SPEC_SMP136BM_ENG_050622

MINI PRINTERSPECIFICATIONS FOR APPROV AL MODEL : SMP136BMSIGNATURE OF APPROVALSPECIFICATIONS FOR MINI PRINTERMODEL : SMP136BMCHECK INSPECTED APPROVEDKOREA PRINTING SYSTEMS CO.,LTD.Factoryworld 706, 332-2, Wonchon-DongYeoungtong-Ku, Suwon City, Kyungki-Do,Korea, 443-822TEL : +82-31-218-5570,5575FAX : +82-31-218-5589The Design or Specifications are subject to change without noticeBe sure to check the contents before utilizing the specifications.This specification has the history shown below.REVISIONS DESIGN SECTION SHEET REV. NO.REV. DOCUMENT DATE CHK INSP APPR SHEET REV.SHEET REV.SHEET REV.A ENACTMENT 2005.06.22 KIM.J.K LEE.J.S KIM.J.T 1 A 19 A 37 AB REVISIONS 2 A 20 A3 A 21 A4 A 22 A5 A 23 A6 A 24 A7 A 25 A8 A 26 A9 A 27 A10 A 28 A11 A 29 A12 A 30 A13 A 31 A14 A 32 A15 A 33 A16 A 34 A17 A 35 A18 A 36 ASMP136BM is a one-station impact dot matrix printer designed for credit card readers and mobile printers.This printer allows 7¯9 or 7¯7 (ASCII code) dot-printing and 16¯16 (GB2321 code) and 9 ¯ 15 (KS5601) dot-printing per line.[Warning]All circuit diagrams included in this specification are basic diagrams concerning mechanical operations of the printer.Make sure you add a protective circuit to avoid damage from static electricity or noise. - To protect the head and the motor, design a protective program or circuit. - To control all operations of the application, design sufficient SMPS.- Add supplementary programs as required by the characteristics of the individual parts or mechanical deviation.[Caution]- Use only the specified voltage and - - -Table of Contents1. General Specifications -------------------------------------------------------------7 1-1.Printing Specifications ------------------------------------------------------ 71-2.Printing Format -------------------------------------------------------------- 71-3.Paper Feeding ---------------------------------------------------------------- 71-4.Paper ------------------------------------------------------------------------ 71-5.Supply Voltage --------------------------------------------------------------- 71-6.Connecting Method ------------------------------------------------------------ 71-7.Mechanism Life --------------------------------------------------------------- 81-8.Head Life -------------------------------------------------------------------- 81-9.Weight------------------------------------------------------------------------ 81-10.Insulation Resistance -------------------------------------------------------- 81-11.Dimensions ------------------------------------------------------------------- 81-12.Ribbon Cassette -------------------------------------------------------------- 81-13.Environmental Conditions ----------------------------------------------------- 81-14.Storage Conditions ----------------------------------------------------------- 82. Detailed Specifications ------------------------------------------------------------ 92-1. Home Position Detector --------------------------------------------------------- 92-2. Paper Detector ---------------------------------------------------------------- 102-3. Black Mark Detector ----------------------------------------------------------- 112-4. Head Carriage Step Motor Drive ------------------------------------------------ 122-5. Paper Feed Step Motor Drive --------------------------------------------------- 142-6. Print Head Drive -------------------------------------------------------------- 162-7. Connector Wiring -------------------------------------------------------------- 212-8. Paper and Black mark specifications-------------------------------------------- 212-9. Font Structure and Size ------------------------------------------------------- 232-10. Circuit Diagram –------------------------------------------------------------- 252-11. Outside Dimensions ----------------------------------------------------------- 262-12. Print Quality ---------------------------------------------------------------- 272-13. Printer Timing Chart --------------------------------------------------------- 282-14. Carriage Motor’s Phase Switching Timing and the Print Head Drive Timing ----- 293. Adjustments ---------------------------------------------------------------------- 303-1. Vertical Character Adjustment ------------------------------------------------- 303-2. Head Gap Adjustment ------------------------------------------------------------314. Important Instructions for Applied Design s for the Printer ------------------------ 324-1. Mechanism Attachment --------------------------------------------------------- 32 4-2. Head Insulation design ------------------------------------------------------- 33 4-3. Mechanism Grounding design --------------------------------------------------- 33 4-4. Operating Conditions --------------------------------------------------------- 335. SVC Parts List -------------------------------------------------------------------- 346. Exploded View --------------------------------------------------------------------- 371.General Specifications1-1.Printing Specifications(1)(2)(3)Bi-directional printing(4)Printing Speed:1) 4.5LPS (to print 40 alphabet letters)2)8.0LPS (to print 20 alphabet letters)1-2.Printing FormatHorizontal 0.2953㎜DotInterval Vertical 0.1764㎜ (1/144″)Font Type ASCII, GB18030 (GB2312)Resolution (H * W) 172DPI ¯ 144DPIPrinting Position 360 Positions (180dots)Print Font (W ¯ H) 7 ¯ 9 16 ¯ 16Total Number of Letters40(2 Space) 20(2Space)PrintedCharacter Size (W ¯ H㎜) 1.18 ¯ 3.12 2.66 ¯ 2.95Column Interval (㎜) 1.33 3.0Line Spacing (㎜) 4.233(1/6″) 4.233(1/6″)Minimum Line Feed 1/144″1/144″Fig 1.1-3.Paper Feeding1-3-1. Paper Feeding Method: Fan-fold feeding (by step motor operation)1-3-2. Line Spacing: Min. 0.176mm (1/144”)1-3-3. Paper Feeding Time: 28ms (when line spacing is 4.233mm)1-4.Paper1-4-1. Fan-Fold Paper: Width: 76.2±0.5mm1-4-2. Paper Thickness: 1) 1 sheet: 0.05 ~0.095mm2) Total paper thickness: 0.25~0.35mm1-4-3. Carbonless Paper: 1 + 2 Copy1-4-4. Recommended Brand: Mitsubishi Carbonless Paper (blue)1-5.Supply Voltage1-5-1. 24V ± 10%: Head carriage step motor, paper feed step motor and head1-5-2. 5V ± 5%: Sensor and various controllers1-6.Connectors1-6-1. Mechanism: FFC or FPC connector1-6-2. User: 30-pin, 1.0mm pitch FFC or FPC connector 1-7. Mechanism Life: 5 million lines 1-8. Head Life: 300 million dots/wire 1-9. Weight: 345g (average)1-10. Insulation Resistance: 10MΩ or greater (250VDC) 1-11. Dimensions: See Sheet No Overall Dimensions. 1-12. Ribbon Cassette: Not applicable1-13. Environmental Conditions1-13-1. Operating Temperature: 0 - 50℃1-13-2. Operating Humidity: 10 - 90% (uncondensed) – See graph below.Fig 2. Environmental Conditions1-14-1. Directions: Once each in2. Detailed SpecificationsParameterSymbol Rating Unit Forward Current I F 50 ㎃ Reverse Voltage V R 5 V INFRARED LIGHT EMITTER Power DissipationPd 80 ㎽ Collector-emitter Voltage V CEO 30 V Emitter-collector Voltage V ECO 4.5 V Collector Current I C 30 ㎃ PHOTO- TRANSISTORCollector DissipationP C 80 ㎽ Operating Temperature T OPR -25∼+85 ℃ Storage TemperatureT STG-30∼+85℃Fig 3. 3) Electro-Optical Characteristics (Ta=25℃)2-1-2.Control Circuit (KPS-Recommended Circuit)R1,R3:100Ω±5%R2:4.7㏀±5%C1:10nFFig 5. Home Position Sensor Control Circuit2-1-3.the position signals of the carriage motor change.* Home sensor signal levelCarriage PositionHome Sensor Signal LevelOutside Home Position High Inside Home PositionLow2-2. the Paper End to determine the print area. 2-2-1. Control Circuit (KPS-Recommended Circuit)R1,R3:100Ω±5%R2:4.7㏀±5%C1:10nFWhen the paper is not ready, the sensor reads the PE sensor signal to detect paper. When the signal continues uninterrupted for longer than 5 msec, it determines that the paper is in the tray and executes the Paper Feed Control.(See Technical Guide for details.)Fig 7. Paper Detection PositionNote: There may be a ±1.5mm margin of error between the initial printing positionand the base printing position after Auto Loading.2-3. Black mark detector2-3-1 Recommended for application circuit for black mark sensorNotes:1. If you want to know Black-level, insert paper into the feeding assembly, and do test.Black _level : V = 3.5V ~ 5.0V2. If the voltage of Black level is lower than the above range, lower the reflecting rate of Black mark or adjust the value of R1.3. Setting the first printing position by black mark detection may have difference(±2mm) from standard printing position.4. Black mark position signal seeking method.If you find the High signal more than at least two times continuously, you can assume that black mark exist on the paper. Then, feed a paper to printing position.Sensor (Black mark exists)(No Black mark)Mark ONMark OFFPF Step2-3-2 User side connector specifications1) con : 2.0mm pitch YEONHO 20017WS-03A00 ( ) 2) spec : 1 pin _ RED _ 5V 2 pin – YEL _ Output 3 pin _ BLK _ Ground2-4. Head Carriage Step Motor Drivein which the head carriage moves (forward and backward).2-4-1. Head Drive Motor Specifications1) Type : PM TYPE STEPPING MOTOR2) Drive Method: 2-phase 2-excitation bipolar constant voltage method 3) Rated Voltage : 24VDC ±10% 4) Coil Resistance : 20Ω±7% (at 25°C) 5) Connecting Circuit Diagram6) Currenta)b)c)2-4-2. Head Carriage Motor Control Circuit(See Technical Guide for details.)2-4-3. Carriage Motor Movements1) Move the head carriage from right to left (Motor rotation – Clockwise)Carriage Motor1 Step2 Step3 Step4 Step PNA H H PA H H PB H H PNBHHFig 8.2-4-4 Motor Acceleration and Decelerationacceleration and Since the carriage direction s at any printing position.2-4-4-1. Acceleration(See Technical Guide for details.)2-4-4-2. Deceleration(See Technical Guide for details.)2-4-5 Carriage Motor Timing Chart3) Step angle : 7.5˚(0.1764mm)4) Coil resistance : 50 Ohm ± 7% (at 25°C)2-5-2. Operating Voltage1) Step Motor Operating Voltage: 24V ±10% 2) Holding Voltage : 5V(1,077pps, when the minimum pulse is 0.9ms)Fig 12.2-5-6. Paper Feed Motor Control Method1) Control Circuit (KPS-Recommended Circuit)Fig 13.2) Motor Acceleration and Deceleration (for 1-LINE FEED 24-STEP)Fig 14.Note) While printing Chinese characters in 1-step feed mode , the motor is keptat 350PPS (2.85ms).2) Timing ChartTo ensure an accurate paper feed, the timing of the LF step motor must be controlled according to the following chart. (See Fig 13. Paper Feed Motor Control Circuit.)Fig 15.2-6.Print Head Drive2-6-1. Mechanical Specifications1) Type : Serial impact dot matrix2) Number of Dot Wires : 9 pins4)Weight : 28g5)Dimensions : 26(W) * 23.5(H) * 38.5(L)mm2-6-2. Electrical Characteristics1) Voltage : 24V±10%2) Current : Peak Approx. 1.3A/Pin3) Energizing Pulse Interval: 340㎲±10㎲4) Maximum Response Frequency: 1200 Hz2-6-3. Head Control Circuit (KPS-Recommended Circuit – Protective Circuit Essential)Fig 16. Drive Circuit for Head DriveNote: Since the “head solenoid on time” may be affected by the electric noise or static electricity in the surrounding atmosphere, it is essential that a protective circuit be added to prevent the external elements from changing the solenoid on time.2-6-4. Head Drive RangeThe printer head is designed to operate within a certain predetermined range as shown below. It has to be controlled so that it remains between the maximum and the minimum values.If it goes outside the range, the printing quality may be reduced and the printer’s longevity may be shortened. Therefore, the upper-end of the drive range must be equal to or less than 365㎲.z Solenoid Use Zone: 1) Use Zone Width: 340㎲ ±9㎲(DCV 24.0)2) Max. Pulse Width: 365㎲(DCV 21.6)3) Min. Pulse Width: 307㎲(DCV 26.4)Fig 17. Head Energizing Timingbeing shortened.When the drive parameters are under control, the per-second dot numbers for allThe number of characters permitted per line is calculated using the following equation.N = (d * P)/c (Characters/line)d = Number of dots permitted per second (dot/s) ≒ 850 dots – Number of dots printedper second*12.5% (permitted duty ratio)c = Average number of dots per character (dot/s) ≒ 18Dots –-- in the case of a 9-pindot head, c = 9 * 2P = Print cycle (Sec/line)*Note: In assessing printer life, KPS conducts the test in printing mode (recommended) and proceeds with a track test according to the following procedure.(Print 16 lines Æ Count the print lines Æ Feed 8 lines Æ Stop for 5 seconds ÆRepeat the above)ABCDEFGHIJ123450Fig 18.2-6-6. Head Drive Timing ChartFig 19. Head Drive Timing WaveformNote:1) A Print Start Time equivalent to the mechanism’s movement deviation that occurs while the carriage changes direction must be compensated so that the printing position is adjusted (See “Printing Control” in Technical Guide.). If the printer generates double lines/images while printing characters or graphics even after the above is done, we recommend that you print only in a single direction.2) The minimum cycle time of the timing signals must be 0.93ms.3) The print solenoid drive timing for half-dot printing must be set when half of the trigger pulse timing signal cycle has passed.4) Do not repeat the same dots several times within the head pulse time forhalf-dot printing.5) Make sure the operations are carried out within the value ranges given in Fig 21 to avoid problems in the head drive.2-7. Connector Wiring 2-7-1. Terminal Wire Number Pin No. SpecificationNote Pin No.SpecificationNote 1 GND16 COM(+24V)2 CR I 11_I 12 17 COM(+24V)3 CR I 01_I 01 18 HEAD #94 CR M CA 19 LF STEP(+24V)5 CR M CB 20 LF STEP A6 VCC(+5V) 21 LF STEP B7 HEAD #3 22 LF STEP /A8 HEAD #7 23 LF STEP /B9 HEAD #5 24 LF STEP SIGNAL 10 HEAD #8 25 +24V11 HEAD #6 26 Vcc(+5V)12 HEAD #2 27 HOME SENSOR OUTPUT 13 HEAD #4 28 PE SENSOR OUTPUT 14 HEAD #1 29 GND 15 COM(+24V)30 GNDFig 20.2-7-2. FFC or FPC DimensionsFig 21. FFC and FPC Outside Dimensions2-8 Paper and Black mark specifications2-8-1 Printer Paper specifications (for 76.2㎜-wide paper)Figure Paper and black markNotes : 1. The perforation should not be of the same height as the sprocket holes.2. Paper must be fed in the ↑ direction.3. There should be no punch-out residue in the sprocket holes.4. There should be no gathers immediately above and below the perforation.5. If total paper thickness at the gather points exceeds 0.4㎜, paper feed pitchproblems and ribbon contamination may occur.6. Gathers and oval holes should be located on the right side only.7. Only paper with the above specifications should be used. Otherwise, a paperfeeding problem may occur due to poor operatability for paper insertion.2-8-2 Black mark specifications1) The size and position of Black mark should be same as below.2) The reflecting rate of the black mark must b 10% or less, and thereflecting rate of the white b 70% or more. The reflecting rate means thevalue which is measured with Macbeth density meter(PCMII)D filter.Notes: when it is not necessary to detect the black mark, shut down the power supplyto the black mark detector to protect the detector.2-9. Font Structure and Size (Excluding Ink Blur) 2-9-1. 9 x 9 (3-position spacing)2-9-2. 7 x 9 (3-position spacing)2-9-3. 7 x 7 (2-position spacing)2-10. Circuit DiagramsFig 23.2-11. Outside DimensionsFig 24.2-12. Print Quality2-12-1. Dot Alignment2-12-2. Vertical Character Alignment2-12-3. Line Pitch Spacing2-12-4. Print Area and Left-Right MarginsFig 25.Fig 26.3. Adjustments3-1. Vertical Character AdjustmentVertical character alignment is a technical solution to the problem of position inconsistency between Forward Print and Backward Print. It makes the Backward Print position consistent with the Forward Print position by compensating the “backlash value” (∆P) that occurs in the mechanism through adjusting the circuit with the Forward Print position as the reference point. Vertical character adjustment should be 3-1-1. ∆P AdjustmentSince ∆P always occurs in the same direction and a step motor typically does not allow error accumulation, the entire line tends to shift minutely to the left. Therefore, the printing position adjustment should be done by receiving the dipswitch input, which is a hardware input.Fig 27.3-1-2. Dipswitch Control Circuit (See Technical Guide for details.)3-1-3. Dipswitch Settingas shown in the picture below , and then choose a dip number that makes alignment consistent.Fig 28.Ex.) In the above, choose Backlash #2, which makes the vertical alignment consistent and then complete the setting.3-2. Head Gap AdjustmentThe head gap must be maintained in a certain condition because its condition affects print quality, the functioning of the head carriage and paper jams.Head gap adjustment is done when the printer has been in use for a long period of time, after a repair (after replacing the printer head), when print quality becomes poor, or when dots are omitted intermittently, in order to maintain print quality.1)Head GapHead Gap Spec: 0.55mm±0.05mm (See Technical Guide for detailed specifications.)2) Adjusting the Head Gapwith Neji-lock adhesive.(See Technical Guide for details.)4. Important Instructions for Applied Design s for the Printer4-1. Mechanism Attachment1) Vibration-Proof StructureWhen 2) Mechanism and Separation DesignMake sure you give at least a 2.0mm space between the mechanism and the body.Enough space must be given to accommodate any protruding parts underneath themechanism. (See picture below.)Fig 29.When designing the paper insertion and ejection openings of the main body, add a cover to prevent foreign objects (coins, bits of stone and other objects that could makes paper insertion difficult) from entering.When designing4-3. Heat Insulation DesignThe step motor attached to the mechanism may generate high-temperature heat during use and therefore heat insulation must be a design consideration.4-4. Mechanism GroundingStatic electricity and other electrical noise may damage printer (See Specification Overall Dimension.) its functioning.5. SVC Parts listSMP136BM PART LIST Jun 22, 2005NO LEVEL PART NO PARTS NAME Q'T UNIT A/S REMARK1 1 AF03-00006A ASS'Y MAIN FRAME CAULKING 1 PC Y1-1 2 JE70-00243A Frame Main 1 PC N1-2 2 KH03-00007A Shaft Reduction a 1 PC N1-3 2 KH03-00007B Shaft Reduction b 1 PC N1-4 2 KH03-00005A Shaft pf a 1 PC N1-5 2 KH03-00006A shaft pf b 1 PC N2 1 JE72-00193A Ad_ Lever 'L' 1 PC Y3 1 JE72-00192A Ad_ Lever 'R' 1 PC Y4 1 KP03-00052A Platen Plate 1 PC Y5 1 JE70-00244A Platen Plate Guide 1 PC Y6 1 AE03-00008A ASS'Y HEAD CARRIAGE 1 PC Y6-1 2 JE59-00034A Head Printer(24V) 1 PC Y6-2 2 AZ03-00013A ASS'Y CARRIAGE 1 PC Y6-2-1 3 JE72-00230A Head Carriage Wonil 1 PC N6-2-2 3 KP03-00009A Shaft Tracer 1 PC N6-3 2 6002-001055 Screw Tapping(BH+ w/s M3.0*10) 2 PC Y7 1 KM03-00017A GUIDE PAPER 1 PC Y8 1 KM03-00022A Gear Reduction a 1 PC Y9 1 KM03-00022B Gear Reduction b 1 PC Y10 1 KM03-00023A Gear head feed 1 PC Y11 1 KM03-00019A Gear pf A 1 PC Y12 1 KM03-00020A Gear pf B 1 PC Y13 1 KM03-00021A Gear Sprocket 1 PC Y14 1 JE66-00002B Wheel Sprocket 2 PC Y15 1 JE72-00196B Bush Sprocket 2 PC Y16 1 JE72-00196A Bush Lead cam 2 PC Y17 1 JE70-00259D Shaft Head Guide 1 PC Y18 1 JE70-00259E Shaft HC Guide 1 PC Y19 1 KH03-00004A Shaft Sprocket 1 PC Y20 1 KM03-00024A Lead cam 1 PC Y21 1 KD03-00016A Step Motor pf 1 PC Y22 1 KD03-00014A Step Motor hf 1 PC Y23 1 KS03-00001A PLATE-EARTH_SPRING 1 PC Y24 1 6044-000230 E-RING(Φ3.0X0.6T) 3 PC Y25 1 6044-000231 E-RING(Φ5.0XΦ11X0.6T) 2 PC Y26 1 6031-000487 Washer(Φ2.1xΦ6.0X0.5T) 4 PC Y27 1 KD03-00017A Washer plain(4.1x6x0.4) 1 PC Y28 1 KS03-00002A Spring tension hf 1 PC Y29 1 6044-000275 E-RING(Φ2.5XΦ6.0X0.4T) 2 PC Y30 1 6002-001002 Screw Tapping(PH+ M2.6*6) 4 PC Y31 1 6001-000009 Screw Tapping(PH+ M1.7 * 2.5) 2 PC Y32 1 6002-001060 Screw Tapping(PH+ M2 * 2.5) 3 PC Y33 1 6003-001430 Screw Taptite(BH+ M2.6 * 5) 2 PC Y34 1 KM03-00025A Cover gear 1 PC Y35 1 KE03-00012A Screw Taptite(BH+ M2.6 * 3) 7 PC Y36 6001-000098 Screw machine(PH+ M2*3) 2 PC Y37 1 AP03-00028A ASS'Y PCB MAIN;SMP136,SMT,DIP 1 PC Y37-1 2 K303-00004A Main PCB; FR-4, T1.0,, SMP136 1 PC N37-2 2 K703-00007A DIODE SCHOTTKY;RBO60L-40,40V,2A 4 PC N D21,22,23,3437-3 2 0402-000463 DIODE-RECT;RLR4004 1 PC N D1037-4 2 0503-001034 TR-DARLINGTON;2SD2143TL 1 PC N Q1037-5 2 0504-000216 TR-DIRLINGTON;DTC143EKA 1 PC N Q1237-6 2 0505-000324 FET-SILICON;IRFR9020 1 PC N Q1137-7 2 0506-001019 TR-ARRAY;STA471A 3 PC N TA1,2,337-8 2 0604-001124 Photo-interrupter;RPI-352C 1 PC N Home37-9 2 K503-00013A IC DRIVER MOTOR ;A2919SLB,45V,750mA 1 PC N U137-10 2 2007-000001 R-CHIP;68Kohm 2012 2 PC N R16,R1837-11 2 2007-000221 R-CHIP;1.2Kohm 2012 1 PC N R1237-12 2 2007-000468 R-CHIP;1Kohm 2012 6 PC N R22,23,24,25,29,30 37-13 2 2007-000300 R-CHIP;10Kohm 2012 1 PC N R1137-14 2 2007-000449 R-CHIP;180ohm 2012 2 PC N R13,1437-15 2 2007-000352 R-CHIP;12Kohm 2012 1 PC N R2637-16 2 2007-001039 R-CHIP;56Kohm 2012 2 PC N R27,2837-17 2 K803-00016A R-CHIP;1.2ohm/1W-F 2 PC N R31,3237-18 2 2203-000192 C-CERAMIC CHIP;100㎋ 2012 3 PC N C3,20,2337-19 2 2203-000260 C-CERAMIC CHIP;10㎋ 2012 4 PC N C25,26,27,28 37-20 2 2203-000938 C-CERAMIC CHIP;470㎊ 2012 2 PC N C29,3037-21 2 K003-00006E C-CERAMIC CHIP;4.7nF 2012 2 PC N C31,3237-22 2 2401-000324 C-ELEC;100㎌/35V 1 PC N C2437-23 2 3708-001058 CONNECTER-FFC;35857-3041 1 PC N CON137-24 2 3708-001166 CONNECTER-HEAD;GF120-12S 1 PC N CON238 1 AZ03-00012A ASS'Y-PE SENSOR 1 PC Y38-1 2 0604-001026 Tr-Photo 1 PC N38-2 2 JE41-00483A Main PCB 0 PC N38-3 2 3811-001335 WIRE-PVC CU (PE_SEN_GROUND) 1 PC Y38-4 2 3811-001336 WIRE-PVC CU (PE_SEN_IN) 1 PC Y38-5 2 3811-001337 WIRE-PVC CU (PE_SEN_OUT) 1 PC Y39 1 KD03-00017A Platen-zn(T6,Zn,SMP130) 1 PC Y40 1 KD03-00032A Tape (T1.5;468mp) 1 PC Y41 1 KS03-00030A Spring sprocket wheel 1 PC Y42 1 AP03-00082A PCB BMS Ass’y 1 PC Y42-1 2 0604-001026 Photo Interrupter 1 PC N42-2 2 K303-00008A PCB Sensor 1 PC N42-3 2 K603-00088A Wire Ass’y PES 1 PC N6. Exploded View。