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PART 1 – SYSTEM OVERVIEW 

 

27 

Lifter 4 Hot un-switched output 

Un-switched 24 V max AC Line, 50/60 Hz, max 2 A 
See note above. 

32 

Lifter 4 Neutral un-switched output 

Un-switched 24 V max AC Neutral, 50/60 Hz, max 2 A 
See note above. 

37 

Chassis Ground 

18 AWG wire 

36 

Lifter 5 up switched output 

Switched 24 V max AC, 50/60 Hz, 2 A max. 
See note above. 

35 

Lifter 5 down switched output 

Switched 24 V max AC, 50/60 Hz, 2 A max. 
See note above. 

31 

Lifter 5 Hot un-switched output 

Un-switched 24 V max AC Line, 50/60 Hz, max 2 A 
See note above. 

30 

Lifter 5 Neutral un-switched output 

Un-switched 24 V max AC Neutral, 50/60 Hz, max 2 A 
See note above. 

34 

Chassis Ground  

18 AWG wire 

29 

Lifter 6 up switched output 

Switched 24 V max AC, 50/60 Hz, 2 A max. 
See note above. 

23 

Lifter 6 down switched output 

Switched 24 V max AC, 50/60 Hz, 2 A max. 
See note above. 

24 

Lifter 6 Hot un-switched output 

Un-switched 24 V max AC Line, 50/60 Hz, max 2 A 
See note above. 

17 

Lifter 6 Neutral un-switched output 

Un-switched 24 V max AC Neutral, 50/60 Hz, max 2 A 
See note above. 

16 

Chassis Ground 

18 AWG wire 

19 

Input for External AC Lifter supply – 
Hot 

24 V max AC, 50/60 Hz, or 24 V max DC 
6.3 A max.  See note above. 

20 

Input for External AC Lifter supply – 
Neutral 

24 V max AC, 50/60 Hz, or 24 V max DC 
6.3 A max.  See note above. 

 

 
 
 

 
 

 
 
 

 
 

 
 

Summary of Contents for 1100 CD

Page 1: ... BURNY REPLICATOR 1100 CCD Operation and Maintenance Manual CE Compliant Revision 7 July 2000 AO 70160 0 A ...

Page 2: ...lectronic medium or machine readable format without explicit written permission fromCLEVELAND MOTION CONTROLS INC Cleveland Motion Controls Inc 7550 Hub Parkway Cleveland Ohio 44125 5794 Telephone 216 524 8800 Fax 216 642 2199 Copyright 2000 Cleveland Motion Controls Inc All Rights Reserved ...

Page 3: ...NTROLS 24 2 3 MANUAL MODE 26 2 3 1 DESCRIPTION 26 2 3 2 DETAILS 26 2 4 REPLICATOR CCD TRACER OPERATION 27 2 4 1 INTRODUCTION 27 2 4 2 LOCATING THE TEMPLATE 27 2 4 2 MOVING TO START POSITION 27 2 4 3 SETTING THE TRACER PANEL CONTROLS 27 2 4 4 SETTING THE TRACER FUNCTION KEYS 28 2 4 5 MAKING THE PIERCE 31 2 4 5 STARTING LEADIN 31 2 4 6 STOP THE MOTION 31 PART 3 INSTALLATION AND MAINTENANCE 33 3 1 IN...

Page 4: ...1 4 2 2 LOGIC BOARD ADJUSTMENTS 42 4 2 3 MAXIMUM SPEED SETTING 43 4 2 4 CAMERA ROTATION ADJUSTMENT 47 4 2 5 SPECIAL KEY FUNCTIONS 50 4 3 120W PWM DRIVE CALIBRATION 51 4 3 1 POWER SUPPLY ADJUSTMENTS 51 4 3 2 SERVO DRIVE ADJUSTMENTS 51 4 3 3 JUMPER SETTINGS I O assembly MO 10773 or MO 12565 52 PART 5 INDEX 55 PART 6 REPLACEMENT ITEMS 57 6 1 REPLACEMENT ASSEMBLIES 57 6 2 REPLACEMENT PARTS 59 PART 7 D...

Page 5: ...0 CCD can be configured for external two axis and three axis drive synchronized servo amplifier applications The optical scanner tracing head is normally mounted vertically allowing it to trace a horizontal template The template can be either a line or a silhouette edge type The tracing head automatically follows the edge of this template and transmits optical information to the logic card that is...

Page 6: ...system is ideally suited for small and medium size cutting machines It can scan and follow either line drawings or contrasting edge patterns The Replicator CCD features automatic lead in and lock on in the direction of travel desired This canbe either clockwise or counter clockwise around the template This is possible with either a line or silhouette template In either the tracing mode or the jog ...

Page 7: ...d on drives selected machine weight and stability LEADIN SPEED Cannot exceed one third of maximum machine speed Can be adjused lower with Speed Pot PATTERN TEMPLATE EDGE MODE White background with black line width of 1 0 mm 0 040 in recommended Minimum of 0 7 mm 0 028 in or black and white silhouette edge mode only PATTERN TEMPLATE CENTERLINE White background with black solid line of width 0 7 mm ...

Page 8: ...atings PIN DESCRIPTION RATINGS 1 Line HOT input for Replicator power supply 115 or 230 V max AC 50 60 Hz 1 6 A max protected by FU1 on rear panel CAUTION Set internal jumper according to voltage to be used 5 Line NEUTRAL input Neutral connection for pin 1 ac power 6 Chassis Ground 18 AWG wire ...

Page 9: ...t 24 V max AC 50 60 Hz or 24 V max DC 2A max but on same 6 3 A fuse FU2 with 7 other solenoid outputs 10 Lo Preheat Solenoid Output 24 V max AC 50 60 Hz or 24 V max DC 2 A max but on same 6 3 A fuse FU2 with 7 other solenoid outputs 16 Ignite Solenoid Output 24 V max AC 50 60 Hz or 24 V max DC 2 A max but on same 6 3 A fuse FU2 with 7 other solenoid outputs 20 First Stage Cut Oxygen Solenoid Outpu...

Page 10: ... max See note above 3 Lifter 2 down switched output Switched 24 V max AC 50 60 Hz 2 A max See note above 7 Lifter 2 Hot un switched output Un switched 24 V max AC Line 50 60 Hz max 2 A See note above 8 Lifter 2 Neutral un switched output Un switched 24 V max AC Neutral 50 60 Hz max 2 A See note above 4 Chassis Ground 18 AWG wire 9 Lifter 3 up switched output Switched 24 V max AC 50 60 Hz 2 A max S...

Page 11: ...Neutral un switched output Un switched 24 V max AC Neutral 50 60 Hz max 2 A See note above 34 Chassis Ground 18 AWG wire 29 Lifter 6 up switched output Switched 24 V max AC 50 60 Hz 2 A max See note above 23 Lifter 6 down switched output Switched 24 V max AC 50 60 Hz 2 A max See note above 24 Lifter 6 Hot un switched output Un switched 24 V max AC Line 50 60 Hz max 2 A See note above 17 Lifter 6 N...

Page 12: ...X 12383 REPLICATOR 1100 for AC lifters RMTR connector I O ratings PIN DESCRIPTION RATINGS 3 5 Clutch Switch on front panel 24 V max AC or DC 3 A max 2 8 Rail Axis Motor 30 VDC 4 A 1 4 Rail Axis Tach 20 V 5 mA Max 6 Input for limit switch 10 mA required to pull the 24VDC input to ground 7 Input common for limit switches 25 mA to be used as common for pins 6 and 9 9 Input for limit switch 10 mA requ...

Page 13: ...ector I O ratings PIN DESCRIPTION RATINGS 1 Line HOT input for Replicator power supply 115 or 230 V max AC 50 60 Hz 1 6 A max CAUTION Set internal jumper according to voltage to be used 5 Line NEUTRAL input Neutral connection for pin 1 ac power 6 Chassis Ground 18 AWG wire ...

Page 14: ...4 V max AC 50 60 Hz or 24 V max DC 2 A max but on same 6 3 A fuse with 7 other solenoid outputs 10 Lo Preheat Solenoid Output 24 V max AC 50 60 Hz or 24 V max DC 2 A max but on same 6 3 A fuse with 7 other solenoid outputs 16 Ignite Solenoid Output 24 V max AC 50 60 Hz or 24 V max DC 2 A max but on same 6 3 A fuse with 7 other solenoid outputs 20 First Stage Cut Oxygen Solenoid Output 24 V max AC ...

Page 15: ...output 24 VDC 1 A See note above 7 DC Lifter supply Same as pin 19 except fused by FU3 8 DC Lifter supply Same as pin 20 except fused by FU3 4 Chassis Ground 18 AWG wire 9 Lifter 3 up output 24 VDC 1 A See note above 15 Lifter 3 down output 24 VDC 1 A See note above 14 DC Lifter supply Same as pin 19 except fused by FU3 21 DC Lifter supply Same as pin 20 except fused by FU3 22 Chassis Ground 18 AW...

Page 16: ...AC 2 A 7 8 Height Sensor Disable relay normally open contacts 30 VDC or 230 VAC 2 A 7 9 Height Sensor Disable relay normally closed contacts 30 VDC or 230 VAC 2 A 15 Arc On Sense input 24 115 V DC or AC 30 mA max 16 Arc On Sense input 115 230 V DC or AC 30 mA max 14 Arc On Sense input Return for signal of pin 15 or 16 MYX 12384 REPLICATOR 1100 for DC lifters RMTR connector I O ratings PIN DESCRIPT...

Page 17: ...itch on front panel 24 V max 3 A max 2 8 Cross axis Motor 30 VDC 4 A 1 4 Cross Axis Tach 20 V 5 mA Max 6 Input for limit switch 10 mA required to pull the 24 VDC input to ground 7 Input common for limit switches 25 mA to be used as common for pins 6 and 9 9 Input for limit switch 10 mA required to pull the 24 VDC input to ground ...

Page 18: ...tracing regarding both accuracy and reliability 1 3 2 INSTRUCTIONS FOR TEMPLATE PREPARATION SHAPE A line template usually has the same size and shape as the part or hole to be cut at the outside edge of the template or along the centerline of the template In edge mode tracing with the Tracer Kerfpot set to zero the center of the tracing head and the center of the torch follow the outside edge of t...

Page 19: ...in Part 2 The corner slowdown speed is set using the Corner Speed pot but is never greater than the speed set by the Run Speed pot and the High Low Off Speed switch AUTOMATIC CORNER SLOWDOWN When the Automatic Corner Slowdown mode is active the tracer will slowdown under certain template conditions Typically these conditions are when the tracer approaches 1 Any radius of 8 mm 5 16 or less 2 Any co...

Page 20: ...Figure 1 3 Slowdown Marker ...

Page 21: ...ng The center yellow button picks Centerline tracing The operator must always assign a clockwise or counterclockwise direction to a Centerline tracing operation by pressing one of the outer yellow buttons When making a part the tracer head approaches the template from the outside The tracer turns left along the template if trace right clockwise has been selected or right for trace left countercloc...

Page 22: ...be out of NC RUN in order to operate the tracer functions 2 2 OPERATOR CONTROLS 2 2 1 INTRODUCTION The controls on the Operator Control Panel are described below in detail The descriptions of operating modes that follow will refer to these controls assuming an understanding of this material 2 2 2 POWER The Replicator is controlled by the E Stop switch mounted on the lower right side of the Operato...

Page 23: ...TION KEYS At the upper left of the Tracer Panel are the Tracer Function Keys and Indicators shown in Figure 2 2 below The three LED indicators give information about the tracing mode selected and its status by changing colors and blinking rates The three yellow pushbuttons F1 F2 and F3 select the tracing mode See Section 2 4 for details Figure 2 2 Tracer Function Keys ...

Page 24: ...nge of the SPEED knob as follows HIGH Position SPEED knob range zero to maximum machine speed LOW Position SPEED knob range zero to one half maximum OFF Position SPEED knob setting is disabled motion stops The OFF position is useful for setting the cutting speed to zero without changing the setting of the SPEED knob KERF KNOB Kerf is the width of the cut made by the torch The torch must be moved a...

Page 25: ...erf is primarily provided for users who build the proper kerf into the template but need to slightly adjust the resulting part Too much negative kerf compensation can cause instability and so should be used carefully For a 2mm negative compensation try a knob setting of negative two divisions Trace Left Selected Kerf pot at zero Trace Left Selected Kerf pot rotated CW Trace Left Selected Kerf pot ...

Page 26: ...speed there is no slowdown The corners are cut at the speed set by the Speed knob The center front panel LED LED2 will change color from green to yellow when the Tracer is in slowdown mode AUX 1 SWITCH CLUTCH The Clutch switch located on the tracer panel provides two sets of isolated contacts to operate the machine s clutch circuits The power for the clutch circuit is to be provided external to th...

Page 27: ...AS switch into the OFF position In the OFF position all cutting functions are disabled PIERCE TIME This tracer has a dual stage pierce assembly When the low cut oxygen is turned on high pressure oxygen is enabled a short time later The PIERCE TIME potentiometer is used to adjust the high cut oxygen delay time from 0 seconds to a maximum of about 25 seconds HIGH PREHEAT LOW Position 0 Manual prehea...

Page 28: ...ggle switches can move one ofthe torches up or down The up and down positions are momentary so that the torch moves only when the switch is held in the é or ê position 2 3 MANUAL MODE 2 3 1 DESCRIPTION Once power is on the operator uses Manual Mode to position the machine with the Tracer before the actual tracing operation starts He sets speed using the HIGH LOW OFF switch and the SPEED knob Then ...

Page 29: ...correct relation to the plate Moving the machine to the desired starting location Setting the Tracer Panel controls Selecting the tracing option Manually making the pierce Selecting the lead in direction on the keypad Stopping the machine when finished 2 4 2 LOCATING THE TEMPLATE Position the template and torches if necessary so that as the template is traced the torches will move over the area of...

Page 30: ...ise If Centerline is picked either the left or right yellow pushbutton must be pressed to give a direction to the Centerline trace If no further choice is made the tracing operation will have no corner slowdown If the same left or right yellow button is pressed again automatic slowdown is selected If the same button is pressed a third time corner marker slowdown is picked except in Centerline mode...

Page 31: ...n Trace Right with no corner slowdown Step 1 Press F3 LED3 solid GREEN LED1 LED 2 off LED3 will be solid GREEN until STOP is pressed or tracer goes off pattern Trace Right w Auto Corner Slowdown Step 1 Press F3 Twice LED3 flashing slow GREEN LED1 LED2 off LED3 GREEN flashing slow indicates right edge tracing with automatic corner slowdown until STOP is pressed or tracer goes off pattern Trace Righ...

Page 32: ...ction selected until STOP is pressed or tracer goes off pattern Centerline Trace Right W no corner Slowdown Step 2 Press F3 LED2 Solid GREEN LED1 off LED3 blink pause blink GREEN pattern LED2 solid GREEN to show centerline mode selected LED3 blink pause blink GREEN to show direction selected until STOP is pressed or tracer goes off pattern Centerline Trace Right W Auto Corner Slowdown Step 2 Press...

Page 33: ...ing of the part will begin When the pierce is complete press the desired jog direction key The tracer head will move to the template then lock on and move in the chosen direction along the pattern 2 4 6 STOP THE MOTION Motion can be stopped at any time by pressing the red Stop 0 key Usually motion will be stopped when cutting the part is complete Then the red Stop 0 key can be pressed to stop the ...

Page 34: ...BLANK ...

Page 35: ...These installation instructions have been prepared to ensure compliance with the European Community Electromagnetic Compatibility Directive and Low Voltage Directive The ground for the system should be carried throughout the entire electrical system into which the product is installed by suitable conductors and connections The conductors and connectors used for this should be in accordance with th...

Page 36: ...s connected to rack mounted encoders H20 or H25 type must have the shield clamp connected to the housing of the encoder See customer instruction drawing for the rack mounted encoder ground clamp Motor cables are handled in a like manner as shown on the drawing for motor cable ground clamp installation Compliance with the AC line Conducted Emission portion of the EMC Directive of the EC is only pos...

Page 37: ...ind the following factors accordance with the Environmental Operating Specifications of the 1100 and scanner away from sources of moisture avoiding undue sources of dust and other particles if possible located so that unit and operator are out of areas of travel unit and operator are away from zones through which objects may accidentally fall roll or slide away from sources of heat away from combu...

Page 38: ...E EQUIPMENT 3 3 8 After all connections have been made and checked apply power with the motors disengaged Jog the machine to verify that directions are correct If motors run backward or run away correct the wiring polarity at the motors Refer to Section 2 2 for operation instructions WARNING EVEN THOUGH THE EMERGENCY STOP BUTTON IS DEPRESSED HIGH VOLTAGE MAY BE PRESENT INSIDE THE REPLICATOR ENCLOS...

Page 39: ...mbustible vapors and gases Equipment adequately distanced from high heat sources Area dust and particulate level satisfactory Operator and equipment away from areas where objects fall slide roll etc Operator s view of work and equipment satisfactory Operator and equipment out of way of travel Cables routed to avoid damage after the installation No excessive cramping or stretching of cables Rear pa...

Page 40: ...s observed refer to the proper section of this manual to help verify the observed problem is a malfunction WARNING Service must only be performed by trained authorized personnel Generally components for the 1100 system are not repairable by the user In the case of malfunction of the system Burny service personnel shall be consulted to assist in isolating the component s causing the problem If a co...

Page 41: ... ARE CONNECTED TO THE REPLICATOR If the illuminating light does not come on remove power from the Tracer and engage the E Stop Proceed with the first two steps called out in Figure 3 1 below Take care not to touch the bulb itself with your fingers Touching the bulb itself will severely degrade the life expectancy due to contamination of the glass Use the multi meter to check for continuity of the ...

Page 42: ...den need Spare parts for this purpose are not supplied with purchased equipment Some extra fuses and fuse holders may be supplied with the original purchase However replacement parts may be purchased from Burny for this purpose Burny Service personnel can give advice as to which replacement parts are best to have on hand A list of available replacement parts and assemblies can be found in Part 6 R...

Page 43: ...e art microprocessor technology to perform all tracing functions and all calibration is performed in software There are three adjustments related to front panel controls that can be performed if needed There are several inputs and outputs available for various cutting related functions some of these can be used to provide additional control of the cutting process using additional external circuitr...

Page 44: ...t to low This adjustment is factory set for the high speed setting To change this setting adjust the internal low speed pot P1 until the desired maximum low speed is obtained To reset this adjustment to the speed factory setting connect a dc voltmeter from GND to the wiper of the front panel speed pot that can be located on pin 9 of connector J1 With the machine stationary rotate the front panel s...

Page 45: ...ivide the distance by the time and convert to inches min or mm min The longer the measurement distance the more accurate the speed measurement If the time is measured in minutes and seconds or seconds alone use the following formula to convert the seconds to minutes Minutes Seconds 60 For example if the time measured 44 seconds the conversion would be Minutes 44 60 0 733min This value would be div...

Page 46: ...163 0 0 1 0 0 0 49 1245 0 0 1 0 0 1 52 2 1327 0 0 1 0 1 0 55 5 1409 0 0 1 0 1 1 58 7 1491 0 0 1 1 0 0 61 9 1573 0 0 1 1 0 1 65 2 1655 0 0 1 1 1 0 68 4 1737 0 0 1 1 1 1 71 6 1819 0 1 0 0 0 0 74 8 1901 0 1 0 0 0 1 78 1 1983 0 1 0 0 1 0 81 3 2065 0 1 0 0 1 1 84 5 2147 0 1 0 1 0 0 87 8 2229 0 1 0 1 0 1 91 2311 0 1 0 1 1 0 94 2 2393 0 1 0 1 1 1 97 4 2474 0 1 1 0 0 0 100 6 2556 0 1 1 0 0 1 ...

Page 47: ... 3048 0 1 1 1 1 1 135 3429 1 0 0 0 0 0 150 3810 1 0 0 0 0 1 165 4191 1 0 0 0 1 0 180 4572 1 0 0 0 1 1 195 4953 1 0 0 1 0 0 210 5334 1 0 0 1 0 1 225 5715 1 0 0 1 1 0 240 6096 1 0 0 1 1 1 255 6477 1 0 1 0 0 0 270 6858 1 0 1 0 0 1 285 7239 1 0 1 0 1 0 300 7620 1 0 1 0 1 1 315 8001 1 0 1 1 0 0 330 8382 1 0 1 1 0 1 345 8763 1 0 1 1 1 0 360 9144 1 0 1 1 1 1 375 9525 1 1 0 0 0 0 390 9906 1 1 0 0 0 1 ...

Page 48: ...240 1 1 1 1 1 1 NOTE If your machine falls in between speeds listed above choose the setting for the closest speed If your machine falls very close to exactly between two settings you may want to experiment with the two settings to see if one gives better tracing results than the other It is not likely that being off by one setting will have a noticeable impact on tracing performance but it is hig...

Page 49: ...e a black Sharpie type of marker and hold or tape it against the tracing head with the tip touching the paper Move the machine in the Y axis to strike a horizontal line approximately 1mm wide and a minimum of 100 mm long The line must be parallel to the Y axis Remove the pen Jog the head away from the line and stop Setup for a Trace Left and lead into the center of the line Press the Stop button w...

Page 50: ...nting plate screws Place a sheet of white paper in front of the illumination lamp to reduce the light reaching the camera Turn the unit back on and push the RED STOP and RIGHT ARROW buttons together Rotate the camera until the center LED is solid GREEN with right and left LED s off Tighten the mounting plate screws and re assemble the unit ...

Page 51: ...EP3 CAP SCREWS T O T O STEP2 DISCONNECT TARGET LED AND REMOVE N O S E STEP1 R E M O V E A C C E S S C A R O T A T I O N A D J U S T M E N T STEP4 I N S T R U C T T H E STEP5 A N D A N D N O T E Figure 4 2 Camera Rotation Alignment ...

Page 52: ...eved Camera Center adjust STOP RIGHT ARROW Adjust camera rotation until center LED is solid GREEN Right and Left LED s will be flashing GREEN if camera is not centered Place blank white paper on table under tracer head and using pen attached to Y axis strike a horizontal line approx 1mm wide and 100mm long min Then lead into the middle of the line and STOP when line is acquired Push STOP RIGHT ARR...

Page 53: ...12565 1 Switch on the control All three LEDs must be on 2 The following voltages must be checked 24V regulated pin 10 of IC17 30V filtered pin 17 of IC14 3 Set 6V 0 01 V at J4 pin 1 on MO 12199 Logic Card with the 6 ADJ spindle trimmer P2 4 Set 6V 0 01 V at J4 pin 34 on MO 12199 Logic Card with the 6 ADJ spindle trimmer P3 4 3 2 SERVO DRIVE ADJUSTMENTS I O assembly MO 10773 or MO 12565 Deadband Ad...

Page 54: ...ietly no unstable high frequency noise Notch Filter adjustment P8 P9 The notch filter is used to remove low frequency oscillations which may occur when the machine makes sudden changes in direction such as when maneuvering a corner The filters can be put into or left out of the loop by selection of the appropriate jumper settings on PL2 See JUMPER SETTINGS BELOW Adjust XN P8 and YN P9 until the no...

Page 55: ...PART 4 TRACER CALIBRATION OPTION PLUG PL2 JUMPER SETTINGS Configuration Pl2 Jumper Settings No Notch Filters Jumper 1 3 2 4 5 7 6 8 With Notch Filters Jumper 1 3 5 7 13 14 15 16 ...

Page 56: ...BLANK ...

Page 57: ...eplacement 39 Leadin 31 Line Width 16 Logic Board 41 Logic Board Adjustments 42 Logic Board Calibration 41 Logic Card 4 Manual Mode 26 Maximum Speed Setting 43 O2 Oxygen Switch 25 Operation 27 Operator Control Panel 4 Operator Controls 20 Parts 40 Pierce 31 Pierce Time 25 Plasma Controls 26 Plasma Gas Switch 25 Power Supply 41 Power Supply Checkout 41 Replicator 3 16 17 Service And Maintenance 38 ...

Page 58: ...Tools 40 Torch Lifter Controls 26 Tracer Function Keys 21 28 ...

Page 59: ...H OPTION MO 08648 REP 1100 1300 RELAY CARD 6 DC MO 08671 1100 1300 6 TORCH CUT HARNESS MO 08672 1000 120W TACH HARNESS MO 08674 1100 1300 6 DC LIFTER HARNESS MO 12630 HARN REP 120W BUS MOTOR MO 12565 REP 120 W PWM DRIVE CARD MO 12199 CONTROL ASS Y CCD LOGIC CARD MO 12291 09 WIRE HARN TRACER SPD POT 9IN MO 12472 24 CABLE CCD TRACER INTERNAL WIRE HARNESS FROM LOGIC BOARD TO EXTERNAL HEAD ASSEMBLY CA...

Page 60: ... CARD 6 AC MO 08671 1100 1300 6 TORCH CUT HARNESS MO 08672 1000 120W TACH HARNESS MO 08675 1100 1300 6 AC LIFTER HARNESS MO 12630 HARN REP 120W BUS MOTOR MO 12565 REP 120 W PWM DRIVE CARD MO 12199 CONTROL ASS Y CCD LOGIC CARD MO 12291 09 WIRE HARN TRACER SPD POT 9IN MO 12472 24 CABLE CCD TRACER INTERNAL WIRE HARNESS FROM LOGIC BOARD TO EXTERNAL HEAD ASSEMBLY CABLE MO 12569 REP KEYPAD PCB W WIRES G...

Page 61: ...15 230V PRI DUAL SECONDARY 44CT 3A 132VA AND 12V 2 5A 30VA C44 21838 KEYBOARD 1000 SERIES TRACER X01 31357 ILLUMINATION LAMP X16 09149 CONT 1NC 115 VAC 10 A X16 18570 SWITCH TOGGLE 2PDT MOM OFF MOM X16 21475 PB IDEC 7 8 MOM 1NC RED X16 21476 PB IDEC 7 8 MOM 1NO BLK RED X16 22048 SW TOGGLE ON OFF ON 10A X21 29737 FUSE SloBlo IEC TYPE T 6 3 A X21 32441 FUSE SloBlo IEC TYPE T 1 6 A X23 00123 POT 1T 5...

Page 62: ...1000 CCD MAIN 115 230V PRI DUAL SECONDARY 44CT 3A 132VA AND 12V 2 5A 30VA C44 21838 KEYBOARD 1000 SERIES TRACER X01 31357 ILLUMINATION LAMP X16 09149 CONT 1NC 115 VAC 10 A X16 21475 PB IDEC 7 8 MOM 1NC RED X16 21476 PB IDEC 7 8 MOM 1NO BLK RED X16 22048 SW TOGGLE ON OFF ON 10A X21 29737 FUSE SloBlo IEC TYPE T 6 3 A X21 32441 FUSE SloBlo IEC TYPE T 1 6 A X23 00123 POT 1T 500 OHM 2 W X23 00408 POT 1...

Page 63: ...PART 7 DRAWINGS PART 7 DRAWINGS ...

Page 64: ...BLANK ...

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