Facts and figures ALLROUNDER 63 H Distance between tie bars: 63 x 63 mm Clamping force: 25 kn Injection unit (acc. to EUROMAP): 8, 13, 21 www.arburg.com
63 H Machine dimensions 858 438 1468 2198 max. 395 16 77 11 22 58 1888 825 623 1) 663 2) 73 3) 2 1)2) 24 3) 6223 1) 6983 2) 7448 3) 23 1157 Electrical connection Cooling water connection 1) Injection unit 8 2) Injection unit 13 3) injection unit 21 2
Technical data 63 H Clamping unit with clamping force max. kn 63 H 25 Opening force stroke max. kn mm --- 55 Mould height, fixed variable min.-max. mm --- 3-75 Platen daylight fixed variable max. mm --- 85-13 Distance between tie bars (w x h) mm 63 x 63 Mould mounting platens (w x h) max. mm 9 x 9 Weight of movable mould half max. kg 21 Ejector force stroke max. kn mm 86 225 Dry cycle time EUROMAP ² min. s - mm 1,4-441 Injection unit with screw diameter mm 45 8 5 55 55 13 6 7 6 21 7 8 Effective screw length L/D 22 2 18 22 2 17 23 2 17,5 Screw stroke max. mm 2 24 28 Calculated stroke volume max. cm³ 318 392 474 57 678 923 792 178 147 Shot weight max. g PS 291 359 434 521 62 844 723 984 1286 Material throughput max. kg/h PS 46 53 59 86 96 115 125 145 175 max. kg/h PA6.6 23 27 3 43 48 58 62 74 88 Injection pressure max. bar 247 2 165 238 2 147 25 2 153 Holding pressure max. bar 247 2 165 238 2 147 25 2 153 Injection flow max. cm³/s 53 656 792 714 848 1156 1132 154 212 Screw circumferential speed ² max. m/min 54 6 66 55 6 7 51 6 69 Screw torque ² max. Nm 9 1 11 151 164 192 214 25 285 Nozzle contact force retraction stroke max. kn mm 7 4 9 55 11 6 Heating capacity zones kw 19,9 8 22,9 8 31,4 8 Drive and connection with injection unit 8 13 21 Net weight of machine kg 123 134 149 Sound press. level Insecurity ⁴ db(a) --- Oil filling l 2 26 36 Drive power ² max. kw --- Electrical connection ³ kw 65 83 113 Total A 16 --- --- Machine A 16 16 2 Heating A 35 35 5 Cooling water connection max. C 3 min. Δp bar 1,5 DN 25 Machine type with EUROMAP size designation ¹ 63 H 25-8 13 21 Upon request: other machine types and mould installation heights, screws, drive powers etc. All specifications relate to the basic machine version. Deviations are possible depending on variants, process settings and material type. Depending on the drive, certain combinations, e.g. max. injection pressure and max. injection flow may be mutually exclusive. 1) Clamping force (kn) - large injection unit = max. stroke volume (cm³) x max. injection pressure (kbar) 2) Specifications depend on the drive variant / drive configuration. 3) Specifications relate to 4 V/5 Hz. 4) Detailed info in the operating instr. [ ] Specifications apply to alternative equipment. 3
63 H Mould installation dimensions Stroke max. 225 427-1 Ø16 H7 C X Y 48 485 B A max. 5 1) 2) 3) 6 Stroke max. 55 max. 85-13 Ejector bolt X Bore in mould (if required) Y Ø45-,1 43,5 Ø37 Ø45 Ø82 Ø64 Ø43 4 Ø125 1) Ø145 2) Ø7 1) Ø75 2) 3 3 15-,1 21 1 2 1) 15 2) in thermoset version- Injection unit 21 available on request Closing force for spring moulds / during injection compression moulding* Robotic system mounting C 97.5 Closing force [kn] 84 56 32.5 M8-16 deep 1 Mould stroke [mm] * automatic locking force adjustment up to 2 kn 35 1) Injection unit 8 2) Injection unit 13 3) injection unit 21 175 M2-39 deep 4
Mould installation dimensions 63 H Fixed mould mounting platen A 114 55 135 Ø16H7 28 42 56 7 84 11 46.4 11 11.6 735 63 46.4 11.6 946 114 45 Ø 31 4) 62 84 7 56 42 28 M2-39 deep Bores for ARBURG mechanical mould rapid clamping system Moving mould mounting platen B M8-16 deep for robotic system W View W 8 Ø 15 63 735 946 744 128 M8-16 deep for robotic system 4) Guide Ø27 5
63 H Shot weights Theoretical shot weights for the most important injection moulding materials Injection units according to EUROMAP 8 13 21 Screw diameter Polystyrene Styrene heteropolymerizates mm max. g PS max. g SB max. g SAN, ABS 1) 45 5 55 291 359 434 284 35 424 278 344 416 55 6 7 521 62 844 59 66 824 499 594 88 6 7 8 723 984 1286 77 962 1256 693 943 1231 Cellulose acetate max. g CA 1) 327 44 488 586 698 949 814 118 1447 Celluloseacetobutyrate max. g CAB 1) 34 375 454 545 649 883 757 13 1346 Polymethyl methacrylate max. g PMMA Polyphenylene ether, mod. max. g PPE Polycarbonate max. g PC Polysulphone max. g PSU Polyamides max. g PA 6.6 PA 6 1) max. g PA 6.1 PA 11 1) Polyoximethylene (Polyacetal) max. g POM Polyethylene terephthalate max. g PET Polyethylene max. g PE-LD max. g PE-HD Polypropylene max. g PP Fluorpolymerides max. g FEP, PFA, PCTFE 1) max. g ETFE Polyvinyl chloride max. g PVC-U max. g PVC-P 1) 3 371 449 27 333 43 35 377 456 316 39 471 289 357 431 27 333 43 359 443 536 346 427 517 219 271 328 227 28 339 232 286 346 465 574 695 48 54 69 351 434 525 324 41 485 538 641 872 484 575 783 547 651 887 566 673 916 517 616 838 473 575 783 643 765 142 62 738 15 393 468 637 46 483 658 415 494 672 834 992 135 731 87 1185 629 749 12 582 692 942 747 117 1329 671 914 1194 76 134 1351 785 169 1396 719 978 1278 671 914 1194 893 1215 1588 861 1172 1531 546 744 971 564 768 13 576 784 125 1157 1575 258 115 1382 185 874 119 1554 88 199 1436 1) average value ARBURG GmbH + Co KG Arthur-Hehl-Strasse 7229 Lossburg Tel.: +49 7446 33- www.arburg.com E-Mail: contact@arburg.com With locations in Europe: Germany, Belgium, Denmark, France, United Kingdom, Italy, Netherlands, Austria, Poland, Switzerland, Slovakia, Spain, Czech Republic, Turkey, Hungary Asia: People s Republic of China, Indonesia, Malaysia, Singapore, Taiwan, Thailand, United Arab Emirates America: Brazil, Mexico, USA For more information, please go to www.arburg.com. 217 ARBURG GmbH + Co KG The brochure is protected by copyright. Any utilisation, which is not expressly permitted under copyright legislation, requires the previous approval of ARBURG. All data and technical information have been compiled with great care. However we accept no responsibility for correctness. Individual illustrations and information may deviate from the actual delivery condition of the machine. The relevant valid operating instructions are applicable for the installation and operation of the machine. ARBURG GmbH + Co KG DIN EN ISO 91 + 141 + 51 certified 68766_EN_GB_9217 Subject to alterations