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Tiger 320 Series Programming Code Sheet

Draft Copy. Code Version V3.08a

Texmate Inc. Tel. (760) 598 9899 • www.texmate.com

19

2 February, 2005   Prog. Code Sheet V3.08a (NZ101)

Commonly Used Registers

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

Data

Source

for

Analog

Outputs

1 & 2

Data

Source

for

Setpoints

Reset

Dest.

Reset

Source

Data

Source

for

Totalizers

1 & 2

Register Functions

Register

Numbers

Data

Source

for

Displays

Data

Source

for

Peak &

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 the
Tiger Macro Development System (TDS).

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

40 Manually Selectable Registers

Using the front panel buttons, there are 40 registers that
may be selected for use within the following functions:

• [

CODE_1] - Display Configuration [X50]

. Select a

register as the data source for displays, peak and val-
ley, totalizers and analog outputs.

Setpoint Control Settings [X1X]

. Select a register as

the 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 contents

of one register to be copied into another register by a
setpoint.

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 where
these registers can be used.

Where a register is more likely to be used in a particular
function, a closed circle 

is shown in the column. For

those 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 11
functions as these are identified on the display menu for
direct 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 to
register [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, keep
constant pressure on the 

button. This increments one

register at a time until you reach register [10] then jumps

in increment blocks of 10 until you reach [100]. If you keep pressure
on the button you jump from register [100] to [200] and then stop
cycling. If the register you require is between [100] and [200] then stop
pressing the button at [100]. Resume pressing the button again and
the process is repeated, incrementing one register at a time until [10]
and then incrementing in multiples of 10 until you reach [200]. Repeat
this process for a number between [200] and [239].

Press the 

and 

buttons at the same time to take you directly back

to [OFF].

Registers that Should Not be Used

The following registers are contained within the selectable Register
Set, but they should not be selected because they are either
reserved 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 moves

thru Registers 1 to 239 one register at a time
until you get to ten, then it jumps in multiples
of 10, until you reach 100, then it jumps in
multiples of 100.

Stopping and starting again resumes single
steps forward.

Use the

and

buttons to cycle through
the Registers Menu and
Registers (1 to 239) to
select the data source
for displays, peak and
valley, totalizers and
analog output.

Summary of Contents for Tiger 320 Series

Page 1: ...on to all application function settings the configuration program also provides access to added features such as Code blanking Display text editing Configuration data copying Downloading macros to the...

Page 2: ...tware Version Number Press and hold the and buttons While holding both buttons press the Prog button then release all three buttons Programming Tip The Model and Software Code Version check ing proced...

Page 3: ...ideal for preventing settings such as calibra tion being changed by the operator Macros A macro is a set of commands that run auto matically when the controller is powered up Macros can be installed...

Page 4: ...s 8 9 and 10 shows the three digit configuration settings that are applied individually to each setpoint Display Brightness bri Allows you to adjust the display brightness in a range of 8 settings 0 b...

Page 5: ...time delay in milliseconds Except ASCII Mode which uses message terminators Use buttons to set AZ_A from 0 to 65535 counts P Auto zero motion Auto zero aperture window 0 1 Analog Output 1 2 Analog Out...

Page 6: ...options are only for use with meters that have more than one dis play With bargraph meters the PRIMARY display is the digital display and the SECONDARY display is the bargraph display Note 3 These fun...

Page 7: ...Register 2 2 Output Register 3 3 Output Register 4 4 Output Register 5 5 Output Register 6 6 Output Register 7 7 Smart Input Module Register 1 Code Setup See Note 7 THIRD DIGIT SECOND DIGIT CODE 2 No...

Page 8: ...ncy 99 999 Hz range from 0 001 Hz 1 Frequency 999 99 Hz range from 0 01 Hz 2 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 s resol...

Page 9: ...No Data Logging 1 Cyclic Buffer 2 Linear FIFO Buffer 3 Reset Buffer Number to 0 Note Setting Code 8 to 3XX resets the data log buffer to 0 Once reset Code 8 must be set back to the required data log...

Page 10: ...nts light up from 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...

Page 11: ...lay Latched and Manual Relay Reset 4 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...

Page 12: ...6553 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 0 001 to 6553 5 65 535 secs Off time oFF_t 0 1 0 001 to 6553 5 65 535 secs Minimum off t...

Page 13: ...ramming Tip This mode can not be accessed if SPC_1 or SPC_2 is in the PID mode Select reset trigger from 1 of 4 relay operating edges Reset Trigger Select register to be reset Reset Destination Regist...

Page 14: ...illed Cases Totalizer 1 Flow Channel 2 Bottles SP5 2 00 Hi Setpoint SP6 2 00 Hi Setpoint SP4 12 Hi Setpoint SP3 12 Hi Setpoint S O U R C E R E S E T R E S E T I N C R E M E N T I N C R E M E N T S O U...

Page 15: ...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 IN...

Page 16: ...Y Serial Output Auto Zero Maintenance 210 AZ CAPTURE AZ MOTION AZ APERTURE 211 AZ CAPTURE AZ MOTION AZ APERTURE 212 AZ CAPTURE AZ MOTION AZ APERTURE 213 AZ CAPTURE AZ MOTION AZ APERTURE 214 AZ CAPTURE...

Page 17: ...CODE 2 PRESCALER 1st DIGIT 2nd DIGIT 3rd DIGIT CODE 3 1st DIGIT 2nd DIGIT 3rd DIGIT CODE 4 PRESCALER 1st DIGIT 2nd DIGIT 3rd DIGIT CODE 5 SMART INPUT MODULE SETTINGS 1st DIGIT 2nd DIGIT 3rd DIGIT COD...

Page 18: ...INT DER ARW MCT SP TRACKING SPAN PB INT DER ARW MCT SP TRACKING SPAN PB 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 _...

Page 19: ...reset destination for the above func tions are shown in the table opposite This table shows in seven columns the functions where these registers can be used Where a register is more likely to be used...

Page 20: ...tion Select K Type Thermocouple for Initial Calibration S S T T E E P P 2 2 Enter the Calibration mode CAL set to 121 and press the button twice to carry out the thermocouple initial calibration proce...

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