Coverage Metal Structure DWG Block for AutoCAD

Duct with polycarbonate cover and metal structure for protection from rain

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

ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, ref circular block, dormit., rooftop, pastry brick, cross, scale:, bath, store, ref circular block, constructor, architects engineers, the masters, date:, flat:, owner:, draft, sheet:, drawing:, scale:, professional:, January, Mr. luis davila, to roar, architecture, architect c.a.p., delfin m. avila sandoval, unfamiliar housing, avp consulting, s.a.c., revision status, rest, scale, rest, scale, rest, scale, rest, scale, lightweight block module, scale, rto., roof of light coverage see detail ” to ”, of steel, of iron, scale, of expansion of, of steel, of expansion of, scale, for anchoring tee profiles, scale, scale, scale, from angulode, scale, you’re welcome, scale, metal coating in ducts, scale, of polycarbonate, detail, of polycarbonate, metal coating in ducts, scale, roof of light coverage see detail ” to ”

Raw text data extracted from CAD file:

Ref circular “$AUDIT_BAD_BLOCK_RECORD1” a bloque Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 0.10 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 3.15 0.25 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 2.60 0.25 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 2.60 0.25 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 2.60 0.25 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 1.25 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 13.30 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 3.25 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 0.50 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 2.35 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 0.50 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 2.35 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 0.50 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 2.35 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 0.50 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 1.00 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 1.50 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 14.80 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 1.62 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 3.22 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 2.85 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 2.85 Ref circular “_Dot” a bloque Ref circular “_Dot” a bloque 1.5 Ref circular “A$C328B0B82” a bloque Ref circular “A$C328B0B82” a bloque Ref circular “A$C328B0B82” a bloque Ref circular “A$C12257139” a bloque Ref circular “A$C12257139” a bloque Ref circular “A$C12257139” a bloque Ref circular “A$C12257139” a bloque <>0 5 5 <>0 5 <>0 5 <>0 5 5 <>0 NPT= + 3.50 NPT= + 6.35 NPT= + 9.20 NPT= + 12.05 NP.= + 13.30 5 <>0 5 <>0 5 <>0 5 <>0 <>.00 <>0 <>0 5 5 5 5 DORMIT. 03 DORMIT. 301 DORMIT. 401 AZOTEA LADRILLO PASTELERO LADRILLO PASTELERO NP.= + 14.80 5 \LCORTE TRANSVERSAL A – A´ ESCALA: 1/50 BAÑO TIENDA 01 V-1 3.15 1.50 1.30 Ref circular “A$C696810CA” a bloque Ref circular “$AUDIT_BAD_BLOCK_RECORD1” a bloque Ref circular “$AUDIT_BAD_BLOCK_RECORD1” a bloque Ref circular “$AUDIT_BAD_BLOCK_RECORD1” a bloque Ref circular “$AUDIT_BAD_BLOCK_RECORD1” a bloque Ref circular “$AUDIT_BAD_BLOCK_RECORD1” a bloque Ref circular “A$C04C00683” a bloque Ref circular “A$C1E99208E” a bloque Ref circular “$AUDIT_BAD_BLOCK_RECORD1″ a bloque Constructora ARQUITECTOS & INGENIEROS DELMAS FECHA: PLANO: PROPIETARIO: PROYECTO : LAMINA: DIBUJO: ESCALA: A.-01 PROFESIONAL: ENERO 2005 Sr. LUIS DAVILA ROJAR 1:50 ARQUITECRURA ARQUITECTO C.A.P. 1935 DELFIN M. AVILA SANDOVAL VIVIENDA UNFAMILIAR 10.73 3.05 4.03 0.35 1.2 10.20 2.00 11.2 2.85 0.15 2.00 0.15 4.75 0.15 10.20 0.15 1.10 0.15 3.25 0.15 2.45 0.15 1.00 0.15 14.00 0.15 7.40 15.30 11.20 33.90 0.15 0.85 0.15 2 2.95 0.95 1.15 0.9 0.03 12.15 0.03 \A1;2.25 \A1;2.00 \A1;0.50 \A1;0.50 \A1;0.50 \A1;2.00 \A1;0.50 \A1;2.00 \A1;0.50 \A1;0.50 \A1;2.25 \A1;2.00 \A1;0.50 \A1;0.50 \A1;0.50 \A1;0.50 \A1;2.00 \A1;2.25 \A1;2.00 \A1;0.50 \A1;0.50 \A1;0.50 \A1;2.00 \A1;0.50 \A1;0.50 \A1;0.50 \A1;1.70 \A1;2.25 \A1;2.00 \A1;0.50 \A1;0.50 \A1;0.50 \A1;1.70 \A1;0.50 \A1;2.25 \A1;2.00 \A1;0.50 \A1;0.50 \A1;0.50 \A1;1.70 \A1;0.50 \A1;1.70 \A1;0.50 \A1;0.50 \A1;2.25 \A1;2.00 \A1;0.50 \A1;0.50 \A1;0.50 \A1;1.70 \A1;0.50 \A1;1.70 \A1;0.50 \A1;0.50 \A1;1.70 \A1;0.50 \A1;1.70 1.95 2.20 2.20 2.15 0.50 0.50 0.50 0.50 0.30 0.30 0.30 0.20 0.20 0.20 0.60 5.75 0.60 6.40 0.60 1.50 1.50 0.50 0.50 0.50 2.20 0.50 1.95 0.60 5.75 0.60 4.52 0.60 0.30 0.30 0.30 0.20 0.20 0.20 1.95 2.20 0.50 0.50 0.30 0.30 0.30 0.60 5.75 0.60 0.20 0.20 0.20 1.50 1.50 0.50 0.50 0.30 0.30 0.30 0.60 4.52 0.60 0.20 0.20 0.20 3.78 4.88 5.20 0.40 4.21 4.34 3.71 1.50 4.00 0.95 2.01 0.95 4.00 3.78 4.88 2.73 0.40 4.21 4.34 3.71 1.50 0.95 2.01 0.95 2.48 6.35 4.92 1.58 0.49 1.25 0.95 5.40 4.92 1.58 0.49 1.25 0.95 0.95 \A1;2.20 \A1;1.70 \A1;0.50 \A1;0.50 AVP CONSULTING S.A.C. ESTADO DE REVISIONES 0.20 0.20 1/16″ 0.1500 0.1500 1 \S1#2;” 1 \S1#2;” \S1#4;” 1″ 1″ \S3#16;” 0.83 0.83 0.83 0.83 0.83 0.83 0.84 0.75 0.74 0.74 0.74 0.74 0.74 0.10 3.15 0.25 2.60 0.25 2.60 0.25 2.60 0.25 1.25 13.30 3.25 0.50 2.35 0.50 2.35 0.50 2.35 0.50 1.00 1.50 14.80 1.62 3.22 2.85 2.85 1.5 VP-303(.30x.40) VA-402(.30x.20) VP-303(.30x.40) VP-303(.30x.40) VP-303(.30x.40) VP-303(.30x.40) VP-303(.30x.40) VP-303(.30x.40) VP-303(.30x.40) VA-403(.30x.20) VA-403(.30x.20) VP-303(.30x.40) VP-303(.30x.40) VP-303(.30x.40) VP-303(.30x.40) VP-303(.30x.40) VP-303(.30x.40) VP-304(.30x.40) VP-304(.30x.40) VP-304(.30x.40) VP-304(.30x.40) VP-304(.30x.40) VP-304(.30x.40) VP-304(.30x.40) VA-402(.30x.20) VA-402(.30x.20) VA-402(.30x.20) VA-402(.30x.20) VA-402(.30x.20) VA-402(.30x.20) VA-402(.30x.20) VA-402(.30x.20) VA-402(.30x.20) VA-403(.30x.20) VA-403(.30x.20) VA-403(.30x.20) VA-403(.30x.20) VA-404(.30x.20) VA-405(.30x.20) V1(.20x.20) V1(.20x.20) 1 d 1/2″ 5 5 5 1 d 1/2″ 5 1 d 1/2″ 1 d 3/8″ 5 5 5 5 5 5 1 d 3/8″ 1 d 3/8″ 1 d 1/2″ 1 d 3/8″ 1 d 1/2″ 1 d 1/2″ 5 5 5 1 d 1/2″ 5 1 d 3/8″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 5 5 5 1 d 1/2″ 5 1 d 1/2″ 1 d 3/8″ 5 5 5 5 5 5 1 d 3/8″ 1 d 3/8″ 1 d 1/2″ 1 d 3/8″ 1 d 1/2″ 1 d 1/2″ 5 5 5 1 d 1/2″ 5 1 d 1/2″ 1 d 3/8″ 5 5 5 5 5 5 1 d 3/8″ 1 d 3/8″ 1 d 1/2″ 1 d 3/8″ 1 d 1/2″ 1 d 1/2″ 5 5 5 1 d 1/2″ 5 1 d 3/8″ 5 5 5 5 5 5 1 d 3/8″ 1 d 3/8″ 1 d 1/2″ 1 d 3/8″ 1 d 1/2″ 1 d 1/2″ 5 5 5 1 d 1/2″ 5 1 d 3/8″ 5 5 5 5 5 5 1 d 3/8″ 1 d 3/8″ 1 d 1/2″ 1 d 3/8″ 1 d 1/2″ 5 5 1 d 1/2″ 1 d 3/8″ 1 d 1/2″ 5 1 d 1/2″ 5 5 5 5 5 5 5 5 d3/8″;1 @ .05;6 @ .10;5@ .15; Resto @ .20 c/e d3/8″;1 @ .05;6 @ .10;5@ .15; Resto @ .20 c/e \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;1 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;1 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” VA – 402 (0.30 X 0.20) ESCALA : 1/25 5 \C94;CORTE 1-1 5 5 \C94;CORTE 2-2 5 5 \C94;CORTE 3-3 5 5 5 5 5 5 \W0.8;\T0.8;1 \W0.8;\T0.8;1 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;3 \W0.8;\T0.8;3 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;3 \W0.8;\T0.8;3 5 5 5 5 5 5 5 5 d3/8″;1 @ .05;6 @ .10;5@ .15; Resto @ .20 c/e d3/8″;1 @ .05;6 @ .10;5@ .15; Resto @ .20 c/e \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;1 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;1 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” VA – 403 (0.30 X 0.20) ESCALA : 1/25 5 \C94;CORTE 1-1 5 5 \C94;CORTE 2-2 5 5 \C94;CORTE 3-3 5 5 5 5 5 5 \W0.8;\T0.8;1 \W0.8;\T0.8;1 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;3 \W0.8;\T0.8;3 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;3 \W0.8;\T0.8;3 5 5 5 5 d3/8″;1 @ .05;6 @ .10;5@ .15; Resto @ .20 c/e \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;1 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” VA – 404 (0.30 X 0.20) ESCALA : 1/25 5 \C94;CORTE 1-1 5 5 \C94;CORTE 2-2 5 5 \C94;CORTE 3-3 5 5 5 5 \W0.8;\T0.8;1 \W0.8;\T0.8;1 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;3 \W0.8;\T0.8;3 5 5 5 5 d3/8″;1 @ .05;6 @ .10;5@ .15; Resto @ .20 c/e \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;2 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;3 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” \W0.5;1 \Fromans|c238;d\Fromans|c0; 1\Fromans|c238;/\Fromans|c0;2\Fromans|c238;” VA – 405 (0.30 X 0.20) ESCALA : 1/25 5 \C94;CORTE 1-1 5 5 \C94;CORTE 2-2 5 5 \C94;CORTE 3-3 5 5 5 5 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;2 \W0.8;\T0.8;3 \W0.8;\T0.8;3 V2(.15x.20) V2(.15x.20) 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 \LPLANTA : ALIGERADO BLOQUE 2 MODULO 1\fArial|b1|i1|c0|p34;\H0.82861x; ESCALA 1/50 5 5 5 1 d 1/2″ 1 d 3/8″ 1 d 1/2″ 1 d 1/2″ 5 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 1 d 1/2″ 10 9 8 7′ 7 6 5 4 3 2 1 3′ 10 9 8 7′ 7 6 5 4 3 2 1 E D C B’ E D C B’ \U+00D8 1\fArial|b0|i1|c238|p34;/\fArial|b0|i1|c0|p34;4\fArial|b0|i1|c238|p34;” 1 a 0.05 \fArial|b0|i1|c0|p34;6\fArial|b0|i1|c238|p34; @ 0.10 Rto. @ 0.2\fArial|b0|i1|c0|p34;0\fArial|b0|i1|c238|p34; c/ext. 4 Ø 1/2″ \L\C94;V1- (20 X 20) 5 5 \W2.09093; TECHO DE COBERTURA \W2.09093; LIVIANA \W4.01950; VER DETALLE ”A” \W0.75;PLANCHA DE ACERO e= 1/16″ \LDETALLE DE PLANCHA DE ANCLAJE\fArial|b1|i1|c0|p34;\H10x; ESCALA 1/2.5 \A1;\W0.75;PERNO DE EXPANSION DE \S1#4;\H1.4286x;” \H0.848x;X\H1.1792x; 2″ 1/16″ 5 5 \A1;\W0.75;SOLDADURA E6011 \W0.75;PLANCHA DE ACERO e= 1/16″ \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;PERNO DE EXPANSION DE \S1#4;\H1.4286x;” \H0.848x;X\H1.1792x; 2″ \W1.96381; \LDETALLE 11\L ESCALA 1/2.5 \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;CAVIDAD PARA ANCLAJE DE PERFILES TEE \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;SOLDADURA E6011 \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;SOLDADURA E6011 \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \W1.82095; \LDETALLE 22\L ESCALA 1/2.5 \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;SOLDADURA E6011 \A1;\W0.75;SOLDADURA E6011 \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;SOLDADURA E6011 \A1;\W0.75;SOLDADURA E6011 \W1.82095; \LDETALLE 33\L ESCALA 1/2.5 \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;SOLDADURA E6011 \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;SOLDADURA E6011 \W1.79714; \LDETALLE 44\L ESCALA 1/2.5 1 \S1#2;” 1 \S1#2;” \S1#4;” \W4.73095; \LPERFIL DE ANGULODE ANGULO\L ESCALA 1/1 1″ 1″ \S3#16;” \W4.70714; \LPERFIL DE TEEDE TEE\L ESCALA 1/1 \LPLANTA:SOPORTE METALICO DE COBERTURA EN DUCTOS ESCALA 1/25 \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;PANEL DE POLICARBONATO E=3mm \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” 5 5 5 5 5 5 5 \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;TEE 1″ X\H1.4535x; 1″ \H0.688x;X\H1.4535x; \H0.7x;\S3#16;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” \A1;\W0.75;PERFIL 1 \S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; 1 \H0.7x;\S1#2;\H1.4286x;” \H0.688x;X\H1.4535x; \H0.7x;\S1#4;\H1.4286x;” 5 5 5 5 5 5 \A1;\W0.75;VER DETALLE 1 \A1;\W0.75;VER DETALLE 2 \A1;\W0.75;VER DETALLE 3 \A1;\W0.75;VER DETALLE 4 \A1;\W0.75;PANEL DE POLICARBONATO E=3mm \LISOMETRIA:SOPORTE METALICO DE COBERTURA EN DUCTOS ESCALA 1/25 \W2.09093; TECHO DE COBERTURA \W2.09093; LIVIANA \W4.01950; VER DETALLE ”A” \W2.09093; TECHO DE COBERTURA \W2.09093; LIVIANA \W4.01950; VER DETALLE ”A” \W2.09093; TECHO DE COBERTURA \W2.09093; LIVIANA \W4.01950; VER DETALLE ”A” \W2.09093; TECHO DE COBERTURA \W2.09093; LIVIANA \W4.01950; VER DETALLE ”A”