Oil Dinamic Cylinder DWG Detail for AutoCAD

Whole and details of oil dinamic cylinder capable to manufacturing in industries

Drawing labels, details, and other text information extracted from the CAD file (Translated from Spanish):

holes, holes, holes, holes, holes, holes, section, section, section, section, section, big train, pipe factory, denomination, first name, scale, date, modifications, drawn, cant, pos., Format, provider’s name:, investment:, by area:, of the provider plane:, date, in kgs., weight unit., approved, description, reviewed, material, firm, observations, dayan marine, luis daboin, cages, oleodynamic cylinder, shirt, puerto ordaz venezuela, calibrator pos., set details, commercial, pos. tec., rev., commercial, leaves, commercial, leaves, viton, leaves, commercial, commercial, leaves, uni, luis daboin, rear head, piston, nut, ring, seal for piston chevron, spacer, stem, flange, front head, flange, leaves, head, leaves, according, allen gr screw, non-return valve, leaves, brake valve, leaves, din, allen gr screw

Raw text data extracted from CAD file:

\A1;\U+220595 \A1;\U+2205125 \A1;\U+220595 \A1;\U+2205105 \A1;\U+2205120 \A1;d122,5 \A1;d63H7 \A1;10 \A1;1×45° \A1;1×45° \A1;1×45° \A1;1×45° \A1;d134 \A1;d120 6 AGUJEROS A 60° d9 \A1;d96 \A1;d100 \A1;dC91H7 \A1;d102 \A1;17,2 \A1;23,2 \A1;0,5×45° \A1;0,5×45° \A1;13 \A1;7,2 \A1;3 \A1;1×45° \A1;d95 \A1;d63H7 \A1;50 \A1;1×45° \A1;5 \A1;5 \A1;60 \A1;70 \A1;12 \A1;d63H7 \A1;d88 \A1;1,5×45° \A1;74 \A1;1,5×45° \A1;d85 \A1;M58x1,5 \A1;d100h6 \A1;3×30° \A1;d63H7 \A1;d125 \A1;R5 \A1;26 \A1;49 \A1;26 \A1;101 \A1;3×30° \A1;d\S3/4;”NPT \A1;21,5 \A1;21,5 \A1;d74 \A1;61 \A1;5 \A1;63 \A1;6 \A1;106 \A1;422 \A1;M58x1,5 \A1;20 \A1;5 \A1;80 \A1;768 \A1;d56MC \A1;1×45° \A1;1×45° \A1;1×45° \A1;1,5×45° \A1;18° \A1;R1,5 \A1;d63h6 \A1;d63h6 \A1;R2,5 \A1;d90j6 \A1;3 \A1;d57 \A1;6 \A1;d200 \A1;d170 6 AGUJEROS d20MA A 60° \A1;2×45° \A1;2×45° \A1;35 \A1;1×45° \A1;1×45° \A1;7 \A1;430 \A1;30 \A1;467 \A1;d142k6 \A1;d125H7 \A1;d150 \A1;d142k6 \A1;3×30° \A1;3×30° \A1;1,5×45° \A1;1,5×45° \A1;d135 \A1;d170 6 AGUJEROS d23 A 60° \A1;d210 \A1;d245 6AGUJEROS d21 A 60° \A1;d295 \A1;1×45° \A1;1×45° \A1;11 \A1;50 \A1;5 \A1;66 \A1;60° \A1;60° \A1;30° \A1;30° \A1;d200H8 \A1;21 \A1;45 \A1;R1 \A1;\U+220595 \A1;\U+2205105 \A1;\U+2205120 \A1;d\S3/4;”NPT \A1;d105H7 \A1;2×45° \A1;d120 \A1;d135 \A1;30 \A1;35 \A1;56 \A1;40 \A1;66 \A1;15 \A1;R1 \A1;d95H7 \A1;2×45° \A1;195,2 \A1;d52 \A1;d1″NPT \A1;d20 \A1;R2 \A1;R2 \A1;d108 \A1;22 \A1;1,5 \A1;60° \A1;60° \A1;60° \A1;30° \A1;30° \A1;60° \A1;30° \A1;30° \A1;20° \A1;20° \A1;20° \A1;\U+2205200 \A1;\U+2205170 \A1;\U+220533 \A1;R22,5 \A1;\U+2205120 \A1;27 \A1;R5 \A1;R5 \A1;R5 \A1;R5 \A1;32,9 \A1;58,2 \A1;50 \A1;d90H7 \A1;d142H7 \A1;\U+22054 \A1;\U+22054,5 \A1;0,5×45° \A1;0,5×45° \A1;d22 \A1;6 \A1;R1 \A1;15 \A1;1 \A1;12 \A1;10° \A1;43 \A1;23 \A1;66 \A1;1,5 \A1;97° \A1;dM12 \A1;d21 \A1;3 \A1;15 \A1;d6 \A1;33 \A1;66 \A1;90° \A1;7,5 \A1;15 \A1;129 \A1;3×45° \A1;30 \A1;25 \A1;d88 \A1;\U+22055 \A1;74 \A1;d56MC \A1;80 \A1;d4 \A1;d4MA \A1;14 \A1;62 \A1;7 \A1;d142 \A1;d128,5 \A1;d1 \S1/4;”NPT \A1;d56 \A1;2,4 \A1;R4 \A1;93 \A1;22 \A1;36 \A1;41 \A1;2×30° \A1;60° \A1;60° \A1;dM12 \A1;d21 \A1;62 \A1;31 \A1;d4 \A1;6 \A1;2 \A1;1×10° \A1;90° \A1;1 \A1;90° \A1;7,5 5 5 5 5 5 d<> d<>H7 5 <>x45° <>x45° <>x45° <>x45° d<> d<> 6 AGUJEROS A 60° d9 d<> d<> dC<>H7 d<> 5 5 <>x45° <>x45° 5 5 5 <>x45° d<> d<>H7 5 <>x45° 5 5 5 5 5 d<>H7 d<> <>x45° 5 <>x45° d<> M58x1,5 d<>h6 <>x30° d<>H7 d<> 5 5 5 5 5 <>x30° d\S3/4;”NPT 5 5 d<> 5 5 5 5 5 5 M<>x1,5 5 5 5 5 d56MC <>x45° <>x45° <>x45° <>x45° 5 5 d<>h6 d<>h6 5 d<>j6 5 d<> 5 d<> d<> 6 AGUJEROS d20MA A 60° <>x45° <>x45° 5 <>x45° <>x45° 5 5 5 5 d<>k6 d<>H7 d<> d<>k6 <>x30° <>x30° <>x45° <>x45° d<> d<> 6 AGUJEROS d23 A 60° d<> d<> 6AGUJEROS d21 A 60° d<> <>x45° <>x45° 5 5 5 5 5 5 5 5 d<>H8 5 5 5 5 5 5 d\S3/4;”NPT d<>H7 <>x45° d<> d<> 5 5 5 5 5 5 5 d<>H7 <>x45° 5 d<> d1″NPT d<> 5 5 d<> 5 5 1 2 3 4 5 6 7 8 9 10 11 12 15 14 13 16 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 d8MA 27 5 5 5 5 5 5 5 d<>H7 d<>H7 5 5 C C A SECCIÓN A-A SECCIÓN B-B B B A D SECCIÓN C-C D SECCIÓN D-D <>x45° <>x45° d<> 5 5 d119 d125 5 5 5 5 5 5 5 d200 5 d125 d135 SECCIÓN E-E E E 5 dM12 d21 3 15 d<> 5 5 5 5 5 5 <>x45° 5 5 d<> 5 5 d<>MC 5 d<> d<>MA 16 17 \A1;\U+2205210 5 5 5 d<> d<> d1 \S1/4;”NPT d56 5 5 5 5 5 5 <>x30° 5 5 d160 dM12 d21 5 d92 5 d88H7 d4 F F DETALLE”A” DETALLE”B” DETALLE”A” DETALLE”B” DETALLE”A” DETALLE”B” SECCIÓN “F-F” 5 5 <>x10° 5 5 d108 d119 d125k6 DETALLE”C” DETALLE”C” 5 5 TREN GRANDE FABRICA DE TUBOS DENOMINACION NOMBRE ESCALA FECHA S/E MODIFICACIONES N° DIBUJADO CANT. POS. FORMATO A2 NOMBRE DEL PROVEEDOR: INVERSION: N° DEL PLANO-TAVSA, POR AREA: N° DEL PLANO PROVEEDOR: FECHA EN KGS. PESO UNIT. (FIRMAS) APROBADO DESCRIPCION REVISADO MATERIAL FIRMA OBSERVACIONES DAYAN MARINE LUIS DABOIN JAULAS CALIBRADORAS/TORNO KRI75 CILINDRO OLEODINÁMICO CAMISA G-22 1 PUERTO ORDAZ – VENEZUELA 1 CALIBRADOR MW750-J6 POS. 016 CONJUNTO Y DETALLES 1 2 1 3 1 4 2 5 COMERCIAL FTB-TGR-CALB-JCAL N° POS. TEC. REV. 0 FTB-TGR-TV-MDT531 27/12/06 , COMERCIAL SAE 1040 SAE 1040 2 6 1 7 1 8 1 9 COMERCIAL SAE 4340 VITON SAE 1040 COMERCIAL 1 10 2 11 1 12 COMERCIAL SAE 1040 SAE 1040 POS.4 CANT.:1 POS.7 CANT.:1 POS.5 CANT.:2 POS.3 CANT.:1 POS.9 CANT.:1 POS.11 CANT.:1 POS.12 CANT.:1 POS.8 CANT.:1 POS.1 CANT.:1 , POS.16 CANT.:1 UNI 668 LUIS DABOIN 27/12/06 27/12/06 CABEZAL TRASERO PISTÓN TUERCA ANILLO SELLO PARA PISTÓN CHEVRON DISTANCIADOR VÁSTAGO BRIDA O-RING CABEZAL DELANTERO BRIDA POS.13 CANT.:1 1 13 SAE 4340 CABEZAL 6 14 SAE 4340 6 15 SEGÚN TORNILLO ALLEN d20MAx140. Gr 8.8 2 16 VÁLVULA ANTIRRETORNO 2 17 SAE 1045 VÁLVULA DE FRENADO POS.2 CANT.:1 SAE 1045 DIN TORNILLO ALLEN d8MAx35 Gr 8.8