ISO Turning Inserts. ISO Turning Inserts

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2 TOOLING BY ISO ISO 13

3 DIJET CARBIDE TOOLS

4 Standard ISO Inserts Inserts for Small Components Diamond & CBN Inserts JC050W Inserts for Cast Iron TI1

5 Page Identification System of Insert E1 ~ E Chipbreaker Information E3 ~ E Standard ISO Inserts 80 Diamond E5 ~ E7 55 Diamond E8 ~ E10 Round E10 Square E11 ~ E13 Triangular Diamond Trigon E1 ~ E1 E17 E18 ~ E19 for Small Components E0 ~ E Diamond & CBN Inserts E5 ~ E8 TI

6 ISO Identification Table of C N M G Symbol for Symbol for 3 Symbol for Symbol for 5 Symbol for Insert Shape Clearance Angle Tolerance Class Insert Type Insert Size 1 INSERT SHAPE CLEARANCE ANGLE 3 TOLERANCE CLASS Symbol Description Angle Figure H O P S T C D Hexagonal Octagonal Pentagonal Square Triangular E 75 Rhombic F 50 M V L A B K R W Rectangular Parallelogram Round Trigon TYPE OF INSERT Symbol Figure Symbol Figure Symbol Figure I.C. N R F W T Q U B A M G H Symbol A B C D E F G N P O Clearance Others C J X Special Design Symbol Corner Height Thickness Inscribed Circle A F C H E G J* K* L* M* U* ±0.13 ~ ±0.38 ±0.13 ±0.08 ~ ±0.5 * Mark tolerance classes normally apply to as indexable inserts and the tolerance is dependent upon insert size. J, K, L, M 1. Tolerance on the Inscribed Circle I.C. Triangular ±0.05 ±0.05 ±0.08 ±0.10 ±0.10 ±0.13. Tolerance on Corner Height Triangular ±0.08 ±0.005 ±0.005 ±0.013 ±0.013 ±0.05 ±0.05 ±0.005 ±0.013 ±0.05 ±0.08 ~ ±0.18 Square 80 Rhombic 55 Rhombic 35 Rhombic ±0.05 ±0.05 ±0.08 ±0.10 ±0.10 ±0.13 ±0.05 ±0.05 ±0.08 ±0.10 ±0.10 ±0.13 ±0.05 ±0.05 ±0.08 ±0.10 ±0.10 ±0.05 Square ± ±0.08 ±0.13 ±0.15 ±0.15 ±0.18 ±0.08 ±0.13 ±0.15 ±0.15 ±0.18 I.C. = inscribed circle ±0.05 ±0.05 ±0.05 ±0.05 ±0.05 ±0.13 ±0.05 ±0.05 ±0.05 ± Rhombic 55 Rhombic 35 Rhombic ±0.08 ±0.08 ±0.13 ±0.15 ±0.15 ±0.18 ±0.11 ±0.11 ±0.15 ±0.18 ±0.13 ±0.05 ±0.013 ±0.05 ±0.013 ±0.05 ±0.05 ±0.05 ~ ±0.13 ±0.05 ~ ±0.13 ±0.05 ~ ±0.13 ±0.05 ~ ±0.13 Round ±0.05 ±0.08 ±0.10 ±0.10 ±0.1 E1

7 ISO Identification Table of 0 08 N 7 8 Symbol for 7 Symbol for 8 Symbol for Insert Thickness Insert Radius Feed Direction UR Symbol for Chip Breaker 5 CUTTING EDGE THICKNESS 7 RADIUS Insert Shape C D R S T V W I.C. Inscribed Circle (mm) Symbol 0 T 03 T Thickness Symbol M0 00 Thickness Sharp Point Round (Metric dimension) Round (Inch dimension) FEED DIRECTION 9 10 CHIP BREAKER Symbol Corner Type Group of application Symmetrical chipbreaker Asymmetrical chipbreaker R Righthand insert Finishing PF, UA, SF, FT L Lefthand insert Light Cutting BM, UR, UT N Neutral insert Medium Cutting PG, UB, SZ, SG GN, GNP Roughing UD, GG, UC Symbols 8, 9 and 10 are optional symbols. Symbol in 8 may be omitted. E

8 CHIPBREAKER FINISHING PF UA SF FT BM UR UT WORK MATERIAL STEEL STAINLESS STEEL CAST IRON PF UA SF FT BM UR UT PG UB E3

9 MEDIUM PG UB SZ SG GN GNP ROUGHING CAST IRON GG UD UC FLAT TOP SZ SG GN, GNP GG UD UC E

10 for Small Components Chipbreakers: MF, MF, MM, MM1, MM The combination of mirror surface finish and our JC5000 series carbide grades improve surface finish and tool life. FT Insert Flank Wear Comparison Work Material: SUS0J Insert: DCET0700R Cutting Condition: SFM=98, IPR+.001, DOC=.00 with coolant. Mclass inserts with optimum chipbreaker geometry are applicable to both semi and rough machining. Flank Wear Size (in.) Competitor TiCN Coated Competitor TiN Coated Diamond Micro grain sintered diamond provides sharp cutting edge and obtains a fine surface finish Cutting Time (min.) Comparison of Work Surface Finish DCET0700RMF, DIJET S STANDARD CHIPBREAKER Ra : 0.5 µm Rmax : 1.85 µm Ra : 0.9 µm Rmax :.58 µm E0

11 for Small Components 80 Diamond PART ID ISO CODE COATED UNCOATED CERMET JC105V JC15V JC35V JC50V LN10 NIT CX50 PX90 KT9 DX5 UMS I.C. DESCRIPTION Thickness Nose Radius Hole Diameter CCET MF for Fine Finishing CCET 0001LMF CCET 0001RMF CCET 000LMF CCET 000RMF CCET 09T301LMF CCET 09T301RMF CCET 09T30LMF CCET 09T30RMF CCMT FT for Light to Medium CCMT 000FT CCMT 000FT CCMT 09T30FT CCMT 09T30FT Diamond DCET MF for Fine Finishing PART ID ISO CODE DCET RMF DCET 07001LMF DCET 07001RMF DCET 0700LMF DCET 0700RMF DCET 0700LMF DCET 0700RMF COATED UNCOATED CERMET JC105V JC15V JC35V JC50V LN10 NIT CX50 PX90 KT9 DX5 UMS I.C. DESCRIPTION Thickness Nose Radius Hole Diameter DCET 11T3005RMF DCET 11T301LMF DCET 11T301RMF DCET 11T30LMF DCET 11T30RMF DCET 11T30LMF DCET 11T30RMF E1

12 Dijet Grades for Cutting Tools Sintered Super Hardened Polycrystalline CBN (for high hardened materials) Polycrystalline Diamond PCD (for aluminum, nonferrous metal) Turning Grades Steel Stainless Steel Cast Iron Super Alloys Steel P M K S P Cutting Tool Coated Grade Stainless Steel M Cast Iron K Milling Grades Super Alloys High Hardened Materials S H Aluminum & Nonferrous Steel Diamond Coated Cermet Grades Turning Grades Milling Grades F1

13 Dijet Grades for Cutting Tools JBN795 JBN330 JBN300 JBN5 JDA30 JDA735 JDA10 JDA715 JC15V JC35V JC50V JC55X JC050W JC105V JC15V JC8003 JC730U JC5030 JC500 JC8050 JC730U JC8050 JC8003 JC05X JC05W JC00 JC10 JC5080 JC8003 JC8050 JC8003 JC8008 JC10000 JC0003 JC0015 LN10 PX75 PX90 This is all new please proofread all copy! CX90 SC30 F

14 Dijet ISO Turning Grades ISO P Steel M Stainless Steel K Cast Iron P01 P10 P0 P30 P0 M10 M0 M30 M0 K01 K10 K0 K30 JC050W Coated JC15V JC35V JC105V JC15V JC50V JC55X LN10 LN10 CX50 Cermet LN10 PX75 PX75 PX90 PX90 ISO S Super Alloy Titanium Alloy S01 S10 S0 For Finishing of Steel & Cast Iron JBN795 Aluminum Copper Alloy Nonferrous Metal Type Finishing Semi Finishing Coated CBN JBN330 JBN300 PCD JDA10 JDA715 JBN5 F3

15 Dijet Grades for Cutting Tools ISO P Steel M Stainless Steel K Cast Iron P01 P10 P0 P30 P0 M10 M0 M30 M0 K01 K10 K0 K30 JC8003 JC730U JC730U JC8003 JC00 Coated JC5030 JC500 JC8050 JC8050 JC05X JC05W JC10 JC5080 Cermet CX90 SC30 SC30 ISO Coated S Super Alloy Titanium Alloy S01 S10 S0 S30 JC8050 H High Hardened Materials H01 H10 H0 JC8003 JC8008 For Finishing of Steel & Cast Iron CBN Coated JBN5 Aluminum Copper Alloy Nonferrous Materials PCD JDA30 JDA735 JDA10 JDA715 F

16 Turning Coated Grades General Description Dijet coated inserts for turning (JC coated V series) are CVD coated produced with multithick layers (115 µm) on special substrates improve tool life. The series covers a wide range of high feed applications, from light cutting to heavy duty cutting in high speed or by using a combination of different chipbreakers for optimum results. Features & Application P Steel M Stainless Steel K Cast Iron S Superalloy Titanium Alloy ISO Scale Wear Resistant Tougher Wear Resistant Tougher Wear Resistant Tougher Wear Resistant Tougher Grade Selection Guide Material Carbon Steel Alloy Steel Stainless Steel Cast Iron Superalloy Titanium Alloy Cutting Type Finishing Light Cutting Medium Cutting Roughing to Heavy Finishing Light Cutting Medium Cutting Roughing to Heavy Finishing Medium Cutting Roughing Finishing Light Cutting Grade JC15V JC35V JC50V JC55X JC050W JC105V JC15V Cutting Speed (m/min) 00 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 0 30 ~ 0 0 ~ 50 Features Excellent wearresistance and chippingresistance. The new developed substrate improves fracture resistance. Microstructure of JC15V Excellent wearresistance & deformationresistance. Finishing to medium cutting for steel & cast iron. Well balanced for wearresistance & fractureresistance. General steel grade for light to medium cutting. Excellent fractureresistance. Medium to heavy roughing and interrupted cutting for steel. Toughest grade. Heavy roughing & interrupted cutting for steel. Excellent wearresistance & edge notching. Finishing for stainless steel. Excellent wearresistance & deformationresistance. Finishing in high speed cutting for stainless steel. PVD coated grade having excellent wearresistance. Finishing to light cutting for stainless steel. Excellent edge notching resistance. Light to medium cutting for stainless steel. Excellent chip resistance, deformation resistance and toughness. Suitable for light to heavy cutting in stainless steel. Improved chipping resistance by adopting a thicker class of αal O 3 and Ti compound layer. For cast iron at high speed. Best wearresistance grade. Finishing to medium cutting of general cast iron or ductile cast iron. Medium to high speed cutting. Excellent wearresistance grade. Light to medium cutting for gray and ductile iron. Well balanced for wearresistance & fractureresistance. Medium to roughing for cast iron & ductile cast iron. Excellent wearresistance & edge notching. Finishing to light cutting of superalloy or titanium alloy. PVD coated grade having excellent wearresistance. Finishing to light cutting for superalloy or titanium alloy. Excellent edge notching resistance. Light to medium cutting for superalloy or titanium alloy. JC050W JC105V JC15V JC35V JC50V JC55X F5 = First Choice = Second Choice

17 Milling Coated Grades Dijet coated milling inserts (DZ coated JC5000 series) are PVD coated on special substrates with excellent wear and chipresistance giving stable cutting performance even in interrupted machining. Milling inserts (DV coated JC8000 series) are PVD special coating with stable & highperformance on high hardened materials even in high speed dry conditions due to higher hardness & oxidation resistance. This series covers a wide range of applications for milling inserts, drills, and end mills. Features & Application Microstructure of JC8008 P Steel M Stainless Steel K Cast Iron S Superalloy Titanium Alloy H High Hardened Materials ISO Scale Wear Resistant Tougher Wear Resistant Tougher Wear Resistant Tougher Wear Resistant Tougher Wear Resistant Tougher Grade JC8003 JC730U JC5030 JC500 JC8050 JC730U JC8050 JC8003 JC05X JC05W JC00 JC10 JC5080 JC8003 JC8050 JC8003 JC8008 Cutting Speed (m/min) 00 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 0 30 ~ 0 0 ~ 30 0 ~ 30 0 ~ ~ 10 0 ~ ~ ~ 100 Features Extremely excellent wearresistance. For high speed cutting and high hardened steel up to 5 HRC. CVD coated grade having excellent wearresistance & thermal crackresistance. For general steel & stainless steel. Adopted tougher submicro grain carbide base material. For general steel, hardened steel and stainless steel. Adopted tougher submicro grain carbide base material. Extremely suitable for wet cutting on steel and stainless steel. Adopted tougher submicro grain carbide base material. For a wide range of materials from roughing to semifinishing and HSC. Adopted Pgroup substrate having good heatresistance. For general steel and die & mold steel. Adopted Mgroup substrate having good crackresistance. For general steel and die & mold steel. Adopted tougher base material, excellent crack & thermal resistance. For interupted cutting on steel, stainless steel, super alloys. CVD coated grade having excellent wearresistance and thermal crackresistance. For general steel & stainless steel. Adopted tougher submicro grain carbide base material. For general steel, hardened steel and stainless steel. Adopted tougher submicro grain carbide base material. Extremely suitable for wet cutting on steel and stainless steel. Adopted tougher submicro grain carbide base material. For a wide range of materials from roughing to semifinishing and HSC. Adopted tougher base material, excellent crack & thermal resistance. For interupted cutting on steel, stainless steel, super alloys. Extremely excellent wearresistance. For high speed cutting and high hardened steel and cast iron. Improved wear and thermal resistance. For cast iron at high speed milling. CVD coated grade having excellent wearresistance. For gray cast iron & ductile cast iron at high speed cutting. CVD coated grade having excellent wearresistance & crackresistance General grade for gray cast iron & ductile iron. Adopted tougher submicro grain carbide base material. Multipurpose grade for hardened steel, stainless steel & cast iron. Adopted substrate with improved fracture resistance. For cast iron at high feed machining. Adopted tougher submicro grain carbide base material. For a wide range of materials from roughing to semifinishing and HSC. Extremely excellent wearresistance. For high speed cutting and high hardened steels. PVD coated grade having excellent wearresistance. Finishing to light cutting for superalloy or titanium alloy. Adpopted tougher submicro grain carbide base material. Light to medium cutting fo superalloy or titanium alloy. Adopted tougher submicro grain carbide base material. For a wide range of materials from roughing to semifinishing and HSC. Adopted New PVD coated grade with tough base material. For interupted cutting for superalloy and stainless steel. PVD coated grade having excellent wearresistance. Finishing to light cutting high hardened steels. Adopted New PVD coated grade. Extremely wearresistant. For high hardened steels. PVD coated grade having excellent wearresistance. For general steel, hardened steel and stainless steel. Adopted tougher submicro grain carbide base material. For a wide range of materials from roughing to semifinishing adn HSC. F

18 Grade Selection Guide for Milling Material JC730U JC5030 JC500 JC5080 Carbon Steel / Alloy Steel Die Steel Hardened Steel Stainless Steel Gray Cast Iron Ductile Cast Iron Superalloy / Titanium Alloy High Hardened Steel & Cast Iron = First Choice = Second Choice Material Carbon Steel / Alloy Steel Die Steel JC05X JC00 JC05W JC10 JC8003 JC8008 JC8050 Hardened Steel Stainless Steel Gray Cast Iron Ductile Cast Iron Superalloy / Titanium Alloy High Hardened Steel & Cast Iron = First Choice = Second Choice F7

19 Cermet Grades General Description The main ingredients of cermet are TiC (titanium carbide), TiN (titanium nitride) and TiCN (titanium carbonitride). In comparison with WC (tungsten carbide) whose main ingredients are sintered carbide alloy, the cermet composites show strength and antioxidization under high temperature and resists build up on steel materials, therefore, an excellent surface finish can be obtained. These characteristics of cermet make it possible for high speed and high efficient cutting applications. The newer added CX series is for general purpose applications. Microstructure of SC30 Features & Application Uncoated Grades Application Turning Milling Grade LN10 CX90 SC30 Cutting Speed (m/min) 50 ~ ~ ~ ~ ~ 180 Notes: Above data for recommended cutting speed is relevant for machining normal steels. Features Less binding materials for higher wearresistance. High speed cutting for steel. Finishing for cast iron. High nitrogen content & fine uniform hard structure. Excellent chipresistance & wearresistance. General purpose for steel. High nitrogen content & fine uniform hard structure. Excellent chipresistance & wearresistance. Medium & high speed cutting for steel & alloy steel. High nitrogen content & fine uniform hard structure. Excellent chipresistance & wearresistance. General milling applications for steel & alloy steel. Tougher cermet grade having impact resistance by improving binder materials and mircostructure. Roughing applications for steel milling. Coated Grades Cutting Speed Application Grade Features (m/min) Adopted PVD coated grade with good heatresistance on a base material PX ~ 70 having good wearresistance. For high speed turning for carbon steel. Turning Adopted PVD coated grade with good heatresistance on a base material PX ~ 0 having good crackresistance. For general turning for carbon steel. Notes: Above data for recommended cutting speed is relevant for machining normal steels. Grade Selection Guide Material Carbon Steel Alloy Steel Stainless Steel Cast Iron Type of Cutting Finishing Light Cutting Medium Cutting Roughing to Heavy Finishing Light Cutting Medium Cutting Finishing Medium Cutting Roughing Turning Milling LN10 PX75 PX90 CX90 SC30 = First Choice = Second Choice F8

20 Grade Comparison Chart ISO Codes DIJET Mitsubishi Tungaloy Sumitomo Hitachi Sandvik Kennametal Iscar Seco P01 PTH08M PCA08M PCS08M Milling P M K S H P10 P0 P30 P0 M10 M0 M30 M0 K01 K10 K0 K30 S01 S10 S0 S30 H01 H10 H0 JC730U JC5030 JC500 JC500 JC8050 JC730U JC8050 JC00 JC05X JC05W JC10 JC5080 JC8050 JC8003 JC8008 FH700 F7030 F7030 VP15T VP30RT VP30RT F7030 VP0RT F7030 VP0RT VP30RT VP30RT F5010 F500 VP0RT VP0R T3030 GH330 H10 AH330 AH7 AH10 GH330 T3030 GH330 AH10 AH10 T1015 AH110 GH110 AH10 AH110 AH10 ACP100 ACP00 ACP300 ACP00 ACP300 EH0Z ACK00 ACK00 ACK300 EH0Z EH0Z EH50Z JX1005 JX100 TB005 PCA1M JX1015 TB00 CY150 JX105 TB05 CY50 HC8 JX100 TB00 GX030 GF30 PCS08M JX100 CY900 JX1015 TB00 CY150 JX105 TB05 CY50 HC8 JC100 TB00 GX030 GF30 PTH08M PCA08M PCS08M JX1005 TB005 JX100 CY900 JX1015 PTH13S TB00 CY150 JX105 TB05 PT30E CY50 PCS08M PTH13S PTH08M JX1005 TB005 GC0 GC0 GC30 GC30 GC0 GC0 GC1030 GC105 GC105 GC030 GC030 GC00 GC1030 GC300 GC300 GC30 GC300 GC105 GC1030 GC030 GC00 GC00 KC515M KC715M KC55M KC530M KC75M KC735M KC935M KC515M KC5M KC55M KC530M KC75M KC735M KC935M KC515M KC50M KC5M KC915M KC935M KC510M KC515M KC5M KC55M KC530M KC75M KC515M KC5M IC50 IC050 IC908 IC98 IC950 IC50 IC38 IC050 IC908 IC98 IC908 IC98 IC38 IC908 IC98 IC38 IC95 IC910 IC18 IC910 IC950 IC050 IC908 IC910 IC950 IC18 IC38 IC050 IC908 IC950 CP0 F0M F30M F0M F0M F5M F0M T0M T5M F5M T0M T5M T0M CP50 T5M T0M CP50 F0M F30M CP0 F0M F5M F30M T5M CP50 F5M T0M T5M T0M CP50 F15M F15M CP0 F0M T150M T0M CP0 F9

21 Grade Comparison Chart ISO Codes DIJET Mitsubishi Tungaloy Sumitomo Hitachi Sandvik Kennametal Iscar Seco P01 UE005 T9005 AC700G GM8010 GC05 KC9315 IC50N TP05 TX100 P P10 P0 JC15V JC15V UE005 UE110 UE010 UE00 UC010 VP10MF UE110 UE010 UE00 UC010 VP15F VP0MF T9005 T9015 AH710 T9015 T905 AH710 AC700G AC000 AC000 HG8010 GM8015 GM800 HG805 GC05 GC15 GC15 GC5 GC105 GC015 KC9110 KC9315 KC5010 KC5510 KU10T KC915 KC95 KC935 KU10T KU5T KU30T KC5010 KC505 KC5510 KC555 IC50N IC9015 IC50N IC9015 IC908 IC950 TP15 TP100 CP0 TP100 TP00 TP15 TP5 CP5 P30 P0 JC15V JC35V JC35V JC50V UE035 UH00 US735 VP15F VP0MF UE035 UH00 US735 T05 T9035 GH730 T9035 AC3000 AC30M AC3000 AC30M HG805 GM5 HG8035 GM8035 GX30 GC5 GC35 GC105 GC015 GC05 GC35 GC05 GC35 KC8050 KC900 KC915 KC910 KU5T KU30T KC505 KC555 KC900 KC910 KC90 KC95 KU30T IC905 IC050 IC908 IC950 IC308 IC38 TP00 TP300 TP30 TP35 CP50 TP0 TP300 CP50 Turning M M10 M0 M30 JC55X US700 VP10MF US700 VP0MF US735 VP0MF T9015 T00 T905 GH330 GH730 T030 EH10Z EH510Z AC10M EH0Z EH50Z AC30M AC3000 AC530U GM10 GM800 HG805 GM5 GM5 HG8035 GM8035 GC015 GC105 GC015 GC105 GC05 GC05 GC035 GC35 KC5010 KC5510 KU10T KC8050 KC95 KC5010 KC505 KC5510 KC555 KU10T KU5T KC8050 KC90 KU5T KU30T IC907 IC50M IC908 IC98 IC50M IC308 IC908 TP100 TP15 CP0 TP00 TP300 TP15 TP00 TP5 TP300 TP35 TP0 K M0 K01 K10 K0 JC55X JC105V JC050W JC105V JC15V US735 UC5105 UC5115 UC5115 T5105 T5010 T5105 T5115 T5010 T500 T515 T500 T5115 AC30M AC530U AC10K AC300G AC10K EH10Z AC700G EH0Z AC530U GX30 GM3005 GM3005 HG3315 HG8010 HG8010 GM8015 GM800 HG805 GC305 GC305 GC310 GC310 GC315 KC505 KC555 KC90 KC95 KC9315 KC5010 KC5510 KU10T KC9110 KC935 KU10T KU5T KC5010 KC505 KC5510 KC555 IC308 IC9007 IC910 IC9007 IC9015 IC910 IC50 IC9015 IC808 IC50 IC908 CP50 TP0 TP05 TX100 TX150 TP05 TP10 CP0 TX150 TP00 TP15 TP5 CP0 S K30 S01 S10 S0 JC15V VP05RT VP05RT VP10RT VP10RT T515 AH1110 AH10 EH10Z EH510Z AC10M EH0Z EH50Z GM800 GM805 GC1005 GC1105 GC105 KC8050 KC915 KC505 KU30T KC5010 KC5510 KU10T KC505 KC55 KU10T KU5T IC9015 IC050 TP00 TP0 TP5 CP50 F10

22 P01 P10 P0 P30 M10 M0 M30 K01 K10 K0 K30 F11 AP5N AP5N NX55 AP5N UP35N NX55 NX3035 VP5N NX55 NX55 AP5N NX55 AP5N NX3035 NX55 AP5N NX55 AP5N NX55 AP5N NX55 LN10 LN10 PX75 CX90 PX90 CX90 SC30 LN10 PX75 PX90 SC30 LN10 LN10 Grade Comparison Chart ISO Codes DIJET Mitsubishi Tungaloy Sumitomo Hitachi Sandvik Kennametal Iscar Seco Cermets P M K GT70 NS50 GT50 GT70 GT730 NS50 AT530 NS730 GT730 NS530 GT530 NS730 NS70 NS530 NS50 GT730 NS50 AT530 GT530 NS730 NS530 NS70 NS50 GT70 NS50 AT50 GT50 GT730 NS730 NS530 GT530 T110A T000Z T100A T000Z T50A T100A T000Z T3000Z T50A T3000Z T100A T50A T110A T100A T100A MZ1000 MZ1000 CH550 CZ5 CH550 MZ000 CH7030 CZ5 MZ3000 CH7035 MZ1000 CH550 CZ5 MZ000 CH7030 CZ5 MZ3000 CH7035 MZ1000 MZ1000 CH550 CZ5 MZ000 CH7030 MZ3000 CH7035 CT5015 CT5015 GC155 GC155 CT530 GC155 CT530 CT5015 CT5015 KT530M KT315 KT530M KT315 KT315 IC0N IC0N IC30 IC50N IC530N IC30N IC75T IC75T C15M C15M C15M C15M

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