Ground Precision Components

Transcription

1 Ground Precision Components e 2

2 Ground Precision Components FIBRO Precision Components cover a very wide range of materials, shapes and sizes and thus permit virtually unrestricted selection even to highly individual requirements. At Hassmersheim and also abroad, stock levels of Precision Components reach seven-digit figures. It is therefore quite likely that your particular choice will be available for immediate delivery. Should this not be the case then our flexible batch production schedules will ensure that delays are kept to a minimum. Batch production in our interpretation not only spells prompt delivery but also exceptional quality. Starting with the arrival inspection of raw materials, every single manufacturing operation on FIBRO Precision Components is followed by a quality check. Lastly, an uncompromising final inspection of each and every part guarantees that the trade mark FIBRO is and remains synonymous with Quality. Tool life, production cost and work quality are to a large extent a function of tooling material selection versus strip stock characteristics and ancillary process conditions. A judicious choice from the wide range of materials for our punches and matrices will be facilitated by the orientation guide in this catalogue. Listing the principal characteristics of each material together with selection criteria, it is intended to help customers make the right choice. Our experienced tooling specialists will assist you with further detailed information. In keeping with the basic tenet of our firm, every effort is made to ensure that design, performance potential and quality of FIBRO Precision Components keep well abreast with latest technological developments. In view of the fact that a large portion of the Precision Components programme consists of punches and matrices, the importance of alignment in the operational die must be emphasized. Unless this requirement can be met to a high degree of accuracy, even the finest efforts in design and in the toolroom must fail! Die alignment ultimately depends on the guides FIBRO Die Sets and Guide Elements were developed and are made with this postulate in mind e 3

3 Contents Page Description of Materials E 10 E 11, E 24 Assembly Guide Lines for Head Type Punches E 18 with Round Points 221. Page Precision Punches E 19 DIN 9844, Shape B 222. Precision Punches E 12 DIN 9861, Shape DA 266. Precision Punches E 21 Similar to VDI Precision Punches E 13 DIN 9861 Shape D/ISO Precision Punches E 22 with Ejector Pin Precision Punches E 14 DIN 9861, Shape CA+C 268. Precision Punches E 23 with Ejector Pin Stepped, Short Point Precision Punches E 15 Similar to DIN 9861 Shape CA+C 269. Precision Punches E 23 with Ejector Pin Stepped, Long Point 232. Stepped Quill Punches E 16 Conical Head VDI Carbide Punches E 25 similar to DIN DIN 9861 Shape A Cylindrical Head Straight 233. Head Type Quill Bush E 16 and Thrust Pin VDI Carbide Punches E 25 similar to DIN DIN 9861 Shape B Cylindrical Head Stepped 234. Ball Lock Type Quill Bush E 16 and Thrust Pin VDI Carbide Punches E 25 similar to DIN DIN 9861 Shape D Conical Head Straigh Round Precision Punches E 17 with tapered heads 30, Shape D 273. Carbide Punches E 25 similar to DIN DIN 9861 Shape C Conical Head Stepped Round Precision Punches E 17 with tapered heads 30, Shape C Ball-Lock Punches, E 30 E 31 blank, light duty 220. Precision Punches E 19 DIN 9844, Shape A Ball-Lock Punches, stepped, light duty e 4

4 Contents Page Page Ball-Lock Punches, E 32 E 33 blank with ejector pin, light duty Ball-Lock Punches, stepped with ejector pin, light duty Ball-Lock Punches, E 34 E 35 punch larger than shaft, light duty Ball-Lock Punches, E 44 E 45 punch larger than shaft, heavy duty Ball-Lock Punches, E 46 E 47 punch larger than shaft, heavy duty with ejector pin Ball-Lock Punches, E 36 E 37 punch larger than shaft, light duty with ejector pin Ball-Lock Pilot Pins, E 38 with tapered tip, light duty Ball-Lock Pilot Pins, E 48 with tapered tip, heavy duty Ball-Lock Pilot Pins, E 49 with parabolic tip, heavy duty Ball-Lock Pilot Pins, E 39 with parabolic tip, light duty Ball-Lock Punches, E 40 E 41 blank, heavy duty Ball-Lock Punches, stepped, heavy duty Precision Punches, E 54 E 55 ISO 8020 Precision Punches, stepped, ISO Precision Punches E 56 E 57 with ejector pin, ISO Ball-Lock Punches, E 42 E 43 blank with ejector pin, heavy duty Ball-Lock Punches, stepped with ejector pin, heavy duty Precision Punches stepped, with ejector pin ISO 8020 e 5

5 Contents Page Pilot Pins with tapered tip, E 58 ISO Page Precision Matrixes E 76 with collar, cylindrical Pilot Pins with parabolic tip, E 59 ISO Precision Matrixes E 77 without collar, conical Pilot Units to DC-Standard E Precision Matrixes E 77 with collar, conical Precision Matrixes E 65 E 67 without shoulder, cylindrical, ISO 8977 Precision Matrixes E 69 E 71 with shoulder, cylindrical, ISO 8977 Matrixes without shoulder, E 72 E 73 automotive standard Precision Guide Bushes E 74 for Punches DIN 9845, Shape C Precision Guide Bushes E 74 for Punches ISO Precision Matrixes E 75 without collar DIN 9845 Shape A 261. Precision Matrixes E 75 with collar DIN 9845 Shape B Triangle Retainers E 86 E 88 for Ball-Lock Punches, light duty heavy duty Standardised E 79 E 83 Special Shapes Punches/Precision Matrixes Dynamic Strippers E Accessories for Retainers, E 89 triangular, for Ball-Lock Punches Square Retainers E 90 for Ball-Lock Punches, light duty Rectangular Retainers E 91 for Ball-Lock Punches to VDI 3374 Triangle Retainers E 94 for round Punches, ISO 8020 for Punches, ISO Precision Matrixes E 76 without collar, cylindrical Accessories for Retainers, E 95 triangular, for Punches, ISO e 6

6 Page Square Retainers E 96 for Punches to ISO Contents Page High-Precision Liner Bushes E 111 for Dowel Pins, for bonding for push fit Rectangular Retainers E 97 for Punches to ISO Precision Dowel Pins (Parallel) E 112 similar to DIN EN ISO 8734/ISO 8734 E Square Retainers E 100 for round Punches to VDI Precision Drill Bushes Shape A E 115 DIN 172, with collar Square Retainers E 101 for Profile Punches to VDI Precision Drill Bushes Shape A E 115 DIN 179, without collar Rectangular Retainers E 102 for Punches to VDI Hardened Ejector Pins E 116 similar to DIN 1530 Shape A-ISO Stripping unit E Hotwork Precision Ejector Pins E 117 Nitrided ISO Stripping unit mountings E Hardened Ejector Pins E 118 similar to DIN 1530 Shape C-ISO 8694 High-Precision E 106 E 107 Special Parts Hotwork Precision Ejector Pins E 119 Nitrided DIN 1530 Shape C-ISO Precision Punches, E 108 Square/Rectangular without Head Hardened Ejector Pins E 120 Conical Head DIN 1530 Shape D 231. Precision Punches, E 108 Square/Rectangular with Hot Upset-Forged Head Hotwork Precision Ejector Pins E 121 Nitrided similar to DIN 1530 Shape D Precision Dowel Pins (Parallel) E 109 with Internal Extracting Thread E 110 similar to DIN EN ISO 8735/ISO 8735 Dowel Pin Extractor FIBROZIPP Order No Blade Precision Ejectors E 122 Hardened e 7

7 Contents Page Hotwork Blade Precision E 123 Ejectors Nitrided Precision-Ejector Sleeves E 124 Hardened DIN ISO Hotwork Precision Ejector E 125 Sleeves Nitrided DIN ISO High-Precision E 126 E 127 Gauge Pins DIN 2269 Accessories: Wooden Boxes for Gauge Pins High Precision Gauge Pins E 128 with Handle High Precision Gauge Pins Boxed Sets Date stamp, E 129 complete embossed lettering E 130 standard and short version Punching and embossing unit E 131 for punched holes e 8

8 Comparative Graphs Compressive Strength (0,2% Proof Stress) Flexural Strength HV 30 - Hardness e 9

9 FIBRO Punches and Matrixes Description of Materials WS Characteristics: Application Field: = Alloy Tool Steel Material No , , or similar. Hard and tough tool steel, medium wear resistance. Piercing/blanking dies for mild steel, low carbon steels, non-ferrous metals, plastics, paper. WS = material code number = 1 e.g. Order No = HWS Characteristics: Application Field: = High Carbon High Chrome Tool Steel (12% Cr) Material No , or similar. High resistance to wear. Piercing/blanking dies of all types, trim dies, for all carbon steels, alloy steels, non-ferrous metals, plastics, paper. HWS = material code number = 2 e.g. Order No = HSS Characteristics: Application Field: = High Speed Steel Material No or similar. High wear resistance; high tempering curve permits certain surface treatments. Piercing/blanking dies of all types for tough materials e.g. spring steel, lamination steels, and abrasive papers as well as plastics. HSS = material code number = 3 e.g. Order No = ASP 23 ASP 2023 Characteristics: Application Field: = High Speed Steel on Powder-Metallurgic Basis High wear resistance greater toughness due to excellent homogenity. Same as HSS. ASP 23 ASP 2023 = material code number = 6 e.g. Order No = HST Characteristics: Application Field: = High Speed Steel, Nitrided High wear resistance reduced galling tendency on account of nitrides infused into top layer of material. Piercing/blanking dies of all types for very hard and abrasive materials. HST = material code number = 4 e.g. Order No = FT = Ferro-Tic (Ferro Titanit) Characteristics: Between those of HSS and hard metals (tungsten carbides); machinable in the supplied state hardness conferred by heat treatment. Application Field: Fine blanking and progression/lamination dies for large quantities of parts from abrasive, hard materials, also silicon steels and stainless steels. FT special manufacture on request e 10

10 FIBRO Punches and Matrixes Description of Materials HZ Carrier Materials: Properties: Applications: Carrier Properties: Applications: = Hard-coated Tooling Components for High-Performance HZC Composite Vapour Deposition (CVD) TIC-TIN Coating HSS Material No and etc. HCHC Material No and etc. The titanium carbide substrate provides a pressure-resistant bond with the carrier metal, while the outer layer of titanium nitride offers the well-known advantages of optimum tribologic behaviour in contact with the stamping stock. By virtue of its outstanding wear resistance, the TIN-layer largely eliminates seizing and cold welding problems in stamping. Surface Hardness: approx HV 0,05 Coating Thickness: 5 to 8 μm approx. All tooling components subject to high demands on wear resistance and performance, especially punches in progression/combination tools, as well as cold extrusion punches etc. Owing to distorsion problems, TIC-TIN is not recommanded for parts with a length/thickness ratio than 20:1. TIC-TIN = material code number = 5 e. g. Order No = HZN Titanium Nitride Coating TIN-PVD (physical vapour deposition). HSS Material No and etc. HCHC Material No (HCHC-steels are of conditional suitability) The TIN-coating offers excellent frictional characteristics but its compressive strength remains inferior to TIC-TIN deposits. The TIN-deposition process can be applied to partial, selected areas of the tooling component. Surface Hardness: approx HV 0,05 Coating Thickness: 2 4 mm < Ø 20 = 1,5 mm ± 20 % Tooling for thin stamping stock such as cold rolled spring steel, zinc-galvanized sheet and strip, copper-beryllium bronze, german silver, and solenoid lamination steels. Note that the ratio stock thickness to punch point diameter should not exceed 1:3. TIN = material code number = 0 e. g. Order No = HM Characteristics: Application Field: = Tungsten Carbide Hard-sintered carbide on WC-basis and of recognized properties; produced by powder-metallurgic processes, FIBRO s exclusively used HIP-densified carbide exhibits much enhanced flexural strength and reduced residual porosity. Die components for highest performance and very large stamping volumes for altogether ultimate demands on tool life. HM = material code number = 9 e. g. Order No = NWA = Hot-Work Tool Steel Suitable for Nitriding Material No or similar. Characteristics: Chrome-Molybdenum-Vanadium hot working die steel; core strength: L 1400 N/mm 2 ; temperature resistant up to 650 C; surface hardness (nitrided) ^ 950 HV 0,3. Application Field: Ejector pins for pressure diecasting, injection- and compression moulding processes, and generally for work at elevated temperatures. NWA = material code number = 8 e. g. Order No = e 11

11 Precision Punches DIN 9861 Shape DA HSS Order-No: Hardness: Shank 64±2 HRC Head 52±3 HRC HST Order-No: Hardness: Surface ^ 950 HV 0,3 Head 52±3 HRC Ordering Code (example): Punch = 222. Material HSS = d 1 = [ 6,30 mm = l 1 = 71 mm = Order No = diameter steps d 1 d 1 d 2 d 4 k l 1 0,50 0,05 0,9 d +0,02 1 0,2 0,55 1,0 0,60 1,1 0,65 1,2 0,70 + 0,75 1,3 0,80 + 0,85 1,4 0,4 0,90 + 0,95 1,6 1,0 + 1,1 0,1 1,8 d +0,03 1 0,5 1,2 + 1,3 2,0 1,4 + 1,5 2,2 1,6 + 1,7 2,5 1,8 + 1,9 2,8 2,0 3,0 2,1 + 2,2 3,2 2,3 2,5 3,5 2,6 2,9 4,0 3,0 3,4 4,5 3,5 3,9 5,0 4,0 4,4 5,5 stock lenghts: 71, 80, 100 mm. other lengths and diameters on request! HZ TIN (HSS) Order No: Hardness: Surface 2300 HV 0,05 Head 52±3 HRC HSS Order No: Hardness: Shank 64±2 HRC Head 52±3 HRC HST Order No: Hardness: Surface ^ 950 HV 0,3 Head 52±3 HRC Description of FIBRO materials for die components: pages E 10 E diameter steps d 1 d 1 d 2 d 4 k l 1 4,5 4,9 0,1 6,0 d +0,03 1 0,5 5,0 5,4 6,5 5,5 5,9 7,0 6,0 6,4 8,0 6,5 + 7,0 0,5 9,0 1,0 7,5 + 8,0 10,0 8,5 + 9,0 11,0 9,5 + 10,0 12,0 10,5 + 11,0 13,0 11,5 + 12,0 14,0 12,5 + 13,0 15,0 13,5 + 14,0 16,0 1,5 14,5 + 15,0 17,0 15,5 + 16,0 18,0 stock lenghts: 71, 80, 100 mm. other lengths and diameters on request! e 12

12 Precision Punches DIN Shape D/ISO HSS Order No: Hardness: Shank 64±2 HRC Head 52±3 HRC HST Order No: Hardness: Surface ^950 HV 0,3 Head 52±3 HRC HZ TIN (HSS) Order No: Hardness: Surface 2300 HV 0,05 Head 52±3 HRC ASP 23 ASP 2023 Order No: Hardness: Shank 64±2 HRC Head 52±3 HRC Description of FIBRO materials for die components: pages E 10 E diameter steps d 1 d 1 d 2 k l 1 0,50 0,05 0,9 0,2 0,55 1,0 0,60 1,1 0,65 1,2 0,70 +0,75 1,3 0,80 +0,85 1,4 0,4 0,90 +0,95 1,6 1,0 +1,1 0,1 1,8 0,5 1,2 +1,3 2,0 1,4 +1,5 2,2 1,6 +1,7 2,5 1,8 +1,9 2,8 2,0 3,0 2,1 +2,2 3,2 2,3 2,5 3,5 2,6 2,9 4,0 3,0 3,4 4,5 3,5 3,9 5,0 4,0 4,4 5,5 4,5 4,9 0,1 6,0 5,0 5,4 6,5 5,5 5,9 7,0 stock lenghts: 71, 80, 100 mm. other lengths and diameters on request! Type D Head hot upset-forged and tempered. Shank and head subsequently precision plunge-ground for perfect concentricity and full interchangeability with replacement punches. Ordering Code (example): Punch = 223. Material HSS = d 1 = [ 16,5 mm = l 1 = 80 mm = Order No = diameter steps d 1 h6 d 1 d 2 k l 1 6,0 6,4 0,1 8,0 0,5 6,5 + 7,0 0,5 9,0 1,0 7,5 + 8,0 10,0 8,5 + 9,0 11,0 9,5 +10,0 12,0 10,5 +11,0 13,0 11,5 +12,0 14,0 12,5 +13,0 15,0 13,5 +14,0 16,0 1,5 14,5 +15,0 17,0 15,5 +16,0 18,0 16,5 +17,0 19,0 17,5 +18,0 20,0 18,5 +19,0 21,0 19,5 +20,0 22,0 stock lenghts: 71, 80, 100 mm. other lengths and diameters on request! e 13

13 Precision Punches DIN Shape CA+C ShapeCA 225. Shape C Executions: Shape CA Shank precision ground, head subsequently hot upset-forged and tempered; residual upset-buge below head normally much smaller than permissible acc. to DIN Shape C Head hot upset-forged and tempered. Shank and head subsequently precision plunge-gorund for perfect concentricity and full interchangeability with replacement punches. Ordering Code (example): Punch C = 225. Material HSS = d 1 = 2,30 mm = l 1 = 71 mm = Order No = diameter steps d 1 d 1 d 2 d 3 d 4 l 1 0,1 0,45 0, d +0,03 3 0,50 0,55 0,60 0,65 0,70 + 0,75 0,80 + 0,85 0,90 + 0,95 1,00 1,10 1,15 1,30 1,35 1,50 1,55 1,70 4,5 3 1,75 1,90 1,95 2,00 2,05 2,20 2,25 2,50 2,55 2,95 stock lengths: 71 mm. other lengths and diameters on request. HZ TIN (HSS) Order No: Form CA = Form C = Hardness: Surface 2300 HV 0,05 Head 52±3 HRC HSS Order No: Form CA = Form C = Hardness: Shank 64±2 HRC Head 52±3 HRC HST Order No: Form C = Hardness: Surface ^950 HV 0,3 Head 52±3 HRC ASP 23 ASP 2023 Order No: Form C = Hardness: Shank 64±2 HRC Head 52±3 HRC Description of FIBRO materials for die components: pages E 10 E diameter steps d 1 d 1 d 2 d 3 l 1 0,1 0,45 0, ,50 0,55 0,60 0,65 0,70 + 0,75 0,80 + 0,85 0,90 + 0,95 1,00 1,10 1,15 1,30 1,35 1,50 1,55 1,70 4,5 3 1,75 1,90 1,95 2,00 2,05 2,20 2,25 2,50 2,55 2,95 stock lengths: 71 mm. other lengths and diameters on request. e 14

14 Precision Punches 274. Similar to DIN Shape CA+C 274. Shape CA 275. Shape C HZ TIN (HSS) Order No: Form CA = Form C = Hardness: Surface 2300 HV 0,05 Head 52±3 HRC HSS Order No: Form CA = Form C = Hardness: Shank 64±2 HRC Head 52±3 HRC HST Order No: Form CA = Form C = Hardness: Surface ^950 HV 0,3 Head 52±3 HRC ASP 23 ASP 2023 Order No: Form C = Hardness: Shank 64±2 HRC Head 52±3 HRC Shape CA Shank precision ground, head subsequently hot upset-forged and tempered; residual upset-bulge below head normally much smaller than permissible acc. to DIN Shape C head hot upset-forged and tempered. Shank and head subsequently precision plunge-ground for perfect concentricity and full interchangeability with replacement punches. Description of FIBRO materials for die components: pages E 10 E 11. Description of Special Series 274. and 275. DIN 9861 restricts the range of stepped punches with conical head to shanks of 3 mm max. diameter and points of 2,95 mm max. diameter. Stepped punches of larger size are, however, quite popular owing to their rigidity and ability to sustain considerable stripping forces. In accommodation of this demand we supply larger sizes which are ground from stock sizes of the 222.-and 223.-series Please select from those ranges and complete your order in accordance with the example on the right Ordering Code (example): Punch CA = 274. Material HSS = d 3 = [ 8,0 mm = l 1 = 71 mm = d 1 = [ 6,4 mm = l 2 = 10 mm = Order No = e 15

15 Stepped Quill Punches Conical Head 232. Head Type Quill Bush and Thrust Pin 233. Ball Lock Type Quill Bush and Thrust Pin VDI Shape A Shape B 233. Stepped Quill Punches Conical Head VDI 3374: HSS Order No: Hardness: Shank 62±2 HRC Head 45±5 HRC Quill Bushes O. No and 234. VDI: Steel C 45 heat treated to 800 N/mm 2 Order No: Shape A = , Shape B = Thrust Pin: HWS Hardness: 62±2 HRC /233./234. diameter steps d 1 d 1 l l 1 l 2 l 3 from 2,0 bis 5,0 0, Ordering Code (example): Stepped Quill Punch/Conical Head = 232. Material HSS23 = 3. d 1 = [ 2,2 mm = Order No = Ordering Code (example): Head Shape Quill bush + Thrust Pin = 232. Material C 4523 = 7. l 1 = 48 mm = Order No = e 16

16 2281. Round Precision Punches with tapered heads 30, Shape C+D Shape D Shape C HSS Order No.: Shape D = Shape C = Hardness: Shank HRC Head 50 HRC Shape C and D Head hot upset-forged and tempered. Shank and head subsequently precision plunge-ground for perfect concentricity and full interchangeability with replacement punches. Description of FIBRO materials for die components: pages E 10 E Shape D l1 d1 d2 d4 h k a± ,5 8,98 5,5 7, , , ,5 9 14, , , , , , Shape C l1 d3 d2 d4 h k a± ,5 8,98 5,5 7, , , ,5 9 14, , , , , , Ordering Code (example): Punch = Material HSS = d1 = 6 mm = l1 = 100 mm = Order No= d 1 and l 2 to customer s specifications! Ordering Code (example): Punch = Material HSS = d3 = 10 mm = l1 = 120 mm = d1 = 6 mm = l2 = 15 mm = Order No = e 17

17 Assembly Guide Lines for Head Type Punches with Round Points Description: Head type punches with round point (DIN 9844) are intended for floating assembly in the punch retainer. Radial guiding is to be provided by the stripper. This type of punch assembly eliminates alignment errors caused by distorted mounting of the die set and faulty press geometry. With punches held in this manner, a clear separation between transmission of perforation force and guiding is achieved. In order to facilitate assembly of punches of different diameters, the height of the heads is standardized to 4 +0,2 mm (DIN 9844). Guide Lines: (excerpts from DIN 9844, page 5) d 1 max. = stock thickness stripping force*, for d 1 from 1 to 5 mm: approx. 20 % of piercing force ditto..., for d 1 from 5 to 16 mm: approx. 10 % of piercing force *applicable to stock not exceeding 400 N/mm 2 shear strength Punch retainer: steel of at least 300 N/mm 2 tensile strength Retaining hole in punch retainer = 1,05 times d 1 or d 2 respectively Clearance punch head/percussion plate = 0,02 mm e 18

18 220. Precision Punches DIN Shape A+B 220. Shape A 221. Shape B HSS Order No: Shape A = Shape B = Hardness Shank 64±2 HRC Head 52±3 HRC HST Order No: Shape A = Shape B = Hardness Surface ^950 HV 0,3 Head 52±3 HRC Head hot upset-forged. Shank and shoulder precision plunge-ground. Description of FIBRO materials for die components: pages E 10 E Shape A diameter steps d 1 d 1 d 3 r l 1 2,0 2,2 0,1 3,6 0,2 2,3 2,5 4,0 2,6 2,8 4,5 0,3 2,9 3,2 5,0 3,3 3,5 6,0 3,6 4,0 7,0 4,1 4,5 8,0 0,5 4,6 5,0 8,5 5,1 5,4 9,0 5,5 5,9 9,5 6,0 6,4 10,0 6,5 + 7,0 0,5 10,8 0,7 7,5 + 8,0 12,0 8,5 + 9,0 13,0 9,5 +10,0 14,5 10,5 +11,0 16,0 1,0 11,5 12,5 18,0 13,0 14,5 20,0 15,0 16,0 22,0 stock lengths: 71, 90, 112 mm; other lengths and diameters on request. Ordering Code (example): Punch A = 220. Punch B = 221. Material HSS = d 1 = 7,0 mm = l 1 = 71 mm = Order No = Order No = Shape B diameter steps d 1 d 1 d 2 d 3 l 2 r l 1 0,1 0,45 0,05 2,0 3,6 7 0,2 0,5 1,9 1,95 2,4 2,5 4,0 2,5 3,1 0,1 3,2 5,0 0,3 3,2 3,9 4,0 7,0 4,0 4,9 5,0 8,5 0,5 5,0 6,2 6,3 10,0 6,3 7,9 8,0 12,0 16 0,7 8,0 9,9 10,0 14,5 10,0 12,4 12,5 18,0 1,0 12,5 15,9 16,0 22,0 lengths 71, 90, 112 mm available at short notice; other lengths and diameters on request. e 19

19 e 20

20 Precision Punches 266. Similar to VDI Werkstoff: HSS Order No.: Hardness: Shank 62±2 HRC Head 45±5 HRC Head hot upset-forged; shank and head precision plunge-ground. Description of FIBRO materials for die components: pages E 10 and E 11. Ordering Code (example): Punch = 266. Material HSS = d 1 = 8,0 mm = l 1 = 71 mm = Order No = diameter steps d 1 d 1 d 2 d 3 l 2 l ,9 0, , , ,9 0, , available at short notice in lengths: 71 and 80 mm; other lenghts and dia. on request. e 21

21 Precision Punches with Ejector Pin Head hot upset-forged. Shank and shoulder precision plunge-ground. HSS Order No: Hardness: Shank 64±2 HRC Head 52±3 HRC Ordering Code (example): Punch = 267. Material HSS = d 1 = 8,0 mm = l 1 = 71 mm = Order No = Description of FIBRO materials for die components: pages E 10 and E l 1 d 1 h6 d 3 d 4 k M 5 8 0,5 5 M , ,3 M ,6 M ,4 6,4 M , l e 22

22 268. Precision Punches with Ejector Pin, 269. Stepped, Short/Long Point Classified Point Shapes HSS Order No: (short point) Hardness: Shank 64±2 HRC Head 52±3 HRC HSS Order No: (long point) Hardness: Shank 64±2 HRC Head 52±3 HRC Head hot upset-forged. Shank and shoulder precision plunge-ground. Key flats parallel with longest size of shape, unless otherwise specified. Description of FIBRO materials for die components: pages E 10 and E 11. Ordering Code (example): Punch = 268. Material HSS = d 2 = 8,0 mm = l 1 = 71 mm = Classified Point Shape 05 = d 1 = 6,0 mm = Order No = / l 1 d 1 d 2 d 3 d 4 k l 2 l a min. M 1,6 4, , ,6 M 3 2,3 5, ,8 17,5 2,3 3,5 7, , ,2 M 4 5,0 9, ,8 6,0 12, ,6 M 5 8,0 15, ,4 6,4 5,5 M 6 12,0 19, ,0 24, ,2 6, l e 23

23 Sintered Hard Metal HIP-Densified The HIP Process (hot isostatic pressing) consists of a special densification treatment. Applied after the sintering stage, this widely used process involves compacting, at very high temperature and pressure, of the carbide structure. It yields an appreciable reduction in porosity, better strength properties and thus longer die life of press tool members. As can be seen from the diagrams and tables, both compressive and flexural strength are improved. For stamping die tooling, hard metal types of medium tungsten particle size, with a cobalt content of 9 to 12%, have been found succesful in a wide field of applications. Tensile Strength of Tungsten 6% Cobalt Carbide in the Sintered-Only versus HIP-Densified State, in Dependance of Cristallite Particle Size Tensile Strength of Tungsten Cobalt Carbide in the Sintered-Only versus HIP-Densified State, in Dependance of total Cobalt Content a) influence of crystallite size of hard metal phase (left: sintered only right: sintered and HIP-treated) b) influence of cobalt content (left: sintered only right: sintered and HIP-treated) Tungsten carbide- HV 30 -Hardness Flexural Strength particle Co N/mm 2 size % befor after befor after fine medium coarse no changes Flexural Strength and HV30-Hardness of Tungsten-Cobalt Carbides with/without HIP-Treatment and in Dependance of Tungsten Carbide Particle Size and Cobalt Content e 24

24 Carbide Punches similar to DIN DIN Cylindrical Head Straight and Stepped Conical Head Straight and Stepped 270. Shape A 271. Shape B 272. Shape D 273. Shape C Tungsten-Cobalt Carbide Order No: Shape A = , Shape B = Shape D = , Shape C = Heads steel, brazed to shanks. Shanks precision ground. Dimensions: See DIN 9844 and DIN 9861 on pages E12, E13, E14, E15 and E 19. Other diameters and lengths on request Delivery: 270. Shape A from d 1 = 1,0 mm 272. Shape D from d 1 = 1,5 mm Ordering Code (example): Carbide Punch = 272. Tungsten-Cobalt Carbide = d 1 = 6,0 mm = l 1 = 71 mm = Order No = e 25

25 e 26

26 Ball-Lock Punches E 27

27 E 28

28 Ordering example Ball-Lock Punches NB: See table for standard dimensions Special dimensions to order F B Punch: 22 without ejector pin 27 with ejector pin Punch cutting length: l 1 Order No 13 = 1 19 = 2 25 = 3 30 = 4 special = X Format: Slot length P = 6,5 mm Format: Slot width W = 4,5 mm Version: Order No blank = 0 round = 1 square = 2 rectangular = 3 slot = 4 rectangle with radiused corners = 5 pilot pin with tapered tip = 6 pilot pin parabolic tip = 7 special shapes = 9 Type: Order No light = 2 heavy = 3 punch larger, light = 4 punch larger, heavy = 5 Diameter: d 2 Order No 6 (light duty only) = 1 10 = 2 13 = 3 16 = 4 20 = 5 25 = 6 32 = 7 38 (light duty only) = 8 40 (heavy duty only) = 9 Order Code Lenght: l character 50 = A 56 = B 63 = C 71 = D 80 = E 90 = F 100 = G 110 = H 125 = J 140 = K 150 = L 175 = M 200 = N special = X Order Code Angle: character 0 = A 90 = B 180 = C 270 = D special = X Ordering Code (Example): F B Angle = 90 (B) Format: Slot, width W = 4,5 mm (0450) Format: Slot, length P = 6,5 mm (0650) Punch length: l 1 = 13 mm (1) Length: l = 90 mm (F) Diameter: d 2 = 10 mm (2) Type = light (2) Version: Slot (4) Punch: without ejector pin (22) E 29

29 Ball-Lock Punches, blank, light duty Ball-Lock Punches, stepped, light duty HSS hardened: 62 ±2 HRC Shaft and punch diameter fine ground l d 2 d l d 2 d 5 P l ,6 5,9 13* ,6 9,9 13* 19* ,0 12, ,0 15, ,0 19, ,0 24, ,0 31, ,0 37, * I 1 = 10 where P < 2,20 Other lengths on request. Ordering example: see fold out page E 29. Other lengths on request. Ordering example: see fold out page E 29. E 30

30 Ball-Lock Punches, stepped, light duty G = P2 +W 2 G = 2 x P G = P G = (P 1.0)2 +(W 1.0) 2 +1 * For other radius options, see standardised special shapes, pages E 82 E 83. HSS hardened: 62 ±2 HRC Shaft and punch shape fine ground ,6 5,9 13* ,6 9,9 13* 19* ,5 12, ,0 15, ,0 19, ,0 24, ,5 31, ,0 37, * I 1 = 10 where P or W < 2,20 Other lengths on request. Ordering example: see fold out page E 29. e 31

31 Ball-Lock Punches, blank with ejector pin, light duty (replaces 2672.) Ball-Lock Punches, stepped with ejector pin, light duty (replaces 2682.) HSS hardened: Shaft fine ground. 62 ±2 HRC HSS hardened: 62 ±2 HRC Shaft and punch diameter fine ground l d 2 d l d 2 d 5 P l ,6 5,9 13* ,6 9,9 13* 19* ,0 12, ,0 15, ,0 19, ,0 24, ,0 31, ,0 37, * I 1 = 10 where P < 2,20 Other lengths on request Ordering example: see fold out page E 29. e 32 Other lengths on request. Ordering example: see fold out page E 29.

32 Ball-Lock Punches, replaces stepped with ejector pin, light duty G = P2 +W 2 G = 2 3 P G = P * For other radius options, see standardised special shapes, pages E 82 E 83. G = (P 1.0)2 +(W 1.0) 2 +1 HSS hardened: 62 ±2 HRC Shaft and punch shape fine ground. d 2 d 5 W min. G max. M l ,6 5,9 3 13* V V V V V ,6 9,9 5 13* 19* V V V V V ,5 12, V V V V V ,0 15, V V V V V ,0 19, V V V V V ,0 24, V V V V V ,5 31, V V V V ,0 37, V V V * I 1 = 10 where P or W < 2,20 l Other lengths on request Ordering example: see fold out page E 29. e 33

33 Ball-Lock Punches, punch larger than shaft, light duty /2214. HSS hardened: 62 ±2 HRC Shaft and punch diameter fine ground l d 2 d 5 P l , V V V , V V V , V V V , V V V , V V V l d 2 d 5 P l ,1 32, V V V ,1 38, V V V ,1 40, V V V ,1 44, V V V ,1 50, V V V Other lengths on request. Other lengths on request. Ordering example: see fold out page E 29. Ordering example: see fold out page E e 34

34 Ball-Lock Punches, punch larger than shaft, light duty G = P2 +W 2 G = 2 3 P G = (P 1.0)2 +(W 1.0) 2 +1 G = P * For other radius options, see standardised special shapes, pages E 82 E 83. HSS hardened: 62 ±2 HRC Shaft and punch shape fine ground. d 2 d 5 W min. G max. l ,0 32, V V V ,5 38, V V V ,0 40, V V V ,0 44, V V V ,5 50, V V V l Other lengths on request Ordering example: see fold out page E 29. e 35

35 Ball-Lock Punches, punch larger than shaft, light duty with ejector pin /2714. HSS hardened: 62 ±2 HRC Shaft and punch diameter fine ground l d 2 d 5 P l , V V V , V V V , V V V , V V V , V V V l d 2 d 5 P l ,1 32, V V V ,1 38, V V V ,1 38, V V V ,1 45, V V V ,1 50, V V V Other lengths on request. Other lengths on request. Ordering example: see fold out page E 29. Ordering example: see fold out page E e 36

36 Ball-Lock Punches, punch larger than shaft, light duty with ejector pin G = P2 +W 2 G = 2 3 P G = (P 1.0)2 +(W 1.0) G = P * For other radius options, see standardised special shapes, pages E 82 E 83. HSS hardened: 62 ±2 HRC Shaft and punch shape fine ground. d 2 d 5 W min. G max. l ,0 32, V V V ,5 38, V V V ,0 40, V V V ,0 44, V V V ,5 50, V V V l Other lengths on request Ordering example: see fold out page E 29. e 37

37 Ball-Lock Pilot Pins, with tapered tip, light duty HSS hardened: 62 ±2 HRC Shaft and pilot pin fine ground l d 2 d 5 P l 1 N ,9 9, V V V V V ,9 12, V V V V V V V ,9 15, V V V V V V V V ,9 19, V V V V V V V V ,9 24, V V V V V V V V ,9 31, V V V V V V V ,9 37, V V V V V V V Other lengths on request.. Ordering example: see fold out page E e 38

38 Ball-Lock Pilot Pins, with parabolic tip, light duty HSS hardened: 62 ±2 HRC Shaft and pilot pin fine ground. l length of pilot pin is without tip Note: The 2 mm length provides full guidance before the blanking punch contacts the sheet metal. P N 10 mm 8 mm 10,1 mm 15 mm 12 mm > 15 mm 15 mm l d 2 d 5 P l ,9 5,9 13 V V V V V V V ,9 9,9 19 V V V V V V V ,9 12,9 19 V V V V V V V ,9 15,9 25 V V V V V ,9 19,9 25 V V V V V ,9 24,9 25 V V V V V ,9 31,9 25 V V V V ,9 37,9 30 V V V Other lengths on request Ordering example: see fold out page E 29. e 39

39 Ball-Lock Punches, blank, heavy duty Ball-Lock Punches, stepped, heavy duty HSS hardened: 62 ±2 HRC Shaft fine ground HSS hardened: 62 ±2 HRC Shaft and punch diameter fine ground l d 2 d V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V l d 2 d 5 P l ,6 9,9 13* 19* V V V V V V V ,0 12, V V V V V V V ,0 15, V V V V V V V ,0 19, V V V V V V V ,0 24, V V V V V V ,0 31, V V V V V V ,0 39, V V V V V Other lengths on request. * l 1 = 10 where P < 2,20 Other lengths on request. Ordering example: see fold out page E 29. Ordering example: see fold out page E e 40

40 Ball-Lock Punches, stepped, heavy duty G = 2 3 P G = P2 +W G = P G = (P 1.0)2 +(W 1.0) 2 +1 * For other radius options, see standardised special shapes, pages E 82 E 83. HSS hardened: 62 ±2 HRC Shaft and punch shape fine ground. d 2 d 5 W min. G max. l ,6 9,9 13* 19* V V V V V V V ,5 12, V V V V V V V ,0 15, V V V V V V V ,0 19, V V V V V V V ,0 24, V V V V V V ,5 31, V V V V V V ,0 39, V V V V V l *l 1 = 10 where P or W < 2,20 Other lengths on request Ordering example: see fold out page E 29. e 41

41 Ball-Lock Punches, blank with ejector pin, heavy duty (replaces 2673.) Ball-Lock Punches, stepped with ejector pin, heavy duty (replaces 2683.) HSS hardened: 62 ±2 HRC Shaft fine ground HSS hardened: 62 ±2 HRC Shaft and punch diameter fine ground l d 2 d V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V l d 2 d 5 P l ,6 9,9 13* 19* V V V V V ,0 12, V V V V V V V ,0 15, V V V V V V V ,0 19, V V V V V V V ,0 24, V V V V V V ,0 31, V V V V V V ,0 39, V V V V V Other lengths on request. * l 1 = 10 mm where < 2,20 Other lengths on request. Ordering example: see fold out page E 29. Ordering example: see fold out page E e 42

42 Ball-Lock Punches, stepped with ejector pin, replaces heavy duty G = 2 3 P G = P2 +W 2 * For other radius options, see standardised special shapes, pages E 82 E 83. G = P G = (P 1.0)2 +(W 1.0) 2 +1 HSS hardened: 62 ±2 HRC Shaft and punch shape fine ground. d 2 d 5 W min. G max. l ,6 9,9 13* 19* V V V V V ,5 12, V V V V V V V ,0 15, V V V V V V V ,0 19, V V V V V V V ,0 24, V V V V V V ,5 31, V V V V V V ,0 39, V V V V V l * l 1 = 10 where P or W < 2,20 Other lengths on request Ordering example: see fold out page E 29. e 43

43 Ball-Lock Punches, punch larger than shaft, heavy duty /2215. HSS hardened: 62 ±2 HRC Shaft and punch diameter fine ground l d 2 d 5 P l , V V V , V V V , V V V , V V V , V V V , V V V l d 2 d 5 P l ,1 32, V V V ,1 38, V V V ,1 40, V V V ,1 44, V V V ,1 50, V V V ,1 56, V V V Other lengths on request. Other lengths on request. Ordering example: see fold out page E 29. Ordering example: see fold out page E e 44

44 Ball-Lock Punches, punch larger than shaft, heavy duty G = P2 +W 2 G = 2 3 P G = (P 1.0)2 +(W 1.0) 2 +1 G = P * For other radius options, see standardised special shapes, pages E 82 E 83. HSS hardened: 62 ±2 HRC Shaft and punch shape fine ground. d 2 d 5 W min. G max. l ,0 32, V V V ,5 38, V V V ,0 40, V V V ,0 44, V V V ,5 50, V V V ,0 56, V V V l Other lengths on request Ordering example: see fold out page E 29. e 45

45 Ball-Lock Punches, punch larger than shaft, heavy duty with ejector pin /2715. HSS hardened: 62 ±2 HRC Shaft and punch diameter fine ground l d 2 d 5 P l , V V V , V V V , V V V , V V V , V V V , V V V l d 2 d 5 P l ,1 32, V V V ,1 38, V V V ,1 40, V V V ,1 44, V V V ,1 50, V V V ,1 56, V V V Other lengths on request. Other lengths on request. Ordering example: see fold out page E 29. Ordering example: see fold out page E e 46

46 Ball-Lock Punches, punch larger than shaft, heavy duty with ejector pin G = P2 +W 2 G = 2 3 P G = (P 1.0)2 +(W 1.0) 2 +1 G = P * For other radius options, see standardised special shapes, pages E 82 E 83. HSS hardened: 62 ±2 HRC Shaft and punch shape fine ground. d 2 d 5 W min. G max. l ,0 32, V V V ,5 38, V V V ,0 40, V V V ,0 44, V V V ,5 50, V V V ,0 56, V V V l Other lengths on request Ordering example: see fold out page E 29. e 47

47 Ball-Lock Pilot Pins, with tapered tip, heavy duty HSS hardened: 62 ±2 HRC Shaft and pilot pin fine ground l d 2 d 5 P min. l 1 N ,9 9, V V V V V ,9 12, V V V V V V V ,9 15, V V V V V V V V ,9 19, V V V V V V V V ,9 24, V V V V V V V ,9 31, V V V V V V V ,9 39, V V V V V V V Other lengths on request. Ordering example: see fold out page E e 48

48 Ball-Lock Pilot Pins, with parabolic tip, heavy duty HSS hardened: 62 ±2 HRC Shaft and pilot pin fine ground. l length of pilot pin is without tip Note: The 2 mm length provides full guidance before the blanking punch contacts the sheet metal. P N 10 mm 8 mm 10,1 mm 15 mm 12 mm > 15 mm 15 mm l d 2 d 5 P l ,9 9,9 19 V V V V V ,9 12,9 19 V V V V V V V ,9 15,9 25 V V V V V V V ,9 19,9 25 V V V V V V V ,9 24,9 25 V V V V V V V ,9 31,9 25 V V V V V V ,9 39,9 30 V V V V V Other lengths on request Ordering example: see fold out page E 29. e 49

49 e 50

50 Precision Punches ISO E 51

51 E 52

52 Ordering example Precision Punches ISO 8020 NB: See table for standard dimensions Special dimensions to order G A Punch: 22 without ejector pin 27 with ejector pin Version: Order No blank = 0 round = 1 square = 2 rectangular = 3 slot = 4 rectangle with radiused corners = 5 pilot pin with tapered tip = 6 pilot pin parabolic tip = 7 special shapes = 9 Type: Order No ISO = 1 Punch cutting length: l 1 Order No 8 = 1 10 = 2 13 = 3 19 = 4 25 = 5 30 = 6 special = x Diameter: d 1 Order No 3 = 1 4 = 2 5 = 3 6 = 4 8 = 5 10 = 6 13 = 7 16 = 8 20 = 9 25 = = 11 Format: Slot length P = 6,5 mm Order Code character Lenght: l 50 = A 56 = B 63 = C 71 = D 80 = E 90 = F 100 = G 110 = H 120 = J 125 = K 140 = L 150 = M 200 = N special = X Format: Slot width W = 4,5 mm Angle: 0 = A 90 = B 180 = C 270 = D special = X Order Code character Ordering Code (Example): G A Angle = 0 (A) Format: Slot, width W = 4,5 mm (0450) Format: Slot, length P = 6,5 mm (0650) Punch length: l 1 = 13 mm (4) Length: l = 100 mm (G) Diameter: d 1 = 13 mm (7) Type = ISO (1) Version: Slot (4) Punch: without ejector pin (22) E 53

53 Precision Punches, ISO Precision Punches, stepped, ISO HSS Hardness: shaft 64±2 HRC head 52±5 HRC ASP 23 ASP 2023 Hardness: shaft 64±2 HRC head 52±5 HRC Ordering example: D.ASP Diameter d 1 =10 Length =71 (see fold out pages) Head hot upset-forged, shank and shoulder fine ground. HSS Hardness: shaft 64±2 HRC head ASP 23 ASP 2023 upon request 52±5 HRC Head hot upset-forged, shank, shoulder and cutting diameter fine ground l d 1 d 2 r T ,25 3 V V V V V V V V V V 5 8 0,3 5 V V V V V V V V V V V V V V V V V V V V V ,4 5 V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V l d 1 d 2 P l 1 r T ,8 2, ,25 3 V V V V V 4 6 1,0 3, V V V V V 5 8 1,5 4, ,3 5 V V V V V 6 9 1,6 5, V V V V V ,5 7, V V V V V ,0 9, V V V V V ,0 12, ,4 5 V V V V V ,0 15, V V V V V ,0 19, V V V V V ,5 24, V V V V V ,0 31, V V V V V Ordering example: see fold out page E 53. Ordering example: see fold out page E 53. E 54

54 Precision Punches, stepped, ISO G = P2 +W 2 G = 2 x P G = P G = (P 1.0)2 +(W-1.0) 2 +1 * For other radius options, see standardised special shapes, pages E 82 E 83. HSS Hardness: shaft 64±2 HRC head 52±5 HRC Punch head, hot swaged, seating, shaft and punch shape fine ground. The anti-rotation surface parallel to P = 0 as standard. ASP 23 ASP 2023 upon request l d 1 d 2 W min. G max. l 1 r T ,5 2, ,25 3 V V V V V 4 6 0,8 3, V V V V V 5 8 1,0 4, ,3 5 V V V V V 6 9 1,6 5, V V V V V ,0 7, V V V V V ,5 9, V V V V V ,5 12, ,4 5 V V V V V ,0 15, V V V V V ,0 19, V V V V V ,0 24, V V V V V ,0 31, V V V V V Ordering example: see fold out page E 53. e 55

55 Precision Punches with ejector pin, ISO 8020 (replaces 2671.) Precision Punches stepped, with ejector pin ISO 8020 (replaces 2681.) HSS Hardness: shaft 64±2 HRC head 52±5 HRC Head hot upset-forged, shank and shoulder fine ground HSS Hardness: shaft 64±2 HRC head 52±5 HRC Head hot upset-forged, shank, shoulder and cutting diameter fine ground l d 1 d 2 r T , , l d 1 d 2 P l 1 r T ,6 4, ,3 3 V V V V V 6 9 2,5 5, V V V V V ,5 7, V V V V V ,0 9, V V V V V ,0 12, ,4 5 V V V V V ,0 15, V V V V V ,0 19, V V V V V ,5 24, V V V V V ,0 31, V V V V V Ordering example: see fold out page E 53. e 56 Ordering example: see fold out page E 53.

56 Precision Punches, stepped, with ejector pin ISO 8020 replaces G = P2 +W 2 G = 2 3 P G = P G = (P 1.0)2 +(W 1.0) 2 +1 * For other radius options, see standardised special shapes, pages E 82 E 83. HSS Hardness: shaft 64±2 HRC head 52±5 HRC Punch head, hot swaged, seating, shaft and punch shape fine ground. The anti-rotation surface parallel to P = 0 as standard. l d 1 d 2 W min G max. l 1 r T ,6 4, , ,5 5, ,5 7, ,0 9, ,0 12, , ,0 15, ,0 19, ,5 24, ,0 31, Ordering example: see fold out page E 53. e 57

57 Pilot Pins with tapered tip, ISO HSS Hardness: shaft 64±2 HRC head 52±5 HRC Punch head hot swaged, seating, shaft and pilot fine ground l d 1 d 2 T P l 1 N ,0 4, V V ,6 5, V V V ,5 7, V V V V ,0 9, V V V V V V ,0 12, V V V V V V V ,0 15, V V V V V V V ,0 19, V V V V V V V ,5 24, V V V V V V V ,0 31, V V V V V V Ordering example: see fold out page E e 58

58 Pilot Pins with parabolic tip, ISO HSS Hardness: shaft 64±2 HRC head 52±5 HRC Punch head hot swaged, seating, shaft and pilot fine ground. l length of pilot pin is without tip Note: The 2 mm length provides full guidance before the blanking punch contacts the sheet metal. P N 10 mm 8 mm 10,1 mm 15 mm 12 mm > 15 mm 15 mm l d 1 d 2 T P l ,0 4, V V V V ,6 5, V V V V V ,5 7, V V V V V ,0 9, V V V V V V V ,0 12, V V V V V V V ,0 15, V V V V V V V ,0 19, V V V V V V ,5 24, V V V V V V ,0 31,9 19 V V V V Ordering example: see fold out page E 53. e 59

59 Pilot Units to Daimler Standard Description: The pilot unit provides exact positioning of sheet metal parts. There are 2 sizes. The pilot unit 10 can used for a hole diameter of 5 ~ 10 mm and is available as a finished item, 9.8 mm diameter. Smaller diameters have to be ground by the tool making department. The pilot unit 16 is used for diameter mm and is available as a blank, 16 mm diameter. The pilot unit consists of: Pilot pin, Casing, Compression spring, Parallel dowel pin Spring force in dan Order No d d 1 d 2 d 3 d 4 d 5 h h 1 h 2 l 1 l 2 l preloaded compressed , ,5 39,3 63,2 4,9 6, ,5 46,3 72,5 4,8 5,6 Ordering example: A Diameter d Length l A = 63,2 mm B = 72,5 mm Diameter d 1 1 = 10 mm 2 = 16 mm Daimler standard Pilot pin e 60

60 Precision Matrixes E 61

61 E 62

62 Ordering example Precision Matrixes NB: See table for standard dimensions Special dimensions to order F A 2 Matrixes: 26 matrixes Version: Order No blank (pilot hole bore) = 0 round = 1 square = 2 rectangular = 3 slot = 4 rectangle with radiused corners = 5 special shapes = 9 Type: Order No automotive standard = 5 without shoulder ISO 8977 = 6 with shoulder ISO 8977 = 7 Ordering Code (Example): Shape cutting lenght: l Order No 2 = 1 3 = 2 4 = 3 5 = 4 6 = 5 8 = 6 10 = 7 12 = 8 special = X Diameter: d 2 Order No 5 = 1 6 = 2 8 = 3 10 = 4 13 = 5 16 = 6 20 = 7 22 = 8 25 = 9 32 = = = = = = = = = = = = 21 Format: Slot lenght P = 13,5 mm Order Code Length: l1 character 13 = A 16 = B 20 = C 22 = D 25 = E 28 = F 30 = G 32 = H 35 = J 40 = K special = X Format: Slot width W = 6,5 mm Angle: 0 = A 90 = B 180 = C 270 = D special = X Order Code character Anti-rotation Order element: No pin Ø 3 = 1 pin Ø 4 = 2 pin Ø 6 = 3 polished surface (continuous) = 4 polished surface, top, 14 mm = 5 polished surface, bottom, 14 mm = 6 special = X F A2 Anti-rotation element = Pin Ø4 (2) Angle = 0 (A) Format: Slot, width W = 6,5 mm (0650) Format: Slot, length P = 13,5 mm (1350) Shape cutting length: l = 8 mm (6) Lenght: l 1 = 28 mm (F) Diameter: d 2 = 32 mm (10) Type = without shoulder ISO 8977 (6) Version: Slot (4) Matrixes: Matrixes (26) E 63

63 E 64

64 2606. Precision Matrixes without shoulder, cylindrical replaces ISO 8977 HSS hardened: 62 ±2 HRC Diameter d 2, starting lead and face surfaces ground. Diameter P is a bored pilot hole for wire EDM HSS hardened: 62 ±2 HRC Diameter d 2, starting lead and face surfaces ground l 1 d 2 d 4 P l ,8 0,8 2 V V V V V V V V 6 3,5 1,0 3 V V V V V V V V 8 4,0 1,0 4 V V V V V V V V 10 5,8 1,0 4 8 V V V V V V V V 13 8,0 1,2 5 8 V V V V V V V 16 9,5 1,2 5 8 V V V V V V V 20 12,0 1, V V V V V V V 22 15,0 1, V V V V V V V 25 17,3 1, V V V V V V V 32 20,7 1, V V V V V V V 40 27,7 1, V V V V V 50 37,0 1, V V V V V V d 2 d 4 P l ,8 1,0 2,4 2 V V V V V V V V 6 3,5 1,6 3,0 3 V V V V V V V V 8 4,0 2,0 3,5 4 V V V V V V V V 10 5,8 2,5 5,0 4 8 V V V V V V V V 13 8,0 4,0 7,0 5 8 V V V V V V V 16 9,5 6,0 9,0 5 8 V V V V V V V 20 12,0 8,0 11, V V V V V V V 22 15,0 9,0 14, V V V V V V V 25 17,3 10,7 16, V V V V V V V 32 20,7 15,0 20, V V V V V V V 40 27,7 19,0 27, V V V V V 50 37,0 26,0 36, V V V V V V l Other lengths on request Ordering example: see fold out page E 63. Ordering example: see fold out page E 63. e 65

65 Precision Matrixes without shoulder, cylindrical ISO G = P2 +W 2 G = 2 X P G = (P 1.0)2 +(W 1.0) 2 +1 G = P * For other radius options, see standardised special shapes, pages E 82 E 83. HSS hardened: 62 ±2 HRC Anti-rotation element, see page E 67 Diameter d 2, and end faces ground. l 1 d 2 d 4 W min. G max. l ,8 1,2 5,0 4 8 V V V V V V V V 13 8,0 2,0 7,0 5 8 V V V V V V V 16 9,5 2,4 9,0 5 8 V V V V V V V 20 12,0 3,2 11, V V V V V V V 22 15,0 4,0 14, V V V V V V V 25 17,3 4,8 16, V V V V V V V 32 20,7 5,5 20, V V V V V V V 40 27,7 6,4 27, V V V V V 50 37,0 9,0 36, V V V V V V other lengths on request Ordering example: see fold out page E 63. e 66

66 Precision Matrixes without shoulder, cylindrical, ISO 8977 Anti-rotation elements anti-rotation element 1 Pin [3 anti-rotation element 2 Pin [4 anti-rotation element 3 d 2 F d 2 F ,5 13 7, , , Pin [6 d 2 F , , anti-rotation element 4 anti-rotation element 5 anti-rotation element 6 d 2 F d 2 F ,5 13 5, ,5 20 8,5 22 9,5 22 9, d 2 F , ,5 22 9, Ordering example: see fold out page E 63. e 67

67 e 68

68 2607. Precision Matrixes with shoulder, cylindrical ISO 8977 replaces HSS hardened: 62 ±2 HRC Diameter d 2, and end faces ground. Diameter P is a bored pilot hole for wire EDM. HSS hardened: 62 ±2 HRC Diameter d 2, and end faces ground l 1 d 2 d 3 d 4 P l ,8 0,8 2 V V V V V V V V 6 9 3,5 1,0 3 V V V V V V V V ,0 1,0 4 V V V V V V V V ,8 1,0 4 8 V V V V V V V V ,0 1,2 5 8 V V V V V V V ,5 1,2 5 8 V V V V V V V ,0 1, V V V V V V V ,0 1, V V V V V V V ,3 1, V V V V V V V ,7 1, V V V V V V V ,7 1, V V V V V V V ,0 1, V V V V V V V l 1 d 2 d 3 d 4 P l ,8 1,0 2,4 2 V V V V V V V V 6 9 3,5 1,6 3,0 3 V V V V V V V V ,0 2,0 3,5 4 V V V V V V V V ,8 2,5 5,0 4 8 V V V V V V V V ,0 4,0 7,0 5 8 V V V V V V V ,5 6,0 9,0 5 8 V V V V V V V ,0 8,0 11, V V V V V V V ,0 9,0 14, V V V V V V V ,3 10,7 16, V V V V V V V ,7 15,0 20, V V V V V V V ,7 19,0 27, V V V V V V V ,0 26,0 36, V V V V V V V Other lengths on request. Other lengths on request Ordering example: see fold out page E 63. Ordering example: see fold out page E 63. e 69

69 Precision Matrixes with shoulder, cylindrical ISO G = P2 +W 2 G = 2 3 P G = (P 1.0)2 +(W 1.0) 2 +1 G = P * For other radius options, see standardised special shapes, pages E 82 E 83. HSS hardened: 62 ±2 HRC Diameter d 2, and end faces ground. Anti-rotation element, see page E 71 d 2 d 3 d 4 W min. G max. l ,0 1,2 3,5 4 V V V V V V V V ,8 1,2 5,0 4 8 V V V V V V V V ,0 2,0 7,0 5 8 V V V V V V V ,5 2,4 9,0 5 8 V V V V V V V ,0 3,2 11, V V V V V V V ,0 4,0 14, V V V V V V V ,3 4,8 16, V V V V V V V ,7 5,5 20, V V V V V V V ,7 6,4 27, V V V V V V V ,0 6,4 36, V V V V V V V l 1 Other lengths on request. Ordering example: see fold out page E e 70

70 Precision Matrixes with shoulder, cylindrical, ISO 8977 Anti-rotation elements Anti-rotation element 1 Pin [3 Anti-rotation element 2 Pin [4 Anti-rotation element 3 d 2 F d 2 F 8 5, , ,5 16 9, , , , , , , Pin [6 d 2 F , , Anti-rotation element Ordering example: see fold out page E 63. e 71

71 Matrixes without shoulder, automotive standard HSS hardened: 62±2 HRC Diameter d 2, and end faces ground. Diameter P is a bored pilot hole for wire EDM HSS hardened: 62±2 HRC Diameter d 2, and end faces ground l 1 d 2 P ,8 V V V V V V V V V 13 0,8 V V V V V V V V V 16 1,5 V V V V V V V 20 2,4 V V V V V V V 22 3,0 V V V V V V V 25 3,0 V V V V V V V 32 3,0 V V V V V V V 38 3,0 V V V V V V V V 40 3,0 V V V V V V V 45 3,0 V V V V V V V 50 3,0 V V V V V V V 56 3,0 V V V V V V V 63 3,0 V V V V V V V 71 3,0 V V V V V V V 76 3,0 V V V V V V 86 3,0 V V V V V V 90 3,0 V V V V V V 100 3,0 V V V V V V Other lengths on request l 1 d 2 P l ,6 6, V V V V V V V V V 13 3,0 8, V V V V V V V V V 16 7,4 10, V V V V V V V 20 9,5 13, V V V V V V V 22 10,5 15, V V V V V V V 25 12,0 17, V V V V V V V 32 16,0 22, V V V V V V V 38 18,0 27, V V V V V V V V 40 18,0 27, V V V V V V V 45 18,0 35, V V V V V V V 50 18,0 40, V V V V V V V 56 18,0 45, V V V V V V V 63 18,0 50, V V V V V V V 71 18,0 56, V V V V V V V 76 25,0 60, V V V V V V 86 25,0 66, V V V V V V 90 32,0 70, V V V V V V ,0 78, V V V V V V Other lengths on request Ordering example: see fold out page E 63. Ordering example: see fold out page E e 72

72 Matrixes without shoulder, automotive standard G = P2 +W 2 G = 2 3 P G = (P 1.0)2 +(W 1.0) 2 +1 G = P * For other radius options, see standardised special shapes, pages E 82 E 83. Anti-rotation element 3 Pin [6 d 2 F , , , , , , HSS hardened: 62±2 HRC Diameter d 2, and end faces ground d 2 W min. G max. l ,3 6, V V V V V V V V V 13 1,9 8, V V V V V V V V V 16 1,9 10, V V V V V V V 20 1,9 13, V V V V V V V 22 1,9 15, V V V V V V V 25 1,9 17, V V V V V V V 32 1,9 22, V V V V V V V 38 1,9 27, V V V V V V V V 40 1,9 27, V V V V V V V 45 2,4 35, V V V V V V V 50 4,0 40, V V V V V V V 56 4,0 45, V V V V V V V 63 4,0 50, V V V V V V V 71 4,0 56, V V V V V V V 76 5,6 60, V V V V V V 86 5,6 66, V V V V V V 90 5,6 70, V V V V V V 100 5,6 78, V V V V V V Other lengths on request Ordering example: see fold out page E 63. l 1 e 73

73 Precision Guide Bushes for Punches DIN 9845, Shape C 262. ISO Case hardened steel Order No Hardness 740 ± 40 HV WS, hardened Order No Hardness HRC 60 ± 2 Diameters d 1, d 2 and starting lead ground. Description of FIBRO materials for die components: pages E 10 E Shape C DIN ISO Diameter d 1 steps d 2 t l 1 r 0,5 1,0 0,1 5 0, ,1 2, ,1 3,0 7 3,1 4,0 8 4,1 5, ,1 6,0 12 0,02 1,5 6,1 8, ,1 10, ,1 12, ,1 15, ,1 18,0 0, Diameter d 1 steps d 2 t l 1 r 1,0 2,4 0, ,6 3,0 6 12,5 1 2,0 3,5 8 12,5 1,5 3,0 5, ,0 7, ,0 8, ,5 11, ,5 11,0 16, ,5 15,0 20,0 0, ,0 27, ,0 36, Other diameters on request. Ordering Code (example): Guide Bush for punches DIN 9845 = 262. Material case hardened steel = 1. d 1 = Ø 2,4 mm = l 1 = 12 mm = 012 Order No = e 74 Ordering Code (example): Guide Bush for punches ISO 8978 = Material WS = 1. d 1 = Ø 2,0 mm = d 2 = Ø 6 mm = 0600 Order No =

74 Precision Matrixes 260. with and without collar DIN Shape A, Shape B HSS Order No: Shape A = Shape B = Hardness: 62 ± 2 HRC 260. Shape A Description of FIBRO materials for die components: pages E 10 E 11. Diameters d 1 and d 2 precision ground; face surface ground Shape B 260. Diameter short long d 1 steps d 2 d 4 l 1 l 2 l 1 l 2 0,5 1,0 0,1 5 d +0, ,1 2, ,1 3,0 7 d +0,5 1 3,1 4,0 8 4,1 5,0 10 d +0, ,1 6,0 12 6,1 8,0 15 8,1 10,0 18 d ,1 12, ,1 15, ,5 18,0 0, Diameter short long d 1 steps d 2 d 3 d 4 l 1 l 2 l 3 l 1 l 2 l 3 0,5 1,0 0,1 5 7 d +0, ,1 2, ,1 3,0 7 9 d +0,5 1 3,1 4, ,1 5, d +0, ,1 6, ,1 8, ,1 10, d ,1 12, ,1 15, ,5 18,0 0, Other diameters on request. Ordering Code (example): Matrix = Material HSS = d 1 = Ø 2,20 mm = l 1 = 28 mm = Order No = e 75

75 Precision Matrixes with and without collar cylindrical Classified Shape With starting holes for wire-edm as per page E 77. *d 1 = size over corners HSS Order No.: o Hardness: 64±2 HRC Diameters d 2 precision ground; face surfaces ground. Key flats parallel with A unless otherwise specified. *d 1 = size over corners Size over corners d 1, d 5 d 2 L F ,8 3, ,0 2,0 5,0 10 3,0 7,0 13 1,5 5,0 8, ,0 11, ,0 16,0 25 2,5 16,0 19, ,0 28,0 40 L Size over corners d 1, d 5 d 2 d 3 L ,8 3, ,0 5, ,0 7, ,0 8, ,0 11, ,0 16, ,0 19, ,0 28, L 1 Ordering code (example): Matrix = Material HSS = d 2 = 16 mm = L 1 = 32 mm = Shape 2 = a = 3,96 mm = b = 5,16 mm = Order No = Ordering code (example): Matrix = Material HSS = d 2 = 16 mm = L 1 = 28 mm = Shape 2 = a = 3,96 mm = b = 5,16 mm = Order No = e 76

76 Precision Matrixes with and without collar conical Classified shapes *d1 = size over corners * Shape 0 = with starting hole for wire cut HS Order No.: o Hardness: 64 ± 2 HRC *d 1 = size over corners Diameters d 2 precision ground; face surfaces ground. Key flats parallel with A unless otherwise specified Size over corners L 1 d 1, d 5 d 2 d 4 F ,8 3,2 8 1,0 1,0 2,0 5,0 10 3,0 7,0 13 1,5 1,5 5,0 8,0 16 7,0 11, ,0 16,0 25 2,5 2,5 16,0 19, ,0 28, Size over corners L 1 d 1, d 5 d 2 d 3 d ,8 3, ,0 2,0 5, ,0 7, ,5 5,0 8, ,0 11, ,0 16, ,5 16,0 19, ,0 28, Ordering Code (example): Matrix = Material HSS = d 2 = 16 mm = L 1 = 32 mm = Shape 2 = a = 3,96 mm = b = 5,16 mm = Order No = Ordering Code (example): Matrix = Material HSS = d 2 = 16 mm = L 1 = 32 mm = Shape 2 = a = 3,96 mm = b = 5,16 mm = Order No = e 77

77 e 78

78 Standardised Special Shapes E 79

79 E 80

80 Ordering examples Special shapes Punches/Cutting bushes F NB: All the parameters must be given for special shapes! Punch: 22 without ejector pin Special shape F 24 View Punch Special shape Type: Order No ISO 8020 = 1 ball-lock, light duty = 2 ball-lock, heavy duty = 3 ball-lock, larger cutting edge,light duty = 4 ball-lock, larger cutting edge, heavy duty = 5 You will find diameters and lengths on the pages of punches you have selected F NB: All the parameters must be given for special shapes! Matrixes Special shape F 24 Special shape Type: Order No automotive = 5 without shoulder ISO 8977 = 6 with shoulder ISO 8977 = 7 You will find diameters and lengths on the pages of cutting bushes you have selected. View Matrix E 81

81 Standardised special shapes E 82

82 Standardised special shapes e 83

83 Dynamic Strippers (DAE) Mounting example: Mounting example: Punch d 1 Matrix d 5 d 6 d 8 l M Gradation = 0,1 d 2 d ,95 M6 3,0 4, M8 4,1 5, M8 5,1 6, M10 6,1 7, M10 7,1 8, Ordering-code (example): Dynamic Stripping Element (DAE) = d 5 = [ 7 mm = l = 19,95 mm = d 1 = 3,0 mm = Order no = Description: Steel, hardened The Dynamic Stripper is used in blanking tools for punching operations using material up to 2 mm thick. The Stripper is below the die. It is similar in shape to a segmented chuck. After the punching operation the punch enters the Stripper with the punch waste still attached. The Dynamic Stripper opens up to receive the punch. On the return stroke the Dynamic Stripper strips the punch waste from the punch. The stripping element diameter is manufactured 0.2 mm smaller than the diameter d 1 of the punch. To ensure reliable stripping the minimum entry depth into the Dynamic Stripper must be no less than 1 mm. The Dynamic Stripper can help to protect both the tool and the product from damage and also accelerate the production rate. e 84

84 Precision Retainers for Ball-Lock Punches e 85

85 Triangle Retainers for Ball-Lock Punches, light duty for Ball-Lock Punches, heavy duty Version for metal thicknesses <3 mm. The punch locating hole d 2 is manufactured to a tolerance of ±0.01 mm relative to the 6 stud holes G6. This ensures the interchangeability of the locating plate with other polygon versions. Note: Special punch retainers available to order Version for metal thicknesses >3 mm. The punch locating hole d 2 is manufactured to a tolerance of ±0.01 mm relative to the 6 stud holes G6. This ensures the interchangeability of the locating plate with other polygon versions. Note: Special punch retainers available to order d d M/D 8/9 8/9 8/9 10/11 12/13,5 12/13,5 12/13,5 a 43,5 49,5 52, ,5 68,5 76 a 1 19,05 19,05 19,05 19,05 23,82 23,82 27 a , ,5 46,5 50 a 3 11,12 14,27 15,87 17,47 19,84 19,84 24 a b 41 48,5 51,5 56,5 64,5 64,5 72,5 e 1 7,5 6, e 2 26,92 29,97 31,75 33,53 40,64 40,64 43,99 e ,5 16, [K t R 1 9,5 12, d d M/D 8/9 8/9 8/9 10/11 12/13,5 12/13,5 12/13,5 a 43,5 49,5 52, ,5 68,5 76 a 1 19,05 19,05 19,05 19,05 23,82 23,82 27 a , ,5 46,5 50 a 3 11,12 14,27 15,87 17,47 19,84 19,84 24 a b 41 48,5 51,5 56,5 64,5 64,5 72,5 e 1 7,5 6, e 2 26,92 29,97 31,75 33,53 40,64 40,64 43,99 e ,5 16, [K t R 1 9,5 12, Ordering example: Triangle retainers = for ball-lock punches, light duty = d 2 = Ø 13 mm = Order number = Ordering example: Triangle retainers = for ball-lock punches, heavy duty = d 2 = Ø 13 mm = Order number = e 86

86 Triangle Retainers for Ball-Lock Punches, light duty for Ball-Lock Punches, heavy duty Version for metal thicknesses <3 mm. The punch locating hole d 2 is manufactured to a tolerance of ±0.01 mm relative to the 6 stud holes G6. This ensures the interchangeability of the locating plate with other polygon versions Note: Special punch retainers available to order. Version for metal thicknesses >3 mm. The punch locating hole d 2 is manufactured to a tolerance of ±0.01 mm relative to the 6 stud holes G6. This ensures the interchangeability of the locating plate with other polygon versions Note: Special punch retainers available to order d 2 6 d 4 3 M/D 6/6,6 a 35 a 1 19,05 a 2 27 a 3 11,12 a 4 6 b 37,5 e 1 9,0 e 2 23 e 3 8 [K 6 t 7 R d d M/D 8/9 8/9 8/9 10/11 12/13,5 12/13,5 12/13,5 a 43,5 49,5 52, ,5 68,5 76 a 1 19,05 19,05 19,05 19,05 23,82 23,82 27 a , ,5 46,5 50 a 3 11,12 14,27 15,87 17,47 19,84 19,84 24 a b 41 48,5 51,5 56,5 64,5 64,5 72,5 e 1 7,5 6, e 2 26,92 29,97 31,75 33,53 40,64 40,64 43,99 e ,5 16, [K t R 1 9,5 12, Ordering example: Triangle retainer = light duty = d 2 = Ø 6 mm = Order number = Ordering example: Triangle retainer = heavy duty = d 2 = Ø 13 mm = Order number = e 87

87 Triangel Retainers for round Ball-Lock Punches, light duty for round Ball-Lock Punches, heavy duty d d M/D a 38,5 41,7 43,3 47,5 59,2 59,2 a 1 19,05 19,05 19,05 19,05 23,82 23,82 a a 3 11,12 14,27 15,87 17,47 19,84 19,84 b 40,61 47,93 51,59 57,93 70,85 70,85 [K t R 1 9,5 12,7 14,3 17,5 22,2 22,2 R 2 9,5 9,5 9, d d M/D a 38,5 41,7 43,3 47,5 59,2 59,2 a 1 19,05 19,05 19,05 19,05 23,82 23,82 a a 3 11,12 14,27 15,87 17,47 19,84 19,84 b 40,61 47,93 51,59 57,93 70,85 70,85 [K t R 1 9,5 12,7 14,3 17,5 22,2 22,2 R 2 9,5 9,5 9, Ordering example: Triangle retainer for round ball-lock punches = light duty = d 2 = Ø 20 mm = Order number = Ordering example: Triangle retainer for round ball-lock punches = heavy duty = d 2 = Ø 20 mm = Order number = e 88

88 Accessories for Retainers, triangular, for Ball-Lock Punches M k l l 1 s d d M d h d 4 H M8 d 2 h Cheese head Pressure disk Retainer [ d2 screw Dowel pin Ball Ball release pin Spring for centring pin Pin screw Stiftschraube / Ball release tool Hook shape straight straight with threaded tip e 89

89 Square Retainers for Ball-Lock Punches, light duty The centres of the pinholes d 5 are the reference points for the position of the punch bore. The dimensions e and e1 have a tolerance of ±0,005 mm. The square ball-lock retainers are interchangeable. The order must specify position 1 or 2 for the locking ball. Ball channel horizontal = 1 Ball channel vertical = 2 Note: Supplied with dowel pins and screws DIN EN ISO The centres of the pinholes d 5 are the reference points for the position of the punch bore. The e-dimensions have a tolerance of ± 0,005 mm. The square ball-lock retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO d 2 d 5 M/D a a 2 b 2 e e 1 t / / d 2 d 5 M/D a a 1, e t 6 8 8/ / /13, Ordering code (example): Square Retainer = for Ball-Lock Punch = d 2 = Ø 20 mm = Vertical ball race = Order No = Ordering code (example): Square Retainer = for Ball-Lock Punch = d 2 = Ø 20 mm = Vertical ball race = Order No = e 90

90 Rectangular Retainers, for Ball-Lock Punches Punch plate case-hardened 740± 40 HV 10 Pressure plate hardened HRC The centres of the pin holes d 5 are the reference points for the position of the punch bore. The dimensions e, e 1 and e 1 have a tolerance of ± 0,005 mm. The rectangular ball-lock retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO d 2 d 5 M/D a a 3 a 1 b e e 1 e 2 c t 6 8 8/ / Ordering code (example): Rectangular Retainer = for Ball-Lock Punch to VDI 3374 = d 2 = Ø 20 mm = Order No = e 91

91 e 92

92 Precision Retainers ISO e 93

93 Triangle Retainers, for round Punches, ISO for Punches, ISO The centres of the pinholes d 5 are the reference points for the position of the punch bore. The dimensions e 1, e 2 and e 3 have a tolerance of ± 0.01 mm. The triangle ball-lock retainers are interchangeable. Note: Pressure plate to be ordered separately for the receiving punch plate The centres of the pinholes d 5 are the reference points for the position of the punch bore. The dimensions e 1, e 2 and e 3 have a tolerance of ± 0.01 mm. The triangle ball-lock retainers are interchangeable. Note: Pressure plate to be ordered separately for the receiving punch plate d d M/D 8/9 8/9 8/9 10/11 12/13,5 12/13,5 a 43,5 49,5 52, ,5 68,5 a 1 19,05 19,05 19,05 19,05 23,82 23,82 a , ,5 46,5 a 3 11,12 14,27 15,87 17,47 19,84 19,84 a b 41,0 48,5 51,5 56,5 64,5 64,5 e 1 7,5 6, e 2 26,92 29,97 31,75 33,53 40,64 40,64 e ,5 16, t R 1 9,5 12, d M/D 8/9 8/9 8/9 10/11 12/13,5 12/13,5 a 43,5 49,5 52, ,5 68,5 a 1 19,05 19,05 19,05 19,05 23,82 23,82 a , ,5 46,5 a 3 11,12 14,27 15,87 17,47 19,84 19,84 a b 41,0 48,5 51,5 56,5 64,5 64,5 b b 4 5 6, ,5 16 e 1 7,5 6, e 2 26,92 29,97 31,75 33,53 40,64 40,64 e ,5 16, t R 1 9,5 12, Ordering example: Triangle retainers = for round Punches, ISO 8020 = d 2 = [ 13 mm = Order number = Ordering example: Triangle retainers = for Punches, ISO 8020 = d 2 = [13 mm = Order number = e 94

94 Accessories for Retainers, triangular, for Ball-Lock Punch, ISO Cheese head Retainer Ø d 2 screw Dowel pin Pin screw Pressure disk / e 95

95 Square Retainers for Punches to ISO The centres of the pinholes d 5 are the reference points for the position of the punch bore. The dimensions e and e 1 have a tolerance of ± 0,005 mm. The square retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO The centres of the pinholes d 5 are the reference points for the position of the punch bore. The dimensions e and e 1 have a tolerance of ± 0,005 mm. The square retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO d 2 d 3 d 5 M/D a a 1, e e 1 t / , / /13, , d 2 d 3 d 5 M/D a a 1, e e 1 b 3 t / , / , /13, ,5 27,5 13 Ordering code (example): Square Retainer = for punch to ISO 8020 = d 2 = [ 13 mm = Order No = Ordering code (example): Square Retainer = for punch to ISO 8020 = d 2 = [ 20 mm = Order No = e 96

96 Rectangular Retainers for Punches to ISO 8020 The centres of the pinholes d 5 are the reference points for the position of the punch bore. The dimensions b, e 1 and e 2 have a tolerance of ± 0,005 mm. The rectangular retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO The centres of the pinholes d 5 are the reference points for the position of the punch bore. The dimensions e, e 1 and e 2 have a tolerance of ± 0,005 mm. The rectangular retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO d 2 d 3 d 5 M/D a a 1 a 3 b e e 1 e 2 c t / / d 2 d 3 d 5 M/D a a 1 a 3 b b 3 b 4 e e 1 e 2 c t / , / , ,5 12, Ordering code (example): Rectangular Retainer = for Punch to ISO 8020 = d 2 = [ 13 mm = Order No = Ordering code (example): Rectangular Retainer = for Punch to ISO 8020 = d 2 = [ 20 mm = Order No = e 97

97 e 98

98 Precision Retainers VDI e 99

99 Square Retainers for round Punches The centres of the pinholes d 5 are the reference points for the position of the punch bore. The e-dimensions have a tolerance of ± 0,005 mm. The square retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO The centres of the pinholes d 5 are the reference points for the position of the punch bore. The e-dimensions have a tolerance of ± 0,005 mm. The square retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO d 2 d 3 d 5 M/D a a 2 b 2 e e 1 t / / d 2 d 3 d 5 M/D a a 1, e t / / /13, Ordering code (example): Square retainer = for punches = d 2 = [ 10 mm = Order No = Ordering code (example): Square retainer = for punches = d 2 = [ 16 mm = Order No = e 100

100 Square Retainers for Profile Punches The centres of the pin holes d 5 are the reference points for the position of the punch bore. The e-dimensions have a tolerance of ± 0,005 mm. The rectangular retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO The centres of the pin holes d 5 are the reference points for the position of the punch bore. The e-dimensions have a tolerance of ± 0,005 mm. The rectangular retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO d 2 d 3 d 5 M/D a a 2 a 1 e e 1 b 4 t / , / , d 2 d 3 d 5 M/D a a 1, e b 3 b 4 t / , / , /13, ,5 12, Ordering code (example): Square retainer = for punches = d 2 = [ 13 mm = Order No = Ordering code (example): Square retainer = for punches = d 2 = [ 20 mm = Order No = e 101

101 Rectangular Retainers for Punches to VDI The centres of the pin holes d 5 are the reference points for the position of the punch bore. The e-dimensions have a tolerance of ± 0,005 mm. The rectangular retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO The centres of the pin holes d 5 are the reference points for the position of the punch bore. The e-dimensions have a tolerance of ± 0,005 mm. The rectangular retainers are interchangeable. Note: Supplied with dowel pins and screws DIN EN ISO d 2 d 3 d 5 M/D a a 1 a 3 b e e 1 e 2 c t t / / /13, d 2 d 3 d 5 M/D a a 1 a 3 b b 3 b 4 e e 1 e 2 c t t / , / , ,5 12,5 Ordering code (example): Rectangular Retainer = for round punches to VDI 3374 = d 2 = [ 10 mm = Order No = Ordering code (example): Rectangular Retainer = for profile punches to VDI 3374 = d 2 = [ 16 mm = Order No = e 102

102 Accessories e 103

103 Stripping unit FIBROFLEX 95 Shore A Installation example: Note: Stripping units can be used for retainers /.04./.05./.06. Stripping unit lenght l d V V V V 13 V V V V V 16 V V V V V 20 V V V V V 25 V V V V V 32 V V V V V 38 V V V V 40 V V V V Punch lengths in use Ball-lock punch, light duty Ball-lock punch, heavy duty Precision punch ISO l d 2 d 1 d 3 d 4 d 5 max. b V V V V ,5 6 V V V V V V V V V V V V V V V ,6 7 V V V V V ,9 7 V V V V V ,6 8 V V V V ,6 8 V V V V Ordering example: Stripping unit = d 2 = 10 mm = l = 53 mm = Order number = * values for the stripping force are dependent on a number of parameters (e.g. lubricant, temperature etc.) and may vary from those given here. ** max spring travel should not exceed 15% of the length Stripping forces (N)* Spring travel 3mm 6mm 9mm 3mm 6mm 9mm 3mm 6mm 9mm 3mm 6mm 9mm 3mm 6mm 9mm d 2 Length ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** e 104

104 2667. Stripping unit mountings Installation example: Note: Thrust plate, maounting plate and screw must all be ordered individually. Mounting on retainer for ball-lock punch, multi-sided Mounting on precision retainer, multi-sided ISO /2. d 2 d 1 d 3 R 1 a , , ,5 34, , , Ordering example: Stripping unit mountings = Type = d 2 = 10mm = Order number = e 105

105 Special Punches Custom made e 106

106 FIBRO manufactures Special Form Punches and -Matrices on most modern equipment. Projection Form Grinding, Creep Feed Grinding, EDM and Wire-EDM are used acc. to design details. Many years of experience enable FIBRO to chose best suitable materials and methods. We manufacture to customer s drawings -: Piercing Punches Draw Punched Form Punches Pre-Extrusion Punches and Ejectors for Bolt Mnfr. Flow-Forming Punches Punches with 30 -Conical Heads, or other head shapes High-Precision Special Parts to Customer s Drawings e 107

107 Precision Punches, Square/Rectangular 230. without/with Hot Upset-Forged Head Shape A 231. Shape B HSS Order No: Shape A = , Shape B = Hardness: Shank 64±2 HRC Head 52±3 HRC Punch shanks precision ground. Heads hot upset forged ground on special request. Description of FIBRO materials for die components: pages E 10 and E a b l stock length of square punches: 73,5 mm; other materials and dimensions on request a b h l , , , , , stock length of square punches: 71 mm other materials and dimensions on request. Ordering Code (example): Punch = Material HSS = a = 10 mm = b = 6 mm = l 1 = 71 mm = Order No = e 108

108 Precision Dowel Pins (Parallel) with Internal Extracting Thread similar to DIN EN ISO 8735/ISO Dowel Pin Extractor FIBROZIPP Case-hardening steel core strength (tensile) N/mm 2. Order No: Hardness: 60±2 HRC Nitrided on request. Case-hardened and ground to finest finish. FIBRO Dowel Pins are manufactured with the exacting requirements of high class diemaking in mind. Whereas DIN EN ISO 8735 stipulates ISO Class 6 for dowels, we produce our pins to m5. FIBRO Dowels with internal extracting thread deviate from DIN in that they are case-hardened and that a smaller thread is used. This increases the crossection around the threaded hole and thus prevents breaking FIBROZIPP Extraction tool for the fast and convenient removal of dowels with internal extracting thread also for shafts, plugs and other machine components. The tool comes with interchangeable adaptors and screws, to fit all threads from M3 to M16. Ordering Code (example): Dowel Pin with Extracting Thread = d 1 = [ 12 mm = l 1 = 100 mm = Order No = l d d 2 M 4 M 5 M 6 M 6 M 8 M 8 M 10 M 16 t l 2 2,1 2,6 3 3,8 4 4,7 6 6 r l e 109

109 Precision Dowel Pins (Parallel) with Internal Extracting Thread similar to DIN EN ISO 8735/ISO Dowel Pin Extractor "FIBROZIPP" FIBROZIPP Extraction tool for the fast and convenient removal of dowels with internal extracting thread also for shafts, plugs and other machine components. The tool comes with interchangeable adaptors and screws, to fit all threads from M3 to M16. WS Tough and hard tool steel, wear resistant core strength (tensile) 600 N/mm 2 min. Order No: Hardness: 60±2 HRC Hardened and ground to finest finish. FIBRO Dowel Pins are manufactured with the exacting requirements of high class diemaking in mind. Ordering Code (example): Dowel Pin = d 1 = [ 10 mm = l 1 = 45 mm = Order No = e d d 2 M 3 M 3 M 4 M 5 M 6 M 6 M 8 M 8 M 10 t 1 4, l 2 1,3 1,7 2,1 2,6 3 3,8 4 4,7 6 r l l

110 High-Precision Liner Bushes for Dowel Pins, for bonding High-Precision Liner Bushes for Dowel Pins, for push fit for epoxy bonding for push fit Tool Steel, hardened Hardness 54±2 HRC Tool Steel, hardened Hardness 54±2 HRC Epoxy-Bonding FIBRO Hardened Dowel Liner Bushes solve the problem of wear on soft parts subjected to frequent dismantling. Held in perfect co-axial alignment by the close-fitting dowel, they are epoxy-bonded into rough-drilled clearance holes. In hardened parts, Dowel Liner Bushes help to overcome the ever-present toolroom problem of heat treatment distortion insurmountable exept where jig grinding facilities are available and justifiable on cost grounds. Retainer holes for Dowel Liner Bushes should be approximately 2 mm larger in diameter than the bush O.D. a coarse finish is desirable. Following exact positioning/aligning, FIBROLIT ZWO or FIBROFIX SECHS is used for bonding. Push Fit The position of the bush is given by push fit hole tolerance H 6. The adhesive order no provides optimum bush retention whilst offering the following advantages: high accuracy and stiffness no problems to find position when changing bushings. We do not recommend to press fit bushings Ordering Code (example): One Dowel Liner Bush only Dowel Liner Bush = 265. analogous Tool Steel = d 1 = [ 8,0 mm = Quantity: one = Order No = Ordering Code (example): One Dowel Liner Bush + Matching Dowel Dowel Liner Bush = 265. analogous Tool Steel = d 1 = [ 8,0 mm = Quantity: one = Dowel: length= 40 mm = Order No = Ordering Code (example): Two Dowel Liner Bushes + one Dowel Dowel Liner Bush = 265. analogous Tool Steel = d 1 = [ 8,0 mm = Quantity: two = Dowel: length= 50 mm = Order No = d 1 d D D 1 l 1 l d 1 d D D H6 1 l 1 l e 111

111 Precision Dowel Pins (Parallel) similar to DIN EN ISO 8734/ISO Hardened and ground to finest finish. FIBRO-Dowel Pins are manufactured with the exacting requirements of high class diemaking in mind. Whereas DIN EN ISO 8734 stipulates ISO Class 6 for dowels, we produce our pins to m5. WS Tough and hard tool steel, wear resistant. over 6 mm: Case-hardening steel core strength (tensile) N/mm 2. Order No: Hardness: 60±2 HRC Nitrided on request. Ordering Code (example): Dowel Pin = d 1 0= [ 10 mm = l 1 0 = 80 mm = Order No = d 1 1 1,5 2 2, l 2 0,48 0,62 0,78 0,95 1,1 1,4 1,7 2,1 2,6 3 3,8 3,8 4,7 6 r 1 1,6 2 2, l e 112

112 Precision Dowel Pins (Parallel) similar to DIN EN ISO 8734/ISO WS Tough and hard tool steel, case-hardening steel core strength (tensile) 600 N/mm 2 Order No: Hardness: 60±2 HRC Hardened and ground to finest finish. FIBRO-Dowel Pins are manufactured with the exacting requirements of high class diemaking in mind. Ordering Code (example): Dowel Pin = [ d 1 = 10 mm = l 1 = 45 mm = Order No = d 1 1 1,5 2 2, l 2 0,4 0,5 0,6 0,7 0,8 1 1,2 1,5 1,8 2 2,5 2,5 3 4 r 1 1,6 2 2, l e 113

113 e 114

114 Precision Drill Bushes Shape A 276. DIN 172, with collar 277. DIN 179, without collar Special Steel, hardened Hardness: 740±40 HV10 Diameters d 1 and d 2 and shoulder precision ground DIN 172 Shape A Ordering Code (example): Drill Bush = 276. Special Steel = d 1 = 8,0 mm = l 1 = 20 mm = Order No = Special Steel, hardened Hardness: 740±40 HV DIN 179 Shape A Diameters d 1 and d 2 precision ground. Ordering code (example): Drill Bush = 277. Special Steel = d 1 = 9,1 mm = l 1 = 25 mm = Order No = short medium long d 1 * d 2 d 3 l 1 l 2 l 1 l 2 l 1 l 2 0,4 1, ,1 1, ,9 2, ,7 3, ,5 12 9, ,5 3,4 4, ,5 12 9, ,5 4,1 5, ,5 12 9, ,5 5,1 6, ,1 8, ,1 10, ,1 12, ,1 15, ,1 18, ,1 22, ,1 26, ,1 30, ,1 35, ,1 42, ,1 48, ,1 55, ,1 63, *diameter steps 0,1 mm 277. short medium long d 1 * d 2 l 1 l 1 l 1 0,4 1, ,1 1, ,9 2, ,7 3, ,4 4, ,1 5, ,1 6, ,1 8, ,1 10, ,1 12, ,1 15, ,1 18, ,1 22, ,1 26, ,1 30, ,1 35, ,1 42, ,1 48, ,1 55, ,1 63, *diameter steps 0,1 mm e 115

115 Hardened Ejector Pins similar to DIN 1530 Shape A-ISO r d 2-0,2 k -0,05 l1 +2 WS Order No Hardness: Shank 62±2 HRC Head 45±5 HRC Similar to DIN 1530 Shape A. Shank hardened and precision ground. Head hot upset-forged. d 1 g6 Description of FIBRO materials for tool and die components: pages E 10 E 11. Ordering Code (example): Ejector Pin = 237. Material WS = d 1 = Ø 4,0 mm = l 1 = 200 mm = Order No = l 1 d 1 d 2 k r ,5 1,2 0,2 1,1 2,5 1,2 1,2 2,5 1,2 1,3 3 1,5 1,4 3 1,5 1,5 3 1,5 1,6 1,7 3 1,5 1,8 3 1,5 1,9 3 1, ,2 2,5 5 0,3 2, ,2 3,5 7 3, ,2 4,5 4, ,2 5, ,5 6,2 6, V 8,2 8, V 10,2 10, ,8 12,2 12, , e 116

116 Hotwork Precision Ejector Pins Nitrided ISO 6751 NWA Nitrided Hot-Work Tool Steel Order No: Hardness: Shank* 950 HV 0,3 Head 45±5 HRC Tensile Strength (core) >1400 N/mm d 2-0,2 According to DIN ISO 6751 Shank nitrided and precision ground. Head hot upset-forged. * Owing to thinness of nitrided skin, hardness testing on shank restricted to Vickers only. Test load = 3 N max. r k -0,05 l1 +2 Ordering Code (example): Ejector Pin = 237. Material NWA = d 1 = Ø 2,50 mm = l 1 = 160 mm = Order No = d 1 g6 Description of FIBRO materials for tool and die components: pages E 10 E d 1 d 2 k r ,5 3 1,5 0, ,2 2, ,5 0,3 2,7 2, ,2 3,4 3,5 7 3,7 3, ,2 4,4 4,5 4,7 4, ,2 5,4 5,5 5,7 5, ,5 6,2 6,5 6,7 6,9 7 7,2 7, ,2 8,4 8,5 9 9, ,2 10, ,8 12,2 12, , e 117 l 1

117 Hardened Ejector Pins similar to DIN 1530 Shape C-ISO Similar to DIN 1530 Shape C. Shank hardened and precision ground. Head hot upset-forged. WS Order-No: Hardness: Shank 62±2 HRC Head 45±5 HRC Ordering Code (example): Ejector Pin = Material WS = d 1 = Ø 1,5 mm = l 1 = 125 mm = Order No = Description of FIBRO materials for tool and die components: pages E 10 E l d 1 d 2 d 3 k l , ,9 1 1,1 1,2 1,3 1,4 1, ,6 1,7 1,8 1,9 2 2,1 2,2 2,3 2,4 2, l e 118

118 Hotwork Precision Ejector Pins Nitrided DIN 1530 Shape C-ISO NWA Order No: Hardness: Shank* ^950 HV 0,3 Head 45±5 HRC Tensile Strength (core) L1400 N/mm 2 According to DIN 1530 Shape C. Shank precision ground, nitrided. Head hot upset-forged. * Owing to thinness of nitrided skin, hardness testing on shank restricted to Vickers only. Test load = 3 N max. Description of FIBRO materials for tool and die components: pages E 10 E 11. Ordering Code (example): Ejector Pin = 238. Material NWA = d 1 = Ø 1,5 mm = l 1 = 125 mm = Order No = l d 1 d 2 d 3 k l , ,9 1 1,1 1,2 1,3 1,4 1, ,6 1,7 1,8 1,9 2 2,2 2, l e 119

119 Hardened Ejector Pins Conical Head DIN 1530 Shape D According to DIN 1530 Shape D. Shank hardened, precision ground. Head hot upset-forged. WS Order No.: Hardness: Shank 62±2 HRC Head 45±5 HRC Ordering Code (example): Ejector Pin = Material WS = d 1 = [ 1,5 mm = l 1 = 160 mm = Order No = Description of FIBRO materials for tool and die components: page E 10 E l 1 d 1 d 2 k ,8 1,4 0,5 0,9 1,6 1 1,8 1,1 1,2 2 1, 2 5 1, 3 1,4 2,2 1, 5 1,6 2,5 1,7 1,75 2,8 1, 8 1, ,1 3,2 2,2 2,25 2,3 3,5 2,4 2,5 2,6 4 2,7 2,75 2,8 2,9 l 1 d 1 d 2 k ,5 0,5 3,1 3,2 3,25 3,5 5,0 3,6 3,75 4 5,5 4,1 4,2 4,25 4,5 6 4,6 5 6,5 5,1 5,2 5,25 5, , , , ,2 10 8, , e 120

120 Hotwork Precision Ejector Pins Nitrided similar to DIN 1530 Shape D NWA Order No Hardness: Shank* 950 HV 0,3 Head 45±5 HRC Tensile Strength (core) >1400 N/mm 2 Similar to DIN 1530 Shape D. Shank nitrided and precision ground. Head hot upset-forged. * Owing to thinness of nitrided skin, hardness testing on shank restricted to Vickers only. Test load = 3 N max. Description of FIBRO materials for tool and die components: pages E 10 and E 11. Ordering Code (example): Ejector Pin = 239. Material NWA = d 1 = Ø 6,0 mm = l 1 = 160 mm = Order No = l 1 d 1 d 2 k ,5 0,5 4 5,5 5 6, , e 121

121 Blade Precision Ejectors Hardened d 2-0, l2 k -0,05 r d 1-0,1 l1 +1 l4 min. R10 0 a -0,025 min. R10 0 b -0,025 0 a -0,015 0 b -0,015 l3 Blade and Shank precision ground and hardened. Head hot upset-forged. WS Order No.: Hardness: Shank 62±2 HRC Head 45±5 HRC Ordering Code (example): Blade Ejector = 263. Material WS = a b = 1,5 5,5 mm = l 1 = 125 mm = Order No = Description of FIBRO materials for tool and die components: pages E 10 E d 1 d 2 k r a b l 1 l 2 l 3 l ,2 4,2 4, ,3 0,3 0,3 0,3 0,3 0,3 0,3 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,8 0,8 1 0,8 1 1,2 1 1,2 1,5 1,0 1,2 1,5 2 1,2 1,5 2 1, ,5 3,5 3,8 3,8 3,8 4,5 4,5 4,5 5,5 5,5 5,5 5,5 7,5 7,5 7,5 9,5 9,5 11,5 11,5 Special dimensions a and b available on request e 122

122 Hotwork Blade Precision Ejectors Nitrided d 2-0, l2 k -0,05 r d 1-0,1 l1 +1 min. R10 0 a -0,025 min. R10 l3 l4 0 b -0,025 0 a -0,015 0 b -0,015 NWA Nitrided Hot-Work Tool Steel Order No.: Hardness: Shank* 950 HV 0,3 Head 45±5 HRC Tensile Strength (core): >1400 N/mm 2 Blade and Shank precision ground and nitrided. Head hot upset-forged. * Owing to thinness of nitrided skin, hardness testing on shank and blade restricted to Vickers only. Test load = 3 N max. Werkstoff-Beschreibung und andere Werkstoffe, siehe Seite E 10 E 11. Ordering Code (example): Blade Ejector = 263. Material NWA = a b = 1,0 3,5 mm = l 1 = 100 mm = Order No = d 1 d 2 k r a b l 1 l 2 l 3 l ,2 4,2 4, ,3 0,3 0,3 0,3 0,3 0,3 0,3 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,8 0,8 0,8 0,8 1 0,8 1 1,2 1 1,2 1,5 1,0 1,2 1,5 2 1,2 1,5 2 1, ,5 2 2,5 3,5 3,8 3,8 3,8 4,5 4,5 4,5 5,5 5,5 5,5 5,5 7,5 7,5 7,5 9,5 9,5 11,5 11,5 15,5 15, Special dimensions a and b available on request. e 123

123 Precision-Ejector Sleeves Hardened DIN ISO WS Order No.: Hardness: Shank 62±2 HRC Head 45±5 HRC Body hardened and precision ground on O. D. Head hot upset-forged. Guide bore precision ground and honed. Description of FIBRO materials for tool and die Components: pages E 10 E l 1 d 1 d 3 d 4 d 2 k r l ,5 1,25 1, , ,5 1, ,6 1, ,4 8 2,2 5 2, , ,3 3,2 3,5 6 3, ,5 3,7 4 4,3 8 4, ,3 5,2 5, ,3 16 6,2 6, , ,8 8,2 8, , , ,3 12,5 13 Ordering Code (example): Ejector Sleeve = 264. Material WS = d 3 = [ 3,2 mm = l 1 = 150 mm = Order No = e 124

124 Hotwork Precision Ejector Sleeves Nitrided DIN ISO NWA Nitrided Hot-Work Tool Steel Order No: Hardness: Body* and Bore ^ 950 HV 0,3 Head 45±5 HRC Tensile Strength (core) L1400 N/mm 2 Body nitrided and precision ground on O. D. Head hot upset-forged. Guide bore precision ground and honed. * Owing to thinness of nitrided skin, hardeness testing on body restricted to Vickers only. Test load = 3 N max. Description of FIBRO materials for tool and die Components: pages E 10 E l 1 d 1 d 3 d 4 d 2 k r l ,5 1, ,3 35 1,6 1, ,4 8 2,2 5 2, , ,3 3,2 3,5 6 3, ,5 3,7 4 4,3 8 4, ,3 5,2 5, ,3 16 6,2 6, , ,8 8,2 8, , ,2 10, , Ordering Code (example): Ejector Sleeve, nitrided = 264. Material NWA = d 3 = Ø 3,2 mm = l 1 = 150 mm = Order No = e 125

125 High-Precision Gauge Pins DIN 2269 Gauge Pin Holders Alloy Tool Steel, hardened and tempered. Age-treated repeatedly Hardness: 60±2HRC Precision ground Class I Accuracy: diameter tolerance ±0,001 Class II Accuracy: diameter tolerance ±0,002 Order No Single Pins: Class I-Accuracy Class II-Accuracy Small Set: 91 Gauge Pins from 1-10 mm in steps of 0,1 mm, complete in wooden box Class I-Accuracy Class II-Accuracy Large Set: 273 Gauge Pins from 1-10 mm in steps of 0,1 mm, plus one each. 0,01 mm-oversize/undersize pin complete in wooden box Class I-Accuracy Class II-Accuracy Special Sets: supplied to customer s requirements in respect of assortment and class of accuracy All Gauge Pins from 3 mm upward are marked with their actual size. e d 1 steps l 1 0,30 1,00 0, ,01 3,00 3,01 6,00 6,01 10, ,01 12,00 12,01 14,00 14,01 16,00 16,01 19,00 19,01 20,00 Ordering Code (example): Gauge Pin = 240. Class I-Accuracy = d 1 = [ 4,04 mm = Order No =

126 240. High-Precision Gauge Pins DIN Gauge Pin Holders 240. Gauge Pin Holders (with pins) for diameters Order No from from from from from Wooden with drilled holes, for the safe Order No boxes: and orderly storage of gauge (without pins each hole marked with pins) the requisite pin size. Large Set of approx. 270 Pins size: 390 x 250 x 90 mm Small Set of approx. 90 Pins size: 285 x 155 x Boxes complete with carrier board inset Class I-Accuracy Class II-Accuracy Gauge Pin Holders are double-ended, to carry two pins e.g. for go no go measurements etc. Ordering code (example): Gauge pin box approx. 270 pins = Class I-Accuracy = Order No = e 127

127 High Precision Gauge Pins with Handle /22. High Precision Gauge Pins Boxed Sets / High-Precision Gauge Pins with Handle The Gauge Pins are firmly fixed to the handle. Each Pin is marked with its true diameter. Single Gauge Ø 0,3 3,0 mm Order No Pins: In dia. steps of 0.01 mm Class II-Accuracy Class II-Accuracy Assortment: Special Assortments: 84 Gauge Pins from mm, in dia. steps of 0.1 mm plus one each pin with undersize 0.01 and oversize 0.01 mm. (for example etc.) Class II-Accuracy Class II-Accuracy to customer s specifications in respect of class of accuracy Wooden boxes for Gauge Pins with drilled holes in wooden tray insert. Each hole marked with true size of pin. External dimensions: 155x90x285 mm Alloy tool steel, hardened and tempered. Repeatedly age-treated. Hardness 60 ± 2 HRC. fine-ground Class II-Accuracy ±0.001 Class II-Accuracy ±0.002 to DIN 2269 Ordering Code (example): Gauge Pin = 240. Class I-Accuracy, with handle = d 1 = 1,5 mm = Order No = e 128

128 Date stamp, complete (standard version) embossed lettering Installation example: d 1 d 2 l m t s a 4 2, ,2 0,3 5 3, ,2 0,4 6 3, ,2 0,4 8 4, ,35 0,4 10 4, ,35 0,4 12 6, ,5 0,6 16 8, ,6 0,6 d 1 d = sleeve with display: Months (1-12) Ordering Code (example): Date stamp, complete = Standard version = Sleeve diameter d 1 = 5 = Sleeve with display: Months (1-12) = Sleeve with display: arrow + year (variable) e.g = Order No = Date stamp, sleeve = Standard version = Sleeve diameter d 1 = 5 = Sleeve with display: Months (1-12) = Sleeve = Order No = xx.2 = insert with display: arrow + year (variable) e.g. for 2004 Date stamp, insert = Standard version = Sleeve diameter d 1 = 5 = Sleeve with display: arrow + year (variable) e.g = Insert = Order No = Description: sleeve with engraving adjustable insert with display arrow and year (can be rotated using an ordinary screwdriver) metric thread for fixing mirror image engraving , hardened HRC 54±2, ground Note: The sleeve and insert can be ordered separately, see ordering-code example. Mounting/dismantling: Fixing: Screw in the insert in a clockwise direction until it is flush with the top edge and set to the required position. Setting: Set the insert by turning clockwise or anticlockwise. When correctly set, the insert of a stamp with d 1 = 6 mm (.060.) is typically a maximum of 0.1 mm above or below the top edge of the sleeve. Changing: To change the insert turn it anticlockwise to remove e 129

129 Date stamp, complete- (short version) embossed lettering Installation example: d 1 d 2 l s a 2,6 1,4 4 0,2 0,3 3 1,5 4 0,2 0,3 4 2,1 5 0,25 0,3 5 3,1 8 0,2 0,4 6 3,1 8 0,2 0,4 8 4,4 10 0,25 0,4 10 5,2 12 0,35 0,4 12 6,2 14 0,35 0,6 d 1 d = sleeve with display: Months (1-12) Ordering examples: Date stamp, complete = short version = Sleeve diameter d 1 = 5 = Sleeve with display: Months (1-12) = Insert with display:arrow + year (variable) z. B = Order No = Date stamp, sleeve = short version = Sleeve diameter d 1 = 5 = Sleeve with display: Months (1-12) = Sleeve = Order No = xx.2 = insert with display: arrow + year (variable) e. g. for 2004 Date stamp, insert = short version = Sleeve diameter d 1 = 5 = Insert with display: arrow + year (variable) e. g = Insert = Order No = Description: sleeve with engraving adjustable insert with display arrow and year (can be rotated using an ordinary screwdriver) metric thread for fixing mirror image engraving , hardened HRC 54±2, ground Note: The sleeve and insert can be ordered separately. see ordering-code example. Mounting/dismantling: Fixing: Screw in the insert in a clockwise direction until it is flush with the top edge and set to the required position. Setting: Set the insert by turning clockwise or anticlockwise. When correctly set, the insert of a stamp with d 1 = 6 mm (.060.) is typically a maximum of 0.1 mm above or below the top edge of the sleeve. Changing: To change the insert turn it anticlockwise to remove e 130

130 HSS Punching and Embossing Unit with Bottom Die for punched holes and self tapping screws The punching and embossing unit with bottom die consists of: 1 x punch die 1 x embossing die 1 x bottom die Sheet metal thickness max. 0,6 mm = = max. 0,8 mm = max. 0,9 mm = max. 1,0 mm = = xxx xxx.1 Embossing die xxx.2 Punch die xxx.3 Bottom die Nominal diameter Order No = thread size H7 d 1 d 2 d 3h6 d 4k6 d 5h6 H7 d 6 d 7 d 8h6 d 9k6 l 1 l 2 l 3 l 4 l B 3,5 2,75 3,2 7,5 3,75 2,7 2,7 3,1 7,5 3,75 31, ,5 71, B 3,9 3,05 3,4 7,5 3,75 3,0 3,0 3,6 7,5 3, B 4,2 3,15 3,5 8,5 4,25 3,1 3,1 3,7 8,0 4, B 4,8 3,85 4,2 9,0 4,50 3,8 3,8 4,5 8,0 4, B 5,5 4,35 4,8 9,0 4,50 4,3 4,3 5,0 8,0 4, B 6,3 4,85 5,3 10,5 5,25 4,8 4,8 5,5 10,0 5, Ordering Code (Example) Punching and embossing unit with bottom die for punched holes = Nominal diameter = thread size (self tapping screw) = B = 3.5 mm = Order No = e 131