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C0632C ( 13X40" ) Engine Lathe OPERATION MANUAL BE SUBJE('T r<> AL1-ERATION \VITI-I< >LIT N()TICE CUITIO� DATE: 9/12/2000 CONTENTS APPLICATION------ -------- ·---------- 1 MAIN TECHNICAL SPECIFICATION-- - ------------ ---- 1 ----- -- 2 DRIVING SYSTEM -- ----------- -- ----- ---- 4 BEARING LIST------------------� ------------ 7- HOISTING AND INSTALLATION-- ---·---- LUBRICATION------------- - - -------- - - - -- - - - 9 ELECTRICAL SYSTEM EXPLANATION- -- -- --- ------ 11 CONTROL -------- - - - ------------- - ---- - --- 12 ACCESSORIES - 17 -------·--- ...·-- -..-·------ --BREAK -IN PROCEDURE --·- ...·-----------·- ------------ 18 - -- ----------------� -------­ ADJUSTMENTS - - - 18 - ------ ---- --- - - ----- --- -DAMAGEBALE PARTS - - - _& WARNING ,., r ·, I � . •' 1. Read and understand the entire instruction manual before operating machine. 2. Always wear approved safety glassed /face shields while using this machine, :. 3. Before operating the· machine, remove tie, rings, watches, either Jewelry, and roll up sleeves above the elbows. Remove all loose clothing and confine long hair. Do -not wear gloves. '�4. Keep the floor arouAd the-machine clean and free of scrap.material, oil and grease . 5. Keep machine guards in place at all limes when the machine is in use. If removed for maintenance pu(pose, use extreme caution and replace the .guards immediately 6 Do not over reach. Ma intain a balanced stance at all times so that you do not faJI or Lean against blades or . otbe.r.movlng parts. '-- 7. Make all machine adjustments or maintenance with the machine unplugged from the power source. 8 . Use the right tool. Don't force a tool or attachment to do a Job which ii was no designed for. 11. Give .your work undivided attention. Looking aro.und, carrying on a conversation, and !" l'iorse-play" are careless acts that can result in · serious injuil/:· -, 1 I · ::. :1,2. Keep visit0'rs'a' s!lfe·dlsfanee from the work area. l - ·-,.:. ;.· 13. Use recommended accessories; improper-accesso�es rrray.be hazardous. 1 I J I I . 14. Make a habit of checking to see that • keys and adjusting' wrencnes are _I removed before turning on the machine 15. Never attempt any ope.ration or adjustment if the procedure ls not understood. 1 6 . Keep fingers .a�y.::'from--'.re�qly]qg parts and c.uttir_ig tool�lf.ile it);. 'W-!!f3tip{t - J . 17. Never force the cutting action. 1 8 . Do no t attempt to adjust or remove tools during operation. 19. Always keep cutters sharp. 9. Replace warning labels if they become obscured or removed. 20. Always use identi.cal replacement parts when servicing. 10. Make certain the mc,tor swi tch is In the OFF position before connec· ting the machine t0 the power supply. 21. Failure to comply with all of these warnings may cause serious injury, APPLICATION i This mach ne is a small-scale universal engine lathe. It can perform various turning as well as boring, drilling, grooving and other operations, it can also be used for turning metric threads and English threads. The machine is characterized by a simple construction, ah easy operation, large spindle hole and small space occupation. It is used in the instrument industry and repairing workshops and is suitable for metal manufacturing in single piece, small and medium batch production. MAIN TECHNICAL SPECIFICATION 1. Main Specification Max. Swing dia. over bed Max. Swing dia.·over gap Max. Swing over cross slide Max. Distance between centers 13" 18" 7" 40'' 2. Headstock Dia. of spindle hole Taper of spindle b0re Range o f spindle speeds (9 step�) (18 steps) 1 1/2 '' (38mm) M. T. No. 5 75-1400r .p.m. 65-1810r.p.m, ,_,;Change Gears and Feed Box Threads which can be cut Longitudinal feed range per spindle revolutron Cross feed range per spindle revolution Lead screw pitch Cross screw pitch Cross feed per divi sion on Its dial 4. Tool Post and Saddle Tool post screw pitch (320 mm) (450 mm) __ (178mm) (1000mm) Imperial 32 kinds, 4-60 T .P I. Metric 32 kinds: 0.4-7mm 40 kinds, 0.0021-0.0508inch/rev (0.0527-1.2912 mm/r-ev.) 40 kinds, 0.0006-0.0136ihch/rev (0.014-0.3448 mm/rev. ) BT .P.I (3mm) 1 0T.P.I (2.5mm) 0.001 '' (0.02mm) 1,0T,P.1(2.5mm) Tool post feed per division on its dial 0.001 '' (0.02mm) . 1 . 9Cf 3 • (76mm) 5 118"(130mm) 34" (860mm) Rotary angle of tool post Tool slide travel Cr'6ss slide travel Saddle travel Max. 5. Tailstock 1 114" (3.2mm) M.T.No.3 4" C 1 00mm) Dia, of taflstock quill Taper of tailstock quill bore Max. Travel of lailstock qulll 6. Motor 50/60 Hz 2HP(1.5KW) 220V/380V Motor frequency Motor power Motor voltage 7. Lathe size and weight Overall dimensions (LxWxH) Net weight Cross weight 1730X700X1285mm HOISTING AND INSTALLATION 1 Finish removing the wooden crate from around the lathe 2. Unbolt the lathe from the shipping crate bottom. 3. Choose a location for the lathe that ls dry, has good lighting, and has enough room to be able lo service the lathe on all four sides. The fixed dimension of the machine Is shown in Fig. _ _ 4. Sling lathe as shown In tl'le hoisting ct,art Fig.1 when it is transporting. Wilh adequate lifting equipment, slowly raise the lathe off the shipping crate bottom. Be sure that the suspension rope is through space between three rods and bed. Adjust the hoisting balance by sliding the saddle. Make sure lathe is balanced before moving. 5. To avoid twisting the bed. the lathe's l ocation must be absolute ly Oat and level. Check for a level condition I.Ising a machinist's precision level on the bed way both front to back and side to side 6 . Clean all surfaces off anti-rust oll using .a mild commerci.al solvent. kerosene or diesel fuel. Do not use paint thinner, gasoline. or lacquer thinner. These will damage painted surfaces. Cover all cleaned surfaces With a light film of 20# maohlne oil. 7. Remove the change gear cover. Clean all components of the change gear assembly and coat all gears w ith heavy, non-slinging grease Replace cover. . 2 . t Fig. 1 HOISTING CHART L ''-' T t ·1 ,,.n �-�- - Fig. 2 FIXING DIMENSIONS FOR LATHE STAND CABINETS - 3 - DRIVING SYSTEM (Fig. 3) The list of main gears, guide screws and clearance nuts in the machine driving system Parts Part No 1 2 3 4 5 6 Headstock 7 8 9 10 11 12 13 14 15 . . 16 17 18 19 Feedbox 20 21 22 23 24 25 26 27 I..,__ 28 29 30 Descrip tion Gear Gear Gear Gear Gear Gear Gear Gear Gear Gear Gear Gear Gear Paired Gear Paired Gear Gear Gear ·Gear Triplicate Gear Gear Gear Gear Gear Gear Palred Gear Gear Paired Gear Gear Gear Gear No. of teeth or thread 42 23 '47 36 55 31 45 58 21 45 59 46 83 45 40 40 45 24 16 18 18 18 18 20 28 27 21 21 30 18 Modulus or pitch M2 M2 M2 M2 M2 M2 M2 M2 IV12 M2 IV12 M2 M2 M2 M2 M2 M2 M2.25 M2.75 M2.75 M2.25 M2.75 M2.25 M2.75 M2.25 M2.25 M2.25 M2.25 M2.25 M2.25 M2.25 M2.25 M2.25 M2.25 M2.25 M2 25 22 15 22 23 17 15 . 4 PrP.ssur e angle 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° 20° Material 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 Notes - 2 piece- I No. of Modulus or pitch Pressure angle Material M2 M2 20° 20° 45 45 3mm 20° 45 3mm 20° ZQSn 6 -6 -3 Ms2 20° 45 24 Ms2 20° Gear 12 M2 20° 38 Gear 50 M2 20° 39 Pinkm M2 20° 45 40 Nut 3mm 20° ZQSn 6 - 6 3- 41 Screw 3'mm 20° 45 42 Gear 25 Single thread Single thread 14 M2 20° 45 43 Gear 51 M2 20° 45 44 Gear 13 M2 20° 45 45 Gear 25 M2 20° 45 46 Gear 48 M2 20° 45 Top- 47 Screw 3mm 20° 45 'Sli de 48 Screw Nut 3mm 20° 45 49 Serew 2.5mm 20° 45 50 Screw Nut 2.5mm 20• M1.25 20° ZQSn 6 -6-3 45 Parts ........ Apron Part No Description 31 32 Gear Rack 33 Leadscrew 34 Half nut 35 Worm Single thread Single thread Single thread 36 Worm Gear 37 tee.th or thread 11 ZQSn 6 - 6 -3 45 ZQSn 6-6-3 Gear Single thread Single thread Single thread Single thread 22 Gear 2A M1.25 20° 45 Change Gear Gear 26 44 M1.25 M1.25 2 0° 20° 45 45 gear Gear 48 M1 25 20° 45 Gear 52 M1.25 20° 45 Gear 127(120) M1 25 20° 45 Tailstock . 5 - Notes left hand thread Leff hand thread· left hand thread Paired geaF 711 _' -Ll_ ' _l _) 105 60105. I r� ,i, i Q Jl Mr Q .0127 t " -t . 2ll ,.__ .,, r:� PO!>ITII):, ' l �II . H SIi ' Fig. 9 Feed Rn1c Table /\1 1'3 I. 29 l2 !. lil72 1.ons o. 3!,03 0.3113 0.2R(M .-\,\'r 0 . 57:l& (J.5161 , � o. 1 762 0. 1567 0.1 10 2 -'Mr o.322ij 0.2868 0. 2582 0 0876 0. 07.8 0.0701 .ANv- (I llil I 0. 1-13 � 0. 129] 0.044 1 0.0089 (l. 0351 E2 (), •.fil l . I : :�.. r -�- I' • ;[ . ...__. .It. t� ..A/vV0/V\· c., 1,1 C4 o. 6640 0.9221 0.8208 0. i3'76 0.2603 0.461 2 o. 1252 0.2306 o. 0626 0 .I153 0.03I 3 o. 1804 0.3320 0.0902 0. 1660 Q.0583 0. 13 1 o: 0383 ino:WQ 1-ec'll Rale foble ., l:J .ANv- t•;u� I) 0 Ii IO.0 · 107 I '}' 0. 0116 0 0 I JI 0.0109 J,/,/y I) IJZ:i I 0.0:!:!6 0, 112! )3 �1 � ll 110f8 II ()Qf -z 0 (j) - �- OJ r­ m r0 en n .$ = ;tJ m :u � �lE§ �--9 -:.,,, o 1_,.., N ,..,c::z - - �-- - ,� u ...,Ii;; � :i< -· - � -> ..,, g:: l!&'. ::. � : � 2! � ..... tl I = - - - I� ;::: I ..,...._ ff; " 3: - t: � � - \ IS l:. � t;;:; - �o.� 0- ;--i . -i:- �:e.::. $::::Q :;..,. � :!: .:: - - ...J_ - ... __; :�I : 1:1;j_ �; C; 0, \ f..1 � --t l,IETRJC THaEAf) TABLE B4 C4 C3 C2 AA 02 E4 A2 E2 tN ,fii � C 1 ::::: l� 0, ti ,.. .,,.. $ ij e r:: ·= : e � ;:e ;l t"""l - � � � .... .... .... � '" .:: -c:: ti< . .. ;;: 0n ..... � � '"'1 � � c:, �· � .... ..., "" ,_ .... ; � ,.., .... ACCESSORIES '--- Fig.13 STANDARD ACCESSORIES FOR THE MACHINE (shown in Fig. 13) 6.o il gun 1. tool rest wrench 7.open-ended wrench sets • 2. wrench for 3-jaw chuck 3. dead ce.nts,s M fNO.3# 8.hex wrench sets 4. reverse jaws kr 3 jaw chuck - 9 screw driver set 5. center slee·.e 3#-5# 1 0.stool box Fig. 14 SPECIAL ACCESSORIES (shown in Fig. 14) 1. indexlble cutting tool sets 2. steady resl 3. 4-jaw Independent chuck 4. face plate - 1 7 - 5 rotation center 6 drill chucl< with arbor 7.follow rest BREAK�NPROCEDURE • During manufacturing and test ng, th.i s lathe has b.een operated at low spindl e speed range i for three hours. • The machine is equipped with 2 V-belts between the motor pulley and the rear pulley. It is advisable to check the tension before starting the machine. The belts should be depressed about 1/2 inch or 12mm by normal finger pressure. • To allow time -for the gears and bearings to break-in and run smoothly, do not run the lathe above 800 R.P.M for the first six hours of operation and use ADJUSTMENTS After a period of time, wear in some of the mo.ving components may need to be adjusted. • Saddle 1 Loosen four hex nuts round on the bottom rear of the cross slide and back off one full turn eaoh 2 Turn each of the four set screws with a hex wrench until a slight resistance Is felt Do not over lighten these screws 3. Move the carriage with the hand wheel and determine 1f the drag fs to your preference. Readjust the setting screws as to achieve the desired drag. 4 Hold the socket set screw firmly wi th a hex wrench and tighten the hex nut ta lock the setting screw in place. 5. Move the carriage again and adjust again if necessary. Note: over adjustment will cause excessive premature wear of the gibs. • Cross Slide If the cross slide is loo loose, follow procedure below to ti ghten. 1- Loosen the rear gib screw approximately one tum. 2 . Tighten the front gib screw a quarter turn. Turn lhe cross slide handwnee( to see if the cross slide is still loose . If tt is still l oose, tighten the front screw a btt more and try again. 3. When the ?ross slide Is properly adjusted, tighten the rear gib screw. Do not over tighten This will cause premature wear on the gi b and mating parts. • Compound Rest Follow the same procedure as the cross slide adJustmeni to adjust the compound rest. • Tailstock If the handle will not lock the tallstock, follow the procedure be low 1. Lower the handle to unlocked position. 1 8 . 2. Slide the tailstock to an area that allows access to the underside of the tallstock. 3. Tighten tailstock clamping bolt 1/4 turn. Test for proper locking. Repeat as necessary. • Tailstock Off-Set Follow the procedure below to off-set the .tailstock to cut shallow tapers: 1. Lock ta'ilstock in position by raising locking handle (20. Fig. 7). and tighten front and rear hex socket cap screw (22, Fig. 7). 2. Alternately IL • Clearance of Cross Slidt! Adjustment Adj ust the cl,- arance of cross feed nu1s on the "!ddle as fo, ..v:1 1g: rotate the screw (1) until the slide moves\'> th a slight drag. (Flg. 15) '--' • Chuck and Faceplate Mounting The connection· bet.ween spindle and chuck or faceplate ls made by D C - am Lock structure 'according to China National Standard GB5900.3-86 (similar to ISO 702/11-1975). Fig, 15 Adjust the Clearance of Cross Feed Nut - \Nhen mot. mg, pu1 U·a three pull pin of chuck i or faceplate into the three holes (F g 16) on th.e spindle face end. Then turn the three · cams witli the help of square head wrench when turning the cams clockwise, the chuck or faceplate will be lock ed. When turning the cams counter-clockwi se to certain point, the chuck or faceplate can be detached. ol flC� 1n • Fig. 16 Chuck or Faceplate Locking Structure . 1 9 . DAMAGEABLE PARTS NO. Name Material 1 Cross Feed Nut ZQSn6-6-3 2 Half Nut ZQSn6-6-3 Qty' Notes 1 5104 1 4003 ,. 3(] ¢12 .&.o,s �b 11 IY6-7Hdep12 0 5XA5• e 7 7 ,. - ,A. /' j J..loo,ej A I '1"' . "' "' 6 _ � r \'·" ( 'l 0.06 i; 0 •I • �O � ui -WI \ ..-�X i J i--· 20 3 I I '5- ,, IX45 I, . 25.5.8. A e-e "' �- 1 Appendix Fig. 1 Cross Feed Nut Material ZQSn6-6-3 . 2 0 ie .. :e '9 &U) �- w' 'x----,'' ' - ' 4-