Tankof Air Reservoir 3D DWG Model for AutoCAD

Tankof Air Reservoir 3D DWG Model for AutoCAD

Steel tank of compressed air in 3D

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

std material., carbon steel, nozzles, body, coples, flanges, tapas, of inspection, Connection, registry, drainage connection, concrete, mm holes., equally spaced in, a mm., mm., calculation of the total surface exposed pressure, calculation of hydrostatic test pressure, calculation of the diameter of the safety valve, diameter of safety valve used mm., pp pm, cople n.p.t., cant, wrought, letter, cople n.p.t., flange s.o.r.f., registry, description, cople n.p.t., safety valve connection, air control connection, connection for manometer, registration connection, of air, inspection record, service, drain connection, rank of, observations, calibrated, test pressure, formula, anchors, air control, connection to, thickness mm., calculation of the maximum operating pressure, maximum operating pressure, body, formula, body, formulas, tapas, development of calculations, cap lids, thickness calculation, total area exposed pressure, body, tapas, formulas, formulas, of air, dimensions in mm., storage tank, date:, indicated scale, Inc., mine, file: rp, mm., pp kg., mm., mm., mm., efficiency of elect., tensile breaking coefficient, total area subject to pressure, diameter of the safety valve, technical data, valve connection, calibrated, rank, pressure gauge, connection to, of security, ext, operating temperature, diameter, security factor, age coefficient, corrosion factor, thickness of lids, body thickness, height of lids, mean radius of curvature, long middle part of the tank, constant for sweet steel, operating pressure, test pressure, Design pressure, max. pressure Operation, mm., mm., mm., mm., air storage tank, drawing: manuel e. santini

Raw text data extracted from CAD file:

MATERIAL STD. ACERO AL CARBON ACERO AL CARBON ACERO AL CARBON ACERO AL CARBON ACERO AL CARBON BOQUILLAS CUERPO COPLES BRIDAS TAPAS DE INSPECCION \A1;390 CONEXION P/REGISTRO "E" \A1;4267 "G" REGISTRO \A1;913 CONEXION DREN (BASE DE CONCRETO ARMADO) "B" \A1;738 \A1;913 \A1;3505.2 12 AGUJEROS DE 22.2 mm. IGUALMENTE ESPACIADOS EN UN 0 DE 361.9 mm. 12.7 "F" \A1;915 \A1;1067 \A1;459 12.7 mm. t CALCULO DE LA SUPERFICIE TOTAL EXPUESTA A PRESION CALCULO DE LA PRESION DE PRUEBA HIDROSTATICA CALCULO DEL DIAMETRO DE LA VALVULA DE SEGURIDAD DIAMETRO DE LA VALVULA DE SEGURIDAD USADO = 50.8 mm. Pp = Pm X 1.5 COPLE 1 1/4" 0 N.P.T. 3000 COPLE 1/2" 0 N.P.T. 3000 CANT. C FORJADO SA 285 C A-105 A-36 G E F D A-36 LETRA B A 1 COPLE 1" 0 N.P.T. 3000 COPLE 2" 0 N.P.T. 3000 BRIDA 10" 0 S.O.R.F. 150 REGISTRO 11" X 15" 1 2 1 1 DESCRIPCION COPLE 2" 0 N.P.T. 3000 1 1 \A1;812.2 \A1;812.2 CONEXION VALVULA SEGURIDAD CONEXION CONTROL DE AIRE CONEXION PARA MANOMETRO CONEXION PARA REGISTRO ENTRADA/SALIDA DE AIRE REGISTRO DE INSPECCION SERVICIO CONEXION PARA DREN RANGO DE 0 A 11 Kg./cm. 2 OBSERVACIONES CALIBRADA A 8.8 Kg./cm. 2 DV = 26 PRESION DE PRUEBA = 16.17 Kg./cm. FORMULA Pm + 0.59 A 2 (8 ANCLAS DE 5/8"0) \A1;406.4 "F" \A1;300 CONTROL DE AIRE CONEXION PARA "C" \A1;3667 P . D . C 200 K EM ESPESORES USADOS = 12.7 mm. CALCULO DE LA PRESION MAXIMA DE OPERACION PRESION MAXIMA DE OPERACION = 10.78 Kg./cm. CUERPO FORMULA Pm= CUERPO FORMULAS: TAPAS Pm= t= 200 K . t . EM D . C RM 1 2 200 K e 2 1 + 3 K DESARROLLO DE CALCULOS TAPAS A=No. DE TAPAS X A= DL P . RM 200 K CALCULO DE ESPESORES SUPERFICIE TOTAL EXPUESTA A PRESION = 18.926 CUERPO TAPAS FORMULAS: e= FORMULAS: 2 + K 3 4 (D + 4h ) 2 2 DE AIRE Cotas en mm. TANQUE DE ALMACENAMIENTO Fecha: 15 /07/ 2003 Escala INDICADA CIA. : MINA Archivo: RP 15-3D = 33.54 mm. 10.78 + 0.59 DV = 26 18.926 (5) 2 (10 Kg./cm. )(1346.6 mm.) (0.7) 200(6.5 Kg./cm. )(12.7 mm.) 200(40.84 Kg./cm. )(12.7 mm.)(0.7) Pp =10.78 X 1.5 = 16.17 Kg. /cm. Pm= 905.5 mm. (1346.6)(5) 2 200 (40.84 Kg./cm. ) Pm= t= 2 ) 2 =18.23 Kg./cm. = 10.78 Kg./cm. 2 2 =11.77 mm. 2 (1.3466 M.) + 4(0.300 M. A= (1.3466 M.)(3.667 M.) = 15.513 (10 Kg./cm. )(905.5 mm.) 200 (6.5 Kg./cm. e = 2 M 2 2 ) A=2 X 4 2 M = 6.96 mm. 2 ) =3.4138 2 2 M EFICIENCIA DE LA SOLDADURA ELECT. COEFICIENTE DE RUPTURA POR TRACCION SUPERFICIE TOTAL SUJETA A PRESION DIAMETRO DE LA VALVULA DE SEGURIDAD DATOS TECNICOS CONEXION VALVULA CALIBRADA A 8.8 Kg./cm. RANGO 0 A 11 Kg./cm. "D" MANOMETRO CONEXION PARA DE SEGURIDAD "A" 2 2 1372 EXT O . \A1;300 T TEMPERATURA DE OPERACION DIAMETRO FACTOR DE SEGURIDAD COEFICIENTE DE EDAD FACTOR DE CORROSION ESPESOR DE TAPAS ESPESOR DE CUERPO ALTURA DE TAPAS RADIO MEDIO DE CURVATURA LARGO PARTE MEDIA DEL TANQUE CONSTANTE PARA EL ACERO DULCE h e A DV K 2 K 3 1 K D RM L F C EM PRESION DE OPERACION PRESION DE PRUEBA PRESION DE DISEÑO PRESION MAX. DE OPERACION P Pp Pm Po C 35 mm. 300 40.84 18.926 50.8 12.7 6.5 1.0 2 mm. mm. M Kg./cm. Kg./cm. mm. 2 2 905.5 3667 1346.6 5 5 70 mm. mm. mm. % 16.17 10.78 10.0 8.8 2 Kg./cm. Kg./cm. Kg./cm. o 2 2 Kg./cm. 2 TANQUE DE ALMACENAMIENTO DE AIRE Dibujo: Manuel E. Santini

Language	Spanish
Drawing Type	Model
Category	Industrial
Additional Screenshots
File Type	dwg
Materials	Concrete, Steel
Measurement Units
Footprint Area
Building Features	Car Parking Lot
Tags	air, aspirador de pó, aspirateur, autocad, bohrmaschine, compressed, compresseur, compressor, drill, DWG, guincho, kompressor, machine, machine de forage, machinery, máqu, model, press, rack, reservoir, staubsauger, steel, tank, treuil, vacuum, winch, winde