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ESAB PUA 1 Manual

ESAB PUA 1 Manual

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PUA 1
0456 685 128
010815
Valid for program version 3.04V

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Summary of Contents for ESAB PUA 1

  • Page 1 PUA 1 0456 685 128 010815 Valid for program version 3.04V...
  • Page 2 ENGLISH ..........FRANÇAIS .

  • Page 3: Table Of Contents

    ENGLISH 1 INTRODUCTION ........... 1.1 Main menu .
  • Page 4 ENGLISH 9 AUXILIARY FUNCTIONS ..........9.1 Memory Card Functions .

  • Page 5: Introduction

    You’ll discover many functions that will both simplify and improve your work. All settings are made from the PUA 1 controller. You’ll soon notice how easy it is to use. To quickly find topics of special interest in the...

  • Page 6: Choice Of Language

    Spanish Polish French Czech Portuguese How to Choose the Language and Unit of length: Start by pressing the MENU button to open the main menu. ESAB LUD 450 Position the cursor using the PROCESS: arrow button on METHOD: DIP/SPRAY the row for...
  • Page 7 AUXILIARY FUNCTIONS -- CONFIGURATION Press ENTER to call up a list of LANGUAGE: US ENGLISH options. LOCK FUNCTION: REMOTE CONTROLS MIG DEFAULTS STICK DEFAULTS TIG DEFAULTS GENERAL DEFAULTS MULTIPLE WIRE FEEDERS UNIT OF LENGTH Inch QUIT ENTER Position the cursor on the line for language US ENGLISH choice and press ENTER.

  • Page 8: Character Display

    Character Display ESAB LUD 450 PROCESS: METHOD: DIP/SPRAY WIRE TYPE: Metal cored Fe SHIELDING GAS: Ar8%CO2 WIRE DIAMETER : 0.040” (1.0mm) AUXILIARY FUNCTIONS FAST MEASURE MEMORY MODE ENTER Cursor The cursor is shown in this manual as a box around the selected text. The controller cursor actually appears as a shaded field with the selected text highlighted in white.

  • Page 9: Buttons

    Buttons Using the arrow buttons you can move the cursor to different lines in the display. Pressing the menu button always brings you back to the main menu. The plus/minus buttons are used to increase (+) or decrease (--) the value of a setting.

  • Page 10: Enter And Quit

    1.6.2 Settings with Fixed Options Certain settings are made by selecting an alternative from a list. The list might look like this: STICK CARBON. ArcAir Here the cursor is placed on the line for MIG. By pressing the ENTER button now you would select the MIG option.

  • Page 11: Mig Welding

    MIG Welding The Expression ”Wire” With MIG welding, the electrode is wound on a reel (or drum). In this manual, an electrode of this type is referred to as wire. Synergic Welding Each combination of wire type, wire diameter and gas mix requires a unique relationship between wire feed speed and voltage (arc length) to attain a stable arc.
  • Page 12 DIP/SPRAY Wire type Shielding gas Wire diameter (mm) Low alloy or non--alloy 0.8 0.9 1.0 1.2 1.6 steel wire (Fe) Ar + 23% CO 0.8 1.0 1.2 1.6 Ar + 25% CO 0.8 0.9 1.0 1.2 1.6 Ar + 20% CO 0.8 0,9 1.0 1.2 1.6 Ar + 15% CO + 5%O...
  • Page 13 PULSE Wire type Shielding gas Wire diameter (mm) Low alloy or nonalloy wire Ar + CO 0.8 1.0 1.2 1.6 (Fe) Ar + 25% CO Ar + 20% CO 0.8 0.9 1.0 1.2 (1.6)* Ar + 23% CO 0.8 1.0 1.2 (1.6)* Ar +16% CO 0.8 1.0 1.2 (1.6)* Ar + 5%O...

  • Page 14: Weld Data Settings

    Weld Data Settings The following is a summary of the welding parameters that affect the welding process when using MIG welding methods. With the power source in synergic mode it is only necessary to set the wire feed speed. The voltage parameter may also be adjusted if required. When the wire feed speed is adjusted, the synergic control system automatically adjusts certain other parameters to compensate.

  • Page 15: Gas Purge, Cold Wire Feed And 2--Stroke/4--Stroke

    Hot Start The hot start function is selected when a hotter arc is necessary at weld start, so that welding defects are avoided at the beginning of a weld. Crater Fill The crater fill function makes it easier to avoid porosity and crater cracking in the weld metal when you stop welding.

  • Page 16: Stroke

    2- -Stroke Craterfill final data Gas pre-- Welding Crater- flow Start fill post--flow Using 2--stroke, any gas pre--flow starts when the torch trigger is pressed in (1). Welding data then rises to the set values or any pre--set Hot start values. When the torch trigger is released (2), any crater fill is started.

  • Page 17: Mig Configuration

    PROCESS = MIG METHOD = DIP/SPRAY WIRE TYPE = Fe SHIELDING GAS = Ar+8%CO2 WIRE DIAMETER = 0.040” (1.0mm) Process ESAB LUD 450 The first setting is the type of welding PROCESS: process. Use the arrow METHOD: PULSE...
  • Page 18 Method ESAB LUD 450 Position the cursor on the line for PROCESS: METHOD. Press METHOD: DIP/SPRAY ENTER to call up a WIRE TYPE: Metal cored Fe list of options. SHIELDING GAS: Ar+8%CO2 WIRE DIAMETER: 0.040” (1.0mm) AUXILIARY FUNCTIONS FAST MEASURE...
  • Page 19 Shielding Gas ESAB LUD 450 Position the cursor on the line for PROCESS: SHIELDING GAS. METHOD: DIP/SPRAY Press ENTER to WIRE TYPE: Metal cored Fe call up a list of SHIELDING GAS: Ar + 20% CO options. WIRE DIAMETER : 0.040”...
  • Page 20 The next line in the main menu is AUXILIARY FUNCTIONS (OPTIONS). You can read more about these functions in the section ”AUXILIARY FUNCTIONS” under section 9. ESAB LUD 450 PROCESS: METHOD: DIP/SPRAY WIRE TYPE: Metal cored Fe SHIELDING GAS: Ar+8%CO2 WIRE DIAMETER : 0.040”...
  • Page 21 2.8.3 Start Data Settings Using the start data menu you can adjust the settings that affect the starting sequence during MIG welding. We will set the following: GAS PRE--FLOW = 0.8 s CREEP START = YES HOT START = YES HOT START time = 1.0 s HOT START wire feed speed = 98 in/min (2.5 m/min).
  • Page 22 Creep Start Here you simply choose whether you want to use the creep start function or not, i.e. YES or NO. Wire feed speed and creep start are pre--set and cannot be changed. START DATA. SYNERGIC MODE Position the cursor on the line CREEP GASPREFLOW: 0.8 s...
  • Page 23 START DATA. SYNERGIC MODE Position the cursor on the line marked GASPREFLOW: 0.8 s WIRE SPEED. Set CREEPSTART: it to 98 in/min (2.5 HOTSTART: m/min). HOT START TIME: 1.0 s WIRE SPEED: 98 in/min (2.5 m/min) CRATR 4- - FILL START STROKE QUIT...
  • Page 24 Crater Fill Begin by choosing whether or not you want to use the crater fill function. If you choose to use crater fill you will then also have to set the crater fill time and wire feed speed. STOP DATA SYNERGIC MODE Place the cursor on the row for CRATERFILL...
  • Page 25 Burnback Time STOP DATA SYNERGIC MODE Position the cursor on the line CRATERFILL BURNBACK TIME. TIME: 1.5 s Set it to 0.11 s using FINAL WIRE SPEED: 118 in/min (3.0 m/min) one of the BURNBACKTIME: 0.11 s plus/minus buttons. GASPOSTFLOW: 0.5 s CRATR 4- -...

  • Page 26: Stick Welding

    STICK Welding Synergic Mode The welding power source has a synergic function for STICK welding. With this function, the welding current source automatically optimizes the arc characteristics for the selected electrode type and diameter. Basic Settings The basic settings for STICK welding are entered using the controller’s main menu. 1.

  • Page 27: Weld Data

    +/-- buttons. If the welding power source is set to synergic mode, the arc force is regulated automatically whenever the welding current is adjusted. In the settings menu you can see what value has been chosen for the parameter welding current. ESAB LUD 450 Display the SETUP PROCESS: STICK...

  • Page 28: Stick--Configuration

    First we call up the main menu, if this has not already been done, by pressing the MENU button. We will make the following three settings: PROCESS = STICK ELECTRODE TYPE= RUTILE ELECTRODE DIAMETER = 1/8” (2.5 mm) Process ESAB LUD 450 Use the arrow buttons to select PROCESS: STICK PROCESS. Press ELECTRODE TYPE:...
  • Page 29 Electrode Diameter ESAB LUD 450 Use the arrow buttons to select PROCESS: STICK ELECTRODE ELECTRODE TYPE: RUTILE DIAMETER. Press ELECTRODE DIAMETER: 1/4” (6 mm) ENTER to call up a AUXILIARY FUNCTIONS list of options. FAST MEASURE MEMORY MODE ENTER 1/16” (1.6 mm) 3/32”...

  • Page 30: Tigwelding

    TIGWelding Basic Settings The basic settings for TIG welding are made from the main menu. 1. Weld process = TIG 2. Weld method For TIG welding. you can choose between two different welding methods. Constant--DC Pulse--DC 3. Start Method You may choose between two start methods. TOUCH TIG HF start With touch start, the arc is ignited after the electrode touches the welding piece...

  • Page 31: Weld Data Settings

    4- - Stroke Slope Slope down Gas post-- Gas pre-- flow flow In 4--stroke welding. any gas pre--flow starts when the trigger is held in (1). When the gas pre--flow time has been completed, the current goes up to pilot level (a couple of ampere) and the arc is ignited.
  • Page 32 Current Current in this context refers to the weld current during welding with constant current. Pulse Current and Background Current For pulse current several parameters must be set which are in correlation with the weld current. Pulse current and background current indicate which current values the pulses will lie between, see the following figure.

  • Page 33: Tig--Configuration

    MENU button. We will make the following four settings: PROCESS = TIG METHOD = CONSTANT--DC START METHOD = TOUCH TIG TRIGGER MODE= 2--STROKE Process ESAB LUD 450 Use the arrow PROCESS: STICK buttons to select ELECTRODE TYPE: BASIC (E7018) PROCESS.
  • Page 34 Method ESAB LUD 450 Position the cursor on the line PROCESS: METHOD. Press METHOD: PULSED- -DC ENTER to call up a START METHOD: TOUCH TIG list of options. GUN TRIGGER MODE: 4--STROKE AUXILIARY FUNCTIONS FAST MEASURE MEMORY MODE ENTER Position the cursor on the line for CONSTANT--DC CONSTANT--DC in the list and press ENTER.
  • Page 35 Trigger Mode ESAB LUD 450 Position the cursor on the line GUN PROCESS: TRIGGER MODE. METHOD: CONSTANT--DC Press ENTER to START METHOD: TOUCH TIG call up a list of GUN TRIGGER MODE: 4- -STROKE options. AUXILIARY FUNCTIONS FAST MEASURE MEMORY...
  • Page 36 4.4.2 Weld Data Settings Use the settings menu to set the values of the various welding parameters. We will make the following settings: CURRENT = 200 A SLOPE--UP TIME = 2.0 s SLOPE--DOWN TIME = 1.4 s GAS PRE--FLOW = 3.0 s GAS POST--FLOW = 5.0 s Press the MENU key, call up the settings menu by pressing the SETUP button.
  • Page 37 WELD DATA SETTING Set SLOPE DOWN TIME to 1.4 s by CURRENT: 200 A stepping with the SLOPE UP TIME: # 2.0 s lower plus/minus SLOPE DOWN TIME: 1.4 s button. GASPREFLOW: 2.5 s GASPOSTFLOW: 3.3 s PURGE STROKE QUIT Gas Pre- - and Post- -Flow The gas pre-- and post--flow parameters are connected to specific plus/minus buttons in the same way as for the above ramp parameters.

  • Page 38: Carbon Arc Gouging

    CARBON ARC GOUGING Synergic Mode The weld current source has a synergic mode for carbon arc gouging. This means that the weld current source automatically sets the appropriate value for voltage based on the selection of electrode diameter. It is possible to use electrodes with a different diameter than the ones represented in the user controller, but this means that the users must make necessary settings of certain parameters themselves.

  • Page 39: Setting Examples For Carbon Arc Gouging

    To start. call up the main menu by pressing the MENU button. We will make the following two settings: PROCESS = CARBON ARC GOUGING ELECTRODE DIAMETER = 1/4 in (6mm) Process ESAB LUD 450 Use the arrow buttons to select PROCESS: STICK the PROCESS line.
  • Page 40 5.4.2 Weld Data In the settings menu you can see which value has been selected for the voltage parameter. If necessary you can also adjust the voltage setting. ESAB LUD 450 Go to the settings menu by pressing PROCESS: CARBON. ArcAir the SET button.

  • Page 41: Measurement Test Picture

    The setting can be made under the MIG basic settings. See section 9.2.4.3. If you want to call up the measurement test picture, make sure that the main menu appears in the character display. Press the MEASURE button. ESAB LUD 450 PROCESS: METHOD:...

  • Page 42: Change Set Values

    A fourth value is shown in the character display. DIP/SPRAY. Metal cored Fe. Ar+8%CO2. 134 Amp 152 in/min 3.01 kW QUIT Change Set Values The value of certain parameters can be changed in the measurement test picture. Which parameters these are depends on which weld process has been set. The parameter values which can be adjusted are always marked with DIP/SPRAY.

  • Page 43: Memory Function

    MEMORY FUNCTION The controller can store up to 99 sets of weld data. Each of these sets is given a number from 1 to 99. If the weld data memory is full, i.e. if 99 sets of data are already stored and you want to save an additional set of data, then the oldest set of weld data is automatically deleted.
  • Page 44 The number which appears in the uppermost line in the character display is the first empty position found in the memory. STORE MEMORY NO.10 Go to number 10 using one of the plus/minus buttons. Press ENTER. QUIT ENTER The data set--up is now stored as number 10. It is possible to view parts of the content in data set--up number 10 farthest down in the character display.

  • Page 45: Delete

    Delete You can delete one or more data set--ups in the memory menu. Example We will now delete the data set--up we stored in a previous example. Press the DELETE key. DELETE MEMORY NO.10 DIP/SPRAY. Metal cored Fe. Ar+8% CO2. STORE DELETE RECALL...

  • Page 46: Recall

    Recall If you want to call in a stored data set--up; make sure you are in the memory menu.Press the RECALL button. MEMORY FUNCTIONS -- STORED WELD PARAM. STORE DELETE RECALL COPY QUIT Example The most recently stored data set--up is automatically marked. If there is more than one stored data set--up, you can move the cursor between these with the left and right arrow button.
  • Page 47 Example The data set--up stored most recently is automatically marked. If there is more than one stored data set--up, the cursor can be moved between these with the left and right arrow keys. We will now copy the contents of memory location 10 to location Using the plus/minus keys, you can indicate the memory location to which you want to copy.

  • Page 48: Remote Control, General Information

    With this type of remote control, you can increase or decrease the wire feed speed and voltage based on the selected synergetic line. ESAB PSF torch with two dials. This torch has two dials for increasing or decreasing the wire speed and voltage based on the selected synergetic line.

  • Page 49: Quick Setting

    If one or more weld data set--ups have been stored in the weld data memory, one or more of these can be made available via the QUICK SETTING (FAST MODE) button in the main menu. ESAB LUD 450 PROCESS: MIG/MAG...

  • Page 50: Auxiliary Functions

    AUXILIARY FUNCTIONS Memory Card Functions Insert PC-- card here The PC card must be installed before you can use the memory card functions. 1. Turn off the current to the welding machine. 2. Insert the PC card. 3. Turn on the current. 4.
  • Page 51 DELETE Used if you want to delete the PC card contents (all weld data settings). Example PC--card The weld data settings on the PC card are: 1 2 3 10 12 50 PC--card Press DELETE. The PC card’s memory is now empty.

  • Page 52: Configuration

    Configuration 9.2.1 Language and Unit of length Under section 1.3. 9.2.2 Lock function MAIN MENU AUXILIARY FUNCTIONS CONFIGURATION LOCK FUNCTION Sometimes you may want to restrict access to certain controller functions so that important parameters or settings are not changed by others. When the lock function is activated, and the measurement, (remote control) or quick settings views are displayed, a password is requested whenever an attempt is made to return to the main menu by pressing either the QUIT or MENU buttons.
  • Page 53 Exiting the lock mode When the measurement view or quick settings view is displayed. and the lock function is deactivated, the user may exit these views by pressing the QUIT or MENU button to return to the main menu. If the lock function is activated and an attempt is made to exit either of these views, the following lock protection warning is displayed.
  • Page 54 9.2.3 Remote control MAIN MENU AUXILIARY FUNCTIONS CONFIGURATION REMOTE CONTROLS All configurations for remote control apply to all connected wire feeds. If ANALOGUE1is deselected. this applies to both wire feed units when double feed units are used. MIG--REMOTE CONTROLS FORGET OVERRIDE DISABLED DIGITAL OP: 5--PROG...
  • Page 55 Configuration for Analogue Remote Control When using analogue remote control, you should indicate which potentiometer(s) you will use (maximum 2). This is done in the controller. The potentiometers are designated ANALOG 1 and ANALOG 2 in the controller and refer to each individual fixed parameter for the weld process, e.g. voltage (ANALOG 1) and wire feed (ANALOG 2) for MIG.
  • Page 56 9.2.4 MIG Defaults Settings MAIN MENU AUXILIARY FUNCTIONS CONFIGURATION MIG DEFAULTS 9.2.4.1 Trigger Mode CONFIGURATION--MIG DEFAULTS Use the arrow buttons to select GUN TRIGGER MODE: 4- -STROKE the line GUN SOFT KEYS SETUP: TRIGGER MODE. VOLT. MEASURE IN PULSED: AVERAGE Press ENTER to to call up a list of options.
  • Page 57 9.2.4.2 Soft Button Function MAIN MENU AUXILIARY FUNCTIONS CONFIGURATION MIG DEFAULTS SOFT BUTTON We have previously described the controller’s five ”soft” buttons. During MIG welding, the user has the possibility of setting the function for three of these buttons based on a number of given options. Of the five soft buttons, the three buttons farthest to the left can be assigned a certain function.
  • Page 58 The picture in the character display shows that button number 1 has been assigned the function CRATER FILL ON/OFF. Number 1 has been moved down to the line CRATER FILL ON/OFF and farthest down in the character display you can read the button text CRFILL for the left button.
  • Page 59 9.2.5 Wire Feed Unit MLC 30C Note: Upgrade card for MLC 30C is supplied together with the wire feed unit. MAIN MENU AUXILIARY FUNCTIONS CONFIGURATION MIG DEFAULTS MLC 30 C MIG DEFAULTS SETTINGS -- MLC 30C Place the cursor on the row for MLC TRIGGER FUNCTION: 2--STROKE...
  • Page 60 MIG DEFAULTS SETTINGS -- MLC 30C Place the cursor at MOTOR POWER 1.0 A MOTOR POWER. STOP WIRE FEED SPEED 28 in/min Press ENTER to call up a list of options. QUIT ENTER Place the cursor on the row for the selected 1.0 A motor power.
  • Page 61 9.2.6 STICK Defaults settings Function intended for future use. 9.2.7 TIG Defaults settings Function intended for future use. 9.2.8 General Defaults settings 9.2.8.1 Quick Setting (Fast Mode) Limits MAIN MENU AUXILIARY FUNCTIONS CONFIGURATION GENERAL DEFAULTS FAST MODE LIMITS Configuration of a soft button to fast setting occurs in the following way. GENERAL DEFAULTS -- FAST MODE Position the cursor SOFT KEY NUMBER:...
  • Page 62 The following weld parameters are adjustable: for MIG Wire feed speed Voltage for STICK Welding current for TIG Welding current for Arc air gouging Voltage Limits for parameter adjustment are set in the following way. A plus value (upper limit) and a minus value (lower limit) are given for each parameter, where the reference is made up of the weld data set--up’s original setting.
  • Page 63 9.2.8.3 Weld- -data shift with pistol MAIN MENU AUXILIARY FUNCTIONS CONFIGURATION GENERAL DEFAULTS TRIGGER WELDDATA SWITCH The function WELD--DATA SHIFT FROM GUN makes it possible, using the trigger button on the welding gun, to shift between up to five pre--selected weld--data options.
  • Page 64 9.2.9 Multiple wire feed units MAIN MENU AUXILIARY FUNCTIONS CONFIGURATION MULTIPLE WIRE FEEDERS All new wire feed units are delivered with the identification number 0. Begin by changing the ID number (node address) for one of the wire feed units (this applies to multiple wire feed units only).
  • Page 65 The ID number on the first line will change to the selected number. Now connect the next wire feed unit and press the torch button to activate this wire feed unit; you’ll see that this wire feed unit has ID number 0. The configuration is now complete and you can begin to use the equipment as usual.

  • Page 66: Quality Functions

    Quality Functions MAIN MENU AUXILIARY FUNCTIONS QUALITY FUNCTIONS Quality functions keep track of a number of interesting data for individual welds. These functions are: Time of the weld start How long the weld lasted Average. max. and min. current for the weld Average.

  • Page 67: Production Statistics

    Production Statistics MAIN MENU AUXILIARY FUNCTIONS PRODUCTIONS STATISTIC The production statistics will keep track of the total arc time, the total amount of material and the number of welds since the latest reset. In addition, it will keep track of the arc time and the amount of material that went into the latest weld. Information is also given about which mass per length the mass has been calculated at, and when the latest reset occurred.

  • Page 68: Error Log

    Error Log MAIN MENU AUXILIARY FUNCTIONS ERROR LOG All errors which occur during the use of the welding equipment are documented as error messages in the error log. Up to 99 error messages can be saved, If the error log is full, i.e. if 99 error messages have been saved, the oldest message is automatically deleted when the next error occurs.
  • Page 69 9.5.3 Error Messages Following is a list of the error messages which can occur. CBOX Error in check sum EPROM PSOURCE Program memory error -- The test is only carried out upon initiation after WFEED power is turned on. No functions are blocked due to this error. Error in RAM.
  • Page 70 Lost contact with the current source An identification message is used to continuously check that a certain unit CBOX remains on the network. ”Time out” in the response causes this message. The stop command is immediately sent to the wire feed unit. Error in the battery backed up RAM A ”change”...

  • Page 71: User--Defined Synergic Lines For Mig

    User- -Defined Synergic Lines for MIG MAIN MENU AUXILIARY FUNCTIONS CUSTOM SYNERGIC PARAM. It is possible to create custom synergic lines with regard to the wire feed speed and voltage. A maximum of ten such synergic lines can be saved. Creating a new synergic line is done in two stages.
  • Page 72 the parameters pulse time, Hot start voltage, Ka, Ki and the slope parameters must have the same values in both weld data numbers. Crater fill data must be saved as weld data number 96, for both methods (dip/spray and pulse). 4.
  • Page 73 9.6.3 Creating User- - Defined Wire/Gas Options The lists of wire and gas options can be extended to include up to 10 user--defined options. At the bottom of each list is an empty line (------). By placing the cursor on this line and pressing ENTER you gain access to a ”keyboard”...

  • Page 74: Serial Communication

    9.6.4 Deleting a User- -Defined Synergic Line A user--defined synergy line can be deleted if it is not active, i.e. if it is not part of a set of weld data that is currently in the working memory. MAKE CUSTOMISED SYNERGIC LINES Position the cursor WIRE TYPE: Metal cored Fe...

  • Page 75: Upgrading The Software

    Upgrading the Software MAIN MENU AUXILIARY FUNCTIONS SOFTWARE UPGR. Areas of Use With this function, you can upgrade your software on different units (circuit boards) with a new software program (new functions). This is done from a PC card. The term unit refers to a circuit board with software programs which can be upgraded.
  • Page 76 How to Upgrade: Choose the unit(s) that need to be upgraded by placing the cursor in the respective lines and marking ( ) them. When you have finished marking that which will be upgraded, press ”EXECUTE UPGRADE” and confirm with ”yes” to start the upgrading.
  • Page 77 Turn the switch for line voltage to position 1. Make sure that the line voltage is disconnected to the weld current source during upgrading. If this occurs too early during the upgrade you must call an ESAB service technician. - - 77 - - bu12d04a...

  • Page 78: Appendix

    APPENDIX 10.1 Setting Ranges and Setting Steps Parameter Setting range Setting step Wire feed speed 59--984 in/min 4 in/min Voltage 8.0--60.0 V 0.25 V Inductance 0--100% Pulse current 100--600 A Pulse time 1.7 -- 25.5 ms 0.1 ms Pulse frequency 20 -- 312 Hz 2 Hz Background current...
  • Page 79 Parameter Setting range Setting step Current. Pulse current. Background 4--320 A (Aristo 320) current 4--450 A (Aristo 450) Pulse time 0.001--5.000 s 0.001 s Background time 0.001--5.000 s 0.001 s Slope--up time 0.0--25.0 s 0.1 s Slope--down time 0.0--25.0 s 0.1 s Gas pre--flow time 0.0--25.0 s...

  • Page 80: Menu Structure

    10.2 Menu structure MAIN MENU sid.5 MEMORY QUICK SET- AUXILIARY MEASURE FUNCTION TING FUNCTIONS sid.50 sid.9 sid.41 sid.43 sid.49 START AND WELD DATA STOP DATA SETTINGS sid.14 sid.14 RECALL COPY DELETE STORE sid.43 sid.45 sid.46 sid.46 SERIAL MEMORY CONFIGU-- ERROR-- USER--DE- QUALITY PRODUC-...

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