Pool DWG Section for AutoCAD

Pool DWG Section for AutoCAD

Brick masonry pool – plants – sections – Infrastructural Development

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

pool, pool wall, skimmer shaft, mouth skimmer, pool wall, profile, front view, masonry in common brick traba: English rig, double slab grill, double slab grill, double slab grill, structural foundation pools, bottom pools, They are, esc, esc, They are, esc, esc, esc, esc, They are, esc, esc, esc, esc, They are, esc, esc, They are, esc, esc, They are, esc, esc, They are, esc, esc, They are, esc, esc, They are, esc, esc, They are, esc, esc, They are, esc, esc, n.e, double slab grill, masonry in common brick traba: English rig, intermediate beams, upper beams, double slab grill, masonry in common brick traba: English rig, sheet of water, waterproofing, waterproofing, masonry in common brick traba: English rig, skimmer, masonry in common brick traba: English rig, masonry in common brick traba: English rig, pool edge detail, waterproofing, They are, esc, esc, esc, esc, They are, esc, esc, esc, esc, They are, esc, esc, They are, esc, esc, They are, esc, esc, They are, esc, esc, They are, esc, esc, esc, esc, esc, esc, esc, esc, They are, esc, esc, esc, esc, esc, esc, esc, esc, slab, edge pool non-slip athermic floor, masonry in common brick traba: English rig, waterproof mortar, Sika, sikaplan, pool edge impermeability detail, double slab grill, sheet of water, n.e, n.e, axis, masonry in common brick traba: English rig, skimmer, skimmer box, waterproofing, skimmer, pool edge, sheet of water, double slab grill, n.e, pool edge, masonry in common brick traba: English rig, axis, column, They are, esc, column, They are, esc, column, They are, esc, box of steels columns, diagram, quantity, product, long, Location, bar list, in column in column, in column, in column in column, in column, total weight bars kg, bar list, in column, in column, in column, total weight bars kg, Total weight, steel frame beams foundation, diagram, quantity, product, long, Location, bar list, in in, in in, in you, in in, in in, total weight bars kg, bar list, in in, in in, total weight bars kg, Total weight, steel frame intermediate steel beams, diagram, quantity, product, long, Location, bar list, in in, in in, in in, in in, total weight bars kg, bar list, in in, in in, in in, in in, total weight bars kg, Total weight

Raw text data extracted from CAD file:

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\A1;0.84 \A1;0.84 \A1;1.32 \A1;1.01 \A1;0.84 \A1;1.01 \A1;1.32 \A1;0.84 \A1;2.75 \A1;2.75 \A1;2.74 \A1;0.50 \A1;1.94 \A1;0.84 \A1;0.40 \A1;1.30 \A1;0.40 \A1;0.35 \A1;0.17 \A1;2.00 \A1;0.84 \A1;1.01 \A1;1.32 \A1;1.32 \A1;1.01 \A1;0.84 \A1;0.40 \A1;1.09 \A1;0.96 \A1;0.17 \A1;0.84 \A1;2.75 \A1;2.75 \A1;2.74 \A1;0.50 \A1;1.94 \A1;0.84 \A1;0.84 \A1;1.01 \A1;1.32 \A1;1.32 \A1;1.01 \A1;0.84 \A1;0.30 \A1;0.10 \A1;0.30 \A1;0.35 \A1;0.17 \A1;0.84 \A1;1.01 \A1;1.32 \A1;1.32 \A1;1.01 \A1;0.84 A B C D E F G H A B C D E F G H 1 2 4 6 7 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 +0.65 +0.80 MURO PISCINA EJE DESNATADOR \A1;DESNATADOR \LDETALLE 2 5 5 +0.65 5 5 Boca Desnatador Muro Piscina +0.80 esc_1:20 PERFIL VISTA FRONTAL 5 5 5 5 3 5 1 2 4 6 7 5 5 5 5 5 5 3 5 N.E-0.65 N.E-0.35 N.E-2.05 CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) A B C D E F G H A B C D E F G H 1 2 4 6 7 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 3 5 1 2 4 6 7 5 5 5 5 5 5 3 5 MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS N.E-0.65 LOSA e:25cm DOBLE PARRILLA 1#5@16cm N.E-0.35 LOSA e:25cm DOBLE PARRILLA 1#5@16cm 5 5 5 N.E-2.05 LOSA e:25cm DOBLE PARRILLA 1#5@16cm CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) A B C D E F G H A B C D E F G H 1 2 4 6 7 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 3 5 1 2 4 6 7 5 5 5 5 5 5 3 5 CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) CT-2 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) 5 VC-1(0.35x0.40) VC-1(0.35x0.40) VC-1(0.35x0.40) CT-1 (0.25x0.35) VC-2 (0.35x0.40) VC-3(0.35x0.40) VC-3(0.35x0.40) VC-3(0.35x0.40) VC-1(0.35x0.40) VC-1(0.35x0.40) VC-1(0.35x0.40) VC-2 (0.35x0.40) VC-4(0.35x0.40) VC-4(0.35x0.40) VC-5(0.35x0.40) VC-6(0.35x0.40) VC-5(0.35x0.40) VC-6(0.35x0.40) VC-6(0.35x0.40) VC-6(0.35x0.40) VC-6(0.35x0.40) VC-6(0.35x0.40) VC-6(0.35x0.40) VC-6(0.35x0.40) \LPLANTA ESTRUCTURAL CIMIENTOS PISCINAS \lESC_1:50 VC-7(0.35x0.40) VC-7(0.35x0.40) VC-8(0.35x0.40) VC-8(0.35x0.40) VC-9(0.35x0.40) VC-13(0.35x0.40) VC-9(0.35x0.40) VC-9(0.35x0.40) VC-9(0.35x0.40) VC-11 \T0.85000;(0.35x0.40) VC-11 \T0.85000;(0.35x0.40) VC-12(\T0.85000;0.35x0.40) VC-12(\T0.85000;0.35x0.40) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) CT-2 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) \LVISTA INFERIOR PISCINAS \lESC_1:50 CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) VC-13(0.35x0.40) VC-10 (0.35x0.40) VC-10 (0.35x0.40) VC-1 N.E-2.05 Son 2 ESC 1:50 35 x 40 ESC 1:20 B C D E 3#5 8.55/9.05 3#5 8.55/9.05 21 7.5 26 65#3-109(21x26) 35 40 21E#3@11.5 22E#3@11.5 22E#3@11.5 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 VC-2 N.E-2.05 Son 2 ESC 1:50 35 x 40 ESC 1:20 A B 3#5 1.1/1.6 3#5 1.1/1.6 21 7.5 26 5#3-109(21x26) 35 40 5E#3@11.5 VC-3 N.E-2.05 Es 1 ESC 1:50 35 x 40 ESC 1:20 A B C D E 3#5 9.4/9.9 3#5 9.4/9.9 21 7.5 26 70#3-109(21x26) 35 40 5E#3@11.5 22E#3@11.5 21E#3@11.5 22E#3@11.5 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 VC-4 N.E-2.05 Son 2 ESC 1:50 35 x 40 ESC 1:20 A B 3#5 1.65/2.15 3#5 1.65/2.15 21 7.5 26 10#3-109(21x26) 35 40 10E#3@11.5 1.00 1.00 VC-5 N.E-2.05 Es 1 ESC 1:50 35 x 40 ESC 1:20 2 4 6 3#5 4.9/5.4 3#5 4.9/5.4 21 7.5 26 36#3-109(21x26) 35 40 18E#3@11.5 18E#3@11.5 1.00 1.00 1.00 1.00 VC-6 N.E-2.05 Son 4 ESC 1:50 35 x 40 ESC 1:20 1 4 7 3#5 6.6/7.1 3#5 6.6/7.1 21 7.5 26 50#3-109(21x26) 35 40 25E#3@11.5 25E#3@11.5 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 VC-7 N.E-0.35/-0.65 Son 2 ESC 1:50 35 x 40 ESC 1:20 F G 3#5 2.25/2.75 3#5 2.25/2.75 21 7.5 26 15#3-109(21x26) 35 40 15E#3@11.5 1.00 1.00 VC-11 N.E-0.35/-0.65 Son 2 ESC 1:50 35 x 40 ESC 1:20 G H 3#5 1.1/1.6 3#5 1.1/1.6 21 7.5 26 5#3-109(21x26) 35 40 5E#3@11.5 VC-8 N.E-0.35/-0.65 Son 2 ESC 1:50 35 x 40 ESC 1:20 F G H 3#5 3.1/3.6 3#5 3.1/3.6 21 7.5 26 20#3-109(21x26) 35 40 15E#3@11.5 5E#3@11.5 1.00 1.00 VC-9 N.E-0.35/-0.65 Son 4 ESC 1:50 35 x 40 ESC 1:20 1-7 3-5 3#5 2.05/2.55 3#5 2.05/2.55 21 7.5 26 13#3-109(21x26) 35 40 13E#3@11.5 1.00 1.00 VC-10 N.E-0.35/-0.65 Son 2 ESC 1:50 35 x 40 ESC 1:20 5-3 6-2 3#5 1.2/1.7 3#5 1.2/1.7 21 7.5 26 6#3-109(21x26) 35 40 6E#3@11.5 VC-13 N.E-0.35/-0.65 Son 2 ESC 1:50 35 x 40 ESC 1:20 3 5 3#5 3.05/3.55 3#5 3.05/3.55 21 7.5 26 22#3-109(21x26) 35 40 22E#3@11.5 1.00 2.00 1.00 2.00 VC-12 N.E-0.35/-0.65 Son 2 ESC 1:50 35 x 40 ESC 1:20 G H 3#5 1.65/2.15 3#5 1.65/2.15 21 7.5 26 9#3-109(21x26) 35 40 9E#3@11.5 1.00 1.00 VA-1(0.25x0.25) VA-2(0.25x0.25) \T0.9;VA-3(0.25x0.25) VA-4 (0.25x0.25) VA-4 (0.25x0.25) VA-1(0.25x0.25) VA-2(0.25x0.25) \T0.9;VA-3(0.25x0.25) VA-4 (0.25x0.25) VA-4 (0.25x0.25) VA-13(0.25x0.25) VA-13(0.25x0.25) VA-5(0.25x0.25) VA-5(0.25x0.25) VA-6 (0.25x0.25) VA-6 (0.25x0.25) VA-7(0.25x0.25) VA-8(0.25x0.25) VA-9(0.25x0.25) VA-10 (0.25x0.25) VA-10 (0.25x0.25) \T0.9;VA-3(0.25x0.25) VA-4 (0.25x0.25) VA-4 (0.25x0.25) VA-11 (0.25x0.25) CT-3 (0.25x0.35) VA-12 (0.25x0.25) N.E-2.45 N.E-2.05 N.E-0.75 N.E-0.35 N.E 0.00 N.E+0.17 N.E-2.00 VC-9 (0.35x0.40) VC-10 (0.35x0.40) LOSA e:25cm DOBLE PARRILLA 1#5@16cm 5 VA-7 (0.25x0.25) VA-8 (0.25x0.25) N.E-0.30 A B C D E F G H A B C D E F G H 1 2 4 6 7 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 3 5 1 2 4 6 7 5 5 5 5 5 5 3 5 MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-1 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-2 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) CT-2 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) CT-3 (0.25x0.35) \LPLANTA VIGAS INTERMEDIAS \lESC_1:50 \LPLANTA VIGAS SUPERIORES \lESC_1:50 V.IN-1(0.35x0.30) V.IN-1(0.35x0.30) V.IN-1(0.35x0.30) V.IN-1(0.35x0.30) V.IN-1(0.35x0.30) V.IN-1(0.35x0.30) V.IN-2(0.35x0.30) V.IN-2(0.35x0.30) V.IN-3(0.35x0.30) V.IN-3(0.35x0.30) V.IN-4(0.35x0.30) V.IN-4(0.35x0.30) V.IN-2(0.35x0.30) VC-5 (0.35x0.40) VC-6 (0.35x0.40) VC-6 (0.35x0.40) VC-6 (0.35x0.40) VC-6 (0.35x0.40) LOSA e:25cm DOBLE PARRILLA 1#5@16cm V.IN-3(0.35x0.30) VA-4 (0.25x0.25) VA-5 (0.25x0.25) MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS A B C D E F G H 5 5 5 5 5 5 5 LÁMINA DE AGUA 5 5 5 5 5 5 IMPERMEABILIZACIÓN IMPERMEABILIACIÓN A A B B C C A A B B C C A A B B C C A A B B C C MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS \LCORTE A-A \lESC_1:50 DESNATADOR DESNATADOR V.IN-1(0.35x0.30) VA-2 (0.25x0.25) MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS VA-2 (0.25x0.25) MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS V.IN-1(0.35x0.30) DETALLE BORDE PISCINA DETALLE BORDE PISCINA N.E-2.00 IMPERMEABILIZACIÓN N.E-0.96 1 2 4 6 7 3 5 V.IN-1 N.E-0.96 Son 2 ESC 1:50 35 x 30 ESC 1:20 B C D E 2#5 8.45/8.95 2#5 8.4/8.9 22 7.5 17 102#3-93(22x17) 35 30 9E#3@5 16E#3@10 9E#3@5 9E#3@5 16E#3@10 9E#3@5 9E#3@5 16E#3@10 9E#3@5 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 V.IN-2 N.E-0.96 Es 1 ESC 1:50 35 x 30 ESC 1:20 2 4 6 2#5 4.8/5.3 2#5 4.8/5.3 22 7.5 17 56#3-93(22x17) 35 30 9E#3@5 10E#3@10 9E#3@5 9E#3@5 10E#3@10 9E#3@5 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 V.IN-4 N.E-0.96 Son 2 ESC 1:50 35 x 30 ESC 1:20 A B 2#5 1.45/1.95 2#5 1.45/1.95 22 7.5 17 18#3-93(22x17) 35 30 9E#3@5 9E#3@5 1.00 1.00 V.IN-3 N.E-0.96 Es 1 ESC 1:50 35 x 30 ESC 1:20 1 4 7 2#5 6.6/7.1 2#5 6.6/7.1 22 7.5 17 72#3-93(22x17) 35 30 9E#3@5 18E#3@10 9E#3@5 9E#3@5 18E#3@10 9E#3@5 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 VA-1 N.E+0.12 Son 2 ESC 1:50 25 x 25 ESC 1:20 B C 2#5 3.95/4.45 2#5 3.95/4.45 12 7.5 12 51#3-63(12x12) 25 25 8E#3@5 20E#3@8 8E#3@5 15E#3@5 1.00 2.00 1.00 2.00 VA-2 N.E+0.12 Son 2 ESC 1:50 25 x 25 ESC 1:20 D E 2#5 3.95/4.45 2#5 3.95/4.45 12 7.5 12 51#3-63(12x12) 25 25 15E#3@5 8E#3@5 20E#3@8 8E#3@5 1.00 2.00 1.00 2.00 VA-3 N.E+0.12 Son 3 ESC 1:50 25 x 25 ESC 1:20 2#5 .8/1.3 2#5 .8/1.3 12 7.5 12 8#3-63(12x12) 25 25 8E#3@5 VA-4 N.E+0.12 Son 6 ESC 1:50 25 x 25 ESC 1:20 2#5 .8/1.3 2#5 .8/1.3 12 7.5 12 8#3-63(12x12) 25 25 8E#3@5 VA-6 N.E+0.12 Son 2 ESC 1:50 25 x 25 ESC 1:20 A B 2#5 1.45/1.95 2#5 1.45/1.95 12 7.5 12 16#3-63(12x12) 25 25 6E#3@5 4E#3@8 6E#3@5 1.00 1.00 VA-5 N.E+0.12 Es 1 ESC 1:50 25 x 25 ESC 1:20 1 4 7 2#5 6.6/7.1 2#5 6.6/7.1 12 7.5 12 85#3-63(12x12) 25 25 9E#3@5 24E#3@8 9E#3@5 11E#3@5 22E#3@8 10E#3@5 1.00 2.00 1.00 2.00 1.00 2.00 1.00 2.00 VA-7 N.E+0.12 Es 1 ESC 1:50 25 x 25 ESC 1:20 1 3 5 7 2#5 6.6/7.1 2#5 6.6/7.1 12 7.5 12 86#3-63(12x12) 25 25 9E#3@5 6E#3@8 9E#3@5 10E#3@5 17E#3@8 9E#3@5 10E#3@5 6E#3@8 10E#3@5 1.00 1.00 2.00 1.00 1.00 1.00 2.00 1.00 VA-8 N.E+0.12 Es 1 ESC 1:50 25 x 25 ESC 1:20 2 3 5 6 2#5 5.25/5.75 2#5 5.25/5.75 12 7.5 12 65#3-63(12x12) 25 25 15E#3@5 9E#3@5 17E#3@8 10E#3@5 14E#3@5 1.00 2.00 1.00 2.00 VA-10 N.E+0.12 Son 2 ESC 1:50 25 x 25 ESC 1:20 G H 2#5 1.45/1.95 2#5 1.45/1.95 12 7.5 12 16#3-63(12x12) 25 25 6E#3@5 4E#3@8 6E#3@5 1.00 1.00 VA-9 N.E+0.12 Es 1 ESC 1:50 25 x 25 ESC 1:20 F G 2#5 2.1/2.6 2#5 2.1/2.6 12 7.5 12 26#3-63(12x12) 25 25 8E#3@5 11E#3@8 7E#3@5 1.00 1.00 VA-11 N.E+0.12 Es 1 ESC 1:50 25 x 25 ESC 1:20 F 2#5 .8/1.3 2#5 .8/1.3 12 7.5 12 7#3-63(12x12) 25 25 7E#3@5 VA-12 N.E+0.12 Es 1 ESC 1:50 25 x 25 ESC 1:20 G 2#5 .85/1.35 2#5 .85/1.35 12 7.5 12 7#3-63(12x12) 25 25 7E#3@5 LOSA e:10cm PARRILLLA 1#4@15cm BORDE PISCINA PISO ATERMICO ANTIDESLIZANTE 2% MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS MORTERO IMPERMEABILIZADO SIKA-1 (e:4cm) SIKA 101-MORTERO (e:2.5mm) SIKAPLAN 15P (e:1.5mm) DETALLE IMPERMEAILIZACIÓN Y BORDE PISCINA LOSA e:25cm DOBLE PARRILLA 1#5@16cm VC-1(0.35x0.40) VC-1(0.35x0.40) VC-3(0.35x0.40) 5 5 5 5 5 5 \LCORTE B-B \lESC_1:50 LÁMINA DE AGUA N.E-2.45 N.E-2.05 N.E 0.00 N.E+0.17 N.E-0.96 5 5 5 5 VC-6 (0.35x0.40) VC-6 (0.35x0.40) VC-6 (0.35x0.40) VC-6 (0.35x0.40) N.E-2.45 N.E-2.05 N.E 0.00 N.E+0.17 N.E-0.96 VC-1(0.35x0.40) VC-1(0.35x0.40) VC-1(0.35x0.40) \LPERFIL EJE 7 \lESC_1:50 A B C D E F G H 5 5 5 5 5 5 5 MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS DESNATADOR CAJA DESNATADOR CAJA DESNATADOR VA-1(0.25x0.25) VA-2(0.25x0.25) V.IN-1(0.35x0.30) V.IN-1(0.35x0.30) V.IN-1(0.35x0.30) VC-7(0.35x0.40) V.IN-3(0.35x0.30) VC-9(0.35x0.40) VC-9(0.35x0.40) N.E-0.75 IMPERMEABILIZACIÓN VA-9(0.25x0.25) VA-12(0.25x0.25) VC-7(0.35x0.40) VC-8(0.35x0.40) VC-8(0.35x0.40) VC-7(0.35x0.40) DESNATADOR BORDE PISCINA 1 2 4 6 7 3 5 5 5 5 5 5 5 \LCORTE C-C \lESC_1:50 LÁMINA DE AGUA LOSA e:25cm DOBLE PARRILLA /1#5@16cm N.E-0.75 N.E-0.35 N.E 0.00 N.E+0.17 N.E-0.65 N.E-1.05 5 5 5 5 5 VA-7(0.25x0.25) 1 2 4 6 7 3 5 5 5 5 5 5 5 N.E-0.75 N.E-0.35 N.E+0.17 N.E-0.65 N.E-1.05 VC-7(0.35x0.40) VC-8(0.35x0.40) VC-8(0.35x0.40) VC-7(0.35x0.40) VC-9(0.35x0.40) VC-9(0.35x0.40) VC-13(0.35x0.40) BORDE PISCINA MAMPOSTERIA EN LADRILLO COMÚN (24.5x12x5.5) TRABA:APAREJO INGLÉS \LPERFIL EJE F \lESC_1:50 CT-2 (0.25x0.35) CT-3 (0.25x0.35) Columna CT-1 Son 12 ESC 1:15 0.40 (25 x 35) 0.79 0.30 (25 x 35) 0.825 0.25 -2.05 -0.96 .115 N-2.05 N-0.96 N+0.12 f'c=245 f'c=245 20 20 5#4L=2.47/2.87 20 20 5#4L=2.47/2.87 0.25x0.35 38#3-95(15x25) 38#3-32(17) 15 7.5 25 7.5 7.5 17 6E#3C/6 6E#3C/6 6E#3C/6 6E#3C/6 7E#3C/6 4E#3C/6 3E#3C/6 Columna CT-2 Son 5 ESC 1:15 0.40 (25 x 35) 0.215 0.25 -0.35 .115 N-0.35 N+0.12 f'c=245 20 20 5#4L=0.76/1.16 20 20 5#4L=0.76/1.16 0.25x0.35 12#3-95(15x25) 12#3-32(17) 15 7.5 25 7.5 7.5 17 1E#3C/6 2E#3C/6 6E#3C/6 3E#3C/6 Columna CT-3 Son 5 ESC 1:15 0.40 (25 x 35) 0.51 0.25 -0.65 .11 N-0.65 N+0.12 f'c=245 20 20 5#4L=1.06/1.46 20 20 5#4L=1.06/1.46 0.25x0.35 17#3-95(15x25) 17#3-32(17) 15 7.5 25 7.5 7.5 17 4E#3C/6 4E#3C/6 6E#3C/6 3E#3C/6 CUADRO DE ACEROS COLUMNETAS DIAGRAMA CANTIDAD PRODUCTO LONG. (m) UBICACION b=0.15 h=0.25 g=0.075 b h Lista de barras #3 601 #3 0.95 [ 456 En Columna CT-1 ].[ 60 En Columna CT-2 ].[ 8 5 En Columna CT-3 ]. h=0.17 g=0.075 h 601 #3 0.32 [ 456 En Columna CT-1 ].[ 60 En Columna CT-2 ].[ 8 5 En Columna CT-3 ]. Peso total barras #3 =427.43 kg 2.47 0.20 0.20 Lista de barras #4 120 #4 2.87 [ 120 En Columna CT-1 ]. 1.06 0.20 0.20 50 #4 1.46 [ 50 En Columna CT-3 ]. 0.76 0.20 0.20 50 #4 1.16 [ 50 En Columna CT-2 ]. Peso total barras #4 =472.55 kg PESO TOTAL = 899.98 kg CUADRO DE ACEROS VIGAS CIMIENTOS DIAGRAMA CANTIDAD PRODUCTO LONG. (m) UBICACION b=0.21 h=0.26 g=0.075 b h Lista de barras #3 672 #3 1.09 [ 130 En VC-1/N.E-2.05 ].[ 10 En VC-2/N.E-2.05 ].[ 7 0 En VC-3/N.E-2.05 ].[ 20 En VC-4/N.E-2.05 ].[ 36 En VC-5/N.E-2.05 ].[ 200 En VC-6/N.E-2.05 ].[ 30 En VC -7/N.E-0.35/-0.65 ].[ 10 En VC-11/N.E-0.35/-0.65 ].[ 4 0 En VC-8/N.E-0.35/-0.65 ].[ 52 En VC-9/N.E-0.35/-0.6 5 ].[ 12 En VC-10/N.E-0.35/-0.65 ].[ 44 En VC-13/N.E -0.35/-0.65 ].[ 18 En VC-12/N.E-0.35/-0.65 ]. Peso total barras #3 =410.19 kg 9.40 0.25 0.25 Lista de barras #5 6 #5 9.90 [ 6 En VC-3/N.E-2.05 ]. 8.55 0.25 0.25 12 #5 9.05 [ 12 En VC-1/N.E-2.05 ]. 6.60 0.25 0.25 24 #5 7.10 [ 24 En VC-6/N.E-2.05 ]. 4.90 0.25 0.25 6 #5 5.40 [ 6 En VC-5/N.E-2.05 ]. 3.10 0.25 0.25 12 #5 3.60 [ 12 En VC-8/N.E-0.35/-0.65 ]. 3.05 0.25 0.25 12 #5 3.55 [ 12 En VC-13/N.E-0.35/-0.65 ]. 2.25 0.25 0.25 12 #5 2.75 [ 12 En VC-7/N.E-0.35/-0.65 ]. 2.05 0.25 0.25 24 #5 2.55 [ 24 En VC-9/N.E-0.35/-0.65 ]. 1.65 0.25 0.25 24 #5 2.15 [ 12 En VC-4/N.E-2.05 ].[ 12 En VC-12/N.E-0.35/-0.65 ]. 1.20 0.25 0.25 12 #5 1.70 [ 12 En VC-10/N.E-0.35/-0.65 ]. 1.10 0.25 0.25 24 #5 1.60 [ 12 En VC-2/N.E-2.05 ].[ 12 En VC-11/N.E-0.35/-0.65 ]. Peso total barras #5 =1026.18 kg PESO TOTAL = 1436.37 kg CUADRO DE ACEROS VIGAS INTERMEDIAS Y AEREAS DIAGRAMA CANTIDAD PRODUCTO LONG. (m) UBICACION b=0.22 h=0.17 g=0.075 b h Lista de barras #3 368 #3 0.93 [ 204 En V.IN-1/N.E-0.96 ].[ 56 En V.IN-2/N.E-0.96 ].[ 36 En V.IN-4/N.E-0.96 ].[ 72 En V.IN-3/N.E-0.96 ]. b=0.12 h=0.12 g=0.075 b h 616 #3 0.63 [ 102 En VA-1/N.E+0.12 ].[ 102 En VA-2/N.E+0.12 ].[ 24 En VA-3/N.E+0.12 ].[ 48 En VA-4/N.E+0.12 ].[ 32 En VA-6/N.E+0.12 ].[ 85 En VA-5/N.E+0.12 ].[ 86 En VA-7/N.E+0.12 ].[ 65 En VA-8/N.E+0.12 ].[ 32 En VA- 10/N.E+0.12 ].[ 26 En VA-9/N.E+0.12 ].[ 7 En VA-11/N .E+0.12 ].[ 7 En VA-12/N.E+0.12 ]. Peso total barras #3 =408.98 kg 8.45 0.25 0.25 Lista de barras #5 4 #5 8.95 [ 4 En V.IN-1/N.E-0.96 ]. 8.40 0.25 0.25 4 #5 8.90 [ 4 En V.IN-1/N.E-0.96 ]. 6.60 0.25 0.25 12 #5 7.10 [ 4 En V.IN-3/N.E-0.96 ].[ 4 En VA-5/N.E+0.12 ].[ 4 E n VA-7/N.E+0.12 ]. 5.25 0.25 0.25 4 #5 5.75 [ 4 En VA-8/N.E+0.12 ]. 4.80 0.25 0.25 4 #5 5.30 [ 4 En V.IN-2/N.E-0.96 ]. 3.95 0.25 0.25 16 #5 4.45 [ 8 En VA-1/N.E+0.12 ].[ 8 En VA-2/N.E+0.12 ]. 2.10 0.25 0.25 4 #5 2.60 [ 4 En VA-9/N.E+0.12 ]. 1.45 0.25 0.25 24 #5 1.95 [ 8 En V.IN-4/N.E-0.96 ].[ 8 En VA-6/N.E+0.12 ].[ 8 E n VA-10/N.E+0.12 ]. 0.85 0.25 0.25 4 #5 1.35 [ 4 En VA-12/N.E+0.12 ]. 0.80 0.25 0.25 40 #5 1.30 [ 12 En VA-3/N.E+0.12 ].[ 24 En VA-4/N.E+0.12 ].[ 4 En VA-11/N.E+0.12 ]. Peso total barras #5 =600.00 kg PESO TOTAL = 1008.98 kg

Language	Spanish
Drawing Type	Section
Category	Pools & Swimming Pools
Additional Screenshots
File Type	dwg
Materials	Masonry, Steel
Measurement Units
Footprint Area
Building Features	Pool
Tags	autocad, brick, development, DWG, masonry, piscina, piscine, plants, POOL, schwimmbad, section, sections, swimming pool