Miyachi IPB-5000A Page 19 Operation Manual Download

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IPB-5000A

5. Installation and Connection

5-5

(7)

Connecting Communication Cable (only for PC connection)

The communication with PC can be performed by the use of RS-232C and
RS-485.
Before coupling with the connector, decide which mode is to be selected, RS-
232C or RS-485 and confirm the communication mode (See

6.(9)

②

(c)COMM

MODE

for the selection of RS-232C and RS-485).

Mismatching of the communication mode setting at

IPB-5000A

with the mode

at PC results in malfunction.
RS-232C is set at the factory shipment.
See

10. External Communication Function

for details.

①

Connection of RS-232C

②

Connection of RS-485

RXD 2
TXD 3

GND 5

6
7
8
9

1 CD
2 RXD
3 TXD
4 DTR
5 GND
6 DSR
7 RTS
8 CTS
9

Host Computer

D-sub 9 Pin

Male

IPB-5000A

RS-232C

Pin No.

D-sub 9 Pin

Female

Pin No.

Host Computer

IPB-5000A

RS+

RS-

Terminal Resistance

100 Ω

1
2
3
4
5

RS+ 6

RS+

7
8

RS- 9

RS-

Host Computer
RS-232C/RS-485

Conversion Adapter

D-sub 9 Pin

Male

IPB-5000A

Pin No.

IPB-5000A

Summary of Contents for IPB-5000A

Page 1: ... purchasing the Miyachi Inverter type Welding Power Supply IPB 5000A For correct use read this operation manual carefully After reading save it in a proper place where you can easily access to J03M0756E 05 POWER START IPB 5000A CURSOR WELD MENU RESET ENTER WELDING POWER SUPPLY ...

Page 2: ...STATUS Screen 6 16 STATUS 1 2 Screen 6 16 STATUS 2 2 Screen 6 18 ERROR SETTING Screen 6 20 MISC Screen 6 20 7 Basic Operation 7 1 8 External Interface 8 1 1 Connection Diagram for External Input Output Signals 8 1 When contacts on PLC are used as input signal 8 1 When NPN transistor sink type on PLC is used as input signal 8 2 When PNP transistor source type on PLC is used as input signal 8 3 When...

Page 3: ...rectional Communication Mode 10 4 5 Data Code Table 10 8 Order Table of Schedule Data 10 8 Order Table of Monitor Data Most Recent Monitor Value 10 9 Specified Code 10 10 11 Specifications 11 1 1 Specifications 11 1 2 Optional Items Separately Sold 11 5 Input Cables PK 01855 11 5 Output Cables PK 01856 11 5 SENS Cables SK 05741 11 6 Start Cables A 03081 11 6 Displacement Sensors 11 6 Displacement ...

Page 4: ...is very dangerous to touch it unnecessarily Any person other than service personnel or authorized representatives personnel must not touch the inside Never disassemble repair or modify the Power Supply These actions can cause electric shock and fire If any part needs to be checked or repaired contact Miyachi Corp or your distributor for help Denotes operations and practices that may imminently res...

Page 5: ...d plug That can cause electric shock short circuits and fire If any part needs to be repaired or replaced consult Miyachi Corp or your distributor Stop the operation if any trouble occurs Continuous operation after occurrence of a trouble such as burning smell abnormal sound abnormal heat smoke etc can cause electric shock and fire If such a trouble occurs immediately consult Miyachi Corp or your ...

Page 6: ...ngs on it may cause malfunction Keep combustible matter away from the welding machine Surface flash and expulsion can ignite combustible matter If it is impossible to remove all combustible matter cover them with non combustible material Do not cover this equipment with a blanket cloth etc If such a cover is used it may be heated and burn Do not use this Power Supply for purposes other than weldin...

Page 7: ...face of the Power Supply Where there is considerable dirt Where the Power Supply may be subjected to vibration or impact If the outside of the Power Supply is stained wipe it with a dry cloth or a moistened cloth If it is badly stained use diluted neutral detergent or alcohol to clean it Do not use paint thinner benzene etc which can discolor or deform the parts Do not put screws coins etc in the ...

Page 8: ... Danger of Electrical Shock 4 Function Difference Depending on Model The function of only for Model with Displacement Sensor described in the operation manual is effective for the models equipped with Displacement Sensor as follows Other functions are effective for the Models with Sensor as same as the standard models IPB 5000A 00 Model 00 01 02 03 04 05 Standard Model without Sensor Yes Model wit...

Page 9: ...the displacement change between electrodes generated by fusion penetration etc is measured only for the model with a displacement sensor As an inverter is used the power factor is high and the power condition is stabilized Because of the menu selection system setting of various items can easily be done With four protective functions the operator can work at ease Overcurrent detecting function No c...

Page 10: ... LIst Verify that contents of the container agree with the kit list If you see any damage please contact Miyachi Corp Packaged Kit Quantity IPB 5000A 1 Operation Manual 1 Cable Clamp Large for fixing I O Cable 2 Cable Clamp Small for fixing I O Cable 3 ...

Page 11: ...power switch is turned on to supply the power to IPB 5000A and IPB 5000A works normally START Lamp Lights up while the start signal is input to make the sequence start WELD Key with WELD Lamp Use WELD Key if you want to make the sequence start without flowing the weld current When WELD Key is pressed to extinguish WELD Lamp then the weld current does not flow POWER START IPB 5000A CURSOR WELD MENU...

Page 12: ...ET Key to reset the display of a trouble after removing the cause of the trouble when the trouble display is shown on Display Screen ENTER Key Use ENTER Key to put in a set value or selected item Move the cursor to each item to be changed and press ENTER Key item by item to complete the change Key Press Key to increase the value of a changed item Key Press Key to decrease the value of a changed it...

Page 13: ...achi Corp Terminal Block for Welding Power Output Used for connecting to the input of welding transformer The size of screws is M6 for connection Input Breaker Cover Terminal Cover Installed Rear Panel Input Output Terminal Cover Output Terminal Cover Terminal Cover Removed I O RS 232C RS 485 1 1 37 3 5 3 3 3 1 2 9 2 7 2 5 2 3 21 1 9 1 7 1 5 1 3 9 7 5 3 8 3 6 3 4 3 2 30 2 8 2 6 2 4 2 2 2 0 1 8 16 ...

Page 14: ...tion Connector Used for communicating with Personal Computer abbreviated as PC from now through RS 232C or RS 485 Before coupling with the connector decide which mode is to be selected RS 232C or RS 485 and confirm the communication mode RS 232C is set at the factory shipment Mismatching of the communication mode setting at IPB 5000A with the mode at PC results in malfunction ...

Page 15: ... Allow at least 10cm or more from the end of the Wiring Outlet projected at the Output Terminal Cover in the rear potion of IPB 5000A As IPB 5000A should be air cooled do not install it in a closed area Front View Top View 10cm or more Outlet POWER START IPB 5000A CURSOR WELD MENU RESET ENTER WELDING POWER SUPPLY 10cm or more 10cm or more Air Inlet Air Inlet 10cm or more Air Inlet Air Inlet Outlet...

Page 16: ... 12 1 0 8 6 4 STOP 1ST 2ND COM SCH 1 SCH 4 SCH 8 SCH16 SCH32 SCH 2 SCH64 INT 24V EXT COM WELD ON OFF ERROR RESET COM COM GOOD NG END CAUTION COUNT UP READY OUT COM OUT COM SOL 1 SOL 2 SOL COM PRG PROTECT 39 PARITY WE1 STOP COM W INTERRUPT P 00281 001 COUNT RESET CONTROL SIG 2 3 1 OPTION1 OPTION2 SOL POWER OPTION4 OPTION5 OPTION3 POWER OUT P 1463 V U I O SENS SERIAL NO JAPAN MIYACHI TECHNOS CORP MA...

Page 17: ...ent from each other depending on the input voltage of IPB 5000A Connect in such way as below in the case of 200V System 200 to 240V and as in 400V System 380 to 480V If the connection is done as the figure below in the case of 400V System it may damage IPB 5000A or Welding Transformer IPB 5000A 00 00 for use IPB 5000A 00 01 for use 200V System Power Supply 400V System Power Supply CAUTION WARNING ...

Page 18: ... in Welding Head 4 Connecting Voltage Detecting Cable Connect the Voltage Detecting Cable in the case of using Constant Voltage Control Constant Current Constant Voltage Combination Control and Constant Power Control 5 Connecting a power supply Connect Input Cable from Breaker for Welding Power Input See 4 2 in the rear panel of IPB 5000A to Earth Leakage Breaker Connect the earth cable to PE Term...

Page 19: ...g of the communication mode setting at IPB 5000A with the mode at PC results in malfunction RS 232C is set at the factory shipment See 10 External Communication Function for details Connection of RS 232C Connection of RS 485 1 RXD 2 TXD 3 4 GND 5 6 7 8 9 1 CD 2 RXD 3 TXD 4 DTR 5 GND 6 DSR 7 RTS 8 CTS 9 Host Computer D sub 9 Pin Male IPB 5000A RS 232C Pin No D sub 9 Pin Female Pin No Host Computer ...

Page 20: ...nt Sensor is slantingly installed like B or C the life of the sensor becomes shorter θ Normal Abnormal θ A C B Abnormal Displacement Sensor Displacement Detecting Plate If Sensor is pressed beyond the range of measurement it results in malfunction The measured value of displacement Is minus or plus In the direction of retraction of the movable part of Displacement Sensor the counted value is plus ...

Page 21: ... WE1 WE2 TR 5 Supply the current for welding e g close Pin No 5 at External Interface in 8 1 6 Display monitored CURR VOLT POWER and RESIST for verifying weld See 4 MONITOR Screen 7 Selection of Several Functions Set the upper and lower limit of CURR VOLT POWER and RESIST for judging Good or No Good of weld See 5 COMPARATOR Screen Set Envelope Waveform for judging Good or No Good of weld See 6 ENV...

Page 22: ...ire press ENTER key to go to the selected screen The numbers of 3 to 9 show the paragraph No in the chapter ３４５６７８９ 3 SCHEDULE Screen Up to 127 weld schedules can be set on IPB 5000A Those schedules are indicated as SCHEDULE 1 to 127 The screen is used to set the SCHEDULE No length of weld time weld current and so on Move the cursor to SCHEDULE and press ENTER key to display SCHEDULE Screen ...

Page 23: ...OL Cooling Time Period during which weld current is suspended between WE1 and WE2 WE2 Weld 2 Time The second weld time for which weld current is supplied HOLD Hold Time Period of time to hold work piece after ceasing weld current c CURR Note Indicates the value of current for control Set it for WE1 and WE2 respectively d VOLT Note Indicates the value of voltage for control Set it for WE1 and WE2 r...

Page 24: ...IPB 5000A 6 Discription of Display Screens 6 4 Constant Voltage Control Constant Current Constant Voltage Combination Control Constant Power Control ...

Page 25: ...nt Voltage Combination Control POWER Constant Power Control b UP SLOPE Set the upslope time to increase the weld current gradually See 9 Time Chart Set it for WE1 and WE2 respectively c DOWN SLOPE Set the downslope time to decrease the weld current gradually See 9 Time Chart Set it for WE1 and WE2 respectively d TRANS Indicates the number of a transformer Works only at the time when Transformer Se...

Page 26: ...ower is green and Resistance is magenta Move the cursor to Function Key a to f to be selected and press ENTER Key to display the desired screen Press one more time ENTER Key to erase the displayed data When displaying data of two or less Function Key When displaying data of three or more a CURR The waveform of Current can be displayed b VOLT The waveform of Voltage can be displayed c POWER The wav...

Page 27: ...ly downward in the extended direction h Pulse Width Monitor The mean value of pulse widths of the supplied pulse current is displayed in the percentage to 100 of the pulse width at the full wave Use Pulse Width Monitor as an indication i Weld Time The period during which weld current is supplied is displayed SETUP Screen a CURRENT Selects PEAK RMS of Current Value b VOLTAGE Selects PEAK RMS of Vol...

Page 28: ...ange is 0 00kA to 9 99kA Switching between PEAK and RMS is possible If the upper limit H is set to 9 99kA and the lower L to 0 00kA no monitoring is done c VOLT Set the upper limit H and lower limit L of the weld voltage for each of WE1 and WE2 The setting range is 0 00V to 9 99V Switching between PEAK and RMS is possible If the upper limit H is set to 9 99V and the lower L to 0 00V no monitoring ...

Page 29: ...d so on Envelope Waveform a a SCHEDULE Input No of SCHEDULE to set the schedule b TYPE Indicates the type of selected standard waveforms CURR VOLT POWER RESIST and DISPLC Only one standard waveform can be selected among the following 8 types of waveform Waveform How to Select Set Current Waveform Press NEW Button next press SCH C Button on the displayed screen From now on the word of Button is omi...

Page 30: ... PASTE Button After changing SCHEDULE to be copied source into new SCHEDULE to be overwritten destination move the cursor to PASTE Button and press ENTER Key to copy the data of Envelope Waveform How to Draw Standard Waveform and ENVELOPE Waveform Here the way how standard waveforms and ENVELOPE waveforms are drawn is described Move the cursor to ENVELOPE on MENU Screen selecting and press ENTER K...

Page 31: ...ENTER Key to draw a standard waveform from a monitored waveform Select CURR Button and press ENTER Key to draw the standard waveform of a current waveform In the case of Voltage Power or Resistance select each button situated on the right side of CURR button and press ENTER Key Select EDIT Button and press ENTER Key to draw Envelope Waveform ...

Page 32: ...ing ON OFF ON should always be selected when using Envelope function If OFF is selected no Envelope function works After setting the above items select RETURN Button and press ENTER Key Select WRITE Button and press ENTER Key to store the setting Here in this step Envelope Waveform has been set When displaying the monitored screen Envelope Waveform will appear Envelope Waveform ...

Page 33: ...just before supplying the weld current and see if work pieces to be welded are correctly positioned by the use of the measured value of current then a TIME Set a weld time If the weld time equals to 0 0ms no PRECHECK is done b VOLT Set a control voltage c COMP CURR HIGH LOW HIGH Set the upper limit of current for PRECHECK LOW Set the lower limit of current for PRECHECK d CURR MONITOR Displays the ...

Page 34: ...ld Stop works at the set voltage value b CONDITION Input the value depending on the setting at a OFF Not displayed DISPLC Input the value of displacement CURR Input current value VOLT Input voltage value c HI Input the upper limit of Weld Time d LOW Input the lower limit of Weld Time e COMP Input the upper limit HI lower limit LOW of a final displacement Works only for Model equipped with Displace...

Page 35: ... work piece only for Sensor equipped No detection of work piece is done in the case that 0 is set to both the upper limit and lower limit For the detection of work piece the position of Sensor where the work piece is set between electrodes is taken as the base point The larger displacement without work piece than the displacement with work piece is detected to judge whether or not the work piece i...

Page 36: ...s included c START SIG TIME Set a delay time defined as the time period which elapses from an input of Start Signal to a beginning of weld sequence The setting can eliminate the chattering movement of a start switch Select the set value among 20ms 10ms 5ms and 1ms If a chattering proof switch can be used shortest Delay Time can be obtained d START SIG HOLD A self sustaining timing at starting can ...

Page 37: ... End signal for 10ms or 100ms HOLD Outputs End or GOOD signal for the period during which 2ND STAGE terminal is closed But if it is closed for 10ms or less the signals are output for 10ms If it is longer than 10ms they are output for the closed period of 2ND STAGE terminal g MONITOR MODE Set the mode of a displayed monitor value EXCLUDE SLOPE Slope period not included INCLUDE SLOPE Slope period al...

Page 38: ...r 1 5 for setting each scan mode when the transformer selector MA 650A is connected Concerning the time chart by settings refer to 9 8 Behavior in TRANS SCAN MODE b COMM CONTROL Selects a communication function OFF No communication DATA OUTPUT One way communication BI DIRECTION Both way communication c COMM MODE Selects a communication mode RS 232C Communication by RS 232C RS 485 Communication by ...

Page 39: ... starting time Neglect of pulse width monitor No pulse width monitor is performed during the Neglect period from the start of current supply h NG OUTPUT Set the mode of NG terminal NORMALLY CLOSE Open at the occurrence of NG NORMALLY OPEN Closed at the occurrence of NG i READY OUTPUT Select the mode of READY terminal WELD ON Ready at Weld On POWER ON Ready at Power On j ERROR Displays ERROR SETTIN...

Page 40: ...f Start Signal is not accepted at the occurrence of NG ON Caution Signal is output The input of Start Signal is accepted even at the occurrence of Caution b BACK Displays STATUS 2 2 Screen of the previous page MISC Screen a USER1 1 00 9 99 It is for testing It cannot be used b DISPLACEMENT SENSOR STEP Input the resolution of Displacement Sensor Ex GS 1630A GS 1613A LGK 110 1 0µm ST1278 0 5µm a b a...

Page 41: ...t in Monitor Counting Manner GOOD WELD Counter counts up WORK Counter counts up increment of 1 when WELD Counter reached the set value CAUTION WELD Counter counts up WORK Counter counts up increment of 1 when WELD Counter reached the set value NG WELD Counter does not count up WELD Counter is reset to 0 zero when NG is reset WORK Counter does not count up Note The period for retaining the memory o...

Page 42: ...lding Transformer ITB 780A6 and peripheral equipments to IPB 5000A referring to the connection way 5 Installation and Connection 2 Turn on the Breaker 3 Press MENU key on Front Panel to display MENU Screen Move the cursor to STATUS and press ENTER Key 4 STATUS Screen is displayed Set the function Move the cursor to the desired item and press key to select the function Set ITB 780A6 to WELD TRANS ...

Page 43: ...lowing page to each place by Key Press NEXT Button to set the values of UP SLOPE and DOWN SLOPE in the following screen Item Value Item Value SCHEDULE 15 UP SLOPE at WE1 2ms SQZ 400ms UP SLOPE at WE2 2ms WE1 20ms DOWN SLOPE at WE1 5ms COOL 2ms DOWN SLOPE at WE2 5ms WE2 20ms CURR at WE1 1kA HOLD 10ms CURR at WE2 2kA 6 For the test of welding press MENU Key on Front Panel select MONITOR and press EN...

Page 44: ...or External Input Output Signal at Rear Panel for setting SCHEDULE 15 10 Set ON Closed circuit to 2ND STAGE Start Input to begin testing the weld The squeeze signal is output and then the weld head begins to squeeze for the weld As the figure on the right is displayed check that the weld schedule is correctly set When confirming the operation check that SQZ Time Squeeze Time is sufficient If weld ...

Page 45: ...31 30 29 28 27 26 25 24 23 22 21 20 19 18 16 17 15 14 13 12 11 10 9 8 6 5 4 3 2 1 7 RY 24VDC 24VDC INT 24V EXT COM STOP 1ST 2ND COM SCH 1 SCH 2 SCH 4 SCH 8 SCH16 SCH32 SCH64 PARITY WE1 STOP COM WELD ON OFF ERROR RESET COM COUNT RESET W INTERRUPT PRG PROTECT COM GOOD NG END CAUTION COUNT UP READY OUT COM OUT COM SOL POWER SOL 1 SOL 2 SOL COM OPTION1 OPTION2 OPTION3 OPTION4 OPTION5 ...

Page 46: ... OUT COM SOL POWER SOL 1 SOL 2 SOL COM OPTION1 OPTION2 OPTION3 OPTION4 OPTION5 1ST 2ND COM SCH 1 SCH 2 SCH 4 SCH 8 SCH16 SCH32 SCH64 PARITY WE1 STOP COM WELD ON OFF ERROR RESET COM COUNT RESET W INTERRUPT PRG PROTECT COM INT 24V EXT COM STOP ＰＬＣ 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 16 17 15 14 13 12 11 9 8 6 5 4 3 2 1 7 10 ...

Page 47: ... SCH 4 SCH 8 SCH16 SCH32 SCH64 PARITY WE1 STOP COM WELD ON OFF ERROR RESET COM COUNT RESET W INTERRUPT PRG PROTECT COM GOOD NG END CAUTION COUNT UP READY OUT COM OUT COM SOL POWER SOL 1 SOL 2 SOL COM OPTION1 OPTION2 OPTION3 OPTION4 OPTION5 24VDC ＰＬＣ 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 16 17 15 14 13 12 11 9 8 6 5 4 3 2 1 7 10 ...

Page 48: ...onnecting to Pin 31 to activate a solenoid valve If so it may result in a trouble 2 When contacts or NPN transistor sink type on PLC is used as an input signal for start or selecting Schedule etc connect Pin 2 to Pin 1 When PNP transistor source type on PLC is used as an input signal for start or selecting Schedule etc connect Pin 2 to COM Terminal on PLC 3 Normally connect Pin 3 to Pin 1 When ope...

Page 49: ...ity Input Terminal This Pin makes it possible to detect a trouble caused by the breaking of a Schedule Select Signal wire Select Pins so that the sum of the numbers of closed Schedule Select Signal wires and a Parity Signal wire may always be odd Refer to 3 Schedule No and Schedule Select Terminal When EXT NP or PANEL is selected in SCHEDULE The function is changed in dependence on the selection o...

Page 50: ...OR PRECHECK and ENVELOPE Screen after a weld sequence has ended or when a trouble occurs in an operation An error output signal NG or Caution can be switched at the setting in 6 9 ERROR SETTING Screen The operation stays stopped at the occurrence of an error until the reset signal is input The output manner can be selected at the setting of NG OUTPUT in 6 9 STATUS 2 2 Screen NORMALLY CLOSE The Pin...

Page 51: ...repare the power supply protected by a fuse 32 Solenoid Valve 1 Output Terminal Closed at inputting of 1ST STAGE The rated capacity of a contact is 120VAC 24VAC DC 0 5A Semi conductor switch used Prepare a solenoid valve with the current capacity of 0 5A or less 33 Solenoid Valve 2 Output Terminal Closed when the sequence works The rated capacity of a contact is 120VAC 24VAC DC 0 5A Semi conductor...

Page 52: ... and Schedule Select Terminals Schedule No SCHEDULE Closed Blank Open SCHEDULE SCH 1 SCH 2 SCH 4 SCH 8 SCH16 SCH32 SCH64 PARITY 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 ...

Page 53: ... 9 Schedule No SCHEDULE Closed Blank Open SCHEDULE SCH 1 SCH 2 SCH 4 SCH 8 SCH16 SCH32 SCH64 PARITY 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 ...

Page 54: ...hedule No SCHEDULE Closed Blank Open SCHEDULE SCH 1 SCH 2 SCH 4 SCH 8 SCH16 SCH32 SCH64 PARITY 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 ...

Page 55: ...od for preparing the supply of weld current 0 4ms max b Monitored Value Computing Time Changes in dependence on Monitor Value Calculation Mode CALCULATION MODE at 6 9 STATUS 1 2 Screen and Communication Setting COMM CONTROL and COMM SPEED at 6 9 STATUS 2 2 Screen In the case of OFF or BI DIRECTION at COMM CONTROL Calculation Mode Setting CALCULATION MODE NORMAL FAST 205ms Max 155ms Max NG Output C...

Page 56: ...uired from the end of END Signal Output for screen displaying It is 355ms Max However it changes in accordance with the type of screens as follows Display Screen Period SCHEDULE 205ms Max MONITOR The next coming signal makes the screen display cancelled in MONITOR Screen 0ms COMPARATOR 220ms Max ENVELOPE 355ms Max PRECHECK 60ms Max CONTROL 55ms Max STATUS 0ms Start Signal Standby Time It is the pe...

Page 57: ...rformed at Schedule 9 In B as only SCH 8 is set to ON weld is at Schedule 8 As SCH 16 and 32 are set to OFF at the timing of determining Schedule they are invalid SCH64 OFF SCH32 OFF SCH16 OFF SCH8 OFF SCH4 OFF SCH2 OFF SCH1 OFF 2ND STAGE OFF Period set at START SIG TIME Ａ OFF OFF OFF ON OFF ON ON SCH64 OFF SCH32 ON SCH16 OFF SCH8 OFF SCH4 OFF SCH2 OFF SCH1 OFF 2ND STAGE OFF Ｂ OFF OFF ON ON OFF OF...

Page 58: ...es to an end even if Start Signal is made open Symbol SQ Squeeze Time RC Resistance Pre check Time CP Resistance Judgment Time 1ms U1 Upslope 1 Time W1 1st Weld Time D1 Downslope 1 Time CO Cool Time U2 Upslope 2 Time W2 2nd Weld Time D2 Downslope 2 Time HO Hold Time a Closed circuit is required until the termination of W2 b Closed circuit is required until the termination of SQ c Closed circuit is...

Page 59: ...ment Time 1ms U1 Upslope 1 Time W1 1st Weld Time D1 Downslope 1 Time CO Cool Time U2 Upslope 2 Time W2 2nd Weld Time D2 Downslope 2 Time HO Hold Time a During the set period 100ms END or GOOD Signal is output regardless of the condition of 2ND STAGE Input b When the period of 2ND STAGE Input is 10ms or less END or GOOD Signal is output for 10ms When the period of 2ND STAGE Input is longer than 10m...

Page 60: ...ite of the input condition of 1ST STAGE SOL2 output works by the Input of 2ND STAGE and is closed from SQ to HO Symbol SQ Squeeze Time RC Resistance Pre check Time CP Resistance Judgment Time 1ms U1 Upslope 1 Time W1 1st Weld Time D1 Downslope 1 Time CO Cool Time U2 Upslope 2 Time W2 2nd Weld Time D2 Downslope 2 Time HO Hold Time a When 1ST STAGE Input is open before the start of a weld sequence S...

Page 61: ...it set in PRECHECK Screen with an error signal NG or Caution generated in the use of PRECHECK Current Supply function W2 W1 HO CO CP RC SQ OFF 2ND STAGE SOL2 Output CAUTION Output NG OUTPUT NG OUTPUT NORMALLY OPEN NG Output NORMALLY CLOSE ON NG Output OFF OFF OFF OFF END Output is not produced Weld Current Sequence is not performed after NG or Caution is generated in PRECHECK ...

Page 62: ...e occasion where NG or CAUTION is produced while current is supplied W2 HO CO W1 CP RC SQ OFF 2ND STAGE SOL2 Output CAUTION Output NG OUTPUT NG OUTPUT NORMALLY OPEN NG Output NORMALLY CLOSE ON NG Output OFF OFF OFF OFF END Output is not produced Sequence is not performed after NG or Caution is produced Weld Current ...

Page 63: ...HEDULE Screen Supposing that SCHEDULE No is 2 SCH2 and Transformer No is 3 TR 3 the time chart where the supply of weld current is started is shown as follows a Transformer Changeover Time 10ms b Time period for computing a monitored value See b Time period for computing a monitored value at 9 1 Fundamental Sequence Because Transformer 3 TR 3 is set for SCHEDULE 2 SCH2 weld current is supplied thr...

Page 64: ...ld current is started is shown as follows As Transformer 1 TR 1 is set for the first SCHEDULE No 2 SCH2 weld current is firstly supplied through the transformer connected to Transformer 1 of Transformer Selector MA 650A and then through Transformer 4 Transformer 5 Transformer 2 and Transformer 3 in turn a Monitored Value Computing Time and Transformer Changeover Time It is the sum of b Monitored V...

Page 65: ...US 330ms 280ms SCHEDULE 430ms 380ms MONITOR 275ms 225ms COMPARATOR 450ms 400ms ENVELOPE 585ms 535ms PRECHECK 290ms 240ms CONTROL 285ms 235ms 19200bps STATUS 275ms 225ms SCHEDULE 400ms 350ms MONITOR 245ms 195ms COMPARATOR 420ms 370ms ENVELOPE 555ms 505ms PRECHECK 260ms 210ms CONTROL 255ms 205ms 38400bps STATUS 245ms 195ms 1 2 Setting As same as in 1 5 Setting firstly weld current is supplied on the...

Page 66: ...Weld Current Supplied When the errors of Upper Limit H and Lower Limit L of the weld current voltage power and resistance are set as the setting of NG the equipment stops by the NG Signal at the occurrence of the errors When the errors of them are set as the setting of CAUTION the CAUTION Signal is generated after completing all the supply of weld current Concerning the errors of CAUTION when the ...

Page 67: ...t to 1st Weld Stop to set the displacement WE1 DINPUT at 6 8 CONTROL Screen and the displacement sensor arrives at the set displacement e at the above figure 1st Weld is stopped to make the sequence move to the next cool time CO c 2nd Weld Stop W2 When the displacement weld stop DISPLC is set to 2nd Weld Stop to set the displacement WE1 DINPUT at 6 8 CONTROL Screen and the displacement sensor arri...

Page 68: ...nd of status data 2 Data Transmission Item Content Transmission Mode Select either of the followings at STATUS Screen RS 485 Asynchronous Half Duplex RS 232C Transmission Rate Select either of the followings at STATUS Screen 9600 19200 38400 bps Data Format Start bit 1 Data bit 8 Stop bit 1 Parity bit Even Character Code ASCII Checksum Data None Connector D Sub 9 pins Pin Position In RS 485 4 SG 6...

Page 69: ...er to more than one device If one number is assigned to more than one device data collision and inappropriate system operations may result Note 3 The RS 232C RS 485 conversion adapter is not included in the accessories It is required to prepare the adapter at customer s side RS 232C Only a device can be connected Host computer Device No 1 Device No 2 Device No 31 RS 232C RS 485 RS 232C RS 485 Conv...

Page 70: ... 6 00 kA J Monitor Current of WE2 PEAK Fixed to 4 digits 0 00 to 6 00 kA K Monitor Voltage of WE2 RMS Fixed to 4 digits 0 00 to9 99 V L Monitor Voltage of WE2 PEAK Fixed to 4 digits 0 00 to9 99 V M Monitor Power of WE2 Fixed to 4 digits 00 0 to20 0 kW N Monitor Resistance of WE2 Fixed to 4 digits 00 0 to99 9 mΩ O Final Displacement Fixed to 7 digits 29 999 to 29 999 mm P Weld Time of WE1 Fixed to ...

Page 71: ... 1 and ROM Version V00 00A From Host PC to IPB 5000A ID1 ID2 I CR LF 0 1 I CR LF From IPB 5000A to Host PC ID1 ID2 IPB5000A ROM Version CR LF 0 1 I P B 5 0 0 0 A V 0 0 0 0 A CR LF Note When is set for both ID1 and ID2 all connected devices respond In the case that all devices respond the time lag of response is 100ms multiplied by ID No Device No Reading of Schedule Data Device No R Schedule No 2 ...

Page 72: ...set the last data before setting is exactly returned Reading of Specified Item Device No R Schedule No Specified Code 4 Example Read 2nd Weld Time WE2 23ms on Schedule No 31 in Device No 01 From Host PC to IPB 5000A ID1 ID2 R SH1 SH2 SH3 CD1 CD2 CD3 CR LF 0 1 R 0 3 1 T 0 7 CR LF From IPB 5000A to Host PC ID1 ID2 SH1 SH2 SH3 データ CR LF 0 1 0 3 1 T 0 7 0 2 3 0 m s CR LF Setting of Specified Data Devi...

Page 73: ...1 R P 0 3 0 1 CR LF From IPB 5000A to Host PC ID1 ID2 CD1 CD2 CD3 Data CR LF 0 1 P 0 3 0 1 CR LF Reading of monitor data in specified range Device No Specifying of Range 8 Example Read monitor data from No 0001 to 0013 in Device No 01 From Host PC to IPB 5000A ID1 ID2 Start No End No CR LF 0 1 0 0 0 1 0 0 1 3 CR LF From IPB 5000A to Host PC ID1 ID2 Start No End No Data CR LF 0 1 0 0 0 1 0 0 1 3 Da...

Page 74: ...n 10 7 No Description of Command Code Error Reset Device No R E00 10 Example Release troubles in Device No 01 From Host PC to IPB 5000A ID1 ID2 R E 0 0 CR LF 0 1 R E 0 0 CR LF From IPB 5000A to Host PC ID1 ID2 E 9 9 0 0 CR LF 0 1 E 9 9 0 0 CR LF ...

Page 75: ... nn WE1 Current Setting 0 20 to 6 00 0 01kA 11 n nn WE2 Current Setting 0 20 to 6 00 0 01kA 12 n nn WE1 Voltage Setting 0 30 to 9 99 0 01V 13 n nn WE2 Voltage Setting 0 30 to 9 99 0 01V 14 nn n WE1 Power Setting 00 2 to 20 0 0 01kW 15 nn n WE2 Power Setting 00 2 to 20 0 0 01kW 16 n Transformer No 1 to 5 17 nn Control Method in WE1 00 to 03 18 nn Control Method in WE2 00 to 03 00 CURR 01 VOLT 02 CO...

Page 76: ...Setting 00 ON at Weld ON 01 ON at Power ON 13 nn Monitor Value Calculation Mode 00 High Rate Sampling 01 Low Rate Sampling Faster Tact Time Order Table of Monitor Data Most Recent Monitor Value Order Output Data n 0 to 9 Content 1 n nnkA WE1 Monitor Current Peak Value 2 n nnkA WE2 Monitor Current Peak Value 3 n nnV WE1 Monitor Voltage Peak Value 4 n nnV WE2 Monitor Voltage Peak Value 5 nn nkW WE1 ...

Page 77: ... Power H Specified Code Item Range of Setting Increment Decrement H01 WE1 Current Setting 0 20kA to 6 00kA 0 01kA H02 WE2 Current Setting 0 20kA to 6 00kA 0 01kA H04 WE1 Voltage Setting 0 50V to 9 99V 0 01V H05 WE2 Voltage Setting 0 50V to 9 99V 0 01V H06 WE1 Power Setting 00 2kW to 20 0kW 0 1kW H07 WE2 Power Setting 00 2kW to 20 0kW 0 1kW H21 Precheck Voltage Setting 0 00V to 9 99V 0 01V 3 Settin...

Page 78: ...t Upper Limit 0 00kA to 9 99kA 0 01kA N43 Resistance Precheck Monitor Current Lower Limit 0 00kA to 9 99kA 0 01kA N70 Setting of Current PEAK RMS 0 PEAK 1 RMS N72 Setting of Voltage PEAK RMS 0 PEAK 1 RMS N73 Displacement Delay Time 0 to 999ms N74 Workpiece Detect Upper Limit N75 Workpiece Detect Lower Limit 29 999 to 29 999mm 0 001mm Note The symbol means Ω 4 Reading of Monitor Judgment Results J ...

Page 79: ...or Voltage RMS Value n nnV M33 WE2 Monitor Voltage RMS Value n nnV M65 Work Detecting Displacement nn nnnmm Note The symbol means Ω 6 Reading of Items relating with Envelop V Specified Code Item Contents V00 Envelop Type 0 Current 1 Voltage 2 Power 3 Resistance 4 Displacement V01 Interval Start Time nnnnnms V02 Interval End Time nnnnnms V03 Offset Upper Limit n nnkA n nnV nn nkW nn nm nn nnnmm Not...

Page 80: ... Weld ON OFF 00 Weld Off 01 Weld ON P40 Weld Transformer 00 ITE 142A6 01 ITD 360A6 02 ITB 780A6 P41 Monitor Value Display Mode 00 Slope Time Excluded 01 Slope Time Includes P43 Transformer Scan Mode 00 OFF 01 ON 02 1 2 03 1 3 04 1 4 05 1 5 P45 No current Monitor Start Time 00 to 10 Dimension ms Eliminated P46 Pulse Width Monitor Start Time 00 to 10 Dimension ms Eliminated P47 NG Terminal Mode Sett...

Page 81: ...0 W1 Control Mode Q01 W2 Control Mode 00 Constant Current 01 Constant Voltage 02 COMBI 03 Constant Power Q02 Selection of W1 Weld Stop Input Q03 Selection of W2 Weld Stop Input 00 OFF 01 Displacement 02 Current 03 Voltage Q04 W1 Weld Stop Condition Q05 W2 Weld Stop Condition n nnkA n nnV nn nnnmm ...

Page 82: ...s 0 2ms ea PRECHECK Judgment CP 1ms Fixed Upslope 1 U1 000 0 to 500 0ms 0 2ms ea Weld Time 1 W1 000 0 to 500 0ms 0 2ms ea Downslope 1 D1 000 0 to 500 0ms 0 2ms ea Cool Time CO 00 0 to 99 8ms 0 2ms ea Upslope 2 U2 000 0 to 500 0ms 0 2ms ea Weld Time 2 W2 000 0 to 500 0ms 0 2ms ea Downslope 2 D2 000 0 to 500 0ms 0 2ms ea Hold Time HO 000 to 999ms 1ms ea Upslope and Downslope are included in Weld Tim...

Page 83: ...WORK Count is counted up 1 increment When the monitored value is judged as No Good Count up is not performed WELD Counter Pre set Setting Range 00 to 99 WORK Counter Pre set Setting Range 000000 to 999999 Note The period for retaining the memory of counted numbers is approximately 10 days since the day when a power supply is turned off at latest Start Signal Stabilizing Period Set at START SIG TIM...

Page 84: ...arting Time of detecting No Current or No Voltage Set at NO CURR MONITOR START 00 to 10ms Starts to detect No Current or Voltage after the set period Pulse Monitoring Start Time Set at PW MONITOR START 00 to 10ms Starts the pulse monitoring after the set period NG Output Setting Set at NG OUTPUT NORMALLY CLOSE Closed with Power Supply turned on and open with NG generated NORMALLY OPEN Closed with ...

Page 85: ...00mm Max Displacement Measurement Accuracy 15µm Displacement Sensor Option GS 1630A manufactured by Ono Sokki Co Ltd GS 1613A manufactured by Ono Sokki Co Ltd LGK 110 manufactured by Mitsutoyo Corp ST1278 manufactured by HAIDENHAIN An optional conversion cable is necessary Displacement Monitor Setting Range Upper Lower Limit Setting Range of Final Displacement 29 999mm to 29 999mm 0 001mm ea Delay...

Page 86: ... min 110 10 No of Cores 4 115 15 Cable Dia 25 mm max CE Marking Compliant 120 20 Compliance Standard Conductor VDE0812 0281 Insulation VDE0250 0281 Output Cables PK 01856 If a customer procures the cable by oneself prepare it in accordance with the following right hand specifications Type Branch No Length m Specifications of Standard Cable 002 2 Rated Voltage 600VAC min 005 5 Section Area 8mm2 min...

Page 87: ...nsor Conversion Cables Item Branch No Length m 002 2 005 5 SENS Cable SK 05741 010 10 Item Branch No Length m 001 1 Start Cable A 03081 002 3 Item Manufacturer GS 1630A GS 1613A ONO SOKKI Co Ltd LGK 110 Mitsutoyo Corp ST1278 HAIDENHAIN Item Application A 06037 001 LGK 110 Mitsutoyo A 06037 002 ST1278 HAIDENHAIN ...

Page 88: ...ata return to values on the factory shipment after displaying the message of Initializing Please wait a moment Re set the values on record It takes approximately 10s to initialize the memory Do not turn off power for the period If E 02 MEMORY ERROR is displayed again repair is required Contact Miyachi Corp E 03 OVER HEAT Temperature rises inside IPB 5000A and thermostat for power element inside po...

Page 89: ...rent at the start of current flow by that setting This error does not happen when CURR is set at CONTROL setting in STATUS Screen E 11 PARITY ERROR Sum of numbers of closed Schedule Select Signal wires and a Parity Signal wire is not odd Select and close Parity Signal so that the sum of the numbers of closed Schedule Select Signal wires and a Parity Signal wire can be odd This error happens only w...

Page 90: ...of lower limit set at COMPARATOR Screen Check work pieces welder and welding power supply voltage Check range set at COMPARATOR Screen E 20 RESIST ERROR HIGH Measured resistance across electrodes is out of upper limit set at COMPARATOR Screen Check work pieces welder and welding power supply voltage Check range set at COMPARATOR Screen E 21 RESIST ERROR LOW Measured resistance across electrodes is...

Page 91: ...e is out of upper limit set at CONTROL Screen Check work pieces welder and welding power supply voltage Check weld stop setting in CONTROL Screen and weld stop input in external interface Check range set at CONTROL Screen E 29 WELD TIME ERROR LOW Measured weld time is out of lower limit set at CONTROL Screen Check work pieces welder and welding power supply voltage Check weld stop setting in CONTR...

Page 92: ...0A 13 Outline Drawing 13 1 13 Outline Drawing 1 IPB 5000A 00 00 01 03 04 Dimensions in mm P OW E R S T A R T I PB 500 0A CURSOR WELD MENU RESET ENTER WELDING P OWER SUPPL Y 60 4 M4 130 275 390 128 172 260 269 ...

Page 93: ... 5000A 13 Outline Drawing 13 2 2 IPB 5000A 00 02 05 Dimensions in mm 4 M4 390 130 275 WELD ING P OWER SUPPL Y E N T E R R E S E T M E N U W E L D C U R S O R I P B 5 0 0 0 A START POWER 60 128 172 260 349 ...

Page 94: ...Table 1 Weld SCHEDULE Setting TRANS WE2 DOWN SLOPE WE1 WE2 UP SLOPE WE1 WE2 CONTROL WE1 WE2 POWER WE1 WE2 VOLT WE1 WE2 CURR WE1 HOLD WE2 COOL WE1 SQ ITEM SCH SCH1 SCH2 SCH3 SCH4 SCH5 SCH6 SCH7 SCH8 SCH9 SCH10 SCH11 SCH12 SCH13 SCH14 SCH15 SCH16 SCH17 SCH18 ...

Page 95: ...2 TRANS WE2 DOWN SLOPE WE1 WE2 UP SLOPE WE1 WE2 CONTROL WE1 WE2 POWER WE1 WE2 VOLT WE1 WE2 CURR WE1 HOLD WE2 COOL WE1 SQ ITEM SCH SCH19 SCH20 SCH21 SCH22 SCH23 SCH24 SCH25 SCH26 SCH27 SCH28 SCH29 SCH30 SCH31 SCH32 SCH33 SCH34 SCH35 SCH36 ...

Page 96: ...3 TRANS WE2 DOWN SLOPE WE1 WE2 UP SLOPE WE1 WE2 CONTROL WE1 WE2 POWER WE1 WE2 VOLT WE1 WE2 CURR WE1 HOLD WE2 COOL WE1 SQ ITEM SCH SCH37 SCH38 SCH39 SCH40 SCH41 SCH42 SCH43 SCH44 SCH45 SCH46 SCH47 SCH48 SCH49 SCH50 SCH51 SCH52 SCH53 SCH54 ...

Page 97: ...4 TRANS WE2 DOWN SLOPE WE1 WE2 UP SLOPE WE1 WE2 CONTROL WE1 WE2 POWER WE1 WE2 VOLT WE1 WE2 CURR WE1 HOLD WE2 COOL WE1 SQ ITEM SCH SCH55 SCH56 SCH57 SCH58 SCH59 SCH60 SCH61 SCH62 SCH63 SCH64 SCH65 SCH66 SCH67 SCH68 SCH69 SCH70 SCH71 SCH72 ...

Page 98: ...5 TRANS WE2 DOWN SLOPE WE1 WE2 UP SLOPE WE1 WE2 CONTROL WE1 WE2 POWER WE1 WE2 VOLT WE1 WE2 CURR WE1 HOLD WE2 COOL WE1 SQ ITEM SCH SCH73 SCH74 SCH75 SCH76 SCH77 SCH78 SCH79 SCH80 SCH81 SCH82 SCH83 SCH84 SCH85 SCH86 SCH87 SCH88 SCH89 SCH90 ...

Page 99: ...ANS WE2 DOWN SLOPE WE1 WE2 UP SLOPE WE1 WE2 CONTROL WE1 WE2 POWER WE1 WE2 VOLT WE1 WE2 CURR WE1 HOLD WE2 COOL WE1 SQ ITEM SCH SCH91 SCH92 SCH93 SCH94 SCH95 SCH96 SCH97 SCH98 SCH99 SCH100 SCH101 SCH102 SCH103 SCH104 SCH105 SCH106 SCH107 SCH108 ...

Page 100: ...DOWN SLOPE WE1 WE2 UP SLOPE WE1 WE2 CONTROL WE1 WE2 POWER WE1 WE2 VOLT WE1 WE2 CURR WE1 HOLD WE2 COOL WE1 SQ ITEM SCH SCH109 SCH110 SCH111 SCH112 SCH113 SCH114 SCH115 SCH116 SCH117 SCH118 SCH119 SCH120 SCH121 SCH122 SCH123 SCH124 SCH125 SCH126 SCH127 ...

Page 101: ... HI LO SCH1 SCH28 SCH2 SCH29 SCH3 SCH30 SCH4 SCH31 SCH5 SCH32 SCH6 SCH33 SCH7 SCH34 SCH8 SCH35 SCH9 SCH36 SCH10 SCH37 SCH11 SCH38 SCH12 SCH39 SCH13 SCH40 SCH14 SCH41 SCH15 SCH42 SCH16 SCH43 SCH17 SCH44 SCH18 SCH45 SCH19 SCH46 SCH20 SCH47 SCH21 SCH48 SCH22 SCH49 SCH23 SCH50 SCH24 SCH51 SCH25 SCH52 SCH26 SCH53 SCH27 SCH54 ...

Page 102: ...CH57 SCH86 SCH58 SCH87 SCH59 SCH88 SCH60 SCH89 SCH61 SCH90 SCH62 SCH91 SCH63 SCH92 SCH64 SCH93 SCH65 SCH94 SCH66 SCH95 SCH67 SCH96 SCH68 SCH97 SCH69 SCH98 SCH70 SCH99 SCH71 SCH100 SCH72 SCH101 SCH73 SCH102 SCH74 SCH103 SCH75 SCH104 SCH76 SCH105 SCH77 SCH106 SCH78 SCH107 SCH79 SCH108 SCH80 SCH109 SCH81 SCH110 SCH82 SCH111 SCH83 SCH112 ...

Page 103: ...00A 14 Schedule Data Table 14 10 COMP CURR COMP CURR ITEM SCH TIME VOLT HI LO ITEM SCH TIME VOLT HI LO SCH113 SCH121 SCH114 SCH122 SCH115 SCH123 SCH116 SCH124 SCH117 SCH125 SCH118 SCH126 SCH119 SCH127 SCH120 ...

Page 104: ...MPARATOR Setting LO WE2 HI LO RESIST WE1 HI LO WE2 HI LO POWER WE1 HI RMS PEAK LO WE2 HI LO VOLT WE1 HI RMS PEAK LO WE2 HI LO CURR WE1 HI ITEM SCH SCH1 SCH2 SCH3 SCH4 SCH5 SCH6 SCH7 SCH8 SCH9 SCH10 SCH11 SCH12 SCH13 SCH14 SCH15 SCH16 SCH17 SCH18 ...

Page 105: ...2 LO WE2 HI LO RESIST WE1 HI LO WE2 HI LO POWER WE1 HI RMS PEAK LO WE2 HI LO VOLT WE1 HI RMS PEAK LO WE2 HI LO CURR WE1 HI ITEM SCH SCH19 SCH20 SCH21 SCH22 SCH23 SCH24 SCH25 SCH26 SCH27 SCH28 SCH29 SCH30 SCH31 SCH32 SCH33 SCH34 SCH35 SCH36 ...

Page 106: ...3 LO WE2 HI LO RESIST WE1 HI LO WE2 HI LO POWER WE1 HI RMS PEAK LO WE2 HI LO VOLT WE1 HI RMS PEAK LO WE2 HI LO CURR WE1 HI ITEM SCH SCH37 SCH38 SCH39 SCH40 SCH41 SCH42 SCH43 SCH44 SCH45 SCH46 SCH47 SCH48 SCH49 SCH50 SCH51 SCH52 SCH53 SCH54 ...

Page 107: ...4 LO WE2 HI LO RESIST WE1 HI LO WE2 HI LO POWER WE1 HI RMS PEAK LO WE2 HI LO VOLT WE1 HI RMS PEAK LO WE2 HI LO CURR WE1 HI ITEM SCH SCH55 SCH56 SCH57 SCH58 SCH59 SCH60 SCH61 SCH62 SCH63 SCH64 SCH65 SCH66 SCH67 SCH68 SCH69 SCH70 SCH71 SCH72 ...

Page 108: ...5 LO WE2 HI LO RESIST WE1 HI LO WE2 HI LO POWER WE1 HI RMS PEAK LO WE2 HI LO VOLT WE1 HI RMS PEAK LO WE2 HI LO CURR WE1 HI ITEM SCH SCH73 SCH74 SCH75 SCH76 SCH77 SCH78 SCH79 SCH80 SCH81 SCH82 SCH83 SCH84 SCH85 SCH86 SCH87 SCH88 SCH89 SCH90 ...

Page 109: ...WE2 HI LO RESIST WE1 HI LO WE2 HI LO POWER WE1 HI RMS PEAK LO WE2 HI LO VOLT WE1 HI RMS PEAK LO WE2 HI LO CURR WE1 HI ITEM SCH SCH91 SCH92 SCH93 SCH94 SCH95 SCH96 SCH97 SCH98 SCH99 SCH100 SCH101 SCH102 SCH103 SCH104 SCH105 SCH106 SCH107 SCH108 ...

Page 110: ...O RESIST WE1 HI LO WE2 HI LO POWER WE1 HI RMS PEAK LO WE2 HI LO VOLT WE1 HI RMS PEAK LO WE2 HI LO CURR WE1 HI ITEM SCH SCH109 SCH110 SCH111 SCH112 SCH113 SCH114 SCH115 SCH116 SCH117 SCH118 SCH119 SCH120 SCH121 SCH122 SCH123 SCH124 SCH125 SCH126 SCH127 ...

Page 111: ...TECT HI DELAY TIME LO DISPLACEMENT COMP HI LO WE2 HI LO WELD TIME WE1 HI WE2 CONDITION WE1 WE2 WELD STOP INPUT WE1 ITEM SCH SCH1 SCH2 SCH3 SCH4 SCH5 SCH6 SCH7 SCH8 SCH9 SCH10 SCH11 SCH12 SCH13 SCH14 SCH15 SCH16 SCH17 SCH18 Only for model with displacement sensor Option ...

Page 112: ...TIME LO DISPLACEMENT COMP HI LO WE2 HI LO WELD TIME WE1 HI WE2 CONDITION WE1 WE2 WELD STOP INPUT WE1 ITEM SCH SCH19 SCH20 SCH21 SCH22 SCH23 SCH24 SCH25 SCH26 SCH27 SCH28 SCH29 SCH30 SCH31 SCH32 SCH33 SCH34 SCH35 SCH36 Only for model with displacement sensor Option ...

Page 113: ...TIME LO DISPLACEMENT COMP HI LO WE2 HI LO WELD TIME WE1 HI WE2 CONDITION WE1 WE2 WELD STOP INPUT WE1 ITEM SCH SCH37 SCH38 SCH39 SCH40 SCH41 SCH42 SCH43 SCH44 SCH45 SCH46 SCH47 SCH48 SCH49 SCH50 SCH51 SCH52 SCH53 SCH54 Only for model with displacement sensor Option ...

Page 114: ...TIME LO DISPLACEMENT COMP HI LO WE2 HI LO WELD TIME WE1 HI WE2 CONDITION WE1 WE2 WELD STOP INPUT WE1 ITEM SCH SCH55 SCH56 SCH57 SCH58 SCH59 SCH60 SCH61 SCH62 SCH63 SCH64 SCH65 SCH66 SCH67 SCH68 SCH69 SCH70 SCH71 SCH72 Only for model with displacement sensor Option ...

Page 115: ...TIME LO DISPLACEMENT COMP HI LO WE2 HI LO WELD TIME WE1 HI WE2 CONDITION WE1 WE2 WELD STOP INPUT WE1 ITEM SCH SCH73 SCH74 SCH75 SCH76 SCH77 SCH78 SCH79 SCH80 SCH81 SCH82 SCH83 SCH84 SCH85 SCH86 SCH87 SCH88 SCH89 SCH90 Only for model with displacement sensor Option ...

Page 116: ... LO DISPLACEMENT COMP HI LO WE2 HI LO WELD TIME WE1 HI WE2 CONDITION WE1 WE2 WELD STOP INPUT WE1 ITEM SCH SCH91 SCH92 SCH93 SCH94 SCH95 SCH96 SCH97 SCH98 SCH99 SCH100 SCH101 SCH102 SCH103 SCH104 SCH105 SCH106 SCH107 SCH108 Only for model with displacement sensor Option ...

Page 117: ...LACEMENT COMP HI LO WE2 HI LO WELD TIME WE1 HI WE2 CONDITION WE1 WE2 WELD STOP INPUT WE1 ITEM SCH SCH109 SCH110 SCH111 SCH112 SCH113 SCH114 SCH115 SCH116 SCH117 SCH118 SCH119 SCH120 SCH121 SCH122 SCH123 SCH124 SCH125 SCH126 SCH127 Only for model with displacement sensor Option ...

Page 118: ...MM MODE COMM UNIT COMM SPEED NO CURR MONITOR START PW MONITOR START NG OUTPUT READY OUTPUT ERROR SETTING E08 NO CURRENT E09 NO VOLTAGE E16 E17 OUT LIMIT OF CURR E18 E19 OUT LIMIT OF VOLT E20 E21 OUT LIMIT OF POWER E22 E23 OUT LIMIT OF RESIST E26 E27 OUT LIMIT OF DISPLC E28 E29 OUT LIMIT OF TIME E15 E30 WORK CHECK ERROR MISC TRANS USER1 DISPLACEMENT SENSOR STEP COUNTER PRESET TOTAL GOOD PRESET WORK...

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