Tiger 320 Series PROGRAMMING CODE SHEET. Contents

Transcription

1 Tiger 320 eries ontents Initial etup rocedures Tiger 320 eries ode Logic Diagram ALIBATION MOD OD OD OD 3 to OD 6 to OD TOINT OGAMMING MOD _1 to _6. 11 Detailed Descriptions of etpoints Functions ustomer ode ettings Main rogramming Mode ustomer ode ettings etpoint rogramming Mode.. 18 ommonly Used egisters User Notes OGAMMING OD HT ress 1 TXMAT rog Front panel programming This programming code sheet () is a quick reference document that allows you to quickly view the meter's programming codes. When you become familiar with the meter and the programming code structure, the can be used in place of the user manual. All displays shown in this code sheet are for a 5-digit, 7-segment display. 6 or 8-digit and alphanumeric displays will be slightly different. To configure the meter s programming codes, the meter uses the three right-hand side display digits. These are known as the 1st, 2nd, and 3rd digits and can be seen in the diagram opposite. rog Operational Display 1st Digit 2nd Digit 3rd Digit The logic diagram on age 4 shows the code structure of the Tiger 320 eries meter range. Also, the difference between the and T version of the Tiger range is described. The diagrams on the following pages show the three-digit settings available for each code. rogramming via Meter configuration utility program With a serial output module installed, the meter can be fully configured through the meter configuration utility program. In addition to all application function settings, the configuration program also provides access to added features such as: ode blanking. Display text editing. onfiguration data copying. Downloading macros to the meter. ode blanking ode blanking blanks out all function codes not required by the application. This means that specific procedures such as recalibration and setpoint reprogramming can be achieved in a few simple steps from the front panel buttons. To turn code blanking and macro settings OFF, carry out the ode Blanking and Macro heck on age 3. Display text editing This function allows displayed text, such as setpoint titles, to be edited to suit your applications. For example, a setpoint could be edited to read [TNK_Lo] for tank level low, or [brkof] for brake off. onfiguration data copying This function allows the current meter configuration settings to be copied and saved for later referral or for restoration. Tiger 320 eries rogramming ode heet Macros Texmate has a growing library of macros to suit a wide range of standard customer applications. Macros can be installed in the meter, via the compiler or configuration program, and run automatically when the meter is powered up. Tamper-proof settings All Tiger 320 eries meters have tamper-proof lockout switches to prevent users configuration settings from being inadvertently changed. ode blanking is also used (via the ) to blank out codes not used, making them operator tamper-proof, but leaving selected codes open for operator adjustment. 1. Use the button to step through the codes of the Main or etpoint rogramming Mode. 2. To save a Main rogramming Mode code setting and return directly to the operational display, press the button and then the buttons and at the same time. 2. To save a etpoint rogramming Mode code setting and return directly to the operational display, press the button and then the buttons and at the same time. 4. When configuring the three-digit code and setpoint settings, pressing t h e and buttons at the same time increases the display parameter in increments of 100 counts. v3.09b (NZ101) Texmate Inc. Tel. (760)

2 rog. rog. rog. rog. rog. rog ode Version v3.09b Initial etup rocedures Tiger 320 eries rogramming ode heet Before configuring the meter, carry out the following meter configuration checks: Model and software code version check. ode blanking and macro check. After powering-up the meter, check the model and software code version number and note this below. Model No:... oftware Version No:... ustomer ID:... Macro ID:... Model and oftware ode Version heck The meter model and software code version number can be checked at any time while in the operational display using the following procedure. MODL AND OFTWA OD VION HK ODU TAT H MODL & OFTWA OD VION HK tep 1 ress and hold the and buttons tep 2 While holding both buttons, press the rog. button then release all three buttons b ress once then release xample Operational Display a ress and hold c elease after pressing rog. Model Number rogramming Tip The Model and oftware ode Version checking procedure can be performed at any time without interfering with other configuration settings. tep 3 The above displays toggles three times before returning to the operational display Typical oftware Version Number Operational Display v3.09b (NZ101) Texmate Inc. Tel. (760)

3 Tiger 320 eries rogramming ode heet ode Blanking and Macro heck Tiger 320 eries meters have the ability to hide (blank out) all or some programming codes, making them tamper-proof. This can only be done using the Meter onfiguration Utility program. With code blanking turned ON, all main and setpoint codes that have been blanked out during factory programming are hidden, preventing them from being reprogrammed. Any codes that have not been blanked out are still visible and can be reprogrammed. Turning code blanking OFF means all meter programming codes are visible when you enter the programming modes and can be reprogrammed. A macro is a set of commands that run automatically when the meter is powered up. Texmate has a growing library of macros to suit a wide range of standard customer applications. Macros can be installed in the meter at the factory during initial programming or by the customer at some later date. Macros are written and compiled using the Tiger Development ystem (TD) compiler program, and loaded into the meter using either the compiler program or the configuration program. Turning the macro OFF means that the meter will not perform the automatic commands pre-programmed to run with the macro. Unless requested to blank out all or some programming codes and/or run a macro, Texmate program the meter in the code blanking OFF and macro ON (default) setting. To turn the code blanking and macro settings from ON to OFF carry out the following procedure: OD BLANKING & MAO HK ODU TAT H tep 1 ress and hold the and buttons tep 2 While holding both buttons, press the rog. button. tep 3 elease the the and buttons and hold the rog. button for approx. 1 sec then release tep 4 xample ress the button to switch code blanking off elease after 1 sec NOT: Unless otherwise requested, the factory default setting is off TXMAT Operational Display TXMAT rog TXMAT rog TXMAT rog rog TXMAT rog ode Blanking & Macro heck rocedure continued in (tep 5) ode Blanking ress and hold elease after pressing rog. ress 1 continued from tep 4 tep 5 ress the rog. button. tep 6 xample tep 7 ress the rog. button. ress 1 NOT: Unless otherwise requested, the factory default setting is on. ress the button to switch the macro OFF TXMAT ress 1 TXMAT rog rog TXMAT rog TXMAT rog TXMAT rog Operational Display Macro ress 1 rogramming Tip ode Blanking and Macro ON/OFF settings revert to the meter s original configuration settings when the meter is powered off and on. v3.09b (NZ101) Texmate Inc. Tel. (760)

4 rog rog ode Version v3.09b Tiger 320 eries ode Logic Diagram [AL] [od_1] [od_2] [od_3] [od_4] [od_5] [od_6] [od_7] [od_8] [od_9] To enter press the and buttons at the same time Main rogramming Mode [bri] [od10] Display Brightness Allows you to adjust the display brightness in a range of 8 settings. 0 being dull, 7 being bright. alibration Modes for Input and Output ee age 2 for code settings to calibrate the meter s input and output signals. ode 1 Display onfiguration ee age 3 for code settings to configure the setpoint annunciators and other display functions. ode 2 H1 Measurement Task & ampling ate ee age 4 for code settings to configure the H1 measurement task and sampling rate. ode 3 H1 ost rocessing & erial Mode Functions ee age 5 for code settings to configure H1 post processing and serial mode functions. ode 4 H2 Measurement Task & 32-point Linearization ee age 5 for code settings to configure the second channel (H2) measurement task and 32-point linearization settings when using dual input signal conditioners. ode 5 H3 Functions ee age 5 for code settings to configure the third channel (H3) when using triple input signal conditioners. ode 6 H4 Functions ee age 6 for code settings to configure the fourth channel (H4) when using quad input signal conditioners. ode 7 esult rocessing ee age 6 for code settings to configure the meter for processing the result of H1 and H2. ode 8 Data Logging & rint Mode ee age 6 for code settings to configure data logging and data printing using the meter. ode 9 Functions for Digital Input ins ee age 6 for code settings to configure the meter for inputs from external sources through the digital input pins. ode 10 Bargraph etup rog Operational Display ee age 7 for code settings to configure the meter s bargraph display. To enter press the and buttons at the same time etpoint rogramming Mode etpoint Activation Values Mode nter these menus to set setpoint () activation values [_1] [_2] [_3] [_4] [_5] [_6] [_1] etpoint 1 etpoint 2 etpoint 3 etpoint 4 etpoint 5 etpoint 6 etpoint & elay ontrol ettings Mode nter these menus to configure control settings [_2] [_3] [_4] [_5] [_6] etpoint 1 etpoint 2 etpoint 3 etpoint 4 etpoint 5 etpoint 6 Default setting = Default setting = Default setting = 5000 Default setting = 5000 Default setting = Default setting = The etpoint and elay ontrol ettings diagram on ages 8, 9, and 10 shows the three digit configuration settings that are applied individually to each setpoint. Tiger 320 eries rogramming ode heet /T Versions of Tiger 320 eries rogrammable Meter ontroller Tiger 320 eries rogrammable Meter ontrollers (Ms) come in two versions: the economy version, or the top-of-the-line T version. The standard version comes with 4 kilobits of OM installed, whereas the standard T version comes with 32 kilobits of OM Installed. Also, the T version can have a macro installed. The standard 4-kilobit version can be upgraded to 32 or to up to 1024 kilobits. The standard 32-kilobit T version can be upgraded to 1024 kilobits. The amount of OM installed in the controller determines the range of functions it is capable of performing. The following table lists the functions that require specific amounts of memory. Version T Memory (kilobits) Functions emarks 4 (standard) 1 linearization table Table 1 is available to be applied to channels 1 to 4 and result linearization tables Tables 1 to 4 are available to be applied to channels 1 and 2 and result. Table 3 can be applied to channel 3. Table 4 can be applied to channel 4. All four tables can be cascaded to form a single 125-point linearization table available to be applied to channels 1 and 2 and result. up to 1024 Data logging With up to 1024 kilobits installed, the controller can perform data logging functions along with complete linearization functionality. With a real-time clock installed, date and time stamps can be included. 32 (standard) 4 linearization tables As for version with 32 kilobits installed. up to 1024 Macro programming Data logging A macro can be programmed to suit a user's logic control application. As for version with up to 1024 kilobits installed, but with macro programming functionality available. Operational Display v3.09b (NZ101) Operational Display Texmate Inc. Tel. (760)

5 ALIBATION MOD Tiger 320 eries rogramming ode heet This is the default 3rd digit box. If not pointing to another 3rd digit box, all 2nd digit settings should be regarded as pointing to here. ALIBATION MOD FO INUT AND OUTUT OBJT FO 2nd DIGIT FIT DIGIT OND DIGIT THID DIGIT 0 No function 0 esult 0 Functions Activated by ressing the OGAM Button 1 On Demand TA from the OGAM button ress the OGAM button for 4 seconds to tare the selected channel hannel 1 hannel 2 hannel 3 4 hannel 4 1 alibration rocedures 2 elated alibration Functions 3-2 On Demand ingle-point alibration from the OGAM button (requires single input source) 3 On Demand Two-point alibration from the OGAM button (requires dual input source) 4 On Demand rimary Input ompensation Mode from the OGAM button 5 On Demand Manual Loader Mode (no increase / decrease with HOLD active) When in the TA mode, a decimal point appears at the right of the display indicating that the tare value is NOT zero. 0 Manual alibration (requires NO input source) 1 Two-point alibration (requires dual input source) 2 alibrate Thermocouple (requires K type thermocouple input source) 3 alibrate TD (requires TD 385 input source) 4-5 alibrate Analog Output ma/v (requires multimeter connected to pins 16 and 17) erial ommunications roperties 1 et Auto Zero Maintenance for 3rd digit 2 et Averaging amples & Averaging Window for 3rd digit 4 secs 4 secs 4 secs 4 secs If ode 3 set to Master Mode [XX2] ONLY Auto zero capture band Use buttons to set OFFT Use buttons to set AN Use buttons to set ZO Use Use buttons to buttons to set set AN ZO Use buttons to ADJUT primary input compensat i o n value from to For detailed calibration procedures, see alibration rocedures upplement Use to set AL_L Use buttons to set baud rate For detailed calibration procedures, see alibration rocedures upplement Use buttons to ADJUT analog output 1 or 2 value from to via the manual loader output Use buttons to set to 7 or 8 bits Use buttons to set AL Use buttons to set AN Use buttons to set AL_h Use buttons to set AZ_ from 1 to 254 counts Auto zero motion Use buttons to set AZ_M from 0 to 255 counts ate-of-change in counts/second onverting F to 1) alibrate the meter to suit the temperature sensor input. Use K type thermocouple input for thermocouples. Use TD 385 for TDs. 2) To convert F to enter the calibration mode and set [AL] to [10X]. 3) On a 5-digit meter set the scale factor to [0.5555] and the offset to [ 178] counts. 4) On a 6-digit meter set the scale factor to [ ] and the offset to [ 178] counts. Ignore the decimal point on OFFT settings xcept AII Mode which uses message terminators: $ = minimum 50 ms delay * = minimum 2 ms delay Use buttons to set parity time delay in milliseconds Use buttons to set Auto zero aperture window Use buttons to set AZ_A from 0 to counts THID DIGIT 0-1 H1 2 H2 3 H3 THID DIGIT 0-1 H1 2 H2 3 H3 4 H4 THID DIGIT 0-1 Analog Output 1 2 Analog Output 2 Use buttons to set address from 1 to Totalizer ettings Mode 4 etup 32-point Linearization Tables 5 cale Analog Output LOW/HIGH Display eadings Use buttons to set averaging samples from 0 to 255 counts Use buttons Default setting 10,000 counts to set input rate Use buttons to set utoff from to elect the method of configuring the user defined linearization table: 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. Use buttons to set averaging window from 0 to counts Use buttons to set time period Use buttons to set rollover to ON or OFF The input channel setting in the 3rd digit is not relevant to the manual setup mode. Use buttons to set total from The correct input signal channel must be selected in the 3rd digit when configuring a linearization table using the auto setup mode. THID DIGIT 0-1 Total 1 2 Total 2 THID DIGIT 0-1 H1 2 H2 3 H3 4 H4 Use buttons to set LOW display reading [AL_L] Use buttons to set HIGH display reading [AL_h] THID DIGIT 0-1 Analog Output 1 2 Analog Output 2 v3.09b (NZ101) Texmate Inc. Tel. (760)

6 OD 1 Tiger 320 eries rogramming ode heet FIT DIGIT FONT ANL ANNUNIATO 0 ON when etpoints are ON (relay engaged) 1 ON when etpoints are OFF (relay de-engaged) 2 Always OFF. ee Note 1. 3 LD 1 ON indicates IING signal trend. LD 2 ON indicates IING signal trend. OND DIGIT OD 1 DILAY ONFIGUATION DILAY FUNTION 0 Normal Display Mode (i.e. operational display shows selected register)(updates every 0.5 seconds) 1 Manual Loader Mode (Direct display). ee Note* 2 Update at controlled output rate selected in ode elect data source as per 3rd digit. ee Note 4 6 elect display format as per 3rd digit. ee Note 4 7 elect text character as per 3rd digit. ee Note 4 Note*: For the Manual Loader Mode (Direct Display) to work, with ode 1 set to [X54] the data source for the analog output (1 or 2) must be set to [di]. Operating range upper and lower limits can be set for the manual loader mode. The setpoint activation values for setpoint 5 becomes the upper limit and setpoint 6 becomes the lower limit. When either the direct display or on demand manual loader mode is programmed into the meter, the values for setpoint 5 and setpoint 6 are activated as upper and lower limits. ee Analog Output upplement for further details. Note 1: LD annunciators are always off, except when the meter is in single channel VOLTAG or UNT mode and ode 3 = [X6X], or ode 7 = [X6X] in which case the LDs indicate which 32-point table has been selected from the rear pins (1 = Table 1, 2 = Table 2, 3 = Table 3, 4 = Table 4). Note 2: These options are only for use with meters that have more than one display. With bargraph meters the IMAY display is the digital display, and the ONDAY display is the bargraph display. Note 3: These functions are only available on selected input modules. Note 4: If ode 1's display modes have been entered (second digit set to 5, 6, or 7), the display will cycle between ode 1 and the display functions mode each time the OGAM button is pressed. To leave the cycle, the ode 1 digits must be reset to any relevant function between [X00] to [X20]. This takes you into ode 2. Note 5: If only 4 kb memory installed, functions 2 to 6 are not available in: ode 3 second digit. ode 4 third digit. ode 7 second digit. Note 6: These functions are not available on all models and in some cases require additional hardware. Note 7: For future development. THID DIGIT LT DATA OU FO 0 rimary Display 1 econd Display. ee Note 2 2 Third Display. ee Note 2 3 eak/valley 4 Analog Output 1 5 Analog Output 2 (under development) 6 Totalizer 1 7 Totalizer 2 LT DILAY FOMAT FO 0 esult 1 hannel 1 2 hannel 2 3 hannel 3 4 hannel 4 5 Default Display 6 Total 1 7 Total 2 LT TXT HAAT FO 0 esult 1 hannel 1 2 hannel 2 3 hannel 3 4 hannel 4 5 Default Display 6 Total 1 7 Total 2 elect Data ource FIT DIGIT OND DIGIT THID DIGIT DILAY UNIT 0 Decimal 1 24-hour clock mode Hours: Minutes:econds (6-digit version only) 2 12-hour clock mode (12:30 am is displayed as 12:30A. 12:30 pm is displayed as 12:30) 3 24-hour clock mode Days: Hours:Minutes (6-digit version only) LAT DIGIT OUNDING 0 No rounding 1 ounding by 2 s 2 ounding by 5 s 3 ounding by 10 s elect Last Digit Text haracter electing 1, 2, or 3 in the 2nd digit of this mode configures the display of the selected channel as a clock Octal Use the menu, and the Use the menu, and the button to cycle through the DILAY FOMAT MOD rogram the three digits to the required display function mode button to cycle through the button to cycle back. button to cycle back. Use the buttons to select a register as the data source DIMAL OINT LAMNT 0 No decimal point 1 XX.XX.XX (6 or 8-digit version only) 2 X.XXXXX (6 or 8-digit version only) 3 X.XXXX 4 X.XXX 5 X.XX 6 X.X 7 Decimal oint set from the rear (X.XXXXX to XXXXXX). ee Note 3. Also ee Note 4 v3.09b (NZ101) Texmate Inc. Tel. (760)

7 OD 2 FIT DIGIT ANALOG AML AND OUTUT AT 0 ample ate: Typically 10 samples/second (60 Hz) ontrol Output ate: 0.1 seconds ee xample 1 ample ate: Typically 10 samples/second (50 Hz). ontrol Output ate: 0.1 seconds ee xample 2 ample ate: Typically 10 samples/second (60 Hz) ontrol Output ate: ounter or 10 millisecs ontrol Output ate ee xample 3 ample ate: Typically 10 samples/second (50 Hz) ontrol Output ate: ounter or 10 millisecs ontrol Output ate ee xample Output ate refers to setpoint and macro outputs, and input rates from smart input modules. All above sample rates are quoted for single channel operation. Where more than one channel is available, sample rates are divided by the number of active channels. ee xample. OND DIGIT OD 2 HANNL 1 MAUMNT TAK AND AMLING AT MAUMNT TAK 0 Voltage, urrent 1 T (3rd digit selects type of T) 2 TD/esistance 3-wire (3rd digit selects type of TD) 3 TD/esistance 2- or 4-wire (3rd digit selects type of TD) 4 Frequency 5 eriod 6 ounter 7 mart Input Module xample: 10 amples/econd 1 hannel = 10 samples/second 2 hannels = 5 samples/second 3 hannels = 3.33 samples/second 4 hannels = 2.5 samples/second Tiger 320 eries rogramming ode heet THID DIGIT FO VOLTAG 0 No function 1 eak detector 2 ressure with Auto-cal FO THMOOUL 0 Type J 1 Type K 2 Type 3 Type 4 Type T 5 Type B 6 Type N 7 For sensor tables other than those listed above contact Texmate FO TD TY (2-, 3-, 4- WI) 0 esistance 1 t Ω TD 2 t Ω TD 3 Zn 120 Ω TD 4 u 10 Ω TD FQUNY ANG LTION Hz range from Hz Hz range from Hz Hz range from 0.01 Hz Hz range from 2.00 Hz Hz range from 0.1 Hz Hz range from 2.0 Hz 6 99 khz range from 1 Hz (1 s gate) khz range from 10 Hz (0.1 s gate) IOD MAUMNT LTION s s ms ms Use buttons to set prescale values X61 elects rescaler 1 = 0.1 second 10 = 1 second 600 = 1 minute 3600 = 1 Hour*** *** For the 1 hour setting, the scale factor for H1 must be set to 0.1 in the calibration mode setting [111]. OUNT/IDNT TIM/LOK LTION 0 ounter input with 16-bit re-scaler 1 etting of 16-bit re-scaler 2 Debounced ounter with re-scaler 3 Up/Down ounter with re-scaler sec Timer with re-scaler 5 6 xternal 24-hour clock 7 Internal 24-hour clock v3.09b (NZ101) ress Use the buttons to set the required smart input module code (0 to 377). ee I-eries Input Module upplement for code details. Note 7: Only available with selected input modules. MAT INUT MODUL 0 Output egister 1 1 Output egister 2 2 Output egister 3 3 Output egister 4 4 Output egister 5 5 Output egister 6 6 Output egister 7 7 mart Input Module egister 1 ode etup. ee Note 7. Texmate Inc. Tel. (760)

8 OD 3 to 5 Tiger 320 eries rogramming ode heet FIT DIGIT OND DIGIT THID DIGIT OD 3 HANNL 1 FUNTION (OT OING & IAL MOD) HANNL 1 OT OING 0 Direct Display of Input (no processing) 1 quare oot of hannel 1 2 Inverse of hannel 1 3 Note 5: If only 4 kilobits of memory is installed, only Table 1 is available for: H1 in ode 3, 2nd digit. H2 in ode 4, 3rd digit. H3 in ode 5, 1st digit. H4 in ode 6, 1st digit. ULT in ode 7, 2nd digit. MAUMNT TAK 0 Voltage, urrent 1 T (type as per 2nd digit) 2 TD/esistance (type as per 2nd digit) 3 econd Digital Input hannel (type as per 2nd digit) 32-OINT LINAIZATION FO HANNL 1 0 No Linearization on H point Linearization on H1 using Table point Linearization on H1 using Table 2. ee Note point Linearization on H1 using Table 3. ee Note point Linearization on H1 using Table 4. ee Note point Linearization on H1 (Tables 1 to 4 cascaded). ee Note point Linearization on H1 (Tables 1 to 4 selected from the rear pins of selected input modules). The selected table is not available if H2, H3, or H4 is operating in the analog output mode. H1 must be set to Voltage, urrent in ode 2 [X0X]. ee Note All linearization tables are set up in the alibration Mode [24X]. OD 4 HANNL 2 MAUMNT TAK AND 32-OINT LINAIZATION FO VOLTAG & UNT 0 hannel 2 Disabled 1 Direct (no post processing) 2 quare oot of hannel 2 3 Inverse of hannel 2 4 Output egister 1 (smart module)* 5 Output egister 2 (smart module)* 6 Output egister 3 (smart module)* 7 Output egister 4 (smart module)* FO THMOOUL 0 Type J 1 Type K 2 Type 3 Type 4 Type T 5 Type B 6 Type N 7 For sensor tables other than those listed above contact Texmate FO TD TY (3-WI) 0 esistance 1 t Ω TD 2 t Ω TD 3 Zn 120 Ω TD 4 u 10 Ω TD IAL MOD 0 AII Mode 1 Modbus Mode 2 Master mode (used to customize print mode protocols via macro) 3 rint Mode 4 thernet Mode. ee Note 6 5 Devicenet Mode (requires Devicenet hardware module). ee Note 6 Note 6: These functions are not available on all models and in some cases require additional hardware. 32-OINT LINAIZATION FO H2 0 No user defined Linearization on H point Linearization on H2 using Table point Linearization on H2 using Table 2. ee Note point Linearization on H2 using Table 3. ee Note point Linearization on H2 using Table 4. ee Note point Linearization on H2 (Tables 1 to 4 cascaded). ee Note FIT DIGIT OND DIGIT THID DIGIT OD 5 HANNL 3 FUNTION H3 OT OING 0 Direct Display of Input (no processing) 1 quare oot of hannel 3 2 Inverse of hannel kilobits Meters NO Linearization 32 kilobits Meters 32-point Linearization of H3 using Table 3 All linearization tables are set up in the alibration Mode [24X]. * electing 040 to 070 in the 2nd digit of ode 4 selects one of the following settings in the installed smart input module s output register map: 2nd Digit 4 selects 5 selects 6 selects 7 selects Input module s output register map MAUMNT TAK 0 h 3 Disabled 1 Voltage, current 2 T (3rd digit selects type of T) 3 TD/esistance (3rd digit selects type of TD) 4 eal Time lock & Timer (3rd digit selects type) mart Input Module (3rd digit selects register) The function of the output register selected varies according to the input module installed. FO THMOOUL 0 Type J 1 Type K 2 Type 3 Type 4 Type T 5 Type B 6 Type N 7 For sensor tables other than those listed above contact Texmate FO TD TY (2-, 3-, 4- WI) 0 esistance 1 t Ω TD 2 t Ω TD 3 Zn 120 Ω TD 4 u 10 Ω TD FO AL-TIM LOK & TIM 0 H:MIN: 1 H:MIN econd ount U Timer 5 1 econd ount DOWN Timer FO MAT INUT MODUL 0 Output egister 1 1 Output egister 2 2 Output egister 3 3 Output egister 4 4 Output egister 5 5 Output egister 6 6 Output egister 7 7 mart Input Module egister 2 ode etup ress Use the buttons to set the required smart input module code (0 to 377). ee I-eries Input Module upplement for code details. DIGITAL INUT 0 Frequency Hz range from Hz 1 Frequency Hz range from 0.01 Hz 2 Frequency khz range from 1 Hz (1 s gate) 3 Frequency khz range from 10 Hz (0.1 s gate) 4 eriod s (100 µs resolution) 5 eriod ms (10 µs resolution) 6 Up/Down ounter with rescaler 7 et rescaler The register map is different for each smart input module. ee installed input module data sheet for specific smart register 1 function map. Use buttons to set prescale values X61 elects rescaler 1 = 0.1 second 10 = 1 second 600 = 1 minute 3600 = 1 Hour*** *** For the 1 hour setting, the scale factor for H1 must be set to 0.1 in the calibration mode setting [111]. v3.09b (NZ101) Texmate Inc. Tel. (760)

9 OD 6 to 9 Tiger 320 eries rogramming ode heet FIT DIGIT OND DIGIT THID DIGIT OD 6 HANNL 4 FUNTION H4 OT OING 0 Direct Display of Input (no processing) 1 quare oot of hannel 4 2 Inverse of hannel kilobits Meters NO Linearization 32 kilobits Meters 32-point Linearization of H4 using Table 4 All linearization tables are set up in the alibration Mode [24X]. Note 5: If only 4 kilobits of memory is installed, only Table 1 is available for: H1 in ode 3, 2nd digit. H2 in ode 4, 3rd digit. H3 in ode 5, 1st digit. H4 in ode 6, 1st digit. ULT in ode 7, 2nd digit. Note 7: For future development. MAUMNT TAK 0 No Function 1 Voltage, urrent 2 T (3rd digit selects type of T). ee Note 7 3 TD/esistance (3rd digit selects type of TD). 4 eal Time lock and Timer (3rd digit selects type) mart Input Module (3rd digit selects register) The function of the output register selected varies according to the input module installed. FO THMOOUL 0 Type J 1 Type K 2 Type 3 Type 4 Type T 5 Type B 6 Type N 7 For sensor tables other than those listed above contact Texmate FO TD TY (2-, 3-, 4- WI) 0 esistance 1 t Ω TD 2 t Ω TD 3 Zn 120 Ω TD 4 u 10 Ω TD FO AL-TIM LOK & TIM 0 H:MIN: 1 H:MIN econd ount U Timer 5 1 econd ount DOWN Timer FO MAT INUT MODUL 0 Output egister 1 1 Output egister 2 2 Output egister 3 3 Output egister 4 4 Output egister 5 5 Output egister 6 6 Output egister 7 7 mart Input Module egister 3 ode etup FIT DIGIT OND DIGIT THID DIGIT OD 8 DATA LOGGING AND INT MOD OTION DATA LOG BUFF TY 0 No Data Logging 1 yclic Buffer 2 Linear FIFO Buffer. 3 eset Buffer Number to 0. etting ode 8 to [3XX] resets the data log buffer to 0. Once reset, ode 8 must be set back to the required data log buffer setting. DILAY TT IN 0 Display test only 1 eset ounter hannel 1 and total 2 at ower-up 2 eset ounters hannel 1, 2, 3, 4, Total 1, and Total 2 at ower-up 3 eset Total 1, and Total 2 at ower -up ress DAT & TIM TAM OTION 0 rinter Format No time stamp with print/ log 1 rinter Format Time stamp format 1 [Mth- Day-Yr Hrs:Min:ec] (with <><LF>) 2 rinter Format Time stamp format 2 [Day- Mth-Yr Hrs:Min:ec] (with <><LF>) 3 rinter Format Time stamp format 3 [Hrs:Min: ec] (with <><LF>) 4 preadsheet Format No time stamp with print/log 5 preadsheet Format Time stamp format 1 [Mth-Day-Yr Hrs:Min:ec] 6 preadsheet Format Time stamp format 2 [Day-Mth-Yr Hrs:Min:ec] 7 preadsheet Format Time stamp format 3 [Hrs:Min:ec] ALL ABOV A AL-TIM LOK OTION OD 9 FUNTION FO DIGITAL INUT IN HOLD IN 0 Display Hold 1 eset hannel 1 2 eset Total 1 and Total 2 3 eset Total 2 4 eset eak, Valley 5 lear Tare 6 et Tare 7 Unlatch (de-energize) all etpoints LOG O INT TIGG 0 No trigger 1 Trigger on Demand from OGAM Button 2 Trigger on Demand from F1 Button 3 Trigger on Demand from F2 Button 4 Trigger on Demand from HOLD in 5 Trigger on Demand from LOK in Log and/or rint will only trigger if enabled. LOK IN 0 Key Lock 1 eset hannel 1 2 eset hannel 2 3 eset hannel 3 4 eset hannel 4 5 lear Tare 6 eset Total 1 7 Unlatch (de-energize) all etpoints ULT OING 0 Direct Display of esult as per processing performed in 2nd and 3rd digits 1 quare oot of esult 2 Inverse of esult 3 - OD 7 ULT OING 32-OINT LINAIZATION FO ULT 0 No Linearization on esult 1 32-point Linearization on esult using Table point Linearization on esult using Table 2. ee Note point Linearization on esult using Table 3. ee Note point Linearization on esult using Table 4. ee Note point Linearization on esult (Tables 1 to 4 cascaded). ee Note point Linearization on esult (Tables 1 to 4 selected from the rear of the meter). The selected table is not available if H2, H3, or H4 is operating in the analog mode. H1 must be set to Voltage, urrent in ode 2 [X0X]. ee Note 5 7 MATH FUNTION FO ULT 0 esult egister not Updated 1 ph Meter (H1 = Tbuff, H2 = ph) 2 esult = H1, etpoint 2 = H2 3 esult = H1 + H2 4 esult = H1 - H2 5 esult = H1 x H2/ esult = (H1 x )/H2 7 esult = H1 Use the buttons to set the required smart input module code (0 to 377). ee I-eries Input Module upplement for code details. v3.09b (NZ101) Texmate Inc. Tel. (760)

10 OD 10 Tiger 320 eries rogramming ode heet ode 10 is only available with bargraph versions of the meter. BAGAH DILAY TTING 0 No Function 1 Disable Overrange Flashing 2 et up olors 3 et up Bar caling et Up Bargraph olors Data source for the bargraph is set up in ode 1 [X51]. FIT DIGIT OND DIGIT THID DIGIT OD 10 BAGAH TU BAGAH DILAY FOMAT 0 etpoints on Bar 1 eak, Valley on Bar Min/Max with setpoints (low end of bar = VALLY, high end of bar = AK) Bar Only (no setpoints on the bar) ressing the buttons at the same time returns to [off] BAGAH TY 0 Linear 1 Via linearization Table Log 10 Bar/Decade 4 Log 20 Bar/Decade 5 Log 25 Bar/Decade 6 Log 33 Bar/Decade 7 Log 50 Bar/Decade The bargraph colors are not applied to specific setpoints. They are applied to whichever setpoint is configured at the lowest setting and then to each next highest setpoint in turn. If all six setpoints are used the colors are set as follows: olor 1 olor BLOW lowest setpoint This is the bargraph color before it reaches a setpoint. olor 2 olor ABOV lowest setpoint olor 3 olor ABOV next highest setpoint olor 4 olor ABOV next highest setpoint olor 5 olor ABOV next highest setpoint olor 6 olor ABOV next highest setpoint olor 7 olor ABOV highest setpoint et Up caling for Linear Bargraph O O Bar Low Bar High Bar Nominal Bar Nominal Bar Nominal sets the point on the bargraph at which the bar begins to light up. This can be any position between and including the bar low and bar high settings. If bar nominal is set to the bar low setting, the bargraph behaves like a typical bargraph making the segments 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 segments from the displayed signal to the top of the bar light up. As the signal increases, the number of lit segments between the signal and the bar high setting becomes steadily less. When the signal reaches the bar high setting no segments are lit. etting bar nominal to the midpoint between bar low and bar high makes the bargraph behave like a typical center zero bargraph. This means the bargraph lights up at the center of the bar and moves either up or down the bar depending on the displayed signal. et Up caling for Logarithmic Bargraph eference Bar Nominal For example, if the meter's full scale range is 20,000 counts, the midpoint is 10,000 counts. If a signal of 10,000 counts is applied, only one segment at the 10,000 count mark lights up. If a signal of 17,000 counts is applied, the segments between the center segment (10,000 counts) and the 17,000 count mark light up. If a signal of 5000 counts is applied, the segments between the center segment (10,000 counts) and the 5000 count mark light up. An added feature of this bargraph is that it can also be nonsymmetrical. This means that the bar nominal setting does not need to be set at the mid-point between bar low and bar high. For example, if the bargraph is configured to display 200 to 800, bar low is set to 200 counts and bar high is set to 800 counts. Bar nominal is set to 0 counts. If a signal of 50 is applied, the bar lights from 0 down to 50. If a signal of 600 is applied, the bar lights from 0 up to 600. eference. This is the number of counts displayed for a 0 db reference. Bar Nominal. ee Bar Nominal description above. 100 dbm 50 dbm 1,000, dbm 100, dbm 90 dbm 80 dbm 1,000, dbm 100, dbm 70 dbm 10, dbm 60 dbm 100, dbm 50 dbm 10, dbm 1,000, dbm 10, dbm dbm 100, dbm dbm 10, dbm dbm dbm dbm dbm dbm dbm 10 Bars/Decade 20 Bars/Decade 25 Bars/Decade 33 Bars/Decade xample of Bars per Decade 10, dbm dbm dbm 50 Bars/Decade O O O Logarithmic Bargraph caling In all logarithmic scales a reference level is required that is the level at 0 db. For example, in an F measurement 0 dbm is at a reference of 1 mw. The scale is calculated from: 10 log 10 counts (input) reference 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 100 counts: 10 log 10 (input) 100 = 0 dbm Now every 10 dbm represents a decade, the bargraph can be scaled to a different amount of bars per decade (as set in the 3rd digit). ee xample of Bars per Decade diagram opposite. Decade (ounts) , ,000 1,000,000 dbm v3.09b (NZ101) Texmate Inc. Tel. (760)

11 TOINT OGAMMING MOD _1 to _6 Tiger 320 eries rogramming ode heet etpoint etup equence Follow These teps The following procedures are written for 1, all other setpoints are configured in a similar manner. 1) ress the and buttons at the same time. This enters the setpoint programming mode. The display toggles between [_1] and [18000]. This is 1 of the etpoint Activation Values Mode. Use the and buttons to set 1 or the button to move to the required setpoint. 2) After all required setpoint activation values have been set, press the button until [_1] appears. This is the etpoint & elay ontrol ettings Mode. _1 is the setpoint and relay control settings programming menu for 1. et the three digits according to the codes in the etpoint and elay ontrol Function ettings opposite in the following order: Third Digit etpoint Delay Mode et to [XX5] and program the hysteresis, deviation, or ID functions as required for 1. eset back to [XX0]. Third Digit etpoint Timer Mode et to [XX6] and program the timer mode functions as required for 1. eset back to [XX0]. Third Digit etpoint eset & Trigger Functions et to [XX7] and program the reset and trigger functions as required for 1. eset back to [XX0]. econd Digit etpoint Activation ource Mode et to [X1X] to select the setpoint activation source for 1 from any channel or selected register shown above. eset back to [X0X]. If the source is from an external digital input, set to one of either [X2X] to [X7X] to select the setpoint activation source from one of six digital inputs (2 to 7). ee *Note at 2nd digit. First Digit elay nergize Mode elect the relay energize mode for 1 from 0 to 3. Third Digit elay Latching & Manual eset Functions rogram the third digit setpoint relay latching and manual reset functions between 0 to 4 as required. 3) ress the button to move to move to [_2]. 4) epeat tep 2 for all required setpoints. elay nergize Function 0 nergizes ABOV setpoint value HYTI selected relay energizes AT O ABOV setpoint value plus hysteresis counts. De-energizes BLOW setpoint value minus hysteresis counts. If hysteresis set with ZO counts, relay energizes AT O ABOV the setpoint value. DVIATION selected relay energizes INID deviation band (setpoint ± deviation counts). De-energizes OUTID deviation band (setpoint ± deviation counts). ID selected controls ABOV setpoint value. 1 nergizes BLOW setpoint value FIT DIGIT OND DIGIT THID DIGIT TOINT AND LAY ONTOL FUNTION TTING HYTI selected relay energizes BLOW setpoint value minus hysteresis counts. De-energizes AT O ABOV setpoint value plus hysteresis counts. If hysteresis set with ZO counts, relay energizes BLOW the setpoint value. DVIATION selected relay energized OUTID deviation band (setpoint ± deviation counts). De-energized INID deviation band (setpoint ± deviation counts). ID selected controls BLOW setpoint value. 2 nergizes AT O ABOV setpoint value with FALLING INUT IGNAL INITIAL TAT-U INHIBIT HYTI selected relay energizes AT O ABOV setpoint value plus hysteresis counts with FALLING INUT IGNAL INITIAL TAT-U INHIBIT. De-energizes BLOW setpoint value minus hysteresis counts with FALLING INUT IGNAL INITIAL TAT-U INHIBIT. If hysteresis set with ZO counts, relay energizes AT O ABOV the setpoint value. DVIATION selected relay energizes INID deviation band (setpoint ± deviation counts) with FALLING INUT IGNAL INITIAL TAT-U INHIBIT. De-energizes OUTID deviation band (setpoint ± deviation counts) with FALLING INUT IGNAL INITIAL TAT-U INHIBIT. ID selected controls ABOV setpoint value. 3 nergizes BLOW setpoint value with IING INUT IGNAL INITIAL TAT-U INHIBIT HYTI selected relay energizes BLOW setpoint value plus hysteresis counts with IING INUT IGNAL INITIAL TAT- U INHIBIT. De-energizes BLOW setpoint value minus hysteresis counts with IING INUT IGNAL INITIAL TAT-U INHIBIT. If hysteresis set with ZO counts, relay energizes BLOW the setpoint value. DVIATION selected relay energizes OUTID deviation band (setpoint ± deviation counts) with IING INUT IGNAL INITIAL TAT-U INHIBIT. De-energizes INID deviation band (setpoint ± deviation counts) with IING INUT IGNAL INITIAL TAT-U INHIBIT. ID selected controls BLOW setpoint value. Activation ource 0 Activate etpoint ource from elected egister 1 elect ource for etpoint [X1X] is a register selection procedure only. To finish, reset to [X0X] to activate the selection, or reset to 2-7 as required for digital input selection. 2 Digital Input apture in 3 Digital Input D1 (selected input modules) 4 Digital Input D2 (selected input modules) 5 Digital Input D3 (selected input modules) 6 HOLD in 7 LOK in * If the setpoint source is set to [off] or a digital input, the setpoint activation value will have no effect and will not be displayed. elect ource for etpoint Functions Use the buttons to cycle through the menu Functions 0 No Latching 1 elay Latched 2 Manual elay eset 3 elay Latched and Manual elay eset 4 elay Latched Off 5 Hysteresis, Deviation & ID Mode (includes Tracking) 6 Timer Modes: OFF. Normal Delay. epeat ON. ulse ON. 1-hot ON. epeat OFF. ulse OFF. 1-hot OFF. In ID Mode, all Timer Modes on 1 set in [XX6} are not functional. 7 Advanced Functions Mode: OFF. eset Trigger. eset Destination. eset Mode. eset onstant. Trigger rint from. Trigger Log from. [XX5], [XX6], and [XX7] are set up procedures only. To finish, reset to 0-4 as required for setpoint latching and relay reset modes. Use the buttons to select a register as the data source fro setpoint Go to age 12 Go to age 12 Go to age 13 v3.09b (NZ101) Texmate Inc. Tel. (760)

12 Tiger 320 eries rogramming ode heet et Up Hysteresis, Deviation & ID Mode ettings From age 11, third digit [XX5] If ID is selected in [XX5], the Timer Delay [XX6] and eset and Trigger Functions [XX7] revert to [Mod][oFF] and cannot be adjusted. ID FOM TOINT 1 AND 2 ONLY et Up Timer Delay ettings et Hysteresis from 0 to counts. elected counts apply + and from setpoint value et Deviation from 1 to counts. elected counts apply + and from setpoint value elect Flash etting OFF or ON elect Tracking etting to OFF= Tracking Off 1 = X tracks 1 2 = X tracks 2 3 = X tracks 3 4 = X tracks 4 5 = X tracks 5 6 = X tracks 6 et the pan et the roportional Band Value et the Integral Value et the Derivative Value et the Anti-reset Wind-up % B et the Minimum ycle Time elect Tracking etting MIN 0 MIN 0% MIN 0 MIN 0 MIN 0.1% MIN 0 secs et to 0 for ID 4-20 ma MAX MAX 999.9% MAX MAX MAX 100.0% MAX secs et to MINIMUM 0.5 for et to 20 secs for elays eset _X to XX0 XX XX rogramming Tip If you do not require any of the functions in this mode, ensure it is set to: If minimum cycle time is set to 0, the relevant relay is disabled. ID functions still operate to rogramming Tip If you do not require any of the functions in this mode, ensure it is set to: From age 11, third digit [XX6] XX Normal Mode ingle Actuation Delay-on-make time () 0.1 to secs XX XX Delay-on-break () time 0.1 to secs eset _X to XX0 Normally OFF/ulsed ON Modes These are time control modes were the relay is normally OFF (de-energizes) and pulses ON (energizes) when the setpoint activates. Normally ON/ulsed OFF Modes These are time control modes were the relay is normally ON (energizes) and pulses OFF (deenergizes) when the setpoint activates. 1-hot ON Mode ingle Actuation ulse ON Mode ingle Actuation epeat ON Mode Multiple Actuation 1-hot OFF Mode ingle Actuation ulse OFF Mode ingle Actuation epeat OFF Mode Multiple Actuation setting applies to 1/2 ONLY setting applies to 1/2 ONLY 0.1 to secs 0.1/0.001 to / secs Off-time (off_t) 0.1/0.001 to / secs Minimum off-time (M_of) 0.1 to secs setting applies to 1/2 ONLY Off-time (off_t) 0.1/0.001 to / secs setting applies to 1/2 ONLY Off-time (off_t) 0.1/0.001 to / secs Minimum on-time (M_on) 0.1 to secs On-time (on_t) 0.1/0.001 to / secs On-time (on_t) 0.1/0.001 to / secs 0.1 to secs XX XX XX XX XX 0.1/0.001 to / secs XX On_t 0.1/0.001 to / secs v3.09b (NZ101) Texmate Inc. Tel. (760)

13 Advanced Functions Mode et Up egister eset and etpoint Trigger Functions Tiger 320 eries rogramming ode heet rogramming Tip If you do not require any of the functions in this mode, ensure it is set to: rogramming Tip This mode can not be accessed if _1 or _2 is in the ID mode. From age 11 third digit [XX7] XX elect eset Trigger elect eset Destination egister electing [off] in the Destination egister eset etup takes you to etpoint rint Trigger etup elect rint Triggered by etpoint elect Log Triggered by etpoint eset to XX0 XX XX [brak] [di] [both] [rlt] [LVL] Use the buttons to cycle through the menu [h1] eset Destination Mode The reset destination mode allows you to select a register to be reset using the contents of another register triggered by a setpoint. ee diagram below. [h2] [h3] electing any destination register takes you to Mode eset elect eset Mode elect eset onstant eset Trigger elect the reset trigger from 1 of 4 relay operating modes. [h4] [tot_1] [i-+] ets from 0 to ets from 0 to eset Destination egister elect the register to be reset from the commonly used register set 1 to 244. [tot_2] Use the buttons to cycle [d+] through the menu eset Mode 1. elect [rg]. 2. ontents of selected register copied into reset destination register. [AK] [VALY] [rg] elect [rg] to access the source parameter to select the number of the Modbus register in the meter to be copied to the reset destination register [tar] [1 to ] Use the buttons to select a register as the data source for the setpoint (1 to 244) 1 eset Trigger to elect reset trigger from 6 1 of 4 relay operating edges eset Destination egister elect register to be reset eset Mode elect [eg] in reset mode ontents of register copied into reset destination register opy contents of selected register v3.09b (NZ101) Texmate Inc. Tel. (760)

14 Detailed Descriptions of etpoint Functions 1st Digit in etpoint rogramming Mode Following is a detailed description of the options available on the 1st digit of the setpoint programming mode [] settings listed on age 11. elay nergize Function 0 nergizes ABOV setpoint value HYTI selected relay energizes AT O ABOV setpoint value plus hysteresis counts. De-energizes BLOW setpoint value minus hysteresis counts. If hysteresis set with ZO counts, relay energizes AT O ABOV the setpoint value. DVIATION selected relay energizes INID deviation band (setpoint ± deviation counts). De-energizes OUTID deviation band (setpoint ± deviation counts). ID selected controls ABOV setpoint value. 1 nergizes BLOW setpoint value FIT DIGIT HYTI selected relay energizes BLOW setpoint value minus hysteresis counts. De-energizes AT O ABOV setpoint value plus hysteresis counts. If hysteresis set with ZO counts, relay energizes BLOW the setpoint value. DVIATION selected relay energized OUTID deviation band (setpoint ± deviation counts). De-energized INID deviation band (setpoint ± deviation counts). ID selected controls BLOW setpoint value. 2 nergizes AT O ABOV setpoint value with FALLING INUT IGNAL INITIAL TAT-U INHIBIT HYTI selected relay energizes AT O ABOV setpoint value plus hysteresis counts with FALLING INUT IGNAL INITIAL TAT-U INHIBIT. De-energizes BLOW setpoint value minus hysteresis counts with FALLING INUT IGNAL INITIAL TAT-U INHIBIT. If hysteresis set with ZO counts, relay energizes AT O ABOV the setpoint value. DVIATION selected relay energizes INID deviation band (setpoint ± deviation counts) with FALLING INUT IGNAL INITIAL TAT-U INHIBIT. De-energizes OUT- ID deviation band (setpoint ± deviation counts) with FALLING INUT IGNAL INI- TIAL TAT-U INHIBIT. ID selected controls ABOV setpoint value. 3 nergizes BLOW setpoint value with IING INUT IGNAL INITIAL TAT-U INHIBIT HYTI selected relay energizes BLOW setpoint value plus hysteresis counts with IING INUT IGNAL INITIAL TAT-U INHIBIT. De-energizes BLOW setpoint value minus hysteresis counts with IING INUT IGNAL INITIAL TAT- U INHIBIT. If hysteresis set with ZO counts, relay energizes BLOW the setpoint value. DVIATION selected relay energizes OUTID deviation band (setpoint ± deviation counts) with IING INUT IGNAL INITIAL TAT-U INHIBIT. De-energizes INID deviation band (setpoint ± deviation counts) with IING INUT IGNAL INI- TIAL TAT-U INHIBIT. ID selected controls BLOW setpoint value. xplanation Of etpoint Trigger and eset Functions The setpoint trigger and reset functions are available on all 6 setpoints. The various parameters of these functions are described as follows. Trigger Type The trigger parameter gives the option of selecting which edge of the relay operation the reset function, print function, and data logging 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. eset Destination The reset destination parameter defines the target register in the meter that is to be modified in some way when the reset trigger conditions for this relay are met. Any Modbus register number from 1 to 255 can be selected as a reset destination. If the [DT] parameter is set to [OFF], the reset function is disabled and the eset Mode and eset onstant/ource selection are not displayed during setup. The setup sequence jumps straight to the rint parameter. eset Mode The reset mode parameter defines what type of reset effect is required. The following different options are available. onst This mode stores a user defined constant into the selected destination register. In most cases this number will be zero but it can be any number. I-+ This mode stores the current input value I, defined by the setpoint source, minus the setpoint value plus a user defined constant. It would normally be used with a counting or totalizing application where the amount of setpoint overshoot needs to be retained after the reset function. The constant value would normally be zero but could be used to provide an offset if required. D+ This mode adds the user defined constant to the current value in the selected reset destination register D. It can be used to increment or decrement a register by any amount. eg This mode copies the contents of a user selectable register into the reset destination register (see eset onstant to select the source register). Tiger 320 eries rogramming ode heet It can be used to capture data on an event and store it in an unused channel for display or analog output, etc. eset onstant This parameter defines the constant value to be used in the onst, I-+, D+ modes as previously explained. Its default value is zero.this parameter is not available if eg is selected as the reset mode. ource (only available in eg mode) If the reset mode is set to eg then the source parameter allows you to select the number of the Modbus register in the meter to be copied to the reset destination register. esetting and Incrementing Using etpoints etpoints may be used to reset and/or increment registers. In the example shown opposite, 2 liter soft drink bottles are being filled and packed 12 to a case. Using the setpoint reset and increment feature, the number of bottles and the total number of filled cases is easily calculated and displayed. Totalizer 1 counts from 0 to 2, resets, and repeats. H2 counts from 0 to 12, resets, and repeats. Flow ensor Flow ate hannel 1 Using etpoints to Increment and eset egisters Flow Totalizer 1 O U T 5 = 2.00 Hi etpoint O U Bottles hannel 2 I N M N T 6 = 2.00 Hi etpoint O U T 4 = 12 Hi etpoint O U Filled ases hannel 3 I N M N T 3 = 12 Hi etpoint v3.09b (NZ101) Texmate Inc. Tel. (760)