT

FOR THERMOCOUPLE0 Type J1 Type K2 Type R3 Type S4 Type T5 Type B6 Type N7 For sensor tables other than those

listed above contact Texmate


MEASUREMENT TASK0 No Function

1 Voltage, Current

2 TC(3rd digit selects type of TC).See Note 7

3 RTD/Resistance(3rd digit selects type of RTD).

4 Real Time Clock and Timer(3rd digit selects type)

5 -

6 -

7 Smart Input Module(3rd digit selects register)

FOR SMART INPUT MODULE0 Output Register 11 Output Register 22 Output Register 33 Output Register 44 Output Register 55 Output Register 66 Output Register 77 Smart Input Module Register 3

Code Setup

RESULT PROCESSING0 Direct Display of Result

as per processing per-formed in 2nd and 3rddigits

1 Square Root of Result2 Inverse of Result3 -

32-POINT LINEARIZATION FOR RESULT0 No Linearization on Result1 32-point Linearization on Result using Table 12 32-point Linearization on Result using Table 2. See Note 53 32-point Linearization on Result using Table 3. See Note 54 32-point Linearization on Result using Table 4. See Note 55 125-point Linearization on Result (Tables 1 to 4 cascaded).

See Note 56 32-point Linearization on Result (Tables 1 to 4 selected

from the rear of the meter).The selected table is not available if CH2, CH3, or CH4 isoperating in the analog mode. CH1 must be set to Voltage,Current in Code 2 [X0X].See Note 5

7 –

MATHS FUNCTIONS FOR RESULT0 Result Register not Updated1 pH Meter (CH1 = Tbuff, CH2 = pH)2 Result = CH1, Setpoint 2 = CH23 Result = CH1 + CH24 Result = CH1 - CH25 Result = CH1 x CH2/10 0006 Result = (CH1 x 20 000)/CH27 Result = CH1

CODE 7 – RESULT PROCESSING

CODE 8 – DATA LOGGING AND PRINT MODE OPTIONSFIRST DIGIT SECOND DIGIT THIRD DIGIT

DATA LOG BUFFER TYPE0 No Data Logging1 Cyclic Buffer2 Linear FIFO Buffer.3 Reset Buffer Number to 0.

Note:Setting Code 8 to [3XX] resets thedata log buffer to 0. Once reset,Code 8 must be set back to therequired data log buffer setting.

DATE & TIME STAMP OPTIONS0 Printer Format – No time stamp with

print/log1 Printer Format – Time stamp format 1 [Mth-

Day-Yr Hrs:Min:Sec] (with <CR><LF>)2 Printer Format – Time stamp format 2 [Day-

Mth-Yr Hrs:Min:Sec] (with <CR><LF>)3 Printer Format – Time stamp format 3

[Hrs:Min:Sec] (with <CR><LF>)4 Spreadsheet Format – No time stamp with

print/log5 Spreadsheet Format – Time stamp format 1

[Mth-Day-Yr Hrs:Min:Sec]6 Spreadsheet Format – Time stamp format 2

[Day-Mth-Yr Hrs:Min:Sec]7 Spreadsheet Format – Time stamp format 3

[Hrs:Min:Sec]

ALL ABOVE ARE REAL-TIME CLOCK OPTIONS

LOG OR PRINT TRIGGER0 No trigger1 Trigger on Demand from PRO-

GRAM Button2 Trigger on Demand from F1 Button3 Trigger on Demand from F2 Button4 Trigger on Demand from HOLD Pin5 Trigger on Demand from LOCK Pin6 -7 -

Note:Log and/or Print will only trigger ifenabled.

DISPLAY TEST PIN0 Display test only1 Reset Counter Channel 1 and total

2 at Power-up2 Reset Counters Channel 1, 2, 3, 4,

Total 1, and Total 2 at Power-up3 Reset Total 1, and Total 2 at Power -up

HOLD PIN0 Display Hold1 Reset Channel 12 Reset Total 1 and Total 23 Reset Total 24 Reset Peak, Valley5 Clear Tare6 Set Tare7 Unlatch (de-energize) all Setpoints

LOCK PIN0 Key Lock1 Reset Channel 12 Reset Channel 23 Reset Channel 34 Reset Channel 45 Clear Tare6 Reset Total 17 Unlatch (de-energize) all Setpoints

CODE 9 – FUNCTIONS FOR DIGITAL INPUT PINS

FOR REAL-TIME CLOCK & TIMER0 HRS:MIN:SEC1 HRS:MIN2 -3 -4 1 Second Count UP Timer5 1 Second Count DOWN Timer6 -7 -

PPress

Note 5:If only 4 kilobits of memory is installed,only Table 1 is available for:

• CH1 in Code 3, 2nd digit.

• CH2 in Code 4, 3rd digit.



• RESULT in Code 7, 2nd digit.Note:

The function of the out-put register selectedvaries according to theinput module installed.


21 3 4 5

LOC

K

HO

LD

TES

T

CO

MM

ON

CA

PTU

RE

TERMINAL 2 – Function PinsProgramming Tip

For digital input functions selected inCode 9 to operate, the relevant digitalinput pin must be connected to theCOMMON pin on Terminal 2 of thecontroller.

The example opposite shows theHOLD pin (pin 1) connected to theCOMMON pin (pin 4) with the selectedfunction activated by a switch.



Logirithmic Bargraph Scaling

In all logirithmic scales a reference level isrequired that is the level at 0 dB.

For example, in an RF measurement 0 dBm is ata reference of 1 mW.

The scale is calculated from:

If the meter is scaled so that:

1 mW = 100 counts and 1 W = 100,000 counts

Then the reference for 0 dBm would be set to 100counts:

BARGRAPH DISPLAY SETTINGS0 No Function

1 Disable Overrange Flashing

2 Set up Colors

3 Set up Bar Scaling

BARGRAPH DISPLAY FORMAT BARGRAPH TYPE0 Linear1 Via linearization Table 1

2 –

3 Log – 10 Bar/Decade4 Log – 20 Bar/Decade5 Log – 25 Bar/Decade6 Log – 33 Bar/Decade7 Log – 50 Bar/Decade

CODE 10 – BARGRAPH SETUP

0 Setpoints on Bar1 Peak, Valley on Bar2 -3 -4 Min/Max with setpoints (low end of bar =

VALLEY, high end of bar = PEAK)5 -6 -7 Bar Only (no setpoints on the bar)

Code 10 is only available withbargraph versions of the meter

Note:Data source for the bargraph is setup in Code 1 [X51].

CODE 10

P

P

P

P

P

P

P

The bargraph colors are not applied to specific setpoints.Theyare applied to whichever setpoint is configured at the lowestsetting and then to each next highest setpoint in turn.

If all six setpoints are used the colors are set as follows:

Color 1 Color BELOW lowest setpointThis is the bargraph color before it reaches a setpoint.

Color 2 Color ABOVE lowest setpointColor 3 Color ABOVE next highest setpointColor 4 Color ABOVE next highest setpointColor 5 Color ABOVE next highest setpointColor 6 Color ABOVE next highest setpointColor 7 Color ABOVE highest setpoint

Set Up Bargraph Colors

P

Set Up Scaling for Linear Bargraph

OR

P P

Bar Low Bar High Bar Nominal

P

Set Up Scaling for Logirithmic Bargraph

OR

P

Reference Bar Nominal

OR

OR

OR


Pressing the buttons at the sametime returns to [oFF]

Bar Nominal

Bar Nominal sets the point on the bargraph at which the barbegins to light up.This can be any position between and includ-ing the bar low and bar high settings.

If bar nominal is set to the bar low setting, the bargraphbehaves like a typical bargraph making the segments light upfrom the bottom of the bar and grow towards the top.

If bar nominal is set to the bar high setting, this makes all seg-ments from the displayed signal to the top of the bar light up.As the signal increases, the number of lit segments betweenthe signal and the bar high setting becomes steadily less.Whenthe signal reaches the bar high setting no segments are lit.

Setting bar nominal to the midpoint between bar low and barhigh makes the bargraph behave like a typical center zero bar-graph. This means the bargraph lights up at the center of thebar and moves either up or down the bar depending on the dis-played signal.

An added feature of this bargraph is that it can also be non-symetrical. This means that the bar nominal setting does notneed to be set at the mid-point between bar low and bar high.For example, if the bargraph is configured to display –200 to800 °C, bar low is set to –200 counts and bar high is set to 800counts. Bar nominal is set to 0 counts. If a signal of –50 °C isapplied, the bar lights from 0 down to –50. If a signal of 600 °Cis applied, the bar lights from 0 up to 600.

For example, if the meter's full scale range is 20,000 counts, themidpoint is 10,000 counts. If a signal of 10,000 counts isapplied, only one segment at the 10,000 count mark lights up.If a signal of 17,000 counts is applied, the segments betweenthe center segment (10,000 counts) and the 17,000 count marklight up.

If a signal of 5000 counts is applied, the segments betweenthe center segment (10,000 counts) and the 5000 countmark light up.

10 log10(input)

100= 0 dBm

Decade(Counts)

–20

–10

0

10

20

30

40

1

10

100

1000

10,000

100,000

1,000,000

Now every 10 dBm represents a decade, the bargraphcan be scaled to a different amount of bars per decade(as set in the 3rd digit).

See Example of Bars per Decade diagram opposite.

dBm

Reference. This is the number of counts dis-played for a 0 dB reference.

Bar Nominal. See Bar Nominal descriptionabove.

100 dBm

80 dBm

60 dBm

40 dBm

20 dBm

0 dBm

10 Bars/Decade

90 dBm

70 dBm

50 dBm

30 dBm

10 dBm

40 dBm

20 dBm

0 dBm

20 Bars/Decade

50 dBm

30 dBm

10 dBm

40 dBm

0 dBm

25 Bars/Decade

30 dBm

20 dBm

10 dBm

0 dBm

33 Bars/Decade

30 dBm

20 dBm

10 dBm

0 dBm

50 Bars/Decade

20 dBm

10 dBm

100

1000

10,000

100,000

1,000,000

100

1000

10,000

100,000

1,000,000

100

1000

10,000

100,000

1,000,000

100

1000

10,000

100,000

100

1000

10,000

Example of Bars per Decade

10 log10counts (input)

reference



Follow These StepsThe following procedures are written for SP1, all other setpoints are con-figured in a similar manner.

1) Press the and buttons at the same time.This enters the set-point programming mode.The display toggles between [SP_1] and[18000].

This is SP1 of the Setpoint Activation Values Mode. Use the and buttons to set SP1 or the button to move to the requiredsetpoint.

2) After all required setpoint activation values have been set, pressthe button until [SPC_1] appears.This is the Setpoint & RelayControl Settings Mode.

SPC_1 is the setpoint and relay control settings programmingmenu for SP1. Set the three digits according to the codes in theSetpoint and Relay Control Function Settings opposite in the fol-lowing order:

Third Digit – Setpoint Delay Mode

Set to [XX5] and program the hysteresis, deviation, or PIDfunctions as required for SP1.

Reset back to [XX0].

Third Digit – Setpoint Timer Mode

Set to [XX6] and program the timer mode functions asrequired for SP1.


Third Digit – Setpoint Reset & Trigger Functions

Set to [XX7] and program the reset and trigger functions asrequired for SP1.


Second Digit – Setpoint Activation Source Mode

Set to [X1X] to select the setpoint activation source for SP1from any channel or selected register shown above. Resetback to [X0X].

If the SP source is from an external digital input, set to one ofeither [X2X] to [X7X] to select the setpoint activation sourcefrom one of six digital inputs (2 to 7). See *Note at 2nd digit.

First Digit – Relay Energize Mode

Select the relay energize mode for SP1 from 0 to 3.

Third Digit – Relay Latching & Manual Reset Functions

Program the third digit setpoint relay latching and manualreset functions between 0 to 4 as required.

3) Press the button to move to move to [SPC_2].

4) Repeat Step 2 for all required setpoints.

P

P

P

P

Setpoint Setup Sequence

0 No Latching1 Relay Latched2 Manual Relay Reset3 Relay Latched and Manual Relay

Reset4 Relay Latched Off

5 Hysteresis, Deviation & PID Mode(includes SP Tracking)

6 Timer Modes:•OFF.•Normal Delay.•Repeat ON.•Pulse ON.•1-Shot ON.•Repeat OFF.•Pulse OFF.•1-Shot OFF.

Note:In PID Mode, all Timer Modes onSP1 set in [XX6 are not functional.

7 Advanced Functions Mode:•OFF.•Reset Trigger.•Reset Destination.•Reset Mode.•Reset Constant.•Trigger Print from SP.•Trigger Log from SP.

Note:[XX5], [XX6], and [XX7] are set upprocedures only. To finish, reset to0-4 as required for setpoint latchingand relay reset modes.

SETPOINT PROGRAMMING MODE – SPC_1 to SPC_6

Relay Energize Function SP Activation Source0 Activate Setpoint Source from

Selected Register

1 Select Source for Setpoint

Note:[X1X] is a register selection procedureonly. To finish, reset to [X0X] to activatethe selection, or reset to 2-7 as requiredfor digital input selection.

2 Digital Input – Capture Pin3 Digital Input – D1 (selected input modules)4 Digital Input – D2 (selected input modules)5 Digital Input – D3 (selected input modules)6 HOLD Pin7 LOCK Pin

*Note:If the setpoint source is set to [oFF] or adigital input, the setpoint activation valuewill have no effect and will not be dis-played.

SP Functions

FIRST DIGIT SECOND DIGIT THIRD DIGITSETPOINT AND RELAY CONTROL FUNCTION SETTINGS

Select Source for Setpoint Functions

Go toPage 12

Go toPage 12

Go toPage 13

[TOT_1] [TOT_2] [TARE]

[RESULT]

[CH1]

[CH2]

[CH3] [CH4]

[DISP]

[ 1] [ 2] .....[ 10] [ 11] [ 12] .....[ 20] [ 100][ 200]

.....[ 239]The button takes you forward, the button takes you back.

[AUX_5]

[VALLEY][PEAK]

[AUX_4]

[AUX_3]

[AUX_2]

[AUX_1]

Constant pressure on the button moves thru Registers 1 to 239one register at a time until you get to ten, then it jumps in multiplesof 10, until you reach 100, then it jumps in multiples of 100.

Stopping and starting again resumes single steps forward.


0 Relay energizes ABOVE setpoint value

1 Relay energizes BELOW setpoint value

2 Relay energizes AT OR ABOVE setpoint value with FALLING INPUTSIGNAL INITIAL START-UP INHIBIT

3 Relay energizes BELOW setpoint value with RISING INPUT SIGNALINITIAL START-UP INHIBIT

See Page 14 for a detailed description of the relay energize options.



PXXP PP XX XX

P PP XX

P P PP XX

P P PP XX

P PP XX

P P PP XX

P P PP XX

P

P

P

Set Deviation from 1 to65535 counts. Selectedcounts apply + and – fromsetpoint value

P P P P P P

Set the Span Set the Proportional Band Value Set the Integral Value Set the Derivative Value Set the Anti-reset Wind-up % PB Set the Minimum Cycle Time

PID FROM SETPOINT1 AND 2 ONLY

MIN 0%

MAX 999.9%

MIN 0

MAX 99999

MIN 0

MAX 6553.5

MIN 0

MAX 999.9

MIN 0.1%

MAX 100.0%

MIN 0 secs

MAX 1000.0 secs

Select Tracking Setting

to

P

Select Flash Setting OFF or ON

P

OFF= Tracking Off1 = SPX tracks SP12 = SPX tracks SP23 = SPX tracks SP34 = SPX tracks SP45 = SPX tracks SP56 = SPX tracks SP6

Set Hysteresis from 0 to65535 counts. Selectedcounts apply + and – fromsetpoint value

Select Tracking Setting

to

P

From Page11, 3rd digit[XX5]

From Page 11,3rd digit [XX6]

Delay-on-make time (DOM)0.1 to 6553.5 secs

Delay-on-break (DOB) time0.1 to 6553.5 secs

Reset SPC_X to XX0

DOM 0.1 to 6553.5 secs Minimum on-time (M_on)0.1 to 6553.5 secs

On-time (on_t) 0.1/0.001to 6553.5/65.535 secs

DOM 0.1/0.001 to6553.5/65.535 secs

On-time (on_t) 0.1/0.001 to6553.5/65.535 secs

DOB 0.1 to 6553.5 secs

Off-time (oFF_t) 0.1/0.001 to6553.5/65.535 secs

DOB 0.1/0.001 to 6553.5/65.535 secs

On_t 0.1/0.001 to 6553.5/65.535 secs

Off-time (oFF_t) 0.1/0.001to 6553.5/65.535 secs

Off-time (oFF_t) 0.1/0.001to 6553.5/65.535 secs

Minimum off-time (M_of)0.1 to 6553.5 secs

Set Up Hysteresis, Deviation & PID Mode Settings

Set Up Timer Delay Settings

XXP XXReset SPC_X to XX0

Programming Tip

If you do not require anyof the functions in thismode, ensure it is set to:

Programming Tip


Note:If PID is selected in [XX5],the Timer Delay [XX6] andReset and Trigger Functions[XX7] revert to [ModE][oFF]and cannot be adjusted.

Normal Mode

1-Shot ON Mode

Pulse ON Mode

Repeat ON Mode

1-Shot OFF Mode

Pulse OFF Mode

Repeat OFF Mode

Normally OFF/Pulsed ON ModesThese are time control modes were the relay isnormally OFF (de-energizes) and pulses ON(energizes) when the setpoint activates.

Normally ON/Pulsed OFF ModesThese are time control modes were the relay isnormally ON (energizes) and pulses OFF (de-energizes) when the setpoint activates.

Resolution settingapplies to SP1/SP2ONLY




Note:If minimum cycle time is set to 0, the relevantrelay is disabled. PID functions still operate

Set to 0 for PID 4-20 mASet to MINIMUM 0.5 for SSRSet to 20 secs for Relays

Single Actuation

Single Actuation

Single Actuation

Single Actuation

Multiple Actuation

Multiple Actuation

Single Actuation



P

[diSP]

[rESLt]

[Ch1]

[Ch2]

[Ch3]

[Ch4]

[tot_1]

[tot_2]

[PEAK]

[VALEY]

[tArE]

[1 to 244]

P

P P

Use the buttons to cyclethrough the menu

[brEAK]

[both]

[LEVEL]

Sets from 0 to –19999

[i-S+C]

[d+C]

[rEG]

Sets from 0 to 99999

Select Reset Destination Register

Select Reset Trigger

Select Reset Mode Select Reset Constant

P

Select Print Triggered by Setpoint

P

Select Log Triggered by Setpoint

Advanced Functions Mode – Set Up Register Reset and Setpoint Trigger Functions

From Page 11,3rd digit [XX7]

Selecting any destinationregister takes you toMode Reset

Selecting [oFF] in the DestinationRegister Reset Setup takes youto Setpoint Print Trigger Setup

Select [rEG] to access the source parameterto select the number of the Modbus register inthe meter to be copied to the reset destinationregister

XXP XXReset SPC to XX0

XX

Use the buttons to cyclethrough the menu

Programming Tip


Use the buttonsto select a register as thedata source for the set-point (1 to 244)

Programming Tip

This mode can not be accessed ifSPC_1 or SPC_2 is in the PID mode.

Select reset trigger from1 of 4 relayoperatingedges

Reset TriggerSelect register to be resetReset Destination Register

Select [Reg] inreset mode

Reset ModeCopy contentsof selectedregister

SP1to

SP6

Contents ofregister copied intoreset destination

register

Reset Destination ModeThe reset destination mode allows you to select a reg-ister to be reset using the contents of another registertriggered by a setpoint. See diagram below.

Reset TriggerSelect the reset trigger from 1 of 4 relay operatingmodes.

Reset Destination RegisterSelect the register to be reset from the commonlyused register set 1 to 244.

Reset Mode1. Select [rEG].

2. Contents of selected register copied into resetdestination register.

[TOT_1]

[TOT_2][TARE]

[RESULT]

[CH1]

[CH2]

[CH3]

[CH4]

[DISP]

[ 1] [ 2] .....[ 10] [ 11]

[ 12]

.....[ 20]

[ 100]

[ 200]

.....[ 239]

The button takes you forward,

the button takes you back.

[AUX_5]

[VALLEY][PEAK]

[AUX_4]

[AUX_3]

[AUX_2]

[AUX_1]

Constant pressure on the button moves thruRegisters 1 to 239 one register at a time untilyou get to ten, then it jumps in multiples of 10,until you reach 100, then it jumps in multiples of100.

Stopping and starting again resumes singlesteps forward.




0 Energizes ABOVE setpoint value

HYSTERESIS selected – relay energizes AT OR ABOVE setpoint value plus hystere-sis counts. De-energizes BELOW setpoint value minus hysteresis counts.

Note:If hysteresis set with ZERO counts, relay energizes AT OR ABOVE the setpoint value.

DEVIATION selected – relay energizes INSIDE deviation band (setpoint ± deviationcounts). De-energizes OUTSIDE deviation band (setpoint ± deviation counts).PID selected – controls ABOVE setpoint value.

1 Energizes BELOW setpoint value

HYSTERESIS selected – relay energizes BELOW setpoint value minus hysteresiscounts. De-energizes AT OR ABOVE setpoint value plus hysteresis counts.

Note:If hysteresis set with ZERO counts, relay energizes BELOW the setpoint value.

DEVIATION selected – relay energized OUTSIDE deviation band (setpoint ± deviationcounts). De-energized INSIDE deviation band (setpoint ± deviation counts).PID selected – controls BELOW setpoint value.

2 Energizes AT OR ABOVE setpoint value with FALLING INPUT SIGNAL INITIALSTART-UP INHIBIT

HYSTERESIS selected – relay energizes AT OR ABOVE setpoint value plus hystere-sis counts with FALLING INPUT SIGNAL INITIAL START-UP INHIBIT. De-energizesBELOW setpoint value minus hysteresis counts with FALLING INPUT SIGNAL INITIALSTART-UP INHIBIT.

Note:If hysteresis set with ZERO counts, relay energizes AT OR ABOVE the setpoint value.

DEVIATION selected – relay energizes INSIDE deviation band (setpoint ± deviationcounts) with FALLING INPUT SIGNAL INITIAL START-UP INHIBIT. De-energizes OUT-SIDE deviation band (setpoint ± deviation counts) with FALLING INPUT SIGNAL INI-TIAL START-UP INHIBIT.PID selected – controls ABOVE setpoint value.

3 Energizes BELOW setpoint value with RISING INPUT SIGNAL INITIAL START-UPINHIBIT

HYSTERESIS selected – relay energizes BELOW setpoint value plus hysteresiscounts with RISING INPUT SIGNAL INITIAL START-UP INHIBIT. De-energizes BELOWsetpoint value minus hysteresis counts with RISING INPUT SIGNAL INITIAL START-UP INHIBIT.

Note:If hysteresis set with ZERO counts, relay energizes BELOW the setpoint value.

DEVIATION selected – relay energizes OUTSIDE deviation band (setpoint ± deviationcounts) with RISING INPUT SIGNAL INITIAL START-UP INHIBIT. De-energizesINSIDE deviation band (setpoint ± deviation counts) with RISING INPUT SIGNAL INI-TIAL START-UP INHIBIT.PID selected – controls BELOW setpoint value.

Resetting and Incrementing Using SetpointsSetpoints may be used to reset and/or increment registers. In theexample shown opposite, 2 liter soft drink bottles are being filledand packed 12 to a case. Using the setpoint reset and incrementfeature, the number of bottles and the total number of filled casesis easily calculated and displayed. Totalizer 1 counts from 0 to 2,resets, and repeats. CH2 counts from 0 to 12, resets, and repeats.

FlowSensor

Channel 1Flow Rate

Channel 3Filled Cases

Totalizer 1Flow

Channel 2Bottles

SP5 = 2.00Hi Setpoint

SP6 = 2.00Hi Setpoint

SP4 = 12Hi Setpoint

SP3 = 12Hi Setpoint

SOURCE

RESET

RESET

INCREMENT

INCREMENT

SOURCE

SOURCE

SOURCEUsing Setpoints to

Increment andReset Registers

Detailed Descriptions of Setpoint Functions

Explanation Of Setpoint Trigger and Reset FunctionsThe setpoint trigger and reset functions are available on all 6 set-points. The various parameters of these functions are describedas follows.

Trigger TypeThe trigger parameter gives the option of selecting which edge ofthe relay operation the reset function, print function, and data log-ging function should activate on. It can be set to either:

• Off – Disables all trigger functions

• Make – operates on the make edge only.

• Break – operates on the break edge only.

• Both – operates on both make and break edges.

• Level – operates after every sample period if relay is ON.

Reset DestinationThe reset destination parameter defines the target register in themeter that is to be modified in some way when the reset triggerconditions for this relay are met. Any Modbus register numberfrom 1 to 255 can be selected as a reset destination. If the [DEST]parameter is set to [OFF], the reset function is disabled and theReset Mode and Reset Constant/Source selection are not dis-played during setup. The setup sequence jumps straight to thePrint parameter.

Reset ModeThe reset mode parameter defines what type of reset effect isrequired. The following different options are available.

Const – This mode stores a user defined constant into the select-ed destination register. In most cases this number will be zero butit can be any number.

I-S+C – This mode stores the current input value I, defined by thesetpoint source, minus the setpoint value S plus a user definedconstant C. It would normally be used with a counting or totalizingapplication where the amount of setpoint overshoot needs to beretained after the reset function. The constant value would nor-mally be zero but could be used to provide an offset if required.

D+C – This mode adds the user defined constant C to the currentvalue in the selected reset destination register D. It can be usedto increment or decrement a register by any amount.

Reg – This mode copies the contents of a user selectable regis-ter into the reset destination register (see Reset Constant to selectthe source register).

1st Digit in Setpoint Programming ModeFollowing is a detailed description of the options available on the 1st digit ofthe setpoint programming mode [SPC] settings listed on Page 11.

Relay Energize Function

FIRST DIGIT

It can be used to capture data on an event and store it in anunused channel for display or analog output, etc.

Reset ConstantThis parameter defines the constant value to be used in theConst, I-S+C, D+C modes as previously explained. Its defaultvalue is zero.This parameter is not available if Reg is selected asthe reset mode.

Source (only available in Reg mode)If the reset mode is set to Reg then the source parameter allowsyou to select the number of the Modbus register in the meter tobe copied to the reset destination register.



Customer Code Settings – Main Programming Mode

1st DIGIT 2nd DIGIT 3rd DIGIT

CALIBRATION MODE [CAL]

020 SPAN

SUB-SETTINGS

030 ZERO SPAN

040 CHANNEL

050 CHANNEL

100 OFFSET SCALE

110 ZERO SPAN

121 ZERO SPAN

151 CAL LOW CAL HIGH

010

ON DEMAND FUNCTIONS

INPUT

INPUT INPUT

RESULT

021 SPAN

031 ZERO SPAN

041 CHANNEL

051 CHANNEL

011

INPUT

INPUT INPUT

CH1

022 SPAN

032 ZERO SPAN

042 CHANNEL

052 CHANNEL

012

INPUT

INPUT INPUT

CH2

023 SPAN

033 ZERO SPAN

043 CHANNEL

053 CHANNEL

013

INPUT

INPUT INPUT

CH3

024 SPAN

034 ZERO SPAN

044 CHANNEL

054 CHANNEL

014

INPUT

INPUT INPUT

CH4

1st DIGIT 2nd DIGIT 3rd DIGIT SUB-SETTINGS

CALIBRATION PROCEDURES

101 OFFSET SCALE

102 OFFSET SCALE

103 OFFSET SCALE

104 OFFSET SCALE

Manual Calibration

Two-point Calibration

INPUTINPUT

111 ZERO SPAN INPUTINPUT




INPUT 32°F INPUT 2500°FCalibrate Thermocouple

122 ZERO SPANINPUT 32°F INPUT 2500°F

123 ZERO SPANINPUT 32°F INPUT 2500°F

OUTPUT OUTPUT

Calibrate Analog Output

152 CAL LOW CAL HIGHOUTPUT OUTPUT



200 BAUD PARITY ADDRESS TIME DELAY


CALIBRATION MODE [CAL] Continued

SUB-SETTINGS

RELATED CALIBRATION FUNCTIONS





Serial Output

Auto Zero Maintenance

210 AZ CAPTURE AZ MOTION AZ APERTURE





Averaging Samples & Averaging Window

220 AVERAGE SAMPLES AVERAGE WINDOW

231 SCALE FACTOR CUTOFF

240 MODE

251 ZERO FULL SCALE





K Factor & Totalizer Cutoff

232 SCALE FACTOR CUTOFF

32-point Linearization Tables

241 MODE

242 MODE

243 MODE

244 MODE

Scale Analog Output

252 ZERO FULL SCALE




CODE 1

X52

X53

X54

X55

X56

X57

X60 DISPLAY

X63

X65

X66

X67

X64

X50

X51

X62

X61

SOURCE

SOURCE

SOURCE

SOURCE

SOURCE

SOURCE

SOURCE

SOURCE

DISPLAY

DISPLAY

DISPLAY

DISPLAY

DISPLAY

DISPLAY

DISPLAY

X72

X73

X74

X75

X76

X77

X70

X71

CHARACTER

CHARACTER

CHARACTER

CHARACTER

CHARACTER

CHARACTER

CHARACTER

CHARACTER


CODE 2

PRESCALER


CODE 3


CODE 4

PRESCALER


CODE 5

SMART INPUT MODULESETTINGS


CODE 6

SMART INPUT MODULESETTINGS


CODE 7


CODE 8


CODE 9

SUB-SETTINGS 1st DIGIT 2nd DIGIT 3rd DIGIT

CODE 10

2XX COLOR 1

BARGRAPH COLORS

COLOR 2

COLOR 3

COLOR 4

COLOR 5

COLOR 6

COLOR 7

SCALING FOR LINEAR BARGRAPH

3X0 BAR LOW BAR HIGH BAR NOMINAL

3X1 BAR LOW BAR HIGH BAR NOMINAL

SCALING FOR LOGIRITHMIC BARGRAPH

3X3 REFERENCE BAR NOMINAL







Customer Code Settings – Setpoint Programming Mode


SP ACTIVATION VALUES

SETPOINT VALUE

SP1

SP2

SP3

SP4

SP5

SP6

SETPOINT & RELAY CONTROL SETTINGS MODE SPC_1 TO SPC_6

SELECT DATA SOURCE

SPC_1 _ 1 _

SPC_2

SPC_3

SPC_4

SPC_5

SPC_6

_ 1 _

_ 1 _

_ 1 _

_ 1 _

_ 1 _

DELAY MODE SETTINGS

SPC_1 _ _ 5

SPC_2

SPC_3

SPC_4

SPC_5

SPC_6

HYSTERESIS

_ _ 5

_ _ 5

_ _ 5

_ _ 5

_ _ 5

HYSTERESIS

HYSTERESIS

HYSTERESIS

HYSTERESIS

HYSTERESIS

ANNUNCIATOR FLASHING SP TRACKING






DEVIATION ANNUNCIATOR FLASHING SP TRACKING






DEVIATION

DEVIATION

DEVIATION

DEVIATION

DEVIATION

SPC_1 _ _ 5

SPC_2

SPC_3

SPC_4

SPC_5

SPC_6

SPAN

_ _ 5

_ _ 5

_ _ 5

_ _ 5

_ _ 5

PB

PID CONTROL SETTINGS

INT DER ARW MCT SP TRACKING

SPAN PB INT DER ARW MCT SP TRACKING





TIMER MODE SETTINGS

SPC_1 _ _ 6

SPC_2

SPC_3

SPC_4

SPC_5

SPC_6

_ _ 6

_ _ 6

_ _ 6

_ _ 6

_ _ 6

SPC SETTINGNORMALLY OFF / PULSED ON MODES

REPEAT ON

Resolution

NORMAL

DOM

DOB

DOM

DOB

DOM

DOB

DOM

DOB

DOM

DOB

DOM

DOB

Resolution

Resolution

Resolution

Resolution

Resolution

OFF T

ON T

OFF T

ON T

OFF T

ON T

OFF T

ON T

OFF T

ON T

OFF T

ON T

1-SHOT ON

DOM

M ON

DOM

M ON

DOM

M ON

DOM

M ON

DOM

M ON

DOM

M ON

PULSE ON

Resolution

Resolution

Resolution

Resolution

Resolution

Resolution

DOM

ON_T

DOM

ON T

DOM

ON T

DOM

ON T

DOM

ON T

DOM

ON T

1-SHOT OFF

M OFF

DOB

M OFF

DOB

M OFF

DOB

M OFF

DOB

M OFF

DOB

M OFF

DOB

NORMALLY ON / PULSED OFF MODES

PULSE OFF

Resolution

Resolution

Resolution

Resolution

Resolution

Resolution

OFF T

DOB

OFF T

DOB

OFF T

DOB

OFF T

DOB

OFF T

DOB

OFF T

DOB

REPEAT OFF

Resolution

Resolution

Resolution

Resolution

Resolution

Resolution

OFF T

ON T

OFF T

ON T

OFF T

ON T

OFF T

ON T

OFF T

ON T

OFF T

ON T

SPC_1 _ _ 7

SPC_2

SPC_3

SPC_4

SPC_5

SPC_6

[triG]

_ _ 7

_ _ 7

_ _ 7

_ _ 7

_ _ 7

[dESt]

REGISTER RESET & TRIGGER FUNCTIONS SETTINGS

[ModE] [rES_C] [SourC] [Print] [LoG]

[triG] [dESt] [ModE] [rES_C] [SourC] [Print] [LoG]





SETPOINT FINAL SETTINGS

SPC_1

SPC_2

SPC_3

SPC_4

SPC_5

SPC_6



Commonly Used Registers

Note:3-digit programming codes are specified within squarebrackets [XXX]. If an X appears in the description of a3-digit programming code or in a configuration proce-dure, this means that more than one choice can bemade, or any number displayed in that digit is not rele-vant to the function being explained.

DataSource

forAnalogOutputs1 & 2

DataSource

forSetpoints

ResetDest.

ResetSource

DataSource

forTotalizers

1 & 2

Register Functions RegisterNumbers

DataSource

forDisplays

DataSource

forPeak &Valley

Display [diSP] -

Result [rESLt] -

CH1 [Ch1] -

CH2 [Ch2] -

CH3 [Ch3] -

CH4 [Ch4] -

Total 1 [tot_1] -

Total 2 [tot_2] -

Peak [PEAK] -

Valley [VALEY] -

Tare [tArE] -

PID Output 1 50 PID Output 2 51 Smart Result 1 54 Smart Result 2 55 Smart Result 3 56 Smart Result 4 57 Smart Result 5 58 Smart Result 6 59 Smart Result 7 60 Analog Output 1 83 Analog Output 2 84 Timer 1 95 Timer 2 96 Smart Reset Offset 1 121

Smart Reset Offset 2 122

Clock - Seconds 213 Clock - Minutes 214 Clock - Hours 215 Clock - Days 216 Clock - Date 217 Clock - Month 218 Clock - Year 219 Setpoint Latch 221

Relay De-energize 222

Zero Offset - Result 227 Zero Offset - CH1 228 Zero Offset - CH2 229 Zero Offset - CH3 230 Zero Offset - CH4 231

A Tiger 320 Series controller has 6,144 registers avail-able for use by the meter’s operating system and theTiger Macro Development System (TDS).

See TDS Macro Tutorial (NZ212) for further informationon developing macros for Tiger 320 Series controllers.

40 Manually Selectable RegistersUsing the front panel buttons, there are 40 registers thatmay be selected for use within the following functions:

• [CODE_1] - Display Configuration [X50]. Select aregister as the data source for displays, peak and val-ley, totalizers and analog outputs.

• Setpoint Control Settings [X1X]. Select a register asthe data source for a setpoint.

• Setpoint Control Settings [XX7]. Select a destina-tion register that is reset by a setpoint with the con-tents of a selected source register.

• Setpoint Control Settings [XX7]. Select the contentsof one register to be copied into another register by asetpoint.

The 40 registers that can be selected as a data source,a reset source, or a reset destination for the above func-tions are shown in the table opposite.

This table shows, in seven columns, the functions wherethese registers can be used.

Where a register is more likely to be used in a particularfunction, a closed circle is shown in the column. Forthose functions where a register is less likely to be used,an open circle is shown.No register number is shown in the table for the first 11functions as these are identified on the display menu fordirect selection by their function names.

Beginning at [OFF] on the display, when selecting a reg-ister as the data source, reset, or destination for a func-tion, pressing the button takes you through the numer-ical register list beginning at register [1] and proceeding toregister [239] and then the named registers. Pressing the

button takes you in the reverse order starting at regis-ter [DISP] and ending at register [1].

To cycle through the numerical register list quickly, keepconstant pressure on the button. This increments oneregister at a time until you reach register [10] then jumps

in increment blocks of 10 until you reach [100]. If you keep pressureon the button you jump from register [100] to [200] and then stopcycling. If the register you require is between [100] and [200] then stoppressing the button at [100]. Resume pressing the button again andthe process is repeated, incrementing one register at a time until [10]and then incrementing in multiples of 10 until you reach [200]. Repeatthis process for a number between [200] and [239].

Press the and buttons at the same time to take you directly backto [OFF].

Registers that Should Not be UsedThe following registers are contained within the selectable RegisterSet, but they should not be selected because they are eitherreserved for future use, or for use by the operating system only:15, 38, 47, 48, 52, 53, 61-64, 123-128, 140, 141, 234-244

Selection of any of these registers may cause a malfunction.

[TOT_1]

[TOT_2] [TARE]

[RESULT]

[CH1]

[CH2]

[CH3]

[CH4]

[DISP]

[ 1] [ 2] .....[ 10] [ 11][ 12]

.....[ 20]

[ 100]

[ 200]

.....[ 239]

The button takes you forward,

the button takes you back.

[AUX_5]

[VALLEY][PEAK]

[AUX_4]

[AUX_3]

[AUX_2]

[AUX_1]

Constant pressure on the button movesthru Registers 1 to 239 one register at a timeuntil you get to ten, then it jumps in multiplesof 10, until you reach 100, then it jumps inmultiples of 100.

Stopping and starting again resumes singlesteps forward.




User Notes

WARRANTYTexmate warrants that its products are free from defects in material and workmanship undernormal use and service for a period of one year from date of shipment. Texmate’s obligationsunder this warranty are limited to replacement or repair, at its option, at its factory, of any ofthe products which shall, within the applicable period after shipment, be returned to Texmate’sfacility, transportation charges pre-paid, and which are, after examination, disclosed to the sat-isfaction of Texmate to be thus defective. The warranty shall not apply to any equipment whichshall have been repaired or altered, except by Texmate, or which shall have been subjected tomisuse, negligence, or accident. In no case shall Texmate’s liability exceed the original pur-chase price. The aforementioned provisions do not extend the original warranty period of anyproduct which has been either repaired or replaced by Texmate.

USER’S RESPONSIBILITYWe are pleased to offer suggestions on the use of our various products either by way of print-ed matter or through direct contact with our sales/application engineering staff. However, sincewe have no control over the use of our products once they are shipped, NO WARRANTYWHETHER OF MERCHANTABILITY, FITNESS FOR PURPOSE, OR OTHERWISE is madebeyond the repair, replacement, or refund of purchase price at the sole discretion of Texmate.Users shall determine the suitability of the product for the intended application before using,and the users assume all risk and liability whatsoever in connection therewith, regardless ofany of our suggestions or statements as to application or construction. In no event shallTexmate’s liability, in law or otherwise, be in excess of the purchase price of the product.

Texmate cannot assume responsibility for any circuitry described. No circuit patent or softwarelicenses are implied. Texmate reserves the right to change circuitry, operating software, spec-ifications, and prices without notice at any time.

For product details visit www.texmate.com

Local Distributor Address

995 Park Center Drive • Vista, CA 92081-8397Tel: 1-760-598-9899 • USA 1-800-839-6283 • That’s 1-800-TEXMATEFax: 1-760-598-9828 • Email: [email protected] • Web: www.texmate.com

Texmate has facilities in Japan, New Zealand, Taiwan, and Thailand. We also haveauthorized distributors throughout the USA and in 28 other countries.

Converting °F to °C

1) Calibrate the meter to suit the temperature sensor input.

Use K type thermocouple input for thermocouples.

Use RTD 385 for RTDs.

2) To convert °F to °C enter the calibration mode and set [CAL] to [10X].

3) Set the offset [OFFS_R] to [–178] counts on the display.

4) Set the scale factor [SCAL_R] to [0.55555] on the display.

Ignore the decimal point on OFFSET settings

Thermocouple Calibration for CH1

SSTTEEPP 11Enter Code 2 and select K typethermocouple for initial calibration.

Select K Type Thermocouple for Initial Calibration

SSTTEEPP 22Enter the Calibration mode [CAL], set

to [121] and press the button twiceto carry out the thermocouple initialcalibration procedure.

Thermocouple Initial Calibration

SSTTEEPP 44 Select Thermocouple Type

Re-enter Code 2 and select therequired thermocouple type, noiserejection setting, and the analogsampling and output rate.

Select thermocouple type:

Select noise rejection, analog sampling & output rate:

SSTTEEPP 55Enter the Calibration mode [CAL], set to[111] and fine tune the thermocouplecalibration over the required temperaturerange.

Fine Tune Calibration over Specific Temperature Range

Follow Steps 1 to 4 for setting channels 2 and 3, using the following settings:

CH2: Code 4 [11X] for K type, CAL [122] to calibrate K type, Code 4 [1X0]to select specific TC, CAL [112] to trim selected TC.

CH3: Code 5 [X21] for K type, CAL [123] to calibrate K type, Code 5 [X2X]to select specific TC, CAL [113] to trim selected TC.

For a detailed thermocouple calibration procedure, see Advanced Calibration & OnDemand Mode Supplement (NZ203).

SSTTEEPP 33 Select Temperature Units

Enter the Calibration mode [CAL], setto [101].

If you want °F set offset to 0 and scalefactor to 1.

If you want °C set offset to 0.5555 andscale factor to –178.

Note, once the temperature units have been select-ed, the temperature inputs to the meter must be inthe same units.

Note, this is not amandatory step.Carry out only ifrequired.

See Converting °F to °Cprocedure opposite.

CH1 Initial RTD Calibration

SSTTEEPP 11Enter Code 2 and select type Pt 385100 Ω RTD for initial calibration.

Select Type Pt 385 100 Ω RTD

SSTTEEPP 22Enter the Calibration mode [CAL], set to

[131] and press the button once to carryout the RTD initial calibration procedure.

RTD Initial Calibration

SSTTEEPP 44 Select RTD Type

Re-enter Code 2 and select therequired RTD type, noise rejectionsetting, and the analog sampling andoutput rate.

SSTTEEPP 55Enter the Calibration mode [CAL], setto [111] and fine tune the RTD calibrationover the required temperature range.

Calibration Trim

Follow Steps 1 to 4 for setting channels 2 and 3, using the following settings:

CH2: Code 4 [210] for type 385, CAL [132] to calibrate type 385, Code 4[2X0] to select specific RTD, CAL [112] to fine tune selected RTD.

CH3: Code 5 [X31] for type 385, CAL [133] to calibrate type 385, Code 5[X3X] to select specific RTD, CAL [113] to fine tune selected RTD.

CH4: Code 6 [X31] for type 385, CAL [134] to calibrate type 385, Code 6[X3X] to select specific RTD, CAL [113] to fine tune selected RTD.

For a detailed RTD calibration procedure, see Advanced Calibration & On DemandMode Supplement (NZ203).

3 = RTD 2 or 4-wire

2 = RTD 3-wire

Select RTD type:

Select analog sampling & output rate:

2 = RTD 3-wire, 3 = RTD 2 or 4-wire:

SSTTEEPP 33 Select Temperature Units

Enter the Calibration mode [CAL], set to [101].

If you want °F set offset to 0.0 and scale fac-tor to 1.0000.

If you want °C set offset to 0.5555 and scalefactor to –178.

Note, once the temperature units have been selected, thetemperature inputs to the meter must be in the same units.

See Converting °F to °Cprocedure opposite.

Note, this is not amandatory step.Carry out only ifrequired.

front panel programming - texmate panel programming this programming code sheet (pcs) is a quick...

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