Grooving & Parting-Off Threading Holders
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- Brendan Todd
- 5 years ago
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1 Parting-O Threading Hoders F F1 ~ F16 TGA-BF Type... F2 GWC / GWCS / GWCI... F Parting-O Mini Hoders SCT Type... F Sumi-Grip Series Sumi-Grip Inserts... F Sumi-Grip Jr. STFH / STFS R/L, Stee Typ... F6 Sumi-Grip Seection Guide... F WCFH, Too Bock Type... F9 WCFS R/L, Shank Type... F Threading Toos Seection Guide... F11 Threading Inserts... F Cutting Conditions... F1 Externa Threading Hoders LTER... F1 STER... F1 Interna Threading Hoders STIR... F1 Grooving, PartingO & Threading SumiTurn B-Groove Inserts SumiTurn B-Groove Hoders F1 1
2 SumiTurn B-Groove Insert Indexabe insert grooving system with trianguar inserts TGA-BF Type and integra chipbreaker or externa and interna grooving Characteristics Outstanding chip contro when grooving Exceent chip contro when inishing wide grooves using axia eed Grooving inserts rom 1,mm -,mm wide New grade AC0U with Super ZX utra hard coating or Stees, Stainess Stees, and Non Ferrous metas increases productivity and extends too ie Perormance Inserts Comparison o chip contro Insert: TGAR0BF, Work materia: CrMo Cutting data: vc = 1 m/min, Wet 0,0 (mm/rev) 0,07 Notice: Pease note the cutting edge position e, or grooving widths beow 1, mm.. 0,1 Parting-O B-Groove Conventiona insert with ground chipbreaker (Note 2) Figures show right hand toos. Cat. No. Chip contro whist traversing Insert: TGAR0BF, Work materia: CrMo Cutting data: vc = 1 m/min, Wet (mm/rev) 0,0 0,0 0,07 0,1 B-Groove Comparison o surace roughness aong sidewa Insert: TGAR0BF, Work materia: CrMo Cutting data: vc = 1 m/min, = 0,07mm/rev, Wet B-Groove ( Ra=1,77µm, Rz=,µm ) Conventiona carbide insert ( Ra=,µm, Rz=,9µm ) Recommended Cutting Conditions Grooving Wet condition is recommended. Work materia Cutting speed (m/min) Groove width (mm) Feed rate (mm/rev) Ext. Depth o cut (mm) Int. F2 Genera stee = Euro stock = Deivery on request r e 0,27 1, 2, (2,0) 1,0 1,6,9 1,7 0,2 1, Externa (,) Interna 2, (2,) 2,0 2,0 2,6 2,70 2,0,00 0,,,,0,0 Externa,70 (,0),90 Interna (2,),00,, 0,,0,0,0 Feed rate (mm/rev) Depth o cut (mm) 0,17 0,1 0,07 Stainess stee 0 ~ 160 0,0~0, 0,0~0, 0,07~0, ~0, ~0, ~0,7 1 ( R: right handed ) 0 0 ~ Packing unit and ordering exampe; pcs TGAR 2BF, AC0U 0,0 Genera stee Cutting speed (m/min),~, 0,0~0, ~,0 t Appicabe hoder & insert group Wet condition is recommended. Work materia 0 ~ 160 2,~, 0,0~0, ~,0 ~2, ( ) in presents max. depth Feed direction or Axia Feed Axia Feed Stainess stee 0 ~ 1,~2, 0,0~0, ~, TGA R/L 1BF TGA R/L BF TGA R/L 16BF TGA R/L 17BF TGA R/L 1BF TGA R/L 0BF TGA R/L 2BF TGA R/L 20BF TGA R/L 0BF TGA R/L 26BF TGA R/L 270BF TGA R/L 20BF TGA R/L 00BF TGA R/L BF TGA R/L 0BF TGA R/L 0BF TGA R/L 70BF TGA R/L 90BF TGA R/L 00BF TGA R/L BF TGA R/L BF TGA R/L 0BF TGA R/L 0BF TGA R/L 0BF Coated AC0U R L
3 SumiTurn B-Groove Hoders GWC/GWCS/GWCI Externa Grooving Figures show right hand toos. GWC Externa Grooving Right handed too hoders are used with right handed inserts (TGA-R), et handed camp (CCM U-L) and right handed screw (WB-22-T). Hoders R L GWC R/L -1 GWC R/L - GWC R/L - GWC R/L -1 GWC R/L - GWC R/L - Grooving width Maximum Appicabe Grooving Insert Group t (mm) Depth (mm) No. 1,~1, 2,0 1,0~2,0, 2,0~,0,0 1,~1, 2,0 1,0~2,0, 2,0~,0,0 Cat. No. H W L h BFTX 011N TRX Camp CCM U WB -22 -L/R -T/TL LT 27 Figures show right hand toos. GWCS Parting-O Externa Grooving Right handed too hoders are used with et handed inserts (TGA-L), right handed camp (CCM U-R) and et handed screw (WB-22-TL). Hoders R L GWCS R/L -1 GWCS R/L - GWCS R/L - GWCS R/L -1 GWCS R/L - GWCS R/L - Grooving width Maximum Appicabe Grooving Insert Group t (mm) Depth (mm) No. 1,~1, 2,0 1,0~2,0, 2,0~,0,0 1,~1, 2,0 1,0~2,0, 2,0~,0,0 Cat. No. H W L h BFTX 011N TRX Camp CCM U WB -22 -R/L -TL/T LT 27 Interna Grooving GWCI Figures show right hand toos. Interna Grooving Hoders Cat. No. GWCI R/L GWCI R/L Right handed too hoders are appicabe with et handed inserts (TGA-L). R L ødmin 0 ød L H h 11, 17, 1,0 17, Grooving width t (mm) 0, ~ 2,0 1, ~,0 Maximum Grooving Depth (mm) Appicabe Insert Group No. 0, ~ 2,0 2,0 ~ 2, BFTX 009N BFTX 011N TRX 1 TRX ) Pease seect appicabe inserts or the hoders by using matching group numbers. = Euro stock = Deivery on request Packing unit and ordering exampe; 1 pce GWCR - 1 ( R: right handed ) F
4 Parting-O Mini Hoders SCT Type Parting-O Toos Hoders SCT SCT R SCT R SCT R 1616 SCT L SCT L SCT L 1616 h=h1 b Appicabe inserts CTR _ BFTX 0 T L TRX 0 CTL _ BFTX 0 T R Above igures show right hand toos. Inserts Parting-O Coated carbide) ACZ CTR CTL ( CTR 000 R CTR 0 R CTR R CTR 0 R CTR 0 N CTR N CTR 0 N CTL 000 L CTL 0 L CTL L CTL 0 L CTL 0 N CTL N CTL 0 N Dimensions (mm) Insert Type b Max. ø D 0, 1,0 1, 2,0 1,0 1, 2,0 (R) right handed type (N) neutra type (L) et handed type (N) neutra type 0, 1,0 1, 2,0 1,0 1, 2,0 Sharp cutting edge ( r = 0,0 mm ) Dimpe ocation or positive camping Wide groove breaker or smooth chip evacuation Surace Finish Comparision Recommended Cutting Data (SCT Type) very sma Work materia Genera stee Approach ange vc (m/min) (R/L-Patte) 0,02 ~ 0,0 0 ~ 0 (N-Patte) SCT Work materia: Insert: Cutting data: 0,02 ~ 0, (R/L-Patte) Competitor s too X6Cr17 ( ø mm) CTR 0 R, ( b =1,0 mm) vc = m/min = 0,02 mm/rev, Wet 0,02 ~ 0,0 Free-cutting stee 0 ~ 0 (N-Patte) Stainess stee 0,02 ~ 0, (R/L-Patte) 0,02 ~ 0,0 0 ~ 0 (N-Patte) 0,02 ~ 0,0 Cutting data or coated grade F = Euro stock Packing unit and ordering exampe; 1 pce SCT R 1 (mm/rev) ( R: right handed ) ACZ
![WCFN A WCFR A WCF L A Coated Uncoated [ a ] carbide carbide (mm) AC2 A0 2 WCFN B WCFR B WCF L B WCFN B WCFR B WCF L B WCFN B WCFR B WCF L B Muti ayer coating Uncoated [a] carbide (mm) GE Structure o](/docs-images/85/92412292/images/5-2.jpg "AC2 coated ayer Ti N A2O Ti (C,N) Specia ACEayer Very tough base materia Wear resistance High Low Insert Grade Map AC0P Parting-O There is a muti ayer coating which incudes a 2 µm thick A2O ayer.")
5 Parting-O Hoders Insert Seection or Sumi-Grip Series Sumi-Grip Insert Neutra (N ) WCF - N / R / L (Genera stee) WCF - N / R / L A WCF - N / R / L B Type A or hard to cut materias (Sow eed) Type B or Cast iron, Aumimium aoy Coated carbide AC0P AC000 WCFN 2 T WCFN WCFR WCF L WCFN WCFR WCF L WCFN WCFR WCF L Right hand (R) Let hand (L) [a] (mm) 2 WCFN 2 A WCFN A WCFR A WCF L A WCFN A WCFR A WCF L A WCFN A WCFR A WCF L A Coated Uncoated [ a ] carbide carbide (mm) AC2 A0 2 WCFN B WCFR B WCF L B WCFN B WCFR B WCF L B WCFN B WCFR B WCF L B Muti ayer coating Uncoated [a] carbide (mm) GE Structure o AC2 coated ayer Ti N A2O Ti (C,N) Specia ACEayer Very tough base materia Wear resistance High Low Insert Grade Map AC0P Parting-O There is a muti ayer coating which incudes a 2 µm thick A2O ayer. It is very tough and resistant to adhesion wear. Appications and Features o Inserts Coated carbide Grade (Ex. a=mm) Appications Features AC0P (AC000) WCFN Genera stee and high eed cutting (0,0~0,/rev) Coated insert having exceent wear resistance with ow cutting resistance AC2 WCFN A Genera stee and sow eed cutting (0,0~0,/rev) sot stee, stainessw stee Coated insert having exceent racture toughness with good chip remova A0 WCFN A Hard to cut materias Equivaent to P0 GE WCFN B Cast iron, auminum aoy Equivaent to K with a sma edge treatment AC2 Uncoated carbide A0 Low High Fracture toughness Recommended Cutting Conditions Grade AC0P (AC000) AC2 A0 GE vc (m/min) (mm/rev) Genera stee vc 0-2 0,0-0, vc 0-0 0,0-0, vc 0-1 0,0-0,2 vc - Stainess stee 0-0 0,0-0,1 60-0,0-0,2 70-0,0-0,1 - Sot stee 1-0 0,0-0, ,0-0,2 70-0,0-0,1 - Die stee Gray cast iron 60-0,0-0,1 60-0,0-0, ,0-0, ,06-0,2 The recommended cutting conditions are vaid when using the part-o too with too bock type and shank type in the camping system. = Euro stock Packing unit and ordering exampe; 1 pce 1 WCFN 2A, AC2 ( R: right handed ) F
6 Parting-O Hoders Stee Bade and Shank Type Sumi-Grip Jr. Features o Design Twice the hoding orce o conventiona SUMI-GRIP Eective Tooing with Sumi-Grip Jr. Hoder breakage protection via the end stop Parting-O Grooving Chamering Low price by stee hoders Long too ie rom high perormance inserts (interchangeabe with SUMI-GRIP). Twice the Insert Hoding Force Low Vibration WEAR RESISTANCE (Interrupted cut part o) Comparison o usabe imit vibration Measured vaue o insert hoding orce using a dynamometer (Soid carbide hoder) 70 - SUMI-GRIP Jr. (mm) 00 - Fank wear width Usabe imit o hoder overhang (mm) Hoding orce o the insert (N) Parting-O Shape o work pieces: Hexagon 0,1 - SUMI-GRIP 60 - Competitor A 0 0 ~ ~ 0-0,1 0,2 0, Work materia: C ( ø 0 mm, HB 0) Insert : mm width, coated (P) Cutting data: v c = 0 m/min, Dry SUMI-GRIP Jr. Competitor A STFH- mm width breakage Competitor A SUMI-GRIP Jr. SUMI-GRIP (Soid carbide hoder) 0,0-0- Feed (mm/rev) 0-0,1-0 0 Number o cuts Work materia: Insert : Cutting data: = 0,1 mm/rev. C mm width, coated (P) v c = m/min Water soube cooant Part-O Hoders Stee Bades (Too Bock Type Hoders) Shank Type Hoders Max. ød Shank type igures show right hand toos. STFH 26-2 STFH 26- STFH 26- STFH 26- STFH -2 STFH - STFH - STFH - a ødmax h h1 b , 1, , 2, ,, ,, WCF_ 2 _ WCF WCF WCF WCF_ 2 _ WCF WCF WCF ,7 2,,, Appicabe inserts Remarks: A too hoders incude a wrench type SL-. Too bocks or stee bades are ordered separatey. F6 = Euro stock STFS R/L -2 STFS R/L -2 STFS R/L STFS R/L -2 STFS R/L STFS R/L - STFS R/L - STFS R/L - STFS R/L - STFS R/L - STFS R/L - STFS R/L - Packing unit and ordering exampe; 1 pce 1 R L a ødmax h h 1 b STFH 26-2, 1 pce SBN Appicabe inserts WCF_ 2 _ WCF WCF WCF
![mm/rev Ø 0 Ø 70 Ø 0 Parting-O TOOL BLOCK TYPE STFH - [ / / ] STFH - [ 2 ] STFH](/docs-images/85/92412292/images/7-4.jpg "26 - [ / / ] STFH 26 - [ 2 ] SHANK TYPE STFS R/L - [ ] STFS R/L - [ ] STFS R/L")
![- [ ] STFS R/L 1616 - [ ] STFS R/L - [ ] STFS R/L - [ ] Ø 0 Ø 0 Work materia:](/docs-images/85/92412292/images/7-5.jpg "Insert : Cutting data: Ø 0 Ø C ( ø 60 mm, HB 0) WCFN A (AC2) v c = m/min Water")
7 Parting-O Hoders Sumi-Grip Jr. H TF E S YP CK T O L BL TOO S NK SHA Recommended Appication Range E TYP STF Good Chip Remova Max. part-o diameter (mm) Ø 0 = 0,1 mm/rev = 0,1 mm/rev = 0,2 mm/rev = 0, mm/rev Ø 0 Ø 70 Ø 0 Parting-O TOOL BLOCK TYPE STFH - [ / / ] STFH - [ 2 ] STFH 26 - [ / / ] STFH 26 - [ 2 ] SHANK TYPE STFS R/L - [ ] STFS R/L - [ ] STFS R/L - [ ] STFS R/L [ ] STFS R/L - [ ] STFS R/L - [ ] Ø 0 Ø 0 Work materia: Insert : Cutting data: Ø 0 Ø C ( ø 60 mm, HB 0) WCFN A (AC2) v c = m/min Water soube cooant Ø 0 Ø 2 Too Bocks Recommended Grades and Cutting Conditions Type SBN Camp System Type SBU Wedge System Cutting speed (m/min) Work materia Grade Feed (mm/ rev) I I Genera stee 0 I I 0 BCS1 SBN -26 SBN - SBN - SBU -26 SBU - SBU - Appicabe stee bades h h1 h2 h 0 STFH 26 _ 0 1, 0 STFH _ 0, 1 STFH _ Appicabe stee bades h h1 h2 h 0 STFH 26 _ 0 1, 0 STFH _ 0, 1 STFH _ = Euro stock BCS BCS SPARE PARTS Camp BWS0 WB- LH00 Wedge BCS1 BCS BCS BX0622 LH00 1 0,0 I I 0,2 Mid stee SPARE PARTS Packing unit and ordering exampe; 1 pce AC2 Stainess stee AC2 Cast iron GE 60 I I 0,0 I I 0,2 0 I I 1 0,06 I I 0,2 STFH 26-2, 1 pce SBN -26 F7
8 Parting-O Hoders Carbide Bade Type Sumi-Grip Series Sumi-Grip- Series WCFS R/L WCFH WCFS R/L WCFS R/L 16 WCFS R/L WCFS R/L WCFH 26 Features o Sumi-Grip Parting-O High Rigidity Low Vibration This igure shows a computer generated comparison o the distortion o stee and carbide hoders caused by cutting orces. The reduced distortion o the carbide hoder makes cutting under harsher conditions and higher eeds possibe. Good Chip Remova The igure shows the measurement o cutting vibration. At high speeds the carbide hoder experiences or ess vibrations than does the stee hoder. Thus, the overhang ength can be extended and cutting speed can be increased with the Sumi Grip s carbide hoder. This picture show the shape o chips according to eed rate. SUMI GRIP produces roed chip which are easiy removed. = 0,0 mm/rev = 0,0 mm/rev = 0,1 mm/rev = 0,1 mm/rev = 0,2 mm/rev = 0, mm/rev Destortion o Sumi-Grip (Carbide hoder) Vibration Destortion o stee hoder Vibration Measurement o vibrations (Overhang o hoder: 0 mm) Sumi-Grip Stee hoder Time Time Vibration Stee hoder Work materia: Ck (ø 60mm, HB0) Insert width and type : mm, WCFN A (AC2) Cutting conditions: vc = m/min, Wet Usabe imit Structure o distortions Changed sharp Unchanged sharp Sumi-Grip Beautiu surace inish Oberhang ength o hoder (mm) Work; Width o insert: Cutting data: Carbon stee (ø 60mm, HB0) mm vc = m/min, = 0,1 mm/rev F 1
9 Parting-O Hoders Too Bock Type with Carbide Bade Sumi-Grip Series Width o cut o: 2 ~ mm Max. cut-o diameter is mm (In case o 2,0 mm width insert up to ø 0 mm). doube sided carbide bade Too bock and carbide hoder are interchangabe between right and et hand use. Carbide bades Max. ød a =,, (mm) Max. ød WCFH -2 WCFH - WCFH - WCFH WCF_ 2 _ WCF WCF WCF SL WCF_ 2 _ WCF WCF WCF SL ,7 2,,, 19 1, 1, 1, Appicabe inserts Parting-O WCFH 26-2 WCFH 26- WCFH 26- WCFH 26- a ødmax h h1 b , 1, , 2,, ,,, ,,, Remark: A carbide bade incudes a wrench. Appicabe Too bock and insert are ordered separatey. Too bocks Type SBN One piece type Type SBU Separete type h h1 h2 h 0 SBN , 0 SBN - 0 SBN -26 0, 1 SBN - Appicabe carbide bades h h1 h2 h 0 0 1, 0 0 0, 1 Appicabe carbide bades SBU -26 SBU - SBU -26 SBU - Camp WCFH 26 _ WCFH _ WCFH 26 _ WCFH _ BWS 0 WB - LH 00 Wedge WCFH 26 _ WCFH _ WCFH 26 _ WCFH _ BCS 1 BCS BX 0622 LH 00 BCS Nomencature Hoder Insert WCF H 26- Sumi-Grip WCF N A Insert width a = 2,,, mm Hoder type Hoder height H : Too bock type S : Shank type h = 26, mm (Type H) h =, mm (Type S) = Euro stock Sumi-Grip Feed direction Neutra (N) Right haand (R) Let hand (L ) Packing unit and ordering exampe; 1 pce 1 Breaker type - Standard (Ni) - Type A - Type B Insert width a = 2,,, mm WCFH 26-2, 1 pce SBN -26 F9
10 Parting-O Hoders Shank Type with Carbide Bade Sumi-Grip Series Carbide bade on shank ixed type Width o cut o:,0 ~,0 mm Max. cut o diameter is 0 mm Suitabe or machining with sma N/C machines and automated athe machines Carbide bade on shank brazed type Width o cut o: 2,0 mm Economica brazed type Suitabe or machining with sma CNC machines Hoders (Fixed Type) R L a WCFS R/L - WCFS R/L - WCFS R/L - Parting-O WCFS R/L - WCFS R/L - WCFS R/L - b h h Incuded carbide bade Appicabe inserts WCFH 17- WCFH 17- WCFH 17- WCF WCF WCF WCFH 17- WCFH 17- WCFH 17- WCF WCF WCF Remarks: A hoder incudes an appicabe carbide bade and a wrench. A igures show right hand toos. Max. ød = 0 Carbide bade WCFH 17- WCFH 17- WCFH 17- a b 2,,, Appicabe inserts WCF WCF WCF Hoders (Brazed Type) R L a ødmax WCFS R/L WCFS R/L WCFS R/L Appicabe inserts h h1 b WCFN 2A 1 WCFN 2A WCFN 2A Remarks: A hoder incudes an appicabe wrench. A igures show right hand toos. F = Euro stock Packing unit and ordering exampe; 1 pce 1 WCFSR - ( R: right handed ) SL - 2 SL - 2 SL - 2
11 Threading Toos Genera Features Sumitomo Eectric has deveoped "TME" externa threading inserts with pitch ranges o 1,0 ~,0 mm or ~ 2 threads/ inch and "TMI" interna threading inserts with a pitch range o 1,0 ~,0 mm. The superior eatures o the new sintered threading inserts incude an M-cass toerance and dimpe shaped chip breaker. The M-cass toerance reduces insert cost by eiminating the need or expensive grinding. Furthermore, chip contro is greaty improved as a resut o the speciay designed dimpe chip breakers. New Series o Indexabe Inserts and Hoders or Threading Threading Hoders For Externa Threading TME with at wiper edge Pitch (mm) 1,0 1, 1, 1,7 2,0 2,,0 LTER ISO-Metric 60 ( TME For externa thread, mm) (Lever ock system) Pitch (mm) without at wiper edge 1,0 ~ 2,0, 1, ~,0 STER ( TWE Whitworth, 16 mm) ( on system) Number o threads / inch without at wiper edge 1 ~, 2 ~ 16 For Interna Threading TMI For interna thread with at wiper edge Pitch (mm) 1,0 1, 1, 1,7 2,0 2,,0 STIR ISO-Metric 60 ( 16, mm ) TMI ( on system) Pitch (mm) without at wiper edge 1,0 ~ 2,0, 1, ~,0 F11 1
12 Threading Toos Threading Insert Genera Features Indexabe inserts TME type or externa threading Dimpe breaker A positive rake ange encourages good chip contro and reduces cutting resistance. Two tier dimpe-stye chip breakers evacuate chip smoothy and easiy. M-cass toerance reduces insert cost. New sintered threading insert with specia dimpe shaped chip breaker Four avaiabe grades cover a wider range o appications. The LTER type hoder is designed or easy camping and repacement. Comparison o Chip Contro TME Insert Threading Hoders Work materia: CrMo Cutting speed: 0 m/ min Pitch: 1, mm Competitor's ground insert Comparison o Too Lie 00 - AC2 The AC2 is a carbide insert with a 2 µm mutipe-ayer coating. This design resuts in improved toughness and adhesion resistance making this grade suitabe or stainess stee and genera stee Too ie (Work pieces / corner) Cutting Grades or Threading Muti ayer coating TiN A2O Ti(C,N) Specia ACE-ayer Very tough base materia Neue Cermet-Grade TA AC2 TME insert with cutting corners Cermet grade Competitor's ground insert with cutting corners TA The TA is a cermet grade containing high TiN with a uniorm ine-grain microstructure which resuts in improved wear resistance and toughness. Thus, the TA produces a goods surace inish. Work materia : XCrNi1 (Stainess stee) Cutting conditions: vc = 0 m/min Pitch: 1, mm 7 Passes Wet F 1
13 Threading Toos Cutting Conditions Recommended cutting conditions Grade Cutting Speed (m/min.) Interna TA Sot stee ~170 0 ~ Carbon stee 0 ~170 0 ~ Aoy stee 90 ~ 0 ~1 Stainess stee 70 ~ - (Wiper Insert) Cat. No. Pitch Depth o cut TME 0 R 1,00 0,6 0, 0,16 0,1 0,11 0,07 TME 1 R 1, 0,2 6 0, 0,1 0,1 0, 0, 0,07 TME R 1,0 0,96 7 0,22 0,1 0,1 0,1 0, 0, 0,07 TME 17 R 1,7 1, 0,22 0,19 0,16 0,1 0,1 0, 0,09 0,07 TME 0 R 1, 0, 0,21 0,1 0,16 0,1 0,1 0, 0,07 TME 0 R 2,0 1, 0,27 0,2 0, 0,1 0,16 0,1 0,11 0, 0,09 0,07 TME 00 R,00 1,6 0,2 0, 0, 0,19 0,17 0,1 0,1 0, 0, 0, 0,09 0,07 TMI 0 R 1,00 0,6 0,1 0,16 0, 0, 0,07 TMI 1 R 1, 0,77 6 1,0 0,16 0,1 0, 0, 0,07 TMI R 1,0 0,90 7 0, 0,16 0,1 0,1 0,11 0,09 0,07 TMI 17 R 1,7 1,0 0, 0,1 0,1 0,1 0,11 0, 0,0 0,07 TMI 0 R 1,1 0,22 0,19 0,17 0,1 0,1 0,1 0,11 0,07 TMI 0 R 2,0 1, 0, 0,22 0,19 0,16 0,1 0, 0, 0, 0,09 0,07 TMI 00 R,00 1,7 0,27 0,2 0, 0,17 0,1 0, 0, 0, 0, 0,09 0,06 0,07 Pass Threading Hoders ISO-Metric 60 Externa Depth o Cut AC2 Work materia Depth o Cut (Non wiper insert) Cat. No. 0,1 Externa TME R Radius 0, ISO-Metric 60 TME R 0,06 Interna TMI R TMI R 0,09 Pitch Depth o cut Pass ,00 0,6 0, 0,16 0, 0, 0,07 1, 0, 6 0, 0,1 0,16 0,1 0, 0,07 1,0 1,0 7 0,22 0, 0,17 0,1 0, 0, 0,07 1,7 2 0,22 0,21 0,1 0,16 0,1 0,1 0, 0,07 1,1 1,0 0,9 7 0,22 0,17 0,1 0,1 0, 0, 0,07 1,7 1,1 0,22 0,1 0,1 0,1 0,1 0, 0,09 0,07 1, 9 0, 0, 0,1 0,16 0,1 0,1 0, 0,09 0,07 2,0 1,71 0, 0,22 0,19 0,17 0,1 0,1 0,1 0, 0, 0,09 0,0 0,07,00 2,09 1 0, 0,22 0, 0, 0,1 0,17 0,1 0,1 0,1 0, 0, 0,09 0,0 0,07 1,00 0,9 6 0,16 0, 0, 0,0 0,0 0,0 1, 0,7 7 0,16 0,1 0, 0, 0, 0,0 0,0 1,0 0,92 0,1 0,1 0,1 0, 0, 0, 0,0 0,0 1,7 1,0 9 0,1 0,16 0,1 0,1 0, 0, 0, 0,0 0,0 1,0 0,91 0,1 0,1 0,1 0, 0, 0, 0,0 0,0 1,7 1,07 9 0,1 0,16 0,1 0,1 0, 0, 0, 0,0 0,0 0, 0,1 0,1 0,1 0, 0, 0, 0, 0,0 0,0 2,0 1,6 0, 0,1 0,16 0,16 0,1 0,1 0,1 0,11 0,11 0, 0,0 0,0,00 1, 1 0,22 0, 0,1 0,1 0,16 0,16 0,1 0,1 0, 0, 0, 0,0 0,07 0,0 0,22 0, 0,1 0,16 0,1 0,1 0, 0, 0,09 0,07 0, 0,1 0,1 0,1 0, 0, 0, 0, 0,0 0,0 The shorter pitch, the sower speed. In case o non wiper insert or interna threading, passing time shoud be requested to increase. F1 1
14 Externa Threading Hoders LTER / STER Type LTER STER These igures show right hand toos. Hoders with Lever Lock System These igures show right hand toos. Hoders with on System h h1 b 1 LTER 1 LTER h h1 b 1 STER 0 16 STER Inserts Inserts Threading Hoders α= Incuded ange Pitch Coated Threads carbide (mm) No./ inch AC2 1,00 1, 1,0 1,7 2,0,00 1,00 ~ 2 ~ 1,0 ~,00 16 ~ 2 ~ 2 ~16 - Cermet α= Incuded ange Pitch α R a TA 0,1 60 0, TME 0 R 0, , TME 1 R 0, 60 1,0 TME R 0,2 60 TME 17 R 0, , TME 0 R 0, 60 1, TME 0 R 0,2 60 1, TME 00 R 0,1 60 1, TME R 0, 60 1, TME R 0,1 1, TWE 1 R 0,2 1, TWE 216 R ( ) Remarks: 1 TME0R - 00R (ISO Thread) (2) TMER,R (ISO Thread) without chamer () TWE1R, 216R (Whitworth Thread) without chamer b (1) (2) 1,0 () Coated Threads carbide (mm) No./ inch AC2 1,00 1, 1,0 1,7 2,0,00 1,00 ~ 2 ~ 1,0 ~,00 16 ~ 2 ~ 2 ~16 - Cermet α R a TA 0,1 60 0, TME 0 R 0, , TME 1 R 0, 60 1,0 TME R 0,2 60 TME 17 R 0, , TME 0 R 0, 60 1, TME 0 R 0,2 60 1, TME 00 R 0,1 60 1, TME R 0, 60 1, TME R 0,1 1, TWE 1 R 0,2 1, TWE 216 R ( ) Remarks: 1 TME0R- 00R (ISO Thread) (2) TMER,R (ISO Thread) without chamer () TWE1R, 216R (Whitworth Thread) without chamer Hoder Lever Pin Shim Rohrstit Hoder LTER LCLSD LCSTE LSTE1-0 *) LSPSD LH0 STER BFTX00 TRX * Remarks: LTER type has suppement o γ =1 shim LSTE 1-0. Shims LSTE 1-1 or γ = 2 and LSTE 1-2 or γ = are option. ) F1 = Euro stock Packing unit and ordering exampe; 1 pce LTER, pcs TME0 R, AC2 1 b (1) (2) 1,0 ()
15 Interna Threading Hoders STIR Type STIR These igures show right hand toos. Hoders with on System ød h 1 e ødmin. STIR , 11 STIR 1,0 1 Inserts Threading Hoders α= Incuded ange Pitch Coated Threads carbide (mm) No./ inch AC2 1,00 1, 1,0 1,7 2,0,00 1,00 ~ 2 ~ 1,0 ~,00 16 ~ Cermet α R TA 0,06 60 TMI 0 R 0,07 60 TMI 1 R 0,09 60 TMI R 0,11 60 TMI 17 R 0, 60 TMI 0 R 0,16 60 TMI 0 R 0, 60 TMI 00 R 0,06 60 TMI R 0,09 60 TMI R Remarks: (1) TME0R- 00R (ISO Thread) (2) TMER,R (ISO Thread) without chamer a 0, 0, 1,0 1, 1, 1, 1,0 1, b (1) (2) Hoder STIR BFTX00 = TRX Euro stock Packing unit and ordering exampe; 1 pce STIR 16, pcs. TMI 0 R, AC2 1 F1
16 F16 1
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