Bystronic Tools. Laser Bending Waterjet bystronic.com
|
|
|
- Jordan Byrd
- 7 years ago
- Views:
Transcription
1 Bystronic Tools Laser Bending Waterjet bystronic.com
2 Overview about the icons used in this catalogue Material / Hardness max. permitted load method of tool loading Content nature of load max. box depth The Bystronic bending world... 4 weight availability / delivery time clamping type Air bending (Xpert / Xact) basis of calculation...14 upper tools and bottom tools Xpert...20 upper tools and bottom tools Xact drawing number (BOSbase reference) reversible tool bottom tool support 3-point-bending (Hämmerle 3P) basis of calculation...1 upper tools and bottom tools...168
3 Workshop Bending seminar 4 Taking bending into design 5 Bending of high tensile strength materials Small bending radii? Short flange length? Too much welding, cleaning and flattening? Bending marks? Material costs are too high? Wear and tear resistance relevant? Challenge light constuction? Steel broken yet? ByAcademy ByAcademy What are the topics? Basics Software presentations Machine presentations Industial design expert talks Case studies Your questions You can obtain date and further information from our consulting engineers, all contact dates you can be found on the last page. Further information can be obtained at: What are the topics? Basics Experts talks of steel producers How the software can help Bend case studies Specialist talks You can obtain data and further information from our consulting engineers, all contact data can be found on the last page. Further information can be obtained at:
4 Special applications Special applications 6 7 Special abblications Special applications Special tools are also part of the Bystronic tooling range. Our tooling specialist will help you to solve your forming problems, all contact information are located at the end of the catalog. Visit our shop in the Internet under:
5 Bystronic bending methods Bystronic bending methods 8 9 Air bending For material thicknesses up to 50 mm mild steel 3-point-bending Up to 12 mm mild steel Basics Basics Coining For material thickenesses up to 3 mm mild steel
6 Bystronic bending methods Bystronic bending methods Principle of air bending Principle of bottoming With the air bending method the bending angle is determined by the depth of penetration of the upper tool into the lower die. To that effect and amongst other factors the bending accuracy is mainly dependant upon the positional accuracy of the upper beam. Under load the material is stressed from A to C. After removal of the load the portions AD and EC spring back into thier original positions. In the case of ari bending without bottoming the vees of the bottom tool and the angle of the top tool must be smaller than 90. A D B E C As soon as the areas AD and CE touch the sides of the vee in air bending with bottoming they will spring back into thier original position until the positions of contact have to move to D and E. Basics V Basics Punch A D V B E Zone elastic deformation C die A D B E C A still further penetration of the top tool will result in a disengagement of the points D and Efrom the lower die as the points of contact start to move in the overbending is larger than the spring back of the portion located underneath the points of contact the angle of the section after removal of the load will be smaller than the angle of the vee.. Zone plastic deformation M = bottom tool = inner radius V = buttom tool opening S = upper tool V
7 Bystronic bending methods Bystronic bending methods 12 Principle of coining Principle of 3-pont-bending 13 A further penetration of the top tool will result in a reopening of the section D and E until the top tool completely bottoms out on to the material. (start of the coining process). The variation of the forces versus the travel of the top tool is a function of the material. The bottoming or coining process corresponds to a continous reduction of the die opening (V). The smaller the width of the vee during coining results in a corresponding reduction of spring back in comparison to airbending. The bending forces required are 4 to 8 times greater than those required for air bending. For the 3-point-bending the bottom tool groove depth (H) is accomplished with an accuracy of 1/1000 mm by means of a precise wedge system. With given sheet metal quality, sheet metal characteristics and plate thickness and taking resilience of the part into account, the bend angle to be produced is governed predictably and accurately by bottom tool depth (F). The top tool segments positionated along the bending line thereby adapts to the bending line of the bottom tools. The hydraulic cushion compensates for machine and material related factors. The 3-point-bending process is something in between air bending and coining and delivers highest accuracy and flexibility. It opens new possibilities in designing and manufacturing of parts. y Basics Basics K A D E C S γ B H P V V M M = lower die P = vee pin H = vee depth V = vee width K = hydraulic cushion S = upper tool
8 Xpert Xpert Calculation basics for air bending Calculation basics for air bending Capacity chart for air bending Capacity chart for air bending The given data has been calculated based upon bending material with a tensile strength of m = 420 N/mm² over a length of 1 m. Air bending V t F Bending force force in kn/1 m bending length a Minimum flange length in mm Air bending Sheets with mill scale will increase the bending force by a factor of 1,05 1,1 The internal radius corresponds to approximately 16% of the die opening V.
9 Xpert Xpert Calculation basics for air bending 16 Calculation formulas Tensile strength 17 Steel Tensile strength GG-20 m = 200 N/mm² ecommended bottom tool opening V for air bending Please ask your GGG-40 m = 400 N/mm² responsible Material thickness t mm 3 8 mm 9 10 mm > 12 mm Consultant Bottom tool opening V 6 t 8 t 10 t 12 t G-X 6 CrNi 18 9 m = 450 N/mm² for bending high S 355 MC m = 550 N/mm² strength materials. S 420 MC m = 550 N/mm² Bending force for Aluminium 2 m = 300 N /mm F = F (table) 0.65 S 4 MC GS- m = m = 620 N/mm² 650 N/mm² Mild steel m = 450 N/mm 2 F = F (table) 1.6 S 500 MC m = 700 N/mm² S 550 MC m = 7 N/mm² Stainless steel m = 700 N/mm 2 F = F (table) 1.6 S 0 MC m = 820 N/mm² S 650 MC m = 880 N/mm² Determination of the bending force for air bending (reference data) S 700 MC m = 950 N/mm² m = 1000 N/mm² Air bending ( ) F = m t t V V Calculation basics for air bending Air bending Conversion: m = tensile strenght in N/mm 2 10 N 1 kg 10 kn 1 t Notes Conversion for minimal internal radii thickness t min
10 Xpert Xpert Calculation basis for air bending Calculation basics for air bending 18 Working space determination Working space determination 19 Tonnage Daylight Daylight Stroke Punch height Working height Clamping height Box depth Die height Table height Free space Width upper beam DL mm DLW mm SH mm PH mm WH mm CH mm Modufix ** t Wila ** BH mm DH mm TH mm FS mm * UB mm CH PH WH UB Air bending 100t t FS SH D DH DL (DLW) Air bending 200t TH t t * Not valid for WILA Modufix, ** Clamping height S//Wila = 39, F/F-A = Calculation formula for box depth. BH = (PH-CH-UB:2) x 0,7 To calculate the remaining working day light for given machine and tool combination. FS = DL-TH-DH-WH BH BOX
11 Xpert Xpert Upper tools Xpert ecommendation starterkit Xpert Bend lengtht Designation Pieces Unit Punch P5 F-A/30 L=515 4 pieces Air bending upper tools Upper tools Xpert 2050 mm 2550 mm 3100 mm Punch P5 F-A/30 L=1000 sect. FSC 1 piece Die V12/30 L= pieces Die V12/30 L=1000 sect.fsc 1 piece Punch P5 F-A/30 L=515 5 pieces Punch P5 F-A/30 L=1000 sect. FSC 1 piece Die V12/30 L= pieces Die V12/30 L=1000 sect.fsc 1 piece Punch P5 F-A/30 L=515 6 pieces Punch P5 F-A/30 L=1000 sect. FSC 1 piece Die V12/30 L= pieces Die V12/30 L=1000 sect.fsc 1 piece Air bending upper tools Punch P5 F-A/30 L=515 8 pieces 4100 mm Punch P5 F-A/30 L=1000 sect. FSC 1 piece Die V12/30 L= pieces Die V12/30 L=1000 sect.fsc 1 piece
12 Xpert Xpert Description upper tools Description upper tools Clamping Clamping F mechanical (Standard Xpert 320) hydraulic (Optional Xpert - 320) F mechanical (Standard Xpert ) F hydraulic (Optional Xpert ) Air bending upper tools 39 H 39 H 42 H H 62 Air bending upper tools Head support 10 kn/m shoulder supp. >10 kn/m Sideways and vertical insertion possible Head and shoulder supported possible Because of the height of the clamping area, type is suitable for light - medium duty clamping applications. Head support 10 kn/m shoulder supp. >10 kn/m Sideways and vertical insertion possible Head and shoulder supported possible Because of the height the F type clamping is suitable for medium to high applications. Mechanical and hydraulic Mechanical and hydraulic Tools are reversable Tools are reversible
13 Xpert Xpert Description upper tools Description upper tools Clamping F-A Clamping MAMMUT Ergo F-A hydraulic (Optional Xpert and Xpert ) MAMMUT Ergo hydraulic Air bending upper tools The automatic centering of the F-A hydraulic clamping system helps to shorten the setup time by up to 20%. This combined with the large clamping area makes it a very popular option among users of both Xpert -320 machines and also the large Xpert machines H Air bending upper tools Head support 10 kn/m shoulder supp. >10 kn/m Head supported 3200 kn/m shoulder su. >3200 kn/m Sideways and vertical insertion possible Head and shoulder supported possible Hydraulic Tools are reversible Maximum tool weight 50 kg / m Sideways insertion Head and shoulder supported possible Hydraulic Tools are reversible The MAMMUT Ergo is specially designed for high loads and the use of heavy tools. The MAMMUT Ergo is designed with casters for easy and quick tooling setup.
14 Xpert Xpert Description upper tools Notes Upper tool segments for / F / F-A Horns / F / F-A Air bending upper tools /175/200/250 FSC / 1000 mm ( ) /175/250 Air bending upper tools FSL / 1100 mm) ( ) /175/250
15 Xpert Xpert P2 F-A H HC Fmax = 1300 kn/m 30 P2 F-A / 85 F = 1300 kn/m = 1 mm H = 175 mm Operator side Head supported Nose angle kg/m Hydraulic clamping 45.5 mm H BY1C003 a 515 mm mm mm sect. FSC mm sect. FSL Horn set LH + H
16 Xpert Xpert P2 F-A H HC Fmax = 1000 kn/m 30 P2 F-A / 85 F = 1000 kn/m = 1 mm H = 250 mm Operator side Head supported kg/m Hydraulic clamping 98.0 mm H 2.5 Nose angle BY1C004 a 515 mm mm mm sect. FSC mm sect. FSL Horn set LH + H
17 Xpert Xpert P3 F-A H HC Fmax = 1300 kn/m 30 P3 F-A / 85 F = 1300 kn/m = 1 mm H = 175 mm Operator side Head supported Nose angle kg/m Hydraulic clamping 45.5 mm H IB mm a 1030 mm mm sect. FSC mm sect. FSL Horn set LH + H
18 Xpert Xpert P3 F-A H HC Fmax = 1400 kn/m 30 P3 F-A / 85 F = 1400 = 1 mm H = 250 mm Operator side Head supported kg/m Hydraulic clamping 98.0 mm H 2.5 Nose angle BY10176 a 515 mm mm mm sect. FSC mm sect. FSL Horn set LH + H
19 Xpert Xpert P4 F-A H HC Fmax = 900 kn/m P4 F-A / 85 F = 900 kn/m = 1.5 / 1 mm H = 175 mm Operator side Head supported Nose angle kg/m Hydraulic clamping 45.5 mm H BY1C011A Srandard length a 515 mm mm mm sect. FSC mm sect. FSL Horn set LH + H l
20 Xpert Xpert P4 F-A H HC Fmax = 0 kn/m P4 F-A / 85 F = 0 kn/m = 1.5 / 1 mm H = 250 mm Operator side Head supported Nose angle kg/m Hydraulic clamping 98.0 mm H BY1C012 a 515 mm mm mm sect. FSC mm sect. FSL Horn set LH + H
21 Xpert Xpert P5 F-A H HC Fmax = 1000 kn/m P5 F-A / 30 F = 1000 kn/m = 1 mm H = 175 mm Operator side Head supported 1 19 kg/m Hydraulic clamping 45.5 mm H 12 Nose angle BY1C mm mm mm sect. FSC mm sect. FSL Horn set LH + H a
22 Xpert Xpert P5 F-A H HC Fmax = 750 kn/m 22 P5 F-A / 30 F = 750 kn/m = 1 mm H = 250 mm Operator side Head supported Nose angle kg/m Hydraulic clamping 98.0 mm H BY1C mm mm mm sect. FSC mm sect. FSL Horn set LH + H a
23 Xpert Xpert P6 F-A H HC Fmax = 1500 kn/m 20 P6 F-A / 30 F = 1500 kn/m = 1 mm H = 175 mm Operator side Head supported kg/m Hydraulic clamping 45.5 mm H Nose angle BY1C mm mm mm sect. FSC mm sect. FSL Horn set LH + H a
24 Xpert Xpert P6 F-A H HC Fmax = 1400 kn/m 20 P6 F-A / 30 F = 1400 kn/m = 1 mm H = 250 mm Operator side Head supported 1 35 kg/m Hydraulic clamping 98.0 mm H Nose angle BY1C024 a 515 mm mm mm sect. FSC mm sect. FSL Horn set LH + H
25 Xpert Xpert P7 F-A H HC Fmax = 10 kn/m 20 P7 F-A / 30 F = 10 kn/m = 3 mm H = 175 mm Operator side Head supported kg/m Hydraulic clamping 45.5 mm H Nose angle BY1C mm mm mm sect. FSC mm sect. FSL Horn set LH + H a
26 Xpert Xpert P7 F-A H HC Fmax = 1400 kn/m 20 P7 F-A / 30 F = 1400 kn/m = 3 mm H = 250 mm Operator side Head supported kg/m Hydraulic clamping 98.0 mm H Nose angle BY1C mm mm mm sect. FSC mm sect. FSL Horn set LH + H a
27 Xpert Xpert P8 F-A H HC Fmax = 1000 kn/m 40 P8 F-A / 85 F = 1000 kn/m = 1 mm H = 175 mm Operator side Head supported kg/m Hydraulic clamping 45.5 mm H 10 Nose angle BY10123 a 515 mm mm mm sect. FSC mm sect. FSL Horn set LH + H
28 Xpert Xpert P8 F-A H HC Fmax = 1000 kn/m 40 P8 F-A / 85 F = 1000 kn/m = 1 mm H = 250 mm Operator side Head supported kg/m Hydraulic clamping 98.0 mm H 10 Nose angle BY1C032 a 515 mm mm mm sect. FSC mm sect. FSL Horn set LH + H
29 Xpert Xpert P9 F-A H HC Fmax = 10 kn/m 30 P9 F-A / F = 10 kn/m = 4 mm H = 175 mm Operator side Head supported kg/m Hydraulic clamping 45.5 mm H Nose angle [H] High (mm) 175 BY1C039 Standardlänge 515 mm mm mm sect. FSC mm sect. FSL Horn set LH + H a
30 Xpert Xpert P9 F-A H HC Fmax = 10 kn/m 30 P9 F-A / F = 10 kn/m = 4 mm H = 250 mm Operator side Head supported 4 51 kg/m Hydraulic clamping 98.0 mm H Nose angle Ex Stock / 24 h 250 BY1C mm mm mm sect. FSC mm sect. FSL Horn set LH + H a
31 Xpert Xpert P10 F-A H C Fmax = 10 kn/m 40 P10 F-A F = 10 kn/m H = 150 mm Operator side Head supported - 34 kg/m Hydraulic clamping --- H Nose angle BY1C043A 515 mm mm
32 Xpert Xpert P10 F-A H C Fmax = 10 kn/m 40 P10 F-A F = 10 kn/m H = 250 mm Operator side Head supported - 66 kg/m Hydraulic clamping --- H Nose angle BY mm mm
33 Xpert Xpert P10 F-A P10 F-A 64 ound bars suitable for radius bar holder ound bars suitable for radius bar holder 65 Hardened radius bars L 515/ / / / / /1030 Length Ø ound bars Type PB 28 PB 30 PB 35 PB 40 PB 45 PB 50 Ø mm G mm 28 mm mm mm Upper tools 515/ / / / /1030 PB 55 PB PB 65 PB 70 PB ø 40 mm mm mm mm mm mm Upper tools 70 mm mm CrMo4/ - 62 HC Non hardened radius bars of C45 steel (ground) are also available mm 28 mm mm mm mm mm mm mm mm mm mm mm
34 Xpert Xpert P11 F-A H HC Fmax = 10 kn/m 20 P11 F-A F = 10 kn/m H = 175 mm Operator side Head supported kg/m Hydraulic clamping --- H Nose angle BY1C mm mm mm sect. FSC mm sect. FSL
35 Xpert Xpert P11 F-A H HC Fmax = 10 kn/m 20 P11 F-A F = 10 kn/m H = 250 mm Operator side Head supported kg/m Hydraulic clamping --- H Nose angle BY1C mm mm mm sect. FSC mm sect. FSL
36 Xpert Xpert P12 F-A H C kn/m H1 = 44 mm H2 = 35mm (standard) P12 F-A F = 10 kn/m H = 130 mm Operator side 50 Head supported - 33 kg/m Hydraulic clamping --- H Nose angle BY1C061 W 515 mm mm mm sect. FSC H2 H1 W 1100 mm sect. FSL Typ B Typ A
37 Xpert Xpert P12 adius tools P12 adius tools CrMo4 hardened C45 unhardened, ground Upper tools adius Weight Length 6,6 kg 515 mm ,1 kg 1030 mm = 5 Type A 12,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL = 6 Type A = 8 Type A = 10 Type A = 12 Type A = 15 Type A = 20 Type A = 25 Type B = 30 Type B = 35 Type B 6,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0kg 1100 mm SECT. FSL ,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL adius Weigth Length 6,6 kg 515 mm ,1 kg 1030 mm = 5 Type A 12,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL = 6 Type A =8 Type A =10 Type A =12 Type A =15 Type A =20 Type A = 25 Type B =30 Type B =35 Type B 6,6 kg 515 mm ,1 kg 1030 mm ,7 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,9 kg 515 mm ,8 kg 1030 mm ,4 kg 1000 mm SECT ,8 kg 1100 mm SECT ,2 kg 515 mm ,4 kg 1030 mm kg 1000 mm SECT. FSC ,4 kg 1100 mm SECT. FSL ,5 kg 515 mm ,9 kg 1030 mm ,5 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,9 kg 515 mm ,7 kg 1030 mm ,2 kg 1000 mm SECT. FSC ,7 kg 1100 mm SECT. FSL ,4 kg 515 mm ,7 kg 1030 mm ,2 kg 1000 mm SECT. FSC ,8 kg 1100 mm SECT. FSL ,8 kg 515 mm ,5 kg 1030 mm ,2 kg 1000 mm SECT. FSC ,1 kg 1100 mm SECT. FSL kg 515 mm ,0 kg 1030 mm ,6 kg 1000 mm SECT. FSC ,0 kg 1100 mm SECT. FSL ,5 kg 515 mm ,0 kg 1030 mm ,4 kg 1000 mm SECT. FSC ,3 kg 1100 mm SECT. FSL Upper tools
38 Xpert Xpert P13 F-A HC Fmax = 1000 kn/m Operator side Head supported - kg/m Hydraulic clamping Variable (Edge) H1= 105mm H2 =1mm H3 = 210mm H1= 135mm H2 = 190mm H3 = 240mm Nose angle - IB00674E Combination between Hämmerle + Xpert tools
39 Xpert Xpert P13 F-A P13 F-A Overview Overview Upper tools Model Length 50 mm mm mm mm Horn 70mm mm P13 FA H1/ 85 mm IB00674D 90 mm mm mm mm mm mm sect mm sect. = 50mm, 55mm, mm, 2x 65mm, 70mm Horn, 80mm, 90mm, 95mm, 100mm, 200mm Model Length 50 mm mm mm mm Horn 70mm mm P13 FA H3/ 85 mm IB00697F 90 mm mm mm mm mm mm sect mm sect. = 50mm, 55mm, mm, 2x 65mm, 70mm Horn, 80mm, 90mm, 95mm, 100mm, 200mm Upper tools Model Length 50 mm mm mm mm Horn 70mm mm P13 FA H2/ 85 mm IB00696D 90 mm mm mm mm mm mm sect mm sect. = 50mm, 55mm, mm, 2x 65mm, 70mm Horn, 80mm, 90mm, 95mm, 100mm, 200mm
40 H Xpert Xpert Adapter P25 Xpert/Euro B Example: / Euro B C Fmax = 10 kn/m Operator side Head supported - see down below Xpert / variable --- Nose angle - Ex stock/ 24 h 130/250 Length (mm) Type Height (mm) Weight (kg/ m) Psrt number P P25 F P25 F P25 F-A P25 F- A
41 Xpert Xpert Extension P30 Example: F-A / F C Fmax = 10 kn/m Operator side Head supported - see down below Xpert / variable --- H1 Nose angle - variable H Length (mm) Type High H / H1 Weight in mm in kg / m P30 139/ P30 F 184/ P30 F 259/ P30 F-A 184/ P30 F-A 309/
42 Xpert Xpert Bottom tools Xpert 82 ecommendation starterkit Xpert Bend length Designation Pieces Unit Punch P5 F-A/30 L=515 4 pieces 2050 mm Punch P5 F-A/30 L=1000 sect. FSC 1 piece Die V12/30 L= pieces Die V12/30 L=1000 sect.fsc 1 piece Punch P5 F-A/30 L=515 5 pieces Bottom tools Xpert 2550 mm 3100 mm Punch P5 F-A/30 L=1000 sect. FSC 1 piece Die V12/30 L= pieces Die V12/30 L=1000 sect.fsc 1 piece Punch P5 F-A/30 L=515 6 pieces Punch P5 F-A/30 L=1000 sect. FSC 1 piece Die V12/30 L= pieces Die V12/30 L=1000 sect.fsc 1 piece Punch P5 F-A/30 L=515 8 pieces Air bending bottom tools 4100 mm Punch P5 F-A/30 L=1000 sect. FSC 1 piece Die V12/30 L= pieces Die V12/30 L=1000 sect.fsc 1 piece Air bending bottom tools
43 Xpert Xpert Lower table options Lower table options Tables with mechanical tool clamping Table with hydraulic tool clamping T5 (Standard Xpert 320) T55 (Standard Xpert ) T12 (Optional Xpert and Xpert ) T13 (Optional Xpert and Xpert ) Air bending bottom tools Fitting buttom tools up to V80. Fitting buttom tools up to V150. Fitting buttom tools up to V80. Fitting buttom tools up to V150. Air bending bottom tools
44 Xpert Xpert Lower table options Lower table options Tables for larger bottom tools Hydraulic dutch bending table T2 (Standard Xpert MAMMUT and Optional Xpert )* T8 (Optional for Xpert - 320, but only on special request) up to 3mm mild steel thickness Fitting buttom tools up to V Air bending bottom tools * this table is ideal to use adapter s (for example S1), large bottom tools or with V bottom tools. open closed Air bending bottom tools
45 Xpert Xpert Lower table options Lower die options 88 Hydraulic dutch bending table with hydraulic die clamping Bottom tool segmentation 89 T9 (Optional for Xpert - 320) Segmentation FSC/1000 mm ( ) up to 2mm material thickness FSL/1100 mm ( ) Optional: hardened wearing plates Air bending bottom tools open closed This table combines the high productivity of the hydraulic tool clamping with the flexibility of dutch bending. Special segmentation on request. In addition all lower dies can be supplied with modified radii, die angle and height (non standard). Air bending bottom tools
46 Xpert Xpert V6/30 V8/30 90 a a 91 D 6 D 8 B H B H [a] V - Angle [H] Heigth (mm) [a] V - Angle [H] Heigth (mm) [D] Depth (mm) HC [D] Depth(mm) HC Weight / Meter 10.9 Kg F max 30 = 400 kn/m Weight / Meter 10.8 Kg F max 30 = 300 kn/m 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 800 kn/m Die insert 13 mm 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 1000 kn/m Sie insert 13 mm Ex Stock / 24 h BY2C001 BY2C007
47 Xpert Xpert V10/30 V12/ a a D 10 D 12 B H H 15 B [a] V - Angle [H] Heigth (mm) [a] V - Angle [H] Heigth (mm) [D] Depth (mm) HC [D] Depth (mm) HC Weight / Meter 10.6 Kg F max 30 = 200 kn/m Weight / Meter 11.8 Kg F max 30 = 250 kn/m 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 700 kn/m Die insert 13 mm 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 900 kn/m Die insert 13 mm BY2C013 BY2C016A
48 Xpert Xpert V16/30 V20/ a a D D B H H B [a] V - Angle [H] Heigth (mm) [a] V - Angle [H] Heigth (mm) [D] Depth (mm) HC [D] Depth (mm) HC Weight / Meter 13.3 Kg F max 30 = 250 kn/m Weight / Meter 12.2 Kg F max 30 = 150 kn/m 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 1000 kn/m Die insert 13 mm 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 0 kn/m Die insert 13 mm BY2C019 BY20002
49 Xpert Xpert V24/30 V32/30 * D 24 a D 32 a H B H B [a] V - Angle [H] Heigth (mm) [a] V - Angle [H] Heigth (mm) [D] Depth (mm) HC [D] Depth (mm) HC Weight / Meter 15.5 Kg F max 30 = 300 kn/m Weight / Meter 16.7 Kg F max 30 = 300 kn/m 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 1100 kn/m Die insert 13 mm 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 1100 kn/m Die insert 13 mm BY2C020 BY2C021 * Also available with rolls.
50 Xpert Xpert V40/ * V50/ * a a D D H H B B [a] V - Angle [H] Heigth (mm) 55 [a] V - Angle [H] Heigth (mm) 55 [D] Depth (mm) HC [D] Depth (mm) HC Weight / Meter 20.5 Kg F max = 1000 kn/m Weight / Meter 24.5 Kg F max = 1000 kn/m 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 1800 kn/m Die insert 13 mm 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 1800 kn/m Die insert 13 mm BY2C022 BY2C022 * Also available with rolls. * Also available with rolls.
51 Xpert Xpert V/ * V80/80 * D a D 80 a H H B B [a] V - Angle [H] Heigth (mm) 65 [a] V - Angle [H] Heigth (mm) [D] Depth (mm) HC [D] Depth (mm) HC Weight / Meter 31.4 Kg F max = 900 kn/m Weight / Meter 38.6 Kg F max 80 = 1400 kn/m 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 10 kn/m Die insert 13 mm 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 10 kn/m Die insert 13 mm BY2C024 BY2C025 * Also available with rolls. * Also available with rolls.
52 Xpert Xpert V100/80 * V120/80 * D 100 a D 120 a H H B B [a] V - Angle [H] Heigth (mm) [a] V - Angle [H] Heigth (mm) [D] Depth (mm) HC [D] Depth (mm) HC Weight / Meter 62.5 Kg F max 80 = 1800 kn/m Weight / Meter 101 Kg F max 80 = 2000 kn/m 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 2000 kn/m Die insert 13 mm 515 mm mm mm sect. FSC mm sect. FSL F max 90 = 2400 kn/m Die insert 13 mm BY2C026 BY2C027 * Also available with rolls. * Also available with rolls.
53 Xpert Xpert S1/73 S1/ B H B H V - Angle [H] Heigth (mm) - 73 C45 V - Angle [H] Heigth (mm) C45 [D] Depth (mm) [D] Depth (mm) Weight / Meter 33 Kg --- Weight / Meter 45.3 Kg mm mm mm sect. FSC mm sect. FSL F max = 5000 kn/m Die insert 13 mm 515 mm mm mm sect. FSC mm sect. FSL F max = 5000 kn/m Die insert 13 mm BY40002 BY40003
54 Xpert Xpert Hemming tools air bending Hemming tools air bending Hemming tool P900 (upper tool) Hemming tool P900 (upper tool) P900 Mod. B mm Z L mm L = 515 / 1030 S = 1000 / 1100 = 1 = 30 P900.FA P900.FA Hemming tools P900 P900 F P900 F-A H B G F B H P900.FA S P900.FA S P900.FA P900.FA P900.FA S P900.FA S P900.FA P900.FA P900.FA S P900.FA S Hemming tools P900.FA P900 and V900 P900.FA P900.FA S C D P900.FA S Material thickness mm equired press force t/m C mm equired press force t/m D mm L = length (mm) S = sectionalized (mm) Z = width (mm) = radius (mm) H = Height (mm) B = nose width (mm) W = die opening (mm) G = weight (kg/m) F = max. permissible load (kn/m) Loading capacity of the tools (bending forces) P900 + V900: Pre bending step: 25 t/m Hemming step: 50 t/m
55 Xpert Xpert Hemming tools air bending Hemming tools air bending Hemming tool V900 (bottom tool) Hemming tool V900 (bottom tool) V900 Mod. W mm mm L mm L = 515 / 1030 S = 1000 / 1100 V V Hemming tools V900 H 85 W G F 500 H W V S V S V V V S V S V V V S V S Hemming tools V P900 and V900 V V S C D V S Material thickness mm equired press force t/m C mm equired press force t/m D mm L = length (mm) S = sectionalized (mm) Z = width (mm) = radius (mm) H = high (mm) B = nose width (mm) W = die opening (mm) G = weigth (kg/m) F = max. permissible load (kn/m)
56 Xcel / Xact Xcel / Xact Upper tools Xcel / Xact ecommendation starterkit Xcel Bend length Designation Pieces Unit Punch 1012/35 =0,8 L=835 EUO-B 1 piece Punch 1012/35 =0,8 L=835 EUO-B sect 1 piece Air bending upper tools Upper tools Xcel / Xact Punch 1014/88 =0,8 L=835 EUO-B 1 piece 10 mm Punch 1014/88 =0,8 L=835 EUO-B sect 1 piece Die V12/30 L=515 1 piece Die V12/30 L=1100 sect.fsl 1 piece ecommendation starterkit Xact Bend length Designation Pieces Unit Punch 1012/35 =0,8 L=835 EUO-B 3 pieces Punch 1012/35 =0,8 L=835 EUO-B sect 1 piece Air bending upper tools 3100 mm Punch 1014/88 =0,8 L=835 EUO-B 3 pieces Punch 1014/88 =0,8 L=835 EUO-B sect 1 piece Die V16/30 L=515 4 pieces Die V16/30 L=1100 sect.fsl 1 piece Punch 1012/35 =0,8 L=835 EUO-B 4 pieces Punch 1012/35 =0,8 L=835 EUO-B sect 1 piece 4100 mm Punch 1014/88 =0,8 L=835 EUO-B 4 pieces Punch 1014/88 =0,8 L=835 EUO-B sect 1 piece Die V16/30 L=515 6 pieces Die V16/30 L=1100 sect.fsl 1 piece
57 Xcel / Xact Xcel / Xact ecommendation upper tools ecommendation upper tools Clamping Euro B Upper tools segmentation Euro B mechanical (Standard Xact) Euro B hydraulic (Optional Xact) Segmentation 835 mm (10 / 15 / 20 / 40 / 50 / (2 x 100) / 200 / 300) Air bending upper tools H H Special segmentation available on request. Air bending upper tools 800 kn/m sideway insertion shoulder supported mechanical and hydraulic
58 Xcel / Xact Xcel / Xact C45 C HC HC Fmax = 0 kn/m Fmax = 200 kn/m Sideways insertion Sideways insertion H α 9 0.2/0.8/3 Shoulder supported 13.5 kg/m Euro B 21.0 mm H α Shoulder supported 12 kg/m Euro B 21.0 mm Nose Angle 88 Nose angle 88 /90 Ex Stock / 24 h 67/66.7/ IA00041/IA00017/IA IA00120/IA mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. = mm mm mm sect mm mm mm sect
59 Xcel / Xact Xcel / Xact C45 56 C HC HC Fmax = 500 kn/m Fmax = 500 kn/m Sideways insertion Sideways insertion H Shoulder supported H Shoulder supported α 9 0.2/0.8/3 25 kg/m Euro B 37.1 mm α 9 0.2/0.8/ kg/m Euro B 47.6 mm Nose angle 88 Nose angle 88 90/89.7/ IA00069/IA00009/IA /104.7/ IA00082/IA00033/IA mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. =
60 Xcel / Xact Xcel / Xact C45 C HC HC Fmax = 500 kn/m Fmax = 500 kn/m Sideways insertion Sideways insertion Shoulder supported Shoulder supported 0.2/ kg/m Euro B 58.8 mm kg/m Euro B 58.8 mm Nose angle 88 Nose angle / IA00104/IA00105 [B] width (mm) 65 IA mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. = mm / 835 mm = / mm sect. =
61 Xcel / Xact Xcel / Xact C45 C HC HC Fmax = 500 kn/m Fmax = 500 kn/m H Sideways insertion Shoulder supported 13 H Sideways insertion Shoulder supported α kg/m Euro B 42.0 mm a kg/m Euro B 57.4 mm Nose angle 88 /90 Nose angle IA IA mm mm mm sect mm mm mm sect mm = mm = mm sect. =
62 Xcel / Xact Xcel / Xact C45 C HC HC 30 Fmax = 500 kn/m 10.13/35 30 Fmax = 800 kn/m Sideways insertion Sideways insertion α 0.8 H Shoulder supported 14.5/14 kg/m Euro B 38.5 mm 5 H Shoulder supported 15 kg/m Euro B 21.0 mm Nose angle 35 /30 Nose angle [B] width (mm) 26 IA00001/IA00050 [B] width (mm) 34 IA mm mm mm sect mm mm : mm sect : mm mm mm sect
63 Xcel / Xact Xcel / Xact 10.13/ C HC 30 Fmax = 800 kn/m Sideways insertion 6 H Shoulder supported 16 kg/m Euro B 21.0 mm Nose angle 65 [B] width (mm) 36 IA mm mm mm sect
64 Xcel / Xact Xcel / Xact Bottom tools Xcel / Xact ecommendation starterkit Xcel Bend length Designation Pieces Unit Punch 1012/35 =0,8 L=835 EUO-B 1 piece Punch 1012/35 0,8 L=835 EUO-B sect 1 piece 10 mm Punch 1014/88 =0,8 L=835 EUO-B 1 piece Punch 1014/88 0,8 L=835 EUO-B sect 1 piece Die V12/30 L=515 1 piece Die V12/30 L=1100 sect.fsl 1 piece Bottom tools Xcel / Xact ecommendation starterkit Xact Bend length Designation Pieces Unit Punch 1012/35 =0,8 L=835 EUO-B 3 pieces Punch 1012/35 0,8 L=835 EUO-B sect 1 piece 3100 mm Punch 1014/88 =0,8 L=835 EUO-B 3 pieces Punch 1014/88 0,8 L=835 EUO-B sect 1 piece Die V16/30 L=515 4 pieces Air bending bottom tools 4100 mm Die V16/30 L=1100 sect.fsl 1 piece Punch 1012/35 =0,8 L=835 EUO-B 4 pieces Punch 1012/35 0,8 L=835 EUO-B sect 1 piece Punch 1014/88 =0,8 L=835 EUO-B 4 pieces Punch 1014/88 0,8 L=835 EUO-B sect 1 piece Die V16/30 L=515 6 pieces Die V16/30 L=1100 sect.fsl 1 piece Air bending bottom tools
65 Xcel / Xact Xcel / Xact ecommendation bottom tools ecommemdation bottom tools 128 Table T21 Segmentation 129 Table T21 (Standard Xact) Can accept both Xpert single vee lower dies and Euro B lower dies. Segmentation 835 mm (10 / 15 / 20 / 40 / 50 / 2 x 100 / 200 / 300) Special segmentation available on request. 90 Air bending bottom tools Air bending bottom tools
66 Xcel / Xact Xcel / Xact V 6 Type 20.41/88/90 V 6 Type 20.41/ / / V - Angle 88 /90 80 C45 V - Angle 80 C HC HC Fmax = 500 kn/m Fmax = 400 kn/m 415 mm mm mm sect mm mm kg/m T - die mm 415 mm mm mm sect kg/m T - die mm 835 mm sect IA00182/IA00183 IA00181
67 Xcel / Xact Xcel / Xact V 6 Type 20.41/35/30 V 8 Type 20.42/88/ /30 88 / V - Angle 35 /30 80 C45 V - Angle 88 /90 80 C HC HC Fmax = 150/200 kn/m Fmax = 500 kn/m 415 mm mm mm sect mm mm kg/m T - die mm 415 mm mm mm sect mm mm kg/m T - die mm 835 mm sect IA00180/IA mm sect IA00187/IA00189
68 Xcel / Xact Xcel / Xact V 8 Type 20.42/ V 8 Type 20.42/35/ / V - Angle 80 C45 V - Angle 35 /30 80 C HC HC Fmax = 400 kn/m Fmax = 150/200 kn/m 415 mm mm mm sect kg/m T - die mm 415 mm mm mm sect mm mm kg/m T - die mm IA mm sect IA00184/IA00185
69 Xcel / Xact Xcel / Xact V 10 Type 20.43/88/90 V 10 Type 20.43/ / V - Angle 88 /90 80 C45 V - Angle 80 C HC HC Fmax = 500 kn/m Fmax = 450 kn/m 415 mm mm mm sect mm mm kg/m T - die mm 415 mm mm mm sect kg/m T - die mm 835 mm sect IA00192/IA00193 IA00191
70 Xcel / Xact Xcel / Xact V 10 Type 20.43/35/30 V 12 Type 20.44/88/ /90 35 / V - Angle 35 /30 80 C45 V - Angle 88 /90 80 C HC HC Fmax = 130/180 kn/m Fmax = 500 kn/m 415 mm mm mm sect mm mm kg/m T - die mm 415 mm mm mm sect mm mm kg/m T - die mm 835 mm sect IA00007/IA mm sect IA00021/IA00197
71 Xcel / Xact Xcel / Xact V 12 Type 20.44/ V 12 Type 20.44/35/ / V - Angle 80 C45 V - Angle 35 /30 80 C HC HC Fmax = 450 kn/m Fmax = 500 kn/m 415 mm mm mm sect kg/m T - die mm 415 mm mm mm sect mm mm kg/m T - die mm IA mm sect IA00195/IA00194
72 Xcel / Xact Xcel / Xact V 16 Type 20.45/88/90 V 16 Type 20.45/ / V - Angle 88 /90 80 C45 V - Angle 80 C HC HC Fmax = 500 kn/m Fmax = 500 kn/m 415 mm mm mm sect mm mm kg/m T - die mm 415 mm mm mm sect kg/m T - die mm 835 mm sect IA00201/IA00202 IA00200
73 Xcel / Xact Xcel / Xact V 16 Type 20.45/35/30 V 20 Type 20.46/88/ / / V - Angle 35 /30 80 C45 V - Angle 88 /90 80 C HC HC Fmax = 200/250 kn/m Fmax = 800 kn/m 415 mm mm mm sect mm mm /21.4 kg/m T - die mm 415 mm mm mm sect mm mm kg/m T - die mm 835 mm sect IA00199/IA mm sect IA00206/IA00207
74 Xcel / Xact Xcel / Xact V 20 Type 20.46/ V 20 Type 20.46/35/ / V - Angle 80 C45 V - Angle 35 /30 80 C HC HC Fmax = 800 kn/m Fmax = 200/2 kn/m 415 mm mm mm sect kg/m T - die mm 415 mm mm mm sect mm mm /22.5 kg/m T - die mm IA mm sect IA00204/IA00203
75 Xcel / Xact Xcel / Xact V 25 Type 20.47/85 V 32 Type 20.11/ [ 3 4 V - Angle C45 V - Angle 85 C HC HC Fmax = 800 kn/m Fmax = 800 kn/m 415 mm mm mm sect kg/m T - die mm 415 mm mm mm sect kg/m T - die mm IA00210 IA001
76 Xcel / Xact Xcel / Xact V 40 Type 20.11/85 V 50 Type 20.11/ V - Angle 85 C45 V - Angle 85 C HC HC Fmax = 800 kn/m Fmax = 800 kn/m 415 mm mm mm sect kg/m T - die mm 415 mm mm mm sect kg/m T - die mm IA00162 IA00006
77 Xcel / Xact Xcel / Xact V 63 Type 20.11/85 V 80 Type 20.11/ V - Angle C45 V - Angle C HC HC Fmax = 500 kn/m Fmax = 500 kn/m 415 mm mm mm sect kg/m T - die mm 415 mm mm mm sect kg/m T - die mm IA00004 IA00005
78 Xcel / Xact Xcel / Xact V 100 Type 20.11/85 V 125 Type 20.11/ V - Angle C45 V - Angle C HC HC Fmax = 500 kn/m Fmax = 500 kn/m 415 mm mm mm sect kg/m T - die mm 415 mm mm mm sect kg/m T - die 90mm IA00018 IA00581
79 Xcel / Xact Xcel / Xact V 1 Type 20.11/85 Multi-V 16/22/35/50 Type V - Angle C45 V - Angle 85 /88 C HC HC Fmax = 800 kn/m Fmax = 500 kn/m 415 mm mm mm sect kg/m T - die 90mm 415 mm mm mm sect kg/m T - die mm IA00164 IA00159
Bystronic Tools Our Tools RF-A. Laser Bending Waterjet bystronic.com
Bystronic Tools Our Tools RF-A Laser Bending Waterjet bystronic.com Overview about the icons used in this catalogue Material / Hardness max. permitted load method of tool loading nature of load max. box
Bystronic Tools Our Tools XPT. Laser Bending Waterjet bystronic.com
Bystronic Tools Our Tools XPT Laser Bending Waterjet bystronic.com Overview about the icons used in this catalogue Material / Hardness max. permitted load method of tool loading nature of load bottom tool
Bystronic Tools Our Tools 3-P. Laser Bending Waterjet bystronic.com
Bystronic Tools Our Tools 3-P Laser Bending Waterjet bystronic.com Overview about the icons used in this catalogue Material / Hardness max. permitted load method of tool loading nature of load max. box
WERKZEUGMASCHINEN BENDING TOOLS
WRKZUGMASCHINN BNDING TOOLS Press Brakes HT Werkzeugmaschinen GmbH mmendinger Str. 21 D-79331 Teningen Germany Tel. + 49 (0) 76 41 46 09-0 Fax + 49 (0) 76 41 46 09-290 email: info@eht.de Internet: www.eht.de
Sheet metal operations - Bending and related processes
Sheet metal operations - Bending and related processes R. Chandramouli Associate Dean-Research SASTRA University, Thanjavur-613 401 Table of Contents 1.Quiz-Key... Error! Bookmark not defined. 1.Bending
Sheet Metal Shearing & Bending
Training Objective After watching the program and reviewing this printed material, the viewer will gain a knowledge and understanding of the principles and machine methods of shearing and bending sheetmetal
PPM HYDRAULIC PRESSBRAKES
PPM HYDRAULIC PRESSBRAKES PPM Hydraulic pressbrakes Our long experience in producing hydraulic pressbrakes, as well conventional as CNC controlled, enables us to bring to our customers a solid engineered,
Removing chips is a method for producing plastic threads of small diameters and high batches, which cause frequent failures of thread punches.
Plastic Threads Technical University of Gabrovo Yordanka Atanasova Threads in plastic products can be produced in three ways: a) by direct moulding with thread punch or die; b) by placing a threaded metal
YEARS OF INDUSTRY EXPERIENCE. NOW AVAILABLE GLOBALLY.
YEAS OF INDUSTY EXPEIENCE. NOW AVAILABLE GLOBALLY. Wilson Tool Conventional Press Brake tooling is engineered to meet the needs of Sheet Metal Fabricators around the world. We have the ability to manufacture
DSM http://www.dsmmfg.com 1 (800) 886-6376
DESIGN GUIDE FOR BENT SHEET METAL This guide discusses how the bends are made, what thicknesses of sheet metal are commonly used, recommended bend radius to use when modeling the part, some practical limits
19 DYNAmax Free Standing Server C A B I N E T s
9 DYNAmax Free Standing Server C A B I N E T s 9 DYNAmax Free Standing Server Cabinets FAMILY W=600mm and W=800mm DYNAmax Series Free Standing Server Cabinets DYNAmax series Servering Enclosures, provide
Introduction. ε 1 θ=55 ε 2. Localized necking Because ν=0.5 in plasticity, ε 1 =-2ε 2 =-2ε 3. ε 3,ε 2
SHEET METALWORKING 1. Cutting Operation 2. Bending Operation 3. Drawing 4. Other Sheet-metal Forming 5. Dies and Presses 6. Sheet-metal Operation 7. Bending of Tube Stock 1 Introduction Cutting and forming
Servo/Hydraulic Press Brake. HG Series HG 5020, HG 8025, HG 1303, HG 1703 HG 1704, HG 2203, HG 2204
Servo/Hydraulic Press Brake HG Series HG 5020, HG 8025, HG 1303, HG 1703 HG 1704, HG 2203, HG 2204 The HG Series Press Brake An ultra-high precision, high-speed compact bending solution featuring an advanced
ROUNDO 3-Roll Plate Bending Machines Type PS
ROUNDO 3-Roll Plate Bending Machines Type PS Universal Machine used for all Plate Bending Double Pinch Design 1. Align the plate using the alignment grooves in the lower rolls or against the rear roll.
19 DYNAmax Free Standing Server C A B I N E T s
9 DYNAmax Free Standing Server C A B I N E T s 9 DYNAmax Free Standing Server Cabinets FAMILY W=mm and W=800mm DYNAmax Series Free Standing Server Cabinets DYNAmax series Servering Enclosures, provide
Aluminium systems profile selection
Aluminium systems profile selection The purpose of this document is to summarise the way that aluminium profile selection should be made, based on the strength requirements for each application. Curtain
Sheet Metal Bending. By- Prem Mahendranathan
Sheet Metal Bending By- BENDING n Bending is a manufacturing process by which a metal can be deformed by plastically deforming the material and changing its shape n Deformation about one axis PROFILES
Tooling CORPORATION. Scandinavia AB www.btmscand.se. Standard Punches, Dies, Strippers, & Holders +46 480 868 75
733461 Tooling Standard Punches, Dies, Strippers, & Holders Lance-N-Loc is a sheet metal clinching system which creates a strong mechanical joint without the use of external fasteners or welding. The metals
AISI O1 Cold work tool steel
T OOL STEEL FACTS AISI O1 Cold work tool steel Great Tooling Starts Here! This information is based on our present state of knowledge and is intended to provide general notes on our products and their
Cutting and Shearing die design Cutting die design
Manufacturing Processes 2 Dr. Alaa Hasan Ali Cutting and Shearing die design Cutting die design A stamping die is a special, one-of-a-kind precision tool that cuts and forms sheet metal into a desired
Master of Simulation Techniques. Lecture No.5. Blanking. Blanking. Fine
Master of Simulation Techniques Lecture No.5 Fine Blanking Prof. Dr.-Ing. F. Klocke Structure of the lecture Blanking Sheared surface and force Wear Blanking processes and blanking tools Errors on sheared
ENGLISH FORK GUIDE 2013
FORK GUIDE 2013 ENGLISH 1 With a brand which is synonymous with specialists in forest products handling attachments, BOLZONI AURAMO offers its expertise and market leading attachments for all requirements,
Multibend-Center RAS 79.22-2 / RAS 79.26-2
RAS Reinhardt Maschinenbau GmbH High-tech perfection! If you want to produce complex sheet metal parts regardless of batch size, with incredible throughput, total flexibility, amazing accuracy, and total
Flash Butt Welding Machines
Flash Butt Welding Machines Types AS 15 - AS 320 Flash butt welding current brake current (ka) current time flattening reversal preheating welding time flash butting forging A reliable and economic process
PREASSEMBLED ELEMENTS FOR LIFTING AND SLIDING DOORS
SYSTEM COMPONENTS PREASSEMBLED ELEMENTS FOR FIFTING AND SLIDING DOORS s r ood gn i d i l s dna gn i t f i f r o f s t neme l e de l bme s s ae r P PREASSEMBLED ELEMENTS FOR LIFTING AND SLIDING DOORS These
For mechanical & hydraulic presses Inch & metric taps
www.danly.com TRUSTED SOLUTIONS AND INNOVATION Professional IDT TM In-Die Tapping Catalog For mechanical & hydraulic presses Inch & metric taps www.danly.com Professional IDT TM In-Die Tapping Service
Page 1 of 18 28.4.2008 Sven Alexander Last revised 1.3.2010. SB-Produksjon STATICAL CALCULATIONS FOR BCC 250
Page 1 of 18 CONTENT PART 1 BASIC ASSUMPTIONS PAGE 1.1 General 1. Standards 1.3 Loads 1. Qualities PART ANCHORAGE OF THE UNITS.1 Beam unit equilibrium 3. Beam unit anchorage in front..1 Check of capacity..
Flow controller with integrated control valve (PN 16, 25, 40*) AFQM, AFQM 6 - return and flow mounting
Data sheet Flow controller with integrated control valve (PN 16, 5, 40*) AFQM, AFQM 6 - return and flow mounting Description AFQM 6 DN 40, 50 AFQM DN 65-15 AFQM DN 150-50 AFQM(6) is a self-acting flow
TruBend: More. bending. freedom. Machine Tools / Power Tools Laser Technology / Electronics Medical Technology
TruBend: More bending freedom Machine Tools / Power Tools Laser Technology / Electronics Medical Technology Precise bending. More flexible than ever before. The TRUMPF Group is one of the world s leading
School of Mechanical and Industrial Engineering, Bahir Dar Institute of Technology Bahir Dar University, Bahir Dar, Ethiopia
The International Journal Of Engineering And Science (IJES) Volume 3 Issue 4 Pages 90-107 2014 ISSN (e): 2319 1813 ISSN (p): 2319 1805 Design of Combined Press Tool for the Manufacturing of Rice Thresher
Tool Holder Catalog INDEX ABC VDI 25 LL3602.30051-10.04.2014. 0414/Rö
Tool Holder Catalog INDEX ABC VDI 25 LL3602.30051-10.04.2014 0414/Rö Disclaimer The illustrations in this documents may deviate from the delivered product. We reserve the right to make changes due to errors
5 G R A TINGS ENGINEERING DESIGN MANUAL. MBG Metal Bar Grating METAL BAR GRATING MANUAL MBG 534-12 METAL BAR GRATING NAAMM
METAL BAR NAAMM GRATNG MANUAL MBG 534-12 5 G R A TNG NAAMM MBG 534-12 November 4, 2012 METAL BAR GRATNG ENGNEERNG DEGN MANUAL NAAMM MBG 534-12 November 4, 2012 5 G R A TNG MBG Metal Bar Grating A Division
MSS Monobloc holders for parting and grooving
MSS Monobloc holders for parting and grooving Easy, profitable and convincing 2 Monobloc tool holder, system GX, for inserts with two cutting edges, size GX24. Inexpensive solution for radial grooving,
Optimising plate girder design
Optimising plate girder design NSCC29 R. Abspoel 1 1 Division of structural engineering, Delft University of Technology, Delft, The Netherlands ABSTRACT: In the design of steel plate girders a high degree
TRUSTED SOLUTIONS AND INNOVATION CATALOG DIE SETS
www.danly.com TRUSTED SOLUTIONS AND INNOVATION CATALOG DIE SETS Quality & performance Quick delivery Precision Components www.danly.com CATALOG DIE SETS Service We Deliver and Quality You Can Depend On
NOT SEARCHING, BUT FINDING
NOT SEARCHING, BUT FINDING We carefully ensure that our wide and extensive range provides a good assortment so that you feel in good hands, even if you are looking for portable measurement devices to provide
MECHANICS OF SOLIDS - BEAMS TUTORIAL 1 STRESSES IN BEAMS DUE TO BENDING. On completion of this tutorial you should be able to do the following.
MECHANICS OF SOLIDS - BEAMS TUTOIAL 1 STESSES IN BEAMS DUE TO BENDING This is the first tutorial on bending of beams designed for anyone wishing to study it at a fairly advanced level. You should judge
UNIVERSAL RAILING, STEEL
RAILINGS Page Universal Railing, steel 108-109 Large Module Railing, steel 110-111 Allround Railing, aluminium 112-113 Module Railing, aluminium 114-115 Standard Type Railing, aluminium 116-117 107 UNIVERSAL
Profile rail guides LLR
Profile rail guides LLR Content The SKF brand now stands for more than ever before, and means more to you as a valued customer. While SKF maintains its leadership as the hallmark of quality bearings throughout
U-Max Chamfering endmill SPMT-WL 0.17 (0.08-0.21) -WH 0.35 (0.10-0.42) R215.64. Long edge cutter 215.3 0.17 (0.10-0.20) R215.3 -AAH 0.12 (0.08-0.
General Turning PROFILING Feed recommendations Feed per tooth, fz (mm/tooth) Insert geometry Insert size Starting value (min.- max.) U-Max Chamfering endmill SPMT-WL 0.17 (0.08-0.21) -WH 0.35 (0.10-0.42)
ENGINEERING COUNCIL CERTIFICATE LEVEL
ENGINEERING COUNCIL CERTIICATE LEVEL ENGINEERING SCIENCE C103 TUTORIAL - BASIC STUDIES O STRESS AND STRAIN You should judge your progress by completing the self assessment exercises. These may be sent
RoHS. Shock / vibration resistant. Magnetic field proof. Many variants
Sendix 5000 / 500 (Shaft / Hollow shaft) Push-Pull / RS4 ue to their sturdy bearing construction in Safety-ock esign, the Sendix 5000 and 500 offer high resistance against vibration and installation errors.
Taps up to M20 [3/4"] Multiple tap applications Taps up to 150 strokes per minute Taps millions of parts with little maintenance
![Taps up to M20 [3/4] Multiple tap applications Taps up to 150 strokes per minute Taps millions of parts with little maintenance](/thumbs/39/20152487.jpg "Taps up to M20 [3/4] Multiple tap applications Taps up to 150 strokes per minute Taps millions of parts with little maintenance")
www.danly.com TRUSTED SOLUTIONS AND INNOVATION Max Control TM Servo-Drive In-Die Tapping Units Taps up to M20 [3/4"] Multiple tap applications Taps up to 150 strokes per minute Taps millions of parts with
HUS-V Screw anchor. HUS-V Screw anchor. Basic loading data (for a single anchor) Mean ultimate resistance
HUS-V Screw anchor Anchor version HUS-V 8 / 10 Carbon steel concrete screw with hexagonal head Benefits - High productivity less drilling and fewer operations than with conventional anchors - Technical
EDEXCEL NATIONAL CERTIFICATE/DIPLOMA MECHANICAL PRINCIPLES AND APPLICATIONS NQF LEVEL 3 OUTCOME 1 - LOADING SYSTEMS TUTORIAL 3 LOADED COMPONENTS
EDEXCEL NATIONAL CERTIICATE/DIPLOMA MECHANICAL PRINCIPLES AND APPLICATIONS NQ LEVEL 3 OUTCOME 1 - LOADING SYSTEMS TUTORIAL 3 LOADED COMPONENTS 1. Be able to determine the effects of loading in static engineering
ANALYTICAL AND EXPERIMENTAL EVALUATION OF SPRING BACK EFFECTS IN A TYPICAL COLD ROLLED SHEET
International Journal of Mechanical Engineering and Technology (IJMET) Volume 7, Issue 1, Jan-Feb 2016, pp. 119-130, Article ID: IJMET_07_01_013 Available online at http://www.iaeme.com/ijmet/issues.asp?jtype=ijmet&vtype=7&itype=1
Lecture slides on rolling By: Dr H N Dhakal Lecturer in Mechanical and Marine Engineering, School of Engineering, University of Plymouth
Lecture slides on rolling By: Dr H N Dhakal Lecturer in Mechanical and Marine Engineering, School of Engineering, University of Plymouth Bulk deformation forming (rolling) Rolling is the process of reducing
Sheet Metal Stamping Dies & Processes
Training Objectives After watching the program and reviewing this printed material, the viewer will gain knowledge and understanding of the stamping process and the die systems used to form sheet metal.
HORIZONTAL INSTALLATION
THERMO/SOLAR Žiar s.r.o. MANUAL FOR INSTALLATION PV SUPPORTING FRAMES HORIZONTAL INSTALLATION Technical alternation reserved A1410 1 12/2014 CONTENT ORD.NO. PAGE Mounting information 3 Mounting, flat roof
Why HARDOX in tipping trailers?
Why HARDOX in tipping trailers? 1. Higher elastic limit and higher ultimate stress 2. Longer life span (higher resistance to deformation, abrasion and scratching) 3. Excellent resistance to impact 4. Less
Hilti HIT-HY 200 with rebar
Hilti HIT-HY 200 Injection mortar system Benefits Hilti HIT- HY 200-A 500 ml foil pack (also available as 330 ml) Hilti HIT- HY 200-R 500 ml foil pack (also available as 330 ml) Static mixer rebar BSt
AISI CHEMICAL COMPOSITION LIMITS: Nonresulphurized Carbon Steels
AISI CHEMICAL COMPOSITION LIMITS: Nonresulphurized Carbon Steels AISI No. 1008 1010 1012 1015 1016 1017 1018 1019 1020 1021 1022 1023 1024 10 1026 1027 1029 10 1035 1036 1037 1038 1039 10 1041 1042 1043
MECHANICS OF SOLIDS - BEAMS TUTORIAL TUTORIAL 4 - COMPLEMENTARY SHEAR STRESS
MECHANICS OF SOLIDS - BEAMS TUTORIAL TUTORIAL 4 - COMPLEMENTARY SHEAR STRESS This the fourth and final tutorial on bending of beams. You should judge our progress b completing the self assessment exercises.
MECHANICAL PRINCIPLES HNC/D PRELIMINARY LEVEL TUTORIAL 1 BASIC STUDIES OF STRESS AND STRAIN
MECHANICAL PRINCIPLES HNC/D PRELIMINARY LEVEL TUTORIAL 1 BASIC STUDIES O STRESS AND STRAIN This tutorial is essential for anyone studying the group of tutorials on beams. Essential pre-requisite knowledge
IDT TM IN-DIE TAPPING
IDT TM IN-DIE TAPPING In-Die Tapping PAGE NUMBER HY1024 Series 1 ME1024 Series 2 LP25M6 & LP516M8 Series 3 Accessories and Replacement Parts LP Extensions 4 Forming Taps 5 Pitch Inserts and Tapholders
Contents. ELATECH Polyurethane belts 2. ELATECH M and V 3. ELA-flex SD Polyurethane belts 95. Polyurethane belts for conveying applications 125
ELATECH Polyurethane belts 2 Introduction to ELATECH polyurethane belts 2 Page Contents ELATECH M and V 3 Introduction 4 Tension cords 4 Products certifications 4 Mechanical and chemical properties 4 Executions
EVEN FOR SMALL QUANTITIES WE GET STARTED RIGHT AWAY...
EVEN FOR SMALL QUANTITIES WE GET STARTED RIGHT AWAY... Because we produce in-house, so we don t have far to go. Our decisions are not based on when and who can do what in Asia; instead, we look at what
EXPERIMENTAL AND NUMERICAL ANALYSIS OF THE COLLAR PRODUCTION ON THE PIERCED FLAT SHEET METAL USING LASER FORMING PROCESS
JOURNAL OF CURRENT RESEARCH IN SCIENCE (ISSN 2322-5009) CODEN (USA): JCRSDJ 2014, Vol. 2, No. 2, pp:277-284 Available at www.jcrs010.com ORIGINAL ARTICLE EXPERIMENTAL AND NUMERICAL ANALYSIS OF THE COLLAR
Rollers. from the UK s largest roller manufacturer. Quality Performance Reliability
Rollers from the UK s largest roller manufacturer Quality Performance Reliability 42 Index Gravity Rollers Light to Medium Duty 4 Heavy Duty 5 Plastic Rollers 6 Stainless Steel Rollers 7 Grooved Rollers
SITEMA PowerStroke. Technical Information TI-P12. 1 Function. 2 Applications. Mould Closing Devices series FSKP. Contents
SITEMA PowerStroke FSP ocking, actuating and releasing by pneumatic pressure English translation of German original Technical Information TI-P1 SITEMA PowerStroke Mould Closing Devices series FSP drive
12.2 Compact Type, MSB Series
12.2 Compact Type, MSB Series A. Construction Upper Retainer Carriage End Cap End Seal Rail Grease Nipple Ball Lower Retainer 45 Bottom Seal 45 B. Characteristics The trains of balls are designed to a
SITEMA PowerStroke. Technical Information TI-P11. 1 Function. 2 Applications. Mould Closing Devices series FSK. Contents
English translation of German original Technical Information TI-P11 SITEMA PowerStroke Mould Closing Devices series FS drive system for powerful forces on a short stroke hydraulic actuation closing force
Formwork Direct International Ltd Phone No +44 (0151) 532 0179 Fax no +44 (0151) 523 8330 E-Mail: sales@formworkdirect.co.
Tie Rod & Formwork s well as containing our comprehensive range of Formwork Tie Sytems; this section also covers our market leading Rapidobat Column Former. Exclusive also to Formwork Direct are innovations
Milling. COPYRIGHT 2008, Seco Tools AB 1/111
Milling 1/111 2/111 Milling A simple choice! Experts required? No Just follow some basic rules. 3/111 Face milling 4/111 Square shoulder milling 5/111 Disc milling 6/111 Copy milling 7/111 Plunge milling
GK Packing System Welding Instructions
GK Packing System Welding Instructions Roxtec GmbH Neuer Höltigbaum 1-3, 22143 Hamburg GERMANY Tel +49 (040) 657398-0, Fax +49 (040) 657398-50 EMAIL info@de.roxtec.com, www.roxtec.de Welding instructions
EJOT Spiralform. The thread formers for metal. EJOT The Quality Connection
EJOT Spiralform The thread formers for metal EJOT The Quality Connection Imprint Editor: EJOT GmbH & Co. KG Industrial Fasteners Division D 57319 Bad Berleburg Layout and Realisation: EJOT GmbH & Co. KG
CEEN 162 - Geotechnical Engineering Laboratory Session 7 - Direct Shear and Unconfined Compression Tests
PURPOSE: The parameters of the shear strength relationship provide a means of evaluating the load carrying capacity of soils, stability of slopes, and pile capacity. The direct shear test is one of the
KIRÁLY TRADING KFT H-1151 Budapest Mogyoród útja 12-14 tel: 061307-3801 Email_pzoli@kiralytrading.hu. Clamps Clamping devices
04000 Clamps Clamping devices 23000 22000 21000 20000 09000 08000 07000 06000 05000 04000 03000 02000 01000 297 04010 Adjustable straps Tempered steel 1.1191 Black oxide finish nlm 04010-101 Suitable thrust
TECHNICAL DATA SHEET GRILON BG-15 S
TECHNICAL DATA SHEET GRILON BG-1 S Grilon BG-1 S is a heat stabilised PA6 injection moulding grade with 1% glass fibres. Grilon BG-1 S has the following important properties: Excellent surface finish Easy
Vertical Multistage Centrifugal Electric Pumps SV2-4-8-16 Series NEW LASER TECHNOLOGY
Vertical Multistage Centrifugal Electric Pumps SV2-4-8-16 Series NEW LASER TECHNOLOGY TYPICAL APPLICATIONS Water supply Transfer and distribution from water systems Pressure boosting in apartment buildings
Micro Precision Tools Your partner for precision applications
Micro Precision Tools Your partner for precision applications 2K Softgrip Micro Screwdrivers (page 72-73) Working in restricted areas is a particular problem especially in modern equipments, such as electronic
Holes & Selective Laser Sintering
SLS is one of the most accurate 3D printing processes. The process has a layer thickness of 0.1mm. This is the thickness with which a new layer is added to each part. In any direction therefore the maximum
Local buckling of plates made of high strength steel
Local buckling of plates made of high strength steel Tapani Halmea, Lauri Huusko b,a, Gary Marquis a, Timo Björk a a Lappeenranta University of Technology, Faculty of Technology Engineering, Lappeenranta,
SHEET METAL DESIGN HANDBOOK
SHEET METAL DESIGN HANDBOOK Forming Basics. 2 Critical Dimensions Embosses and Offsets Bend Radius Bend Relief Forming Near Holes Form height to thickness ratio Edge Distortion Laser cutting 5 Tolerances
General Allowances for Insulation & Cladding
TRADE OF Industrial Insulation PHASE 2 Module 1 Sheet Metal and Insulation Fundamentals UNIT: 4 General Allowances for Insulation & Cladding Produced by In cooperation with subject matter expert: Michael
Design of Steel Structures Prof. S.R.Satish Kumar and Prof. A.R.Santha Kumar
Problem 1 Design a hand operated overhead crane, which is provided in a shed, whose details are: Capacity of crane = 50 kn Longitudinal spacing of column = 6m Center to center distance of gantry girder
Blast Proof Occupied Buildings
Blast Proof Occupied Buildings 1 1 Contents Presentation References Functional Specification Blast Resistant Building Basis for design Blast & impact loading Design modeling & analyses Preliminary design
TechCut 4 Precision Low Speed Saw
Product Brochure TechCut 4 Precision Low Speed Saw 3" - 6" Blade Range Digital Speed Display 1-Micron Sample Indexing Spring-Loaded Dressing Stick Attachment All Aluminum & Stainless Steel Construction
Blast Resistant Building BP Refinery Rotterdam
Blast Resistant Building BP Refinery Rotterdam 14 May, 2008 1 1 Contents Presentation Introduction KCI Functional Specification Blast Resistant Building Basis for design Blast & impact loading Design modeling
EEC 94/20/EC APPROVED KINGPINS
EEC 94/20/EC APPROVED KINGPINS All Capus EEC approved Kingpin Assemblies have been tested in Germany by RWTuV. The tests include a simulated life test - 2 million cycles at the approved 'D' value loadings.
MultiPost-AP anchorage device
MultiPost-AP anchorage device MultiPost anchorage point Type 1 Fixing on reinforced concrete with large, 360 rotating stainless steel lifting eye for the simultaneous securing of max. 2 persons. This can
Metal Bending Tools, Scribes & Awls
Metal Bending Tools, Scribes & Awls 35 malco tool book better ideas for the real world. Hand Seamers Die-Cast Zinc Jaws Not for use with steel Die-Cast Zinc Jaws Not for use with steel Easy Folding Bends
Securely Fastened Function Guaranteed
Securely Fastened Function Guaranteed Tube Clamps with a System Tube Clamps pursuant to DIN 3015, Part 1 The lightweight construction clamps can be used in a very wide range of applications in fluid technology.
Inno vation. Parting and grooving program HX Heavy duty machining - stability & process security
Inno vation Parting and grooving program HX Heavy duty machining - stability & process security EN Application - customer benefi ts Industries Power generation, turbine construction oll production Wind
WELAND TERMINOLOGY LOAD BEARING BAR CROSS BAR GRATING TYPE SAF MESH OPENING GRATING. LENGTH, SPAN WIDTH or LENGTH OF LOAD BAR GRATING
GRATING Page Terminology 6-7 Pedestrian Walkway Multipanels from Stock 8-13 Duckboard 13 Vehicular Multipanels with Load Tables 14-15 Kerb Angle Frames 16-17 Entrance Mats 18-20 Special Grating 22 Mesh
HUS-A 6 / HUS-H 6 / HUS-I 6 / HUS-P 6 Screw anchor in precast prestressed hollow core slabs
HUS-A 6 / HUS-H 6 / HUS-I 6 / HUS-P 6 Screw anchor in precast Anchor version HUS-A 6 Screw with hex head HUS-H 6 Screw with hex head HUS-I 6 Screw with hex head Benefits - Quick and easy setting - Low
1) Cut-in Place Thermoforming Process
Standard Thermoforming Equipment Overview There are three standard configurations for thermoforming equipment: 1. Heat and Cut-in-Place Forming 2. In-Line Forming with Steel Rule or Forged Steel Trim wand
TOOL CLAMPING SYSTEMS
TOOL CLAMPING SYSTEMS 2015/2016 We work for customers who have a weakness for our strengths. Companies intent on making a difference are obliged to develop constantly as well as deploy their strengths
Profiles in stock Standard catalogue. Discover the possibilities with aluminium profiles from Sapa
Profiles in stock Standard catalogue Discover the possibilities with aluminium from Sapa You can create your own profile or you can choose from a wide selection of standard. Delivery: 1 2 weeks for standard
RAMAX S Prehardened stainless holder steel
T O O L S T E E L F A C T S RAMAX S Prehardened stainless holder steel Wherever tools are made Wherever tools are used This information is based on our present state of knowledge and is intended to provide
19 NETbox SOHO Network Wall Mounting Cabinets FAMILY
9 NETbox SOHO Network Wall Mounting Cabinets FAMILY DETAILS: Framework- Top/Bottom Cases: Multi Folded Automated Bending technology applied framework and top/bottom cases, provides a heavy duty structure
Butt Fusion Welding of HDPE Pipes Work Procedure
Butt Fusion Welding of HDPE Pipes Work Procedure A pipeline is as good as its weakest point. Accordingly it is not only important that quality pipes and components are used in a piping system, but also
DIRECT SHEAR TEST SOIL MECHANICS SOIL MECHANICS LABORATORY DEPARTMENT OF CIVIL ENGINEERING UNIVERSITY OF MORATUWA SRI LANKA
DIRECT SHEAR TEST SOIL MECHANICS SOIL MECHANICS LABORATORY DEPARTMENT OF CIVIL ENGINEERING UNIVERSITY OF MORATUWA SRI LANKA DIRECT SHEAR TEST OBJEVTIVES To determine the shear strength parameters for a
Panel Carts refer Page 112. 136 Intex Price Guide All prices are exclusive of GST
Panel Carts refer Page 112 136 Intex Price Guide All prices are exclusive of GST Cradle outriggers easily adjust Fast action single stage winch with silent cam lock brake Unique tilting cradle for easy
BAGGAGE HANDLING SYSTEMS. Trastecnica S.p.A. Handling Baggage Systems Edition 2002 - Rev. 00-1 -
BAGGAGE HANDLING SYSTEMS Trastecnica S.p.A. Handling Baggage Systems Edition 2002 - Rev. 00-1 - TECHNICAL SPECIFICS INDEX Check-in with one conveyor 4 Scales 6 Belt Conveyors 8 Take away 9 Feeder and Belt
Highly flexible couplings
Construction and operation 8.03.00 Instructions for installation 8.03.00 Types of stress 8.04.00 Diagrams for static deformation of the coupling ring 8.05.00 Coupling size 8.07.00 Examples of combinations
CE591 Fall 2013 Lecture 26: Moment Connections
CE591 Fall 2013 Lecture 26: Moment Connections Explain basic design procedure for moment (FR) connections Explain considerations for connections in momentresisting frames for seismic demands Describe problems
Structural Integrity Analysis
Structural Integrity Analysis 1. STRESS CONCENTRATION Igor Kokcharov 1.1 STRESSES AND CONCENTRATORS 1.1.1 Stress An applied external force F causes inner forces in the carrying structure. Inner forces
Technical handbook Panel Anchoring System
1 Basic principles of sandwich panels 3 Design conditions 4 Basic placement of anchors and pins 9 Large elements (muliple rows) 10 Small elements (two rows) 10 Turned elements 10 Slender elements 10 Cantilevering
Table of contents BRAZED TURNING TOOLS. Toolholders H 2. Tips H 6. Rods H 8. Technical information H 9 H 1
Table of contents BRAZED TURNING TOOLS Toolholders 2 Tips 6 Rods 8 9 1 ISO External holders General turning External Ordering Tip According to ISO243-1975 (DIN 4982-198) h b l 1 f 1 f 2 a p r ε γ 1) λ