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Setup Parameters

MedWeld 5000 Technical Reference Manual

6 - 9

M-032170

This parameter defines the maximum number of consecutive cycles of

heat conduction. (After nine consecutive cycles without conduction, the

heat cycle counter is reset to zero.)
For seam welding applications, disable this function by setting the cycle

limit to zero.

ISOLATION CONTACTOR DELAY: nn SEC(0–99)

This parameter tells the control how long to hold the isolation contactor

pulled in after the function TURN OFF ISOLATION CONTACTOR

executes. This is designed to prevent wear on the isolation contactor

caused by dropping in and out between welds.
When the ISOLATION CONTACTOR SAVER input is available and

set LOW, it disables this delay timer.

NOTE:

If function #65 (ISOLATION CONTACTOR DELAY) is in the weld

schedule, the function set during the weld schedule will override the

ISOLATION CONTACTOR DELAY setup parameter.

HIGH CURRENT LIMIT WINDOW: nn %(0–99)
LOW CURRENT LIMIT WINDOW: nn %(0–99)

These two parameters define a global current range for every weld

schedule.
The MedWeld 3005 calculates the high current window as a percentage

boost over the current expected. The low current window is a percentage

decrease from the expected current. (The expected current is the base

current—programmed in the weld function—plus the current that the

stepper is providing.)
For ACC, the base is the actual secondary current value programmed.

%I is derived by determining the maximum current deliverable, and the

percentage of that current programmed in the weld schedule.

DATA COLLECTION SAMPLE SIZE: nn

(1–99)

DATA COLLECTION SAMPLE FREQUENCY: nnnn (1–9999)

These two parameters set a global command which allows the weld

control to sample data for analysis at controlled intervals.
The sample size is the amount of weld data collected for analysis

(number of consecutive welds, per bin). The sample frequency is the

total number of welds (per bin) where data is collected (the samples are

taken from).

MAXIMUM TIP DRESSES:

This setup parameter allows the operator to assign a maximum number

of times the electrode tips may be dressed using the setup parameter:

Maximum Tip Dresses. (To disable this feature, set this parameter to

zero. By default, it is set to

000

.) The timer counts the number of tip

dresses made and will output to the DEP when MAXIMUM TIP

DRESSES has been reached.

Содержание MedWeld 5000

Страница 2: ...MedWeld 5000 Technical Reference Manual Modified 1 31 06 M 032170...

Страница 3: ...Getting Started 2 1 Making the Required Connections 2 1 DeviceNet Integration 2 2 Providing MedLAN Connections 2 3 MedLAN and DEP 100S Connections 2 3 MedLAN Wiring Specifications 2 3 Cable Requiremen...

Страница 4: ...t 4 15 Default Weld Sequence Machine 4 15 Chapter 5 Advanced Software Features 5 1 C Factor 5 1 Dynamic Current Windows 5 2 AVC Example 5 2 ACC Firing Mode 5 3 SPC Indexing Capabilities 5 4 SPC Functi...

Страница 5: ...Modified 1 31 06 Display at the DEP 100S 7 4 Chapter 8 Fault Conditions 8 1 List of Faults 8 2 MFDC Fault Status LEDs 8 3 Chapter 9 Hardware Troubleshooting 9 1 Power Supply 9 1 Processor 9 2 Weld Pro...

Страница 6: ...MedWeld 5000 Technical Reference Manual Modified 1 31 06...

Страница 7: ...on the serial tag on the inside or front door of the enclosure Also note the sequence of events leading to the problem and the drawing numbers of the schematics you received with the enclosure For yo...

Страница 8: ...to observe safety measures may result in death severe bodily injury or serious damage to property WARNING This symbol will be used wherever insufficient or lacking compliance with instructions may re...

Страница 9: ...rol Exposure to high voltage WILL CAUSE SEVERE ELECTRICAL BURNS INTERNAL INJURIES and or DEATH Refer all necessary service on this machine ONLY to qualified maintenance personnel Danger NEVER drill in...

Страница 10: ...lb use either a two man lift or an assisted lift How to Use this Manual This manual is designed as a reference guide Use it as you would a dictionary See the Table of Contents to locate the instructio...

Страница 11: ...or changes as required to the hardware or software described in this manual This manual may be periodically updated to reflect software changes that will affect operation of the equipment described R...

Страница 12: ...ead can be significant Reducing losses to ESD and static electricity is an ABSOLUTE NECESSITY Observe the following warnings AT ALL TIMES Danger NEVER use the personnel grounding system described belo...

Страница 13: ...stored in the EEPROM distribution media magnetic or CD ROM or in print form without prior written authorization and payment of royalty fees Patents This product contains intellectual property owned or...

Страница 14: ...Getting Started xiv Modified 1 31 06 MedWeld 5000 Technical Reference Guide M 032170 This page is intentionally left blank...

Страница 15: ...Location Phone Your Name Date Time Program Timer power up message Part Fault code display When a fault or error occurs the Product displays a status code Indicate each code that is displayed Descript...

Страница 16: ...Getting Started xvi Modified 1 31 06 MedWeld 5000 Technical Reference Guide M 032170 This page is intentionally left blank...

Страница 17: ...Our Training and Documentation staff will review your comments and implement the required corrections in future updates For specific comments fill in the Comments for Feedback form below Fax it at 24...

Страница 18: ...Getting Started xviii Modified 1 31 06 MedWeld 5000 Technical Reference Guide M 032170 This page is intentionally left blank...

Страница 19: ...monitoring the voltage and increasing the current as required to ensure consistent welds The primary current I changes as the voltage fluctuates for example if the weld energy E drops the timer firing...

Страница 20: ...last weld Line cycle or milisecond timing Stepper data and Desired constant current The MFDC is different from traditional single phase welding and high frequency DC welding in the following ways The...

Страница 21: ...described below If the LEDs do not turn on during the weld schedule the timer unit may be faulty or the control may be sequencing in No Weld mode PWR This LED lights to indicate that power is being s...

Страница 22: ...edWeld 5000 weld control shown below has indicator lights that show the current status of the weld timer The diagrams below show the location of the status lights and what conditions cause the status...

Страница 23: ...r which is then displayed on the DEP The inverter responds to the gating signals from the timer unit The timer unit tells the inverter when to pull in the main isolation contactor and receives the sig...

Страница 24: ...current rating of the circuit breaker Danger Lethal voltage may be present in the inverter for several minutes after the power source has been removed at the circuit breaker Power MUST be removed fro...

Страница 25: ...are electronic switches that control when power is supplied to the welding transformer Inverters have at least one thermal switch that monitors temperature The inverter will stop gating if a thermal...

Страница 26: ...this system are of two types Faults generated by the timer unit and Faults generated by the MFDC inverter Inverter faults will de energize the charging pack Any fault shown on the DEP or any MedLAN de...

Страница 27: ...breaker handle on the enclosure is in the OFF down position before attempting to open the door WARNING WARNING The cabinet door is interlocked with the circuit breaker to prevent opening the door whil...

Страница 28: ...MedLAN connection is desired or required Provide the I O connections based on the control s integration scheme DeviceNet Integration DeviceNet communications protocol is an open network standard maint...

Страница 29: ...akes place over the MedLAN channel Use a WTC data entry device DEP 100 or WebView for network communications or to program a single weld control However for the MedLAN network you MUST use a DEP 100S...

Страница 30: ...ble is 3 000 feet Up to 30 weld controls may be connected to a single MedLAN network A maximum of one DEP 100S may be connected to a single MedLAN network WARNING Be certain to cover all components to...

Страница 31: ...d PROGRAM MODE on the DEP 100S 3 Press F5 on the DEP 100S for additional functions 4 Press F4 to select network addressing NETWORK ADDR Press the F1 key to select the port MedLAN address With the nume...

Страница 32: ...bus I O for DeviceNet Flexible I O allows an operator to designate which I O point is used for a particular function For example if the operator wants to use the input Weld Initiate he has the option...

Страница 33: ...ist will be changed to NONE Flexible Inputs Software F04100 NONE BINARY SELECT 1 BINARY SELECT 2 BINARY SELECT 4 BINARY SELECT 8 BINARY SELECT 16 BINARY SELECT 32 WELD INITIATE WELD NO WELD ISOLATION...

Страница 34: ...T GROUP 1 STEPPERS ARE RESET GROUP 2 END OF STEPPER END OF STEPPER GROUP 1 END OF STEPPER GROUP 2 STEPPER APPROCHING MAX STPR APPROCHING MAX GROUP 1 STPR APPROCHING MAX GROUP 2 TIP CHANGE REQUIRED TIP...

Страница 35: ...ist will be changed to NONE Flexible Inputs Software F04300 NONE BINARY SELECT 1 BINARY SELECT 2 BINARY SELECT 4 BINARY SELECT 8 BINARY SELECT 16 BINARY SELECT 32 WELD INITIATE WELD NO WELD ISOLATION...

Страница 36: ...ET GROUP 1 STEPPERS ARE RESET GROUP 2 END OF STEPPER END OF STEPPER GROUP 1 END OF STEPPER GROUP 2 STEPPER APPROCHING MAX STPR APPROCHING MAX GROUP 1 STPR APPROCHING MAX GROUP 2 TIP CHANGE REQUIRED TI...

Страница 37: ...rectly into the port on the WTC control When communicating through a local port the DEP 100S is still required to set the MedLAN address for each timer unit Its multi line display and soft function ke...

Страница 38: ...Installing the MedWeld 5000 2 12 MedWeld 5000 Technical Reference Manual M 032170...

Страница 39: ...o safety I O should be provided The local and safety I O tells the timer unit status of the safety I O such as the isolation contactor the control stop condition and fault conditions This I O is in ad...

Страница 40: ...chedule in No Weld generates a SYSTEM COOLING fault and de energizes the NO FAULT output to indicate an active fault condition Local Outputs NO FAULT Output This output is ON to indicate that the cont...

Страница 41: ...requirements of your application Refer to the drawing packet provided for your exact I O availability and designations Inputs BINARY SELECT Inputs 1 2 4 8 16 32 These inputs select the schedule to be...

Страница 42: ...r outputs CONTROL STOP Input This is a normally HIGH input When this input goes LOW de activated the control aborts the current schedule generates a CONTROL STOP Fault de activates the NO FAULT Output...

Страница 43: ...will complete the sequence in No Weld if the input is not active when checked by the weld schedule If the schedule contains the unconditional wait function WAIT FOR SYSTEM COOLING and the initiate is...

Страница 44: ...t become active in the number of cycles specified the control generates a PRESSURE SWITCH fault and continues with the schedule The control aborts the weld schedule and generates a PRESSURE SWITCH fau...

Страница 45: ...es the isolation contactor delay which was programmed in the setup parameters PROGRAM SECURITY If this input is not jumpered only data under the Stepper Status Mode and Heat Display Mode can be change...

Страница 46: ...LECT Outputs 1 4 These outputs are activated or de activated when the MedWeld 3005 executes functions 56 TURN ON PRESSURE SELECT n and 57 TURN OFF PRESSURE SELECT n RETRACT 1 VALVE RETRACT 2 VALVE The...

Страница 47: ...dition this output will be turned OFF NO ALERT Output This output is normally ON It turns OFF to indicate an alert condition Alert conditions are usually less serious than faults and normally serve to...

Страница 48: ...ated and the setup parameter Inhibit Initiation from Retract is programmed STEPPER APPROACHING LAST STEP For linear steppers this output will activate when the control reaches the start of the last st...

Страница 49: ...16 9 Input Binary Select 32 Binary Select 32 10 Input Initiate Weld Initiates a weld schedule based upon Binary Select 11 Input Spare Spare 12 Input Spare Spare 13 Input Stepper Reset Resets all step...

Страница 50: ...ld schedule has completed 11 Output Weld in Progress Indicates that a weld is currently in progress 12 Output Steppers are Reset Indicates that all steppers are reset 13 Output Stepper Approaching Max...

Страница 51: ...For more details refer to the drawing package provided with your control BINARY SELECT 1 Input BS1 BINARY SELECT 2 Input BS2 BINARY SELECT 4 Input BS4 BINARY SELECT 8 Input BS8 BINARY SELECT 16 Input...

Страница 52: ...VALVE 1 ADVANCE Fluid VALVE 1 Output VLV1 VALVE 2 ADVANCE Fluid VALVE 2 Output VLV2 VALVE 3 Output VLV3 VALVE 4 Output VLV4 VALVE 5 Output VLV5 VALVE 6 Output VLV6 RETRACT VALVE 1 RV1 RETRACT VALVE 2...

Страница 53: ...ailable for use in programming a weld schedule What is a Weld Schedule A weld schedule is a list of commands that the control is to execute For example to perform a simple spot weld you might use a we...

Страница 54: ...al process control SPC functions Selecting the firing mode to assure consistent voltage or to assure constant secondary current Pausing in a schedule to wait for certain operating conditions to become...

Страница 55: ...RM TIME 20 WELD nn CY IMP mm I 21 TEMPER nn CY IMP mm I 22 PREHEAT nn CY IMP mm I 23 POSTHEAT nn CY IMP mm I 24 PRE WELD nn CY IMP mm I 26 WELD nnnn MSEC mm I 30 WELD nn CY IMP nnnn0 AMPS 31 TEMPER nn...

Страница 56: ...OFF WELD COMPLETE 65 ISOLATION CONTACTOR DELAY nn SEC 75 EXTEND UNTIL NO INITIATE 76 SEC CURR LIMITS HI nnnn0 Low nnnn0 81 TRANSFORMER TURNS RATIO nnn 1 nnn 1 256 82 LINEAR STEPPER nn ASSIGNED 0 OFF...

Страница 57: ...P mm I 21 TEMPER nn CY IMP mm I 22 PREHEAT nn CY IMP mm I 23 POSTHEAT nn CY IMP mm I 24 PRE WELD nn CY IMP mm I 26 WELD nnnn MSEC mm I 30 WELD nn CY IMP nnnn0 AMPS 31 TEMPER nn CY IMP nnnn0 AMPS 32 PR...

Страница 58: ...PLETE 65 ISOLATION CONTACTOR DELAY nn SEC 75 EXTEND UNTIL NO INITIATE 76 SEC CURR LIMITS HI nnnn0 Low nnnn0 81 TRANSFORMER TURNS RATIO nnn 1 nnn 1 256 82 LINEAR STEPPER nn ASSIGNED 0 OFF 85 PROCESS WE...

Страница 59: ...g F1 01 SQUEEZE nn CYCLES 02 COOL nn CYCLES 03 HOLD nn CYCLES 04 OFF nn CYCLES 05 INITIAL SQUEEZE nn CYCLES 06 QUENCH nn CYCLES 07 WAIT nn CYCLES 08 PRE COMPRESSION 09 GUN WAIT DELAY 10 DELAY 11 PLATE...

Страница 60: ...function shown in function numbers 20 26 use Automatic Voltage Compensation Functions using the AVC firing mode specify weld current as nn I when firing in cycles or mm I when firing in milliseconds r...

Страница 61: ...Weld Data display Weld Functions Using Automatic Voltage Compensation 20 WELD nn CY IMP mm I 21 TEMPER nn CY IMP mm I 22 PREHEAT nn CY IMP mm I 23 POSTHEAT nn CY IMP mm I 24 PRE WELD nn CY IMP mm I 26...

Страница 62: ...P nnnn0 AMPS 32 PREHEAT nn CY IMP nnnn0 AMPS 33 POSTHEAT nn CY IMP nnnn0 AMPS 34 PRE WELD nn CY IMP nnnn0 AMPS 35 MAXHEAT nn MS BELOW nnn us nnnn0 AMPS 36 WELD nnnn MSEC nnnn0 AMPS 37 CHC WELD nn CY n...

Страница 63: ...S This function is used when welding special insulated metals or quiet steel metals The function MAXHEAT is a preheating function used to breakdown the insulating properties of the material between th...

Страница 64: ...trol to fire one cycle at 65 of the maximum available heat Then over the next 29 cycles gradually decrease the heat provided to 45 42 PRESLOPE 30 CY 45 I TO 65 I tells the control to fire one cycle at...

Страница 65: ...indicate the weld control will pulsation weld Pulsation welding provides a specified number of impulses An impulse is a number of heat cycles when weld current flows followed by a number of cycles wh...

Страница 66: ...s currently in progress 59 TURN OFF WELD IN PROGRESS The control turns this output OFF when a weld in progress has com pleted 60 IMPULSE 10 HEAT CY 10 COOL CY This function defines the length of a wel...

Страница 67: ...utput under the following conditions a fault occurs AND the BINARY SELECT or WELD INITIATE input is still active 65 ISOLATION CONTACTOR DELAY SEC 0 99 This parameter tells the control how long to hold...

Страница 68: ...schedule the appropriate stepper is advanced incremented each time you execute the weld schedule If Function 82 is used in a weld schedule it MUST be the first function in the schedule Valid stepper n...

Страница 69: ...eld data collected 99 GOTO SEQ nn nn 1 99 This function is an unconditional jump to another weld schedule It tells the control to stop the present weld schedule and continue with the first function in...

Страница 70: ...welding machine Sequences 1 15 default to this sequence Sequences 16 31 are defaulted to blank START OF SEQUENCE nn 82 LINEAR STEPPER 0 ASSIGNED 0 OFF 76 SECONDARY CURRENT LIMIT HIGH 99999 LOW 00000...

Страница 71: ...and the actual value of current that would be produced A change in C Factor will indicate changes in the welding environment The MedWeld 5000 calculates the actual C Factor after every weld The progra...

Страница 72: ...er to the discussion of C Factor on page 7 1 The target current is determined by the firing mode used by the weld function I or automatic current compensation This calculation is shown below AVC Targe...

Страница 73: ...iring mode the target value is established by the following calculation Target current A in Function 30 Stepper boost An example of how these calculations are used is shown below Function 30 is WELD 0...

Страница 74: ...an example Car Type 1 Weld Schedule 20 SET SPC OFFSET TO 01 Weld Schedule 01 15 Welds Made Bins 1 15 Weld Schedule 02 15 Welds Made Bins 16 30 Weld Schedule 03 18 Welds Made Bins 31 48 Car Type 2 Wel...

Страница 75: ...n It is intended for special situations such as tear down which require continuous data collection SPC setup Parameters DATA COLLECTION SAMPLE SIZE 05 1 99 DATA COLLECTION SAMPLE FREQUENCY 0100 1 9999...

Страница 76: ...ged for retrieval Data uploaded 3 8 Data collected Data ignored 4 8 Data collected Data ignored 5 8 Data collected Data ignored 6 8 Data collected Data ignored 7 8 Data collected Data ignored 8 8 Data...

Страница 77: ...ive For air only and OHMA cylinders the HIGH state of the RETRACT PILOT input s indicates the partially closed position The LOW state indicates the fully open position LATCHED tells the control to cha...

Страница 78: ...s set to ALLOW If the weld schedule does NOT contain this function the control will allow you to execute a sequence with the gun in the full retract position DEP 100S Programming Restrictions The soft...

Страница 79: ...alf cycle It is during this half cycle that the inductance of the transformer is overcome If setting the FIRING MODE to PRI CURRENT or FIRING MODE to PRI VOLTAGE in the setup parameters the secondary...

Страница 80: ...he inverter can deliver more voltage or current if necessary If the on time is less than 406 sec the inverter can deliver more voltage or current If the on time is 406 sec and more voltage or current...

Страница 81: ...f the software also inhibits the ability to turn the stepper on or off The software in the MedWeld 5000 does allow the stepper to be advanced or reset as needed See the chapter on Steppers for more in...

Страница 82: ...Advanced Software Features 5 12 MedWeld 5000 Technical Reference Manual M 032170...

Страница 83: ...T tells the control to turn OFF the NO FAULT output or turn ON the FAULT output This indicates that a fault condition was detected Fault conditions normally inhibit initiation of a weld schedule ALERT...

Страница 84: ...s have changed state while the processor is repeating WELD INITIATE NOT PRESENT FAULT ALERT NONE If the weld schedule is using the function to TURN ON WELD COMPLETE the MedWeld 3005 expects the INITIA...

Страница 85: ...the weld and performed an unsuccessful reweld If the schedule contains the function REWELD IF LOW CURRENT LIMIT FAULT this indicates that the control performed a reweld and the desired current was pr...

Страница 86: ...it is exceeded the weld schedule is finished in No Weld Mode The control generates a HEAT CYCLE LIMIT fault WELD PROCEED FAULT ALERT NONE This fault is generated if the appropriate WELD PROCEED input...

Страница 87: ...Limit is reached on 4 or more consecutive high frequency half cycles WELDING TRANSFORMER FAULT This fault is generated when either six or more consecutive half cycles or more than four consecutive mi...

Страница 88: ...kage is open NOT field replaceable SEC CURRENT SENSOR FAULT ALERT When operating in the SEC CURRENT firing mode this fault occurs when the inverter detects a shorted malfunctioning or otherwise defect...

Страница 89: ...inations of weld transformer and secondary load TRANSFORMER TURNS RATIO 1 nnn 1 256 This parameter tells the control the turns ratio of the welding transformer used so that the control can determine t...

Страница 90: ...the I firing mode PULSE WIDTH LIMIT The output power level is determined by controlling the pulse width of the high frequency square wave This setup parameter will let the operator set the limit of th...

Страница 91: ...the high current window as a percentage boost over the current expected The low current window is a percentage decrease from the expected current The expected current is the base current programmed i...

Страница 92: ...E In constant velocity mode this is the maximum speed reached by the gun as it approaches the soft touch position VELOCITY OF SOFT TOUCH When switched to force control mode this is the maximum speed r...

Страница 93: ...ULT CONTROL IN NO WELD ALERT INITIATION ON POWER UP FAULT NO WORK DETECTED FAULT LOW HEAT DETECTED FAULT WIRE BREAK DETECTED FAULT LOW POWER LINE FAULT SOFT OVER CURRENT FAULT CURRENT REGULATION LIMIT...

Страница 94: ...SEAM 60 CYCLES ISOLATION CONTACTOR DELAY 5 SEC HIGH CURRENT LIMIT WINDOW 20 LOW CURRENT LIMIT WINDOW 20 DATA COLLECTION SAMPLE SIZE 5 DATA COLLECTION SAMPLE FREQUENCY 100 TRANSFORMER TURNS RATIO 100 1...

Страница 95: ...the schedule You can program up to 63 linear steppers The following sections describe the linear stepper type along with directions on how to program the stepper You can assign a stepper to a group T...

Страница 96: ...r other programming device to assign steppers to a group For example if one gun tips was used to several different schedules using different steppers grouping allows you to automatically increment the...

Страница 97: ...s use this profile by default START OF STEPPER STEP 1 00 i 0700 AMPS IN 0060 WELDS STEP 2 00 i 0700 AMPS IN 0180 WELDS STEP 3 00 i 0700 AMPS IN 0300 WELDS STEP 4 00 i 0700 AMPS IN 0600 WELDS STEP 5 00...

Страница 98: ...he step count the number of welds completed during the present step From the stepper status display Press F1 to see a different stepper Press F3 to advance the stepper Press F4 to see the stepper sett...

Страница 99: ...n the control detects a Fault condition it may inhibit welding or inhibit initiation of a new schedule until the fault condition is cleared Alert conditions serve more as a warning of a potential prob...

Страница 100: ...HIGH C FACTOR SYSTEM COOLING HEAT CYCLE LIMIT WELD PROCEED CONTROL IN NO WELD INITIATION ON POWER UP PRESSURE SWITCH NO WORK DETECTION LOW HEAT DETECTION WIRE BREAK DETECTION BREAKTHROUGH LOW LIMIT BR...

Страница 101: ...NTROL STOP input normally HIGH dropped out The CONTROL STOP input from the ROBOT or PLC was not active when the control tried to initiate a weld Check repair ladder logic Note if the Control Stop mess...

Страница 102: ...in current measurement certain failures in the timer unit may cause this fault to occur Secure the cable that runs between the inverter and the timer unit Check for bad con nector Replace as necessar...

Страница 103: ...ule due to insufficientsecondary current during a weld Low current limit is set too high Re program the Low Current Limit setup parameter Unusual condition in the secondary Check for improper part fit...

Страница 104: ...causing the fault Check fuses and replace as necessary The solid state relay is faulty Replace relay The instruction to activate the isolation contactor was exe cuted but the control was unable to pul...

Страница 105: ...unction 92 Unusual conditions in the secondary Check for worn cables loose connections low air pressure or other causes of decreased sec ondary current The Low C factor limit was programmed too high L...

Страница 106: ...part to weld or tip to tip weld Place the proper work piece to be welded in the welding inter face LOW HEAT DETEC TION CHC This is only used when using CHC and repersents that there was not enough en...

Страница 107: ...elding sequence and the ontime level is above the breakthrough limit before blanking time is over Breakthrough limit is set to high Too much sealer used on the part which would bring the ontime above...

Страница 108: ...quested current programmed cur rent plus any additions from stepper program during three or more con secutive mid frequency half cycles NOTE This fault is not generated at the beginning of a weld to a...

Страница 109: ...for shorted or damaged cables Check weld transformer for Internal short circuits Short circuits to ground Defective secondary diodes DRIVER LOW VOLTAGE The inverter detected a failure in one or more I...

Страница 110: ...open circuited This condition is not checked if set to NONE Check continuity of secondary current sensor circuit if used Replace sec ondary current sensor if defective Set this condition to NONE if no...

Страница 111: ...trol transformer Check the control circuit breaker Verify 480 600 VAC is present in incoming lines Verify that operator handle is UP to turn ON the breaker No 24 VDC VAC at the timer assembly Check th...

Страница 112: ...Monitor the line power to chassis power for possible transient or shorting Replace power supply Processor not in Run Mode All processor LEDs are functioning normally Improper mode selected Verify the...

Страница 113: ...own Line power is not con nected to the power supply Verify that line power is connected to the power supply Improper voltage jumper setting Check the jumper setting to verify that it matches the inpu...

Страница 114: ...power supply and that external 120 VAC is connected Faulty DEP 100S WTC timer or Network Power Pack Replace as necessary Incorrect network address for weld control Verify the welder ID and network add...

Страница 115: ...ck the following Primary transformer cables grounded SCR breaking over at low potential or shorted Inverter is faulty Replace inverter assembly Circuit breaker is faulty Replace circuit breaker Circui...

Страница 116: ...k the timer module and the input supply voltage to the timer module Check the I O Status Display at the DEP Control is in retract and the setup parameter specifies that initiation is INHIBITED from re...

Страница 117: ...e as necessary Control sequences without firing The control is in No Weld Check the status of the WELD NO WELD input Verify that the control and all data entry devices are in Weld mode A fault occurre...

Страница 118: ...ate relay If the control is externally powered one of the internal control transformer fuses may be blown Check fuses Replace as necessary The control was unable to pull in the isolation contactor due...

Страница 119: ...at L1 and L2 Faulty circuit breaker Supply voltage IS connected to the breaker Verify that power is available on the load side of the circuit breaker Faulty cable between timer and inverter Replace ca...

Страница 120: ...Hardware Troubleshooting 9 10 MedWeld 5000 Technical Reference Manual M 032170...

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