WING -5 51.02    5.45 7.18 4.51 7.07 2.90 11.43 7.02 5.45 LO4 2.52 4 2.52  2.60 11.73  3 5.12 S1 4.83 2 6.70 5 6.69 1 7.33 LO5 2.30 6 7.32 L5 2.95 6.43 2.95 4.81 6.43 ED 6.78 4.66 0.15 0.14 2.80 0.45 LO1 1.58 2.601.23 5a LO11 4.66 LO6 3.25 LO3 LO9 2.80 LO10 1.23 0.05 0.05 LO2 1.37 0.30 11.44 2.60 3.25 1.41 281.53 2.95 LO7 6.43 1.41 LO12 7 1.52  2.60 LO8 0.15 6.62 FD 0.20   2.85 0.35 0.45 0.45   2.80 L2 2.95 L6 2.95   L1      11     8.04 3.30 4.50 3.25    LO13 S2 4.67 1.31 1.70 0.20 4.50 S3 0.20 0.85 0.30 0.85   50% VOID D1 1.07 26 2.20 L3 2.20 D2 1.08  Beam 2.15 0.55 LO14 2.52 2.70 50% S.S. &   6.26 3.15   26.43 1.27 1.27 3.12  3.45 1 4.95 3.45   L4   6.72 D3 S4 12 4.73 10.17 0.30    3.35 D4 2.65 8 1.45    25 0.18 0.15 10  24 2.65 Beam   22 2.47 27 2.77 0.68 0.50 13 2.45 9 1.28 0.50 50% VOID   23 1.97 12.33 50% S.S. &    14     11.82 0.55 0.55  S 0.58   0.55 0.55  0.58 1.45    1.00 29 0.85 30 31 31 30 0.85 29 1.00 11.76 0.70 S    S  2.76 0.56 0.56 2.76 S  4.25 4.25 192 S   21 15 S 193 191 S     190 S   S    12.21 12.21 194 189 S     188 S     S 195  187       186      S 185 62 61    196  60  FRD    20 6.19 16 6.18  289      197 288    S  290  4.77 4.77      8.15 S 287 59  LEVEL DING @ MID-LAN 50% VOID 50% S.S. &    FRD  291 286 BEAM 198       19 2.11 17 2.11  18 1.71 S 285 58   FRD    199  292 284 LIFT      1.75 50% VOID  Beam Beam S 57 0.30  X 2.80 50% S.S. &   0.30 200 293 2.30    50% VOID  S  56    &  S 201 294     LEVEL DING 50% S.S. 1.23  @ MID-LAN LIFT   BEAM  55     S 202 X 2.80            2.30 295    S 203      S FRD  TYPICAL FLOOR S S 204  296 1 LOBB Y 2.00     1 51.02 X 26.43 X 1 NO = 1348.46 SQ.MT. S S FHC  S 205 9.90 2.00 0.27   TOTAL ADDITION = 1348.46 SQ.MT. X S S 184 SERV X 2.52   1.00 1.00     226  2.00 297  S   ICE LIFT  S 206 RAMP 1.20 50% VOID     225 S   1500 Ǧʹ  4.40 ͲǤ͸ 50% S.S. &  207    DEDUCTIONS S S UP 2.48 Ǧͳ   298 ͲǤ͸ X 2.80 1500 50%  224 S  VOID 1 5.45 X 7.33 X 1 NO = 39.95 SQ.MT. S S S E.D. 50% S.S. &   208   1500  2 7.18 X 6.70 X 1 NO = 48.11 SQ.MT. 223 S S S S S S 209         50% VOID 222 299 183 1  ELE        50% S.S. & Beam 3 4.51 X 5.12 X 1 NO = 23.09 SQ.MT. 221 210  DN  S FRD    211  220  4 11.43 X 2.52 X 1 NO = 28.80 SQ.MT. S 219 218 213 212 300 F.D. 2.00 UP    217 214  1.70 5 7.02 X 6.69 X 1 NO = 46.96 SQ.MT. 227  216 215 UP 2 LOBB    0.30 5a 0.14 X 1.23 X 1 NO = 0.17 SQ.MT.   301 1500 DN S 2.60 Y        6 7 5.45 0.05 X X 7.32 1.52 X 1 NO X 1 NO = = 39.89 0.08 SQ.MT. SQ.MT.   302  182 F.R.D. X 8.85       S   258 S FRD FRD FRD   8 3.45 X 0.50 X 1 NO = 1.73 SQ.MT. 228  323  303 DRIVER'S LOBB Y 9 10.18 X 1.28 X 1 NO = 13.03 SQ.MT. 322  TOILET FRD 10 2.70 X 2.65 X 1 NO = 7.16 SQ.MT.   304 1.00 x 1.35 2.60 X 6.32 FRD 321     2    11 1.41 X 2.85 X 1 NO = 4.02 SQ.MT. S 324 320      305 F.R.D.  181 UP 2.00    12 1.31 X 4.73 X 1 NO = 6.20 SQ.MT. 306     13 4.95 X 2.45 X 1 NO = 12.13 SQ.MT. 229  319 318 1500 259 S DN FHC FRD     307  3   DN 14 12.33 X 0.70 X 1 NO = 8.63 SQ.MT. 317 316 309 308    FRD    310 UP SERV S 15 11.76 X 4.25 X 1 NO = 49.98 SQ.MT. 325 315 314 313 312 311 F.D.  2.48 ICE LIFT FRD 16 12.21 X 6.18 X 1 NO = 75.46 SQ.MT. S 283    180 4.40 X 2.80   17 18 4.77 8.15 X X 2.11 1.71 X 1 NO X 1 NO = = 10.06 13.94 SQ.MT. SQ.MT. 230 260 S 3 2.00       1500  E.D. 2.00  19 4.77 X 2.11 X 1 NO = 10.06 SQ.MT. ELV   326 257 1500 1500   0.27 2.00 LOBB    156 S Y 20 12.21 X 6.19 X 1 NO = 75.58 SQ.MT.  282 9.90   21 22 11.82 3.45 X X 4.25 2.47 X 1 NO X 1 NO = = 50.24 8.52 SQ.MT. SQ.MT. 231  S  179 X 2.52       6M WIDE DRIVEWAY   S  261 LIFT      23 6.72 X 1.97 X 1 NO = 13.24 SQ.MT. 160 50% VOID   327 2.30  50% S.S. &  24 25 26 2.15 0.55 8.04 X X X 3.35 2.65 2.20 X 1 NO X 1 NO X 1 NO = = = 7.20 1.46 17.69 SQ.MT. SQ.MT. SQ.MT. S 232  157 256 AY S  281 4       X 2.80 1.20           178 Ǧʹ ͲǤ͸  S    RIVEW AY     50% VOID   ͲǤ͸ 27 6.26 X 2.77 X 1 NO = 17.34 SQ.MT. Ǧͳ 262  LIFT    28 0.05 X 1.53 X 1 NO = 0.08 SQ.MT. 328 161 S X 2.80 1.00 50% S.S. &    S  1.00 155  29 2.76 X 1.00 X 2 NOS = 5.52 SQ.MT.  S    255  2.30 RIVEW 30 0.56 X 0.85 X 2 NOS = 0.95 SQ.MT. 233 98 99 158  5   31 0.55 X 0.55 X 2 NOS = 0.61 SQ.MT. S 280 6   177 E.D S   329  154 .  1.70  ED 6.43 X 0.45 X 1 NO = 2.89 SQ.MT. S S S F.R 263 S       0.30 50% VOID .D. FD 6.43 X 0.45 X 1 NO = 2.89 SQ.MT. 150 .  100  162 LEVEL    50% S.S. & Beam 234 S 0 IDE D 150 DING TOTAL DEDUCTION = 643.66 SQ.MT. Y1 F.D    254 @ MID-LAN 0    TOTAL BUILT UP AREA [X - Y1] = 704.80 SQ.MT. X1 150 153 159 S  7 40 BEAM    279 8 .D. 0 S DN F.D  F.R    176 150 330 . S S 0 101     IDE D   DN 227 S   4 S LIFT AREA CALCULATION 264 UP  235  150 S 152  163 S     TYPICAL FLOOR L1 0.30 X 2.80 X 1 NO = 0.84 SQ.MT. UP 0  102 .E.D 150 0 253 S       6M W AY 9 UP  L2 11.44 X 2.95 X 1 NO = 33.75 SQ.MT. S 331 T P3 O 97 226 S 150 15  S 151 278 10     0  175 00 L3 3.30 X 2.20 X 1 NO = 7.26 SQ.MT.   50% VOID 236   265  & 103 S.S. 6M W L4 3.15 X 0.18 X 1 NO = 0.57 SQ.MT. S RIVEW S 225 S 164 50% 1.23 L5 11.73 X 2.95 X 1 NO = 34.60 SQ.MT. 96   41 L6 3.25 X 2.95 X 1 NO = 9.59 SQ.MT. 332 S 228 150 252 S    Beam  S TOTAL LIFT AREA PER FL. (TYPICAL FLOOR) = 86.61 SQ.MT. Y2 S 104 S 277 12 11 5 0.30 237  95 224   174  S 149 266 S S STAIRCASE AREA CALCULATION  105 229 165 42 TYPICAL FLOOR S 333 S 223 S  94  148 S   IDE D S1 7.07 X 4.83 X 1 NO = 34.15 SQ.MT. 238  S 230 276 14 13 S2 0.15 X 4.50 X 1 NO = 0.68 SQ.MT. S  106 S  173  6 S3 S4 6.62 3.12 X X 4.67 X 1 NO 0.15 X 1 NO = = 30.92 SQ.MT. 0.47 SQ.MT. S 334 AY  93 222 S  147 166 267 S 43 S TOTAL STAIRCASE AREA PER FL. (TYPICAL FLOOR) = 66.22 SQ.MT. Y3  231 S   239  EW S 107 S 275 15   92 221  6M W LIFT LOBBY AREA CALCULATION 335 179 S 146  172 7 S  108 232 268 S TYPICAL FLOOR LO1 LO2 4.81 4.66 X X 1.58 X 1 NO 1.37 X 1 NO = = 7.60 6.38 SQ.MT. SQ.MT. 240  RIV    S 91 220 S  S 145 S 44 LO3 6.43 X 2.80 X 1 NO = 18.00 SQ.MT. 178  233  274  LO4 2.90 X 2.52 X 1 NO = 7.31 SQ.MT. S 336 ED S 219 109 S  171  90  144 269 7M LO5 2.60 X 2.30 X 1 NO = 5.98 SQ.MT. S LO6 2.95 X 3.25 X 1 NO = 9.59 SQ.MT. 241  177  S 234 110 LO7 LO8 2.60 2.95 X X 0.20 X 1 NO 0.45 X 1 NO = = 0.52 1.33 SQ.MT. SQ.MT. 337 WID 176  WI S 89 218 S  S 143  273 6M S  235 170 DE LO9 6.78 X 2.80 X 1 NO = 18.98 SQ.MT. 242  S 111 S S 16 LO10 4.66 X 2.60 X 1 NO = 12.12 SQ.MT.  217  LO11 0.15 X 1.23 X 1 NO = 0.18 SQ.MT. 6M WI 142   RA S LO12 1.41 X 0.35 X 1 NO = 0.49 SQ.MT. 338 E.D 175  236     . 112 DE S 216 S 272 45 MP LO13 2.60 X 4.50 X 1 NO = 11.70 SQ.MT.  LO14 3.25 X 2.52 X 1 NO = 8.19 SQ.MT. 243 15   141 169 17   18 00 .  174 150 F.D S 237  DR TOTAL LIFT LOBBY AREA PER FL. (TYPICAL FLOOR) = 108.37 SQ.MT. Y4 0   S .D. 113 S  215 F.R 339  6M  S 15 IVE 140  00 DUCT AREA CALCULATION  DN S 244 173  114 238 271  TYPICAL FLOOR 46 WI WA S 168 19  15 D1 0.20 X 1.07 X 1 NO = 0.21 SQ.MT. 00  214  20 88 S 139 S  DE UP D2 0.20 X 1.08 X 1 NO = 0.22 SQ.MT.  172  239  39 115 Y 8 D3 1.27 X 0.68 X 1 NO = 0.86 SQ.MT. D4 1.27 X 0.50 X 1 NO = 0.64 SQ.MT.  DN S 213 S  S TOTAL DUCT AREA PER FL. (TYPICAL FLOOR) = 1.93 SQ.MT. Y5  1  S 40 171 T P1 O 87 DR  S 116 240  F.R .D. 270 22  21 47 IVE S   113  212 FR  NET BUILT UP AREA = 441.67 SQ.MT. 86  2  S S F.D 9 170 WA [X1 - (Y2+Y3+Y4+Y5)]  241 . P3 OM  41 117 150 S S ND 3 114  S 211 0 167   23 48 Y E.D S 169 S 242 . 24 112  F.R DN .D.  PU  42 3 6.0 118 00  115 51 210  150 10 138 0  S 168 F.D S 243 S   7M . 4 43 150 0 ND  119 00 51 25 5 116 E.D 209  S  137 WI . S S 26 111  6  244  PU  44 00 120  49 DE 51 7 117 208 S CHAJ  JA 150  UP  S 0 85 S 136  38  245 RA   MP 00 45 51 121 11 CHAJ 118 S 207 S JA RA   S S 35 119  S 46 MP S 84 206  S 122 246 S 135 27 LEVEL @ MID-LAN DING BEAM S  83  134  3.0 LIFT 37 S  167  S 247 5.80 0X 2.4 47 S 123 13 5 110 120   205  S S  D FR S S 166  82 S 248 3.0 LIFT  48   0X 2.4 36  121  S 81 204 124     LIFT  5 108 S 165 S 249 2.30 LEVEL  @ MID-LAN    49  125 X 2.80 DING BEAM   S SE S 122 203        RV 4.7 ICE    106 S 80 S  28 2.00 0.27 2.00 11 LOBB 3 X LIF  164 250 CHAJ   .44 X 2.6Y 2.4 T JA 50 S  126  2.00 ELV LOBBY LIFT    0 5 2.6 LOBB  123  202 14 9.90 X 2.52 2.30 X 2.80     FRD 104 S S 6M 163 0X Y 251   S     0 EL E 5.1 51  127 2.48  124 2.3 5 201 NG NDI UP    WI RAMP 2  -LA 2.2   102 UP @ MID LEV EL       EL     109  S 162  S UP DN 52 128 DE   V   SERV M  BEA  FHC 125  200   ICE IF C  2.00  LIFT 0 2.0 DN 2.0 29  FRD  0 S S 4.40  FH FH FOR WING-1 DR    C C 0.3 0  107  53 161  129  FRD FRD X 2.80 1 44.18 X 28.70 X 1 NO = 1267.97 SQ.MT. 2.0 DN 126  199 0 0 2.4 TOTAL ADDITION = 1267.97 SQ.MT. X IVE 2.0 2.6 LOBB 105 15 8 79 EL @   FRD V 0  MID S S LOBB OB   0X Y 160 2.0 LEV -LA   Y   0   0.3  S 2.60 FR 7.7  130   EL NDI 2.4 WA  DEDUCTIONS X 8.85 127  7 5 2.0 0 NG F.R S 198   6M  .D.  P1 OM UP M EL 8 78 1 2.55 X 1.60 X 1 NO = 4.08 SQ.MT. 0 BEA 100 2.0 E   103  159 S LOBB Y  2 2.72 X 5.67 X 1 NO = 15.42 SQ.MT. 2.0 0  131    Y WI 2.60 3 7.18 X 0.45 X 1 NO = 3.23 SQ.MT. F.D SE  128 S 197 . X 6.32 RV 9 15  30 ND 11 LOBB 4.7 ICE  98 00 UP 77 S 4 0.30 X 0.45 X 1 NO = 0.14 SQ.MT. DE 3 X LIF .44   2.4 T X 2.6Y    10   E.D . 158  132  SERV 5 0.15 X 1.37 X 1 NO = 0.21 SQ.MT. 5 0  129  S ICE LIFT 6 9.60 X 2.63 X 1 NO = 25.25 SQ.MT. 196   FRD 16 PU  DR 4.40 2.8 LIFT 00 7 0.45 X 1.60 X 1 NO = 0.72 SQ.MT. 0X 11  96 51 150 157 76 S S X 2.80 2.00 8 0.65 X 3.32 X 1 NO = 2.16 SQ.MT. 2.2 3.0 LIFT  0 54   133 ELE IVE 0 9 4.65 X 1.60 X 1 NO = 7.44 SQ.MT. 130 FRD 0X 12   00 S 195 DN 10 3.97 X 4.67 X 1 NO = 18.54 SQ.MT. 75 51 2.4 5 S 156 180 S UP 11 9.50 X 3.05 X 1 NO = 28.98 SQ.MT. 3.0 LIFT 13 101 95 WA 131  55  S 74 194  31  LIFT LOBB 9.90 OB Y X 2.52 2.48 12 13 3.55 5.63 X X 3.20 0.83 X 1 NO X 1 NO = = 11.36 4.67 SQ.MT. SQ.MT. Y 181 0X S 14 5.78 X 0.85 X 1 NO = 4.91 SQ.MT. 2.4 5 2.4 5  99  56  2.30 X 2.80 FHC 15 3.05 X 0.85 X 1 NO = 2.59 SQ.MT. 132  S 14  193 2.00 2.00 16 2.90 X 0.83 X 1 NO = 2.41 SQ.MT. 15  97 S 182 2.00 17 1.52 X 1.22 X 1 NO = 1.85 SQ.MT.    57   LIFT 0.27 18 2.10 X 5.28 X 1 NO = 11.09 SQ.MT. 16 33 133 192 LEVEL  19 0.45 X 3.57 X 1 NO = 1.61 SQ.MT.  2.30 DING    22  UP @ MID-LAN S 183 X 2.80   20 5.35 X 1.67 X 1 NO = 8.93 SQ.MT. BEAM 17   15 FRD    00   NG  S 58     21 1.68 X 0.45 X 1 NO = 0.76 SQ.MT. HANUMANT Digitally signed by @ MID LEV -LA  23 134  DN 150 191      22 4.52 X 2.60 X 1 NO = 11.75 SQ.MT. Shivshant Digitally signed by HANUMANT EL NDI 24   S 155 184 2.0 LIFT F.R 0       23 0.33 X 0.53 X 1 NO = 0.17 SQ.MT. ROHIT Digitally signed by ROHIT SURESHCHANDRA SONAR DN: c=IN, o=PERSONAL, title=9938, Shivshant SADASHIVRAO SADASHIVRAO BURE 59 5X M .D. pseudonym=f00907c4b866452fbba216549f9d7aeb, 24 1.24 X 0.78 X 1 NO = 0.97 SQ.MT. 94    BEA 18 2.4 2.6 Sudhakarra Sudhakarrao Doke 135 32 2.5.4.20=df64d13ef2c95c32a86c465c12c722639ec19 190 150 5 5  Date: 2024.01.18 11:52:33  19 25  34 S  185 F.D . 150 0 0 73  25 26 2.50 16.68 X X 0.98 14.00 X 1 NO X 1 NO = = 2.45 233.52 SQ.MT. SQ.MT. SURESHCHAN ea76ddfe7abbeb50ed7be7473b9, postalCode=400615, st=Maharashtra, Date: 2024.01.17 BURE +05'30' 154 serialNumber=08195ea60dadf788ccb71813ef313d8  20 26   136  60 2.0 LIFT 5X E.D . S LEVEL DING @ MID-LAN 27 28 0.43 4.85 X X 6.15 2.07 X 1 NO X 1 NO = = 2.64 10.04 SQ.MT. SQ.MT. DRA SONAR b462c5d6fc3460c0e509f53c95eccb1bd, cn=ROHIT SURESHCHANDRA SONAR o Doke 22:27:54 +05'30'  Date: 2024.01.17 20:08:22 +05'30' 21  50 CHAJ JA  27 NG S 2.6 LIF 72 BEAM 29 3.87 X 0.80 X 1 NO = 3.10 SQ.MT. 50% NDI  S 153 5 T 33 39  93 61 30 0.30 X 0.70 X 1 NO = 0.21 SQ.MT. CHAJ -LA 50% VOI  5.2 LO JA    @ EL    D MID 137 S  31 3.88 X 0.80 X 1 NO = 3.10 SQ.MT. 16 S.S & LEV  5X BBY   71 CHAJ . M  JA BEA UP S 32 4.85 X 2.08 X 1 NO = 10.09 SQ.MT.    152 5.6 S 62 33 0.42 X 6.15 X 1 NO = 2.58 SQ.MT. CHAJ JA CHAJ MP 138 6  S  38  JA 34 2.10 X 0.70 X 1 NO = 1.47 SQ.MT.     RA S  70 34 51 35 2.55 X 3.75 X 1 NO = 9.56 SQ.MT.   30  151   36 4.85 X 1.83 X 1 NO = 8.88 SQ.MT.             139 63  S 37 0.35 X 1.38 X 1 NO = 0.48 SQ.MT. 17               S S  186 69 38 4.40 X 1.83 X 1 NO = 8.05 SQ.MT.   32  150  S 39 4.57 X 2.02 X 1 NO = 9.23 SQ.MT.  64         S 35 37 140 40 0.77 X 1.68 X 1 NO = 1.29 SQ.MT.                       2.0 0 FR S 92 S  187 68  41 1.68 X 0.45 X 1 NO = 0.76 SQ.MT.  0 149   0.3 D    42 4.52 X 2.60 X 1 NO = 11.75 SQ.MT. 65       FRD  141  S 52 43 2.50 X 0.98 X 1 NO = 2.45 SQ.MT.  1   FRD 31  6.0 188 67 6.56   44 0.33 X 0.53 X 1 NO = 0.17 SQ.MT.       2.0 0 2.0 0 DN 90  S 148 36 44 1.24 X 0.78 X 1 NO = 0.97 SQ.MT.      11 LOBB EL E S 142 66 S 18 S 45 2.10 X 12.25 X 1 NO = 25.73 SQ.MT.     .44 ED 6.48 X 0.45 X 1 NO = 2.92 SQ.MT. 189  FRD        3.0 LIFT 0X X 2.6Y 2.4 8 UP CHAJ JA  88  S 147 53 FD 6.48 X 0.45 X 1 NO = 2.92 SQ.MT.  2.4 0 EL 0  TOTAL DEDUCTION = 523.60 SQ.MT. Y1 143  6.0 150    5 V 150 1.9 0 TOTAL BUILT UP AREA [X - Y1] = 744.37 SQ.MT. X1  2.6 LOBB  19 ͲǤ͸   5 0 86  Ǧͳ CHAJ     146   JA 0X Y 3.0 LIFT  S  1.1 FH  5  0X C 5.1  15 00 144 ͲǤ͸ @ 5   E.D   Ǧʹ MID 2.4 . LIFT AREA CALCULATION  54 1.0  LEV -LA 0 5  0  EL NDI 1.2 84 UP TYPICAL FLOOR 91  NG BEA L1 10.35 X 3.35 X 1 NO = 34.67 SQ.MT. M SE RV 4.7 ICE SE RV 145 150 0 DN F.D . L2 10.20 X 3.35 X 1 NO = 34.17 SQ.MT.  82  3 X LIF 4.7 ICE L3 0.15 X 0.70 X 1 NO = 0.11 SQ.MT. 6.08 3 X LIF 89 DRIVEWAY  2.4 T  L4 3.08 X 0.15 X 1 NO = 0.46 SQ.MT.   5 2.4 T .D. 5 F.R L5 3.37 X 2.73 X 1 NO = 9.20 SQ.MT. 55  1.2 -LA 2.6 LOBB  0 81 56   NDI TOTAL LIFT AREA PER FL. (TYPICAL FLOOR) = 78.61 SQ.MT. Y2 87   0X Y NG  57     7.7 @ MID EL   2.8 LIFT 3.0 LIFT LEV LIFT ͲǤ͸ 0    Ǧʹ 5 STAIRCASE AREA CALCULATION   M RAMP UP 1.0  0X 0X BEA   58 ͲǤ͸  FH      2.2 2.4 2.60 X 2.10 C   Ǧͳ   TYPICAL FLOOR 59 50% 0 5     50%   11 LOBB 85 VOID CHA   FRD  60 50% & 50% VOI  S1 7.18 X 4.88 X 1 NO = 35.04 SQ.MT. JJA  .44 S.S.    S.S & D EL X 2.6Y 3.0 LIFT 28  61 5.43 S2 6.83 X 4.73 X 1 NO = 32.31 SQ.MT.   . 62      V  0X      FR 0  64  S3 2.28 X 0.15 X 1 NO = 0.34 SQ.MT. CHA  9.29   JJA   D UP 2.4 FOR WING-1 WING-4        5 29  83 5.38 66  TOTAL STAIRCASE AREA PER FL. (TYPICAL FLOOR) = 67.69 SQ.MT. Y3 1 43.08 X 29.86 X 1 NO = 1286.37 SQ.MT.       FRD FR D EL E 30  70 68         72 RAMP UP TOTAL ADDITION = 1286.37 SQ.MT. X                 LIFT LOBBY AREA CALCULATION           1.9 5 DN 2.0 0 31  21 20         32  F.R.D. 1.50 TYPICAL FLOOR DEDUCTIONS  74  0   LO1 3.52 X 2.82 X 1 NO = 9.93 SQ.MT. 0.3     FRD 75  UP 1 1.23 X 3.25 X 1 NO = 4.00 SQ.MT.    2.4   1.8 LO2 6.48 X 2.72 X 1 NO = 17.63 SQ.MT. 76   8 FRD     22    0 2 0.50 X 3.05 X 1 NO = 1.53 SQ.MT.    0    S LO3 3.30 X 2.52 X 1 NO = 8.32 SQ.MT.      2.0    33 77 S 0.25          9 3 1.50 X 0.70 X 1 NO = 1.05 SQ.MT.     2.4 LO4 6.48 X 2.72 X 1 NO = 17.63 SQ.MT.    23 1.50    RAMP UP  2.0     FRD  24  4 0.49 X 5.65 X 1 NO = 2.77 SQ.MT. 0  DN 1.50 LO5 3.08 X 2.53 X 1 NO = 7.79 SQ.MT. 78 CHA       JJA     FRD 2.25 79 5 1.98 X 4.43 X 1 NO = 8.77 SQ.MT.     LO6 1.72 X 1.20 X 1 NO = 2.06 SQ.MT.    S 1.50    50%      34   80    6 0.45 X 3.58 X 1 NO = 1.61 SQ.MT. &         63    LO7 2.60 X 0.45 X 1 NO = 1.17 SQ.MT. 50% VOID   ͲǤ͸         S 65 S.S 35  Ǧʹ 7 4.98 X 5.70 X 1 NO = 28.39 SQ.MT. 1.7    LO8 2.90 X 0.80 X 1 NO = 2.32 SQ.MT. .   0       S  67  1.0  8 0.82 X 3.72 X 1 NO = 3.05 SQ.MT.   LO9 2.75 X 1.38 X 1 NO = 3.80 SQ.MT.       36 Beam ͲǤ͸ 0 69         Ǧͳ     FRD   50%  9 12.72 X 1.66 X 1 NO = 21.12 SQ.MT. 71 CHA      LO10 2.60 X 2.70 X 1 NO = 7.02 SQ.MT. MID-LANDING 50% VOI  JJA 0 37   - CHAJ 73 1.0   D 0 10 2.86 X 8.38 X 1 NO = 23.97 SQ.MT.        0.3 S.S &  LO11 2.95 X 0.65 X 1 NO = 1.92 SQ.MT.  JA    2.60 X 2.10    .    11 6.88 X 9.93 X 1 NO = 68.32 SQ.MT.   NG        CHAJ 50% 26 25  LEVEL LO12 2.95 X 0.65 X 1 NO = 1.92 SQ.MT.     CHA  -LA  1:300 JA  12 5.65 X 10.75 X 1 NO = 60.74 SQ.MT. JJA NDI    50% VOI LO13 2.60 X 5.30 X 1 NO = 13.78 SQ.MT. BEAM @  D     S.S & LIFT ͲǤ͸  @ EL    13 0.75 X 1.38 X 1 NO = 1.04 SQ.MT.   MID  Ǧʹ   . CHAJ    LO14 0.30 X 2.03 X 1 NO = 0.61 SQ.MT. ͲǤ͸ 27     LEV 1.0     Ǧͳ  JA    M 0      14 3.25 X 4.33 X 1 NO = 14.07 SQ.MT. LO15 3.37 X 2.65 X 1 NO = 8.93 SQ.MT.     BEA       S CHAJ   15 3.65 X 3.60 X 1 NO = 13.14 SQ.MT.   1.0 0    JA S 54 MID-LANDING LO16 0.15 X 2.23 X 1 NO = 0.33 SQ.MT.           16 17 3.30 2.03 X X 3.68 5.25 X 1 NO X 1 NO = = 12.14 10.66 SQ.MT. SQ.MT.                         29 28 S 53 LEVEL TOTAL LIFT LOBBY AREA PER FL. (TYPICAL FLOOR) = 105.16 SQ.MT. Y4    LIFT R-0        BEAM @ 0.45 M.W.  18 0.45 X 3.71 X 1 NO = 1.67 SQ.MT. ELE  3.25 X 3.72 WING -4    DUCT AREA CALCULATION 19 1.15 X 2.98 X 1 NO = 3.43 SQ.MT.     F.R.D. 3.12 2.17 0.30 38 52     S 2.00 TYPICAL FLOOR CHAJJA   20 4.56 X 3.60 X 1 NO = 16.42 SQ.MT.         UP S 2.00 3.12     D1 0.38 X 1.52 X 1 NO = 0.58 SQ.MT. 1.50     21 3.68 X 2.08 X 1 NO = 7.65 SQ.MT.         FRD    FHC D2 1.52 X 0.30 X 2 NOS = 0.91 SQ.MT. 39        22 1.07 X 0.45 X 1 NO = 0.48 SQ.MT.   MID-LANDING  LIFT  BEAM @           TOTAL DUCT AREA PER FL. (TYPICAL FLOOR) = 1.49 SQ.MT. Y5 23 3.68 X 0.70 X 1 NO = 2.58 SQ.MT.     2.20 LIFT 2.80 X 2.50 LEVEL CHA   DN MID-LANDING LIFT 2.80 X 2.50 50% 24 9.88 X 6.78 X 1 NO = 66.99 SQ.MT. JJA 0 1.7 VOID   0.25 1.50 40 WING -1 1.53 3.25 X 2.50  50% &  BEAM @ 25 11.70 X 2.27 X 1 NO = 26.56 SQ.MT. 50%   S.S.  2.25 DN NET BUILT UP AREA = 491.42 SQ.MT. LEVEL & 50% VOID FRD 26 3.60 X 0.60 X 1 NO = 2.16 SQ.MT.    1.50 [X1 - (Y2+Y3+Y4+Y5)] S.S    50 51 UP 0 2.17 27 13.15 X 0.90 X 1 NO = 11.84 SQ.MT. .  2.03 0.3 Beam 28 3.60 X 0.60 X 1 NO = 2.16 SQ.MT. 43.08 MID-LANDING 2.17 29 10.33 X 2.27 X 1 NO = 23.45 SQ.MT. 0.30 46   LEVEL 1.23 1.50 0.49 1.98 0.45 4.98 12.72 2.86 6.88 5.65 ELE 49  2.00 47 48 30 8.50 X 6.78 X 1 NO = 57.63 SQ.MT.  2.00   CHAJJA    BEAM @ 31 5.58 X 0.81 X 1 NO = 4.52 SQ.MT. 3       1.66 LIFT    41 42 9   44 45   2.20   32 1.50 X 1.51 X 1 NO = 2.27 SQ.MT.  0.47 44.18 0.70   1.00 3.25 X 3.72 43 0.45 M.W. 33 0.49 X 1.22 X 1 NO = 0.60 SQ.MT. 3.75 3.30 4.85 1.00 H FHC 1 3.25 4.43 6 0.82   2.55 2.72 7.18 2.60 0.30 9.60 0.450.65 4.65 3.97 9.50 34 2.47 X 5.23 X 1 NO = 12.92 SQ.MT. LO3 0.83  1.20       2.80 0.45   Ǧͳ 5 3.58  ͲǤ͸   Ǧʹ  7.17 3 2.90 LO7 4 35 0.45 X 3.68 X 1 NO = 1.66 SQ.MT.  UP  2.02  ͲǤ͸ 5.65 5.70 1.60 2.63 1.60  0.45 36 1.45 X 5.60 X 1 NO = 8.12 SQ.MT. 4 7  DN FRD   1 LO8 2.75 0.15 7 9   2.03 0.45 1.38 0.45 0.50    2.10 6 1.60 M.W. CHAJJA LIFT DN 3.05 1.37 0.80 37 2.23 X 1.10 X 1 NO = 2.45 SQ.MT. FRD 3.95 UP 0.38 S4    8 3.32 11 3.72  38 1.87 X 1.15 X 1 NO = 2.15 SQ.MT. 8 LO4 3.12 ED   LIFT 50% VOID & 3.20 X 2.50 LO9 5 3.12 10 8.38  50% S.S. LIFT 4.67    2.60 10.20 0.15 10 39 4.98 X 2.45 X 1 NO = 12.20 SQ.MT.  LIFT 3.25 X 2.50 3.20 X 2.50  D1 1.52   2.20    40 1.08 X 0.45 X 1 NO = 0.49 SQ.MT. 3.05 11 9.93  LIFT 2.80 X 2.50    2 5.67 S1 4.88 L3 7.05  2   10.75 L3 0.45  2.60 5.55 2.80 X 2.50  41 1.22 X 3.25 X 1 NO = 3.97 SQ.MT. 0.30 5.80 12        2.00   ELE 3.35  42 0.50 X 3.05 X 1 NO = 1.53 SQ.MT. FRD    2.00 LO10 2.70 0.70  FRD MID-LANDING 43 0.22 X 6.80 X 1 NO = 1.50 SQ.MT. 0.22 L2 FRD  0.30  LIFT 2.18  FRD  ED 0.45 X 3.12 X 1 NO = 1.40 SQ.MT.  2.85 3.10 LEVEL 6.48 2.95   FD 0.45 X 3.13 X 1 NO = 1.41 SQ.MT. L1 L2 3.00 S5   FRD    3.20 X 3.60 ELE 3.52     6.48 ED LO11 BEAM @       3.30 6.48 3.08 1.72 TOTAL DEDUCTION = 556.58 SQ.MT. Y1 2.86     LIFT  G 2.72 0.45 TOTAL BUILT UP AREA [X - Y1] = 729.79 SQ.MT. X1 1.45 8.10 5.55    FRD LIFT 3.20 X 2.50   0.65 LO6 1.20  LO10 1.55 3.20 X 2.50  MID-LANDING LO1 2.82 LO2 2.52 2.53 LO3 2.72 LO5    LO4 12.25 LIFT AREA CALCULATION 2.71 FRD FRD 45 6.80  2.60 8.80 2.60 UP LEVEL  TYPICAL FLOOR 43 LO1 2.95 LO2 LO5 LO8   2.03  10.35 2.95 3.07 0.75  CHAJJA 6.48 3.37 1.38  0.45 M.W. DN BEAM @ L1 0.30 X 2.85 X 1 NO = 0.86 SQ.MT. LO11    L4 LO12 2.60 6.83  2.85 5.25 3.70 1.15 3.40       Ǧʹ  FD   1.15 0.15  0.15 ͲǤ͸  1.45 1.38 L2 5.80 X 3.00 X 1 NO = 17.40 SQ.MT. LO9     13  1.20  Ǧͳ  CHAJJA 0.45 M.W. 0.65 0.45 ͲǤ͸ L3 3.75 X 7.05 X 1 NO = 26.44 SQ.MT. 2.73 2.98 0.15 2.20 L5 LIFT 3.35  0.98 L5 2.85 X 3.33 X 1 NO = 9.49 SQ.MT. 1.00 LOBBY L1 ELE ENTRANCE  3.20 X 3.60 MID-LANDING L6 3.70 X 6.73 X 1 NO = 24.90 SQ.MT. 0.50 L5 3.33 S1 3.10 19 L8 3.13 2.98 L9  BELOW L7 3.55 X 0.17 X 1 NO = 0.60 SQ.MT.    2.00 3.37 2.00 LEVEL 4.73  1.20 0.45 M.W.  4.85 0.35 4.40 0.30 S2 0.15 1.52 5.30   L8 3.40 X 3.13 X 1 NO = 10.64 SQ.MT.    0.30 ELE LO13   0.49 4.55 0.45 2.80 4.56 0.20    BEAM @   1.20 1.00  Ǧʹ 5.60 2.85  2.17 FRD  Ǧͳ 1.22   L9 0.15 X 2.98 X 1 NO = 0.45 SQ.MT.  36  ͲǤ͸ FRD ͲǤ͸ 1.83 17 6.73  37 2.65 L6   Ǧͳ 3.05 1.05 29.86 G 36 38 1.83 LO15 LO16 2.10 2.90 5.63  1.22 2.23 TOTAL LIFT AREA PER FL. (TYPICAL FLOOR) = 90.78 SQ.MT. Y2 D1  1.38 CHAJJA 42 33 1  ͲǤ͸    LO14 2.03   Ǧʹ 1.00 12 3.20  2.47 2.03 1.20  0.85 0.83 0.85 0.83 1.00 ͲǤ͸ 1.00 4.57 16 13 MID-LANDING   2.55 0.77 2.28 5.35 0.45 3.05 5.78 2.57 0.47 STAIRCASE AREA CALCULATION LO12 FD3.95 LO6 3.12  FRD 0.40  S3  0.45 3.60 0.45 3.25   3.55 28.70  20 0.92  LEVEL S2  Ǧͳ 15 14 1.22 3.13  FRD  1 16.68 0.45 M.W.    ͲǤ͸  0.15 TYPICAL FLOOR 2.02   39 1.68 1.67  2.23 1.87 0.20 3.30 3.65    Ǧʹ  40 20 BEAM @ S1 5.25 X 3.10 X 1 NO = 16.28 SQ.MT.    1.67 1.68 0.45 M.W. 3.30 0.93    ͲǤ͸  4.52 41 21 4.52 5.28 S2 4.55 X 3.95 X 1 NO = 17.97 SQ.MT. 37 1.10 38 S3 1.15 1.15 LO7 3.55 3.68   35 3.75 19 3.57 18 CHAJJA S3 0.20 X 1.15 X 1 NO = 0.23 SQ.MT. 5.23 4.98 L7 3.71 5.25 1.20    PY BELOW CHAJJA 34 18 17 3.25 35 0.45 0.45 41 3.68    CANO   S4 4.85 X 3.95 X 1 NO = 19.16 SQ.MT. 0.50 14 4.33  0.17 3.68 3.60  1.50 21 2.08 16 15 42 2.60 22 2.60 S5 5.55 X 3.10 X 1 NO TOTAL STAIRCASE AREA PER FL. (TYPICAL FLOOR) = = 17.21 SQ.MT. 70.85 SQ.MT. Y3 5.57 39 2.45 3.68      2.10 1.52 0.30 1.52 0.30 Avane Digitally signed by Avaneesh Arya DN: c=IN, o=Personal, title=1752, pseudonym=F7954072170B716978A 1.51  1.08 1.07  34 2.50 2.50 CA0EA60DDAD4BCC0DF6CA, 32    D2 1.24 D2 1.24 2.5.4.20=9bb645125e6989f259cd884 0.81 esh   31 9ea776dfa9a869f4c107a4f00d2d93a9 8.50 40 22 23 9.88   0.33 0.33 0.45 M.W. 3243fdef3, postalCode=227412,    0.98 0.98 LIFT LOBBY AREA CALCULATION  43 25 st=Uttar Pradesh,  0.70  44   23 24 serialNumber=5BFD5D8D344B6D87C     44 0013A1FC7452A2FD9CD0280924E7C 0.45 0.45 0.70 TYPICAL FLOOR  62CACD50429A8B7D6A, LO1 1.45 X 2.95 X 1 NO = 4.28 SQ.MT. CHAJJA        0.78 0.53 0.53 0.78 Arya cn=Avaneesh Arya Date: 2024.01.17 19:53:08 +05'30' LO2 8.10 X 2.60 X 1 NO = 21.06 SQ.MT.      LO3 3.30 X 0.83 X 1 NO = 2.74 SQ.MT. 1.48  & LO4 2.80 X 3.12 X 1 NO = 8.74 SQ.MT. 50% VOID 14.00 50% S.S.    LO5 2.60 X 8.80 X 1 NO = 22.88 SQ.MT.   26 LO6 2.80 X 3.12 X 1 NO = 8.74 SQ.MT. 30 6.78 24 6.78      Beam 0.42 0.43   0.30   LO7 3.30 X 0.50 X 1 NO = 1.65 SQ.MT.  CHAJJA  CHAJJA 0.55 M.W. 2ND PODIUM FLOOR PLAN  0.45 M.W. LO8 5.55 X 2.60 X 1 NO = 14.43 SQ.MT.  LO9 1.15 X 0.15 X 1 NO = 0.17 SQ.MT. & LO10 2.86 X 1.55 X 1 NO = 4.43 SQ.MT. 50% VOID CHAJJA 1.48 50% S.S. 0.45 M.W. LO11 2.71 X 1.38 X 1 NO = 3.74 SQ.MT. CHAJJA LO12 2.85 X 2.57 X 1 NO = 7.32 SQ.MT. 10.33 11.70 0.55 M.W. 6.15 6.15 Beam TOTAL LIFT LOBBY AREA PER FL. (TYPICAL FLOOR) = 100.18 SQ.MT. Y4 33 27 0.30 4.85 4.85 DUCT AREA CALCULATION 29 2.27 3.60 13.15 3.60 25 2.27 0.90 Digitally signed by Shashikant Laxman 28 27 26 2.08 2.07 TYPICAL FLOOR 32 3.88 3.87 28 Jadhav SCALE- 1:300 0.30 Shashikan DN: c=IN, st=Maharashtra, B-106, Natraj Building, D1 0.20 X 1.05 X 1 NO = 0.21 SQ.MT. 2.5.4.20=96ea24e3466c15550473630d884 31 0.80 29 0.80 3a8d731e6d1b86679d2d15210387be9f50 TOTAL DUCT AREA PER FL. (TYPICAL FLOOR) = 0.21 SQ.MT. Y5 0.60 0.60 30 e48, postalCode=400080, street=B-802, t Laxman Sagar Garden, LBSMarg,Mulund West,  0.70 S P A C E A G E Mumbai, Mulund Goregaon Link Road pseudonym=4a6466e87e6dcc3945a4c7ad c644c353, title=4436,   serialNumber=28d8c972d6fe5f6f07b6902 NET BUILT UP AREA [X1 - (Y2+Y3+Y4+Y5)] = 467.77 SQ.MT. Jadhav daebcaee524cb190ed30f1e33cde9c2dd15 f6a34e, o=Personal, cn=Shashikant Laxman Jadhav Mulund (w), Mumbai : 4000 080  Date: 2024.01.17 19:50:05 +05'30' C O N S U L T A N T S                         1.70 0.30 0.70   50% VOID Beam  50% S.S. &          0.30    1.45      Beam  50% VOID   &  50%   S.S.       0.58    0.58 1.45             197    198 196       195       199  194       193       200  192 TW        191 TW TW    201  190 65 64     FRD  63     293 292      202 291          290  LEVEL  294 62 NDING  FRD    50%  TW @ MID-LA VOID 50% S.S. & 289 BEAM 203        295 288 61 TW  FRD     204 287 LIFT     1.70    50% VOID Beam 286 60 TW X 2.80 50% & Beam 0.30  0.30 205 S.S.   296 2.30      50% VOID 59  206 &   TW  50% S.S. 1.23 297  LEVEL NDING   @ MID-LA LIFT   BEAM  58 TW     207  X 2.80             208 298 1 2.30            FRD   299 1  209 LOBB   2.00  Y FHC      210  9.90 2.00 0.27     189 SERV X 2.52   1.00 1.00    231 2.00    211  300 ICE LIFT  1.20  50% VOID       230    1500  4.40 Ǧʹ ͲǤ͸ 50% S.S. &   212    Ǧͳ ͲǤ͸    301 1500 X 2.80 2.48 229  50% VOID     E.D. 50% S.S. &     213   1500  228     214         50% VOID 227 302 188 2  ELE        50% S.S. & Beam 226 215 DN  FRD    216    225 217  224 303    223 222 221 220 219 218  F.D. 2.00 UP   1.70 2  UP 232 LOBB  0.30    DN Y   304 1500 2.60         187 X 8.85          305 260 F.R.D. FRD FRD     FRD  233 326     306 DRIVER'S LOBB Y 325  TOILET FRD    307 2.60 1.00 x   1.35 X 6.32 FRD 324    327 323 308 F.R.D.  186 3 UP 2.00      234  322 309 1500 261  DN FHC FRD      321   320 311 310 DN 3    FRD    319 318 313 312 UP  SERV   317 315 314 F.D.   328 316  285 2.48 ICE LIFT  FRD 185  4.40   235 262 2.00 X 2.80       E.D. 1500 4 2.00      ELV  329 259 1500 1500   0.27 LOBB    164 284 2.00 9.90 Y    236  184 X 2.52     6M WIDE DRIVEWAY  LIFT  263      165 50% X 2.80 VOID 50% S.S. &   330  AY E  WID  258  2.30   0 M. 237 283  LEVEL 163   NDING 5 1.20   @ MID-LA     0.9  183  BEAM Ǧʹ ͲǤ͸  RIVEW AY    50% VOID   Ǧͳ ͲǤ͸  RS 264  LIFT    TE AN   331 102  166 2.30 1.00 1.00 50% S.S. &     PL  X 2.80    257  RIVEW 238 104 162 6    E.D  182 282 7   332  140 .  1.70    .D. F.R 265       50% 0.30   VOID 105 15 167 Beam LEVEL 239 139 00 . & 103 IDE D NDING   50% 15 F.D 256  @ MID-LA 00  S.S.  43 BEAM  15 141 161 8  281 .D. 00 9 F.D DN  F.R  181 . 15 333 106  00     FR IDE D   DN 240  228  UP 142  266  4        168 P4 OM 15   00 E.D   255 . 15  107 00    6M W AY UP 10  334 227 280   101 143 11  15    00 15    180 00 241 DN 108 267   50% & VOID 6M W  RIVEW 50% S.S. 1.23 226  169 44 335 7.0 100  144 254   229 Beam 7M  0   109   279 13 12 5 0.30 242 99 225  179 145 268 WI   110 230  170 45 336 DE    98 224 146  IDE D 243  231 278 15 14  RA 178 6  Y  223 111   337 97 269  WA MP  147 171   232   46 244   112  277 16  96 222 6M W   148  7  338 IVE 179  113 233  270 177  221  245 95  149 47 DR 178  114 234    276  339 220 176   94  150 271 246 DE 177  115 235   WI 93 219  151  340 176 275 6M 236 175  247  116  17 218 341 6M E.D . 175  WI 237 152    117  DE  217  274  48 248 15 15 00 . F.D 174  238 153 174 19 18  DR 00 .D.  118   216 F.R 342 6M  15 IVE  00 DN  154  249 173  119 239  273  WI WA 173 20 49 15 00 215 155 21  92 FR DE  UP 343 172 240  43 Y 8  120 P2 OM    214  91 DR 272    TW 171 241 F.R 22 50 1 44  121 .D. 23 IVE  UP  TW 2 112  90 213   UP F.D 172  9 170 WA 242 . TW 45  T 122  15 00 ND   3 113 P4 O 212 24 51 Y E.D   . 25 111 6.0 46 169 F.R .D. 243 PU 3 114 211 123  00 51    F.D  15 00 156 10 4 47 168 15 . 244   124 ND 00  26 00 51 5  115 210  E.D TW  157 NG . 7.0 27 NDI 0 -LA 6 110 245 48 PU @ MID EL TW 7 116 00 51 125  52 209 LEV CHAJ  M JA TW 15  158 00 BEA 42  89   TW 49 00 126 246  11  CHAJ 51 JA  117 208   88    39 247 159 LEVEL 50  127  NDING @ MID-LA 118  87 207  28 BEAM 3.0 LIFT 41 160  0X  51 167   128 248   2.4 5 109 119  206 12   D FR  166 86   3.0 LIFT  52  129 249    0X 2.4 40 120 205   LIFT  85   5    7M X 2.80 LEVEL 53 165 250   NDING @ MID-LA      130  2.30 BEAM  SE 121 204     WI   RV  84 2.00   29 0.27   4.7 ICE 107 2.00   LO 3 X LIF 164 CHAJ 11 251 2.00 LOBB 54 DE .44 BBY LIFT JA   X 2.6 2.4 T  131   ELV Y    0 5 2.6 LOBB 122 203 13 9.90 X 2.52 X 2.80    FRD 105   2.30 6M RA 0X Y 163 252       EL E 5.1  55  132 2.48 @ 5 123 202 MP MID UP  WI LEV -LA EL NDI   103   UP   162 253      NG EL    56 133 DN DE   V    SERV M BEA  FHC   2.0 DN 0 124  201  2.00 ICE LIFT   FRD 2.0 30 4.40  0 FH FH 108 DR   FRD    C C 0.3 0  57 161  134 FRD X 2.80 2.0 DN 125  0 0 2.4 IVE 2.0 2.6 LOBB 102 200 8 EL  83  14 NG B LOBB   FRD V  0 106 @ 0X Y 160   2.0 Y   0   0.3   MID 7.7 135 2.60  LEV -LA 2.4  DN  WA   7 5 2.0 0 EL NDI 126 F.R 199 X 8.85   6M UP .D.  82 M EL  T  0 2.0 E BEA B 101 2.0 0 104  Y 159  P2 O 136     LOBB Y WI F.D SE 2.60 TW 127 198 . RV X 6.32 15 11 LOBB  81 31 ND 4.7 ICE .44 B 100 00  DE  3 X LIF  TW X 2.6Y 158   8 137 SERV E.D 2.4 T    5  .   ICE LIFT 0 9 TW 128 PU B 197 15 FRD DR 2.8 LIFT 00 4.40 0X TW 99  51 15 157 80   X 2.80 ELE 2.00 HANUMANT Digitally signed by 2.2 3.0 LIFT 10  00 58 138 IVE 0 HANUMANT 0X 129 B 196 DN Shivshant Digitally signed by 2.4 5 11 38  00 51 156 180 79  UP Shivshant SADASHIVRA SADASHIVRAO BURE 3.0 LIFT 37  98 WA 130  59 B 78 195  32  LIFT LOBB 9.90 Y 2.48 ROHIT Digitally signed by ROHIT SURESHCHANDRA SONAR DN: c=IN, o=PERSONAL, title=9938, pseudonym=f00907c4b866452fbba216549f9d7aeb, Sudhakarra Sudhakarrao Doke O BURE Date: 2024.01.18 11:52:53 +05'30' Y 0X  X 2.52 2.5.4.20=df64d13ef2c95c32a86c465c12c722639ec19ea7 2.4  60 181 2.30 FHC SURESHCHANDR 6ddfe7abbeb50ed7be7473b9, postalCode=400615, Date: 2024.01.17 5 12  131 194 X 2.80 2.00 st=Maharashtra, serialNumber=08195ea60dadf788ccb71813ef313d8b46 o Doke 22:28:33 +05'30' 36 B 2.00 2c5d6fc3460c0e509f53c95eccb1bd, cn=ROHIT    2.00 A SONAR SURESHCHANDRA SONAR 13  182 0.27 Date: 2024.01.17 20:08:44 +05'30' TW 14 34 132 61  193 LEVEL LIFT  B    TW NDING X 2.80    UP   33 @ MID-LA 183  FRD  BEAM TW 15 TW 15 00 2.30  NG  62     133 192  @ MID LEV -LA TW TW  B DN 15     EL NDI 20 184 00     155  F.R 2.6 LIFT 97 63 .D.   M BEA 16  21  5x 34    17  TW 35 134 2.0 5 F.D 00 15 00 191 35   77 . 185 15 TW TW TW 18 22 64 154   LEVEL 135 E.D NDING  . 19 23 2.6 LIFT  @ MID-LA  76 53 BEAM 5x TW NG  50% NDI 96 153 2.0 5 LIFT 37 36 65 CHAJ -LA  JA 50% VOI D TW @ EL  LO  136 MID   S.S & LEV     . BEA M  BB Y 75  16 CHAJ JA 24 CHAJ 33 66 152      137 38 JA   TW B    25   74 39 54      TW 30 67 151    138                     F.R .D. B 73 17 186               32 68 150 6.04            139  B 41 40  95    72       0             0 2.0 D  187  149  0.3 FR     69     FRD     55  FRD 31 140 1 6.0 B 71 6.56         188 42  2.0 148 2.0 DN    0 0       11 LOBB EL E  141 70  18     .44 FRD  B         3.0 LIFT 0X X 2.6Y 2.4 8 UP CHAJ JA 93 147 189 56 2.4 0 0     5 EL V 1.9 6.0 142  15 00 15 190  2.6 LOBB ͲǤ͸ 91 19    Ǧͳ 5  CHAJ 00 146  0X Y JA   3.0 LIFT     FH  1.0 5.1   C 15 0 0X  00 ͲǤ͸ 143 @ 5   .  Ǧʹ E.D MID 1.0  2.4 57 LEV -LA 0 5  0 89 EL NDI 1.2 UP NG M   BEA SE 144 . F.D RV SE 15 DN 4.7 ICE RV 00 3 X LIF 2.4 T 4.7 ICE 3 X LIF 94 88 6.08    5 2.4 T 145 .D.  5 DRIVEWAY F.R 58  1.2 NG 2.6 LOBB 87 0 B 59   -LA   0X Y 92 NDI 60       ͲǤ͸ 2.8 LIFT 7.7 5 3.0 LIFT @ MID LEV EL  LIFT 0    Ǧʹ   M RAMP UP 1.0  0X 0X BEA B 61  ͲǤ͸ FH     2.2 2.4 90 2.60 X 2.10  Ǧͳ  C  62  50%   0 5 VOID CHA 50%      FRD 11 LOBB  63 50% & JJA 50% VOI  S.S. D .44      S.S & . EL X 2.6Y 3.0 LIFT TW 5.43 64  65   V         FR 0 0X TW B  67 CHA      JJA   D UP 2.4      5 26 5.38 69 71      FRD FR D EL 27 TW  73  E                   TW 75        1.9 DN 0 28 77  20   2.0 21     5     F.R.D.       79   29 0    FRD 0.3   TW 80  UP   2.4             8 0    FRD  81  22  82           2.0        30              23 RAMP UP     2.0 FRD    24 83 CHA 0  DN  JJA           84       FRD 31  50%           85 66        68 &  50% VOID         ͲǤ͸       86 70  Ǧʹ S.S   32  0 1.7    .        TW B 72       ͲǤ͸ 0     1.0    33 Beam     74  Ǧͳ     CHA 50%    TW FRD 76     MID-LANDING B      JJA 50% VOI 0 BEAM @ 0.3 0         S.S & D 1.0       TW 34  78 B LIFT    .           25 B   NG  26  CHAJ 50%  CHA NDI   TW B LEVEL  JA 2.60 X 2.10 JJA    50% VOI B  -LA   D   @  ͲǤ͸  S.S &  EL      B   27 MID  Ǧʹ   LEV ͲǤ͸      .   1.0   Ǧͳ B      M 0       BEA  TW TW   CHAJ   1.0  57 JA   MID-LANDING  0                        28 N   29 -       LEVEL                   56 ELE LIFT BEAM @  3.25 X 3.72   1:300       F.R.D.     54 55          UP        50% VOID &      35 47 48    TW   FRD 50% S.S.    FHC  TW TW          MID-LANDING     LIFT     TW TW 45 46        LIFT 2.80 X 2.50 TW TW    0 CHA JJA 50%   DN 50% VOID & LEVEL 36 43 44 LIFT 2.80 X 2.50 R-0 1.7   50% S.S.  TW TW  VOID TW TW 3.25 X 2.50  50% &  & 50% 50% VOID   S.S.  BEAM @ TW TW 53 DN FRD 0.3 S.S .        37 UP  0 Beam 52 MID-LANDING BEAM @ ELE    51 CHAJJA LEVEL 49 50           LIFT  42 TW TW TW  0.47 3.25 X 3.72 40 41  1.00 0.45 M.W. H 1.00 FHC  38 TW TW  1.20  TW    TW TW  Ǧͳ  ͲǤ͸   Ǧʹ   ͲǤ͸ UP         DN 39 FRD  CHAJJA    FRD UP LIFT DN 0.45 M.W.   LIFT LIFT 3.20 X 2.50      LIFT 3.25 X 2.50  3.20 X 2.50    LIFT 2.80 X 2.50      2.80 X 2.50          ELE  FRD     FRD MID-LANDING  BEAM @  FRD  LIFT    FRD       FRD    3.20 X 3.60 ELE LEVEL             LIFT       FRD LIFT 3.20 X 2.50    G  3.20 X 2.50  MID-LANDING  BEAM @  FRD   FRD UP    2.03  LEVEL     DN 0.45 M.W. CHAJJA        Ǧʹ      ͲǤ͸       1.20  Ǧͳ  CHAJJA 0.45 M.W. ͲǤ͸ 2.20 LIFT  0.98 1.00  ELE 3.20 X 3.60 MID-LANDING BEAM @     2.00  2.00 1.20 0.45 M.W.      LEVEL     0.30 ELE   1.00  1.20  Ǧʹ 2.17 FRD  Ǧͳ  ͲǤ͸     Ǧͳ FRD ͲǤ͸ G   CHAJJA   ͲǤ͸   1.00  1.20    Ǧʹ ͲǤ͸ 1.00 1.00 MID-LANDING   BEAM @ 0.47  FRD 0.40      0.92   Ǧͳ  FRD  0.45 M.W.  ͲǤ͸     LEVEL    Ǧʹ     0.45 M.W.   0.93   ͲǤ͸      CHAJJA 1.20    CHAJJA                       0.45 M.W.                CHAJJA          Avane Digitally signed by Avaneesh Arya DN: c=IN, o=Personal, title=1752, pseudonym=F7954072170B716978AC A0EA60DDAD4BCC0DF6CA,  1.48 2.5.4.20=9bb645125e6989f259cd8849e  50% VOID & 50% S.S. esh a776dfa9a869f4c107a4f00d2d93a9324 3fdef3, postalCode=227412, st=Uttar Pradesh, serialNumber=5BFD5D8D344B6D87C0  013A1FC7452A2FD9CD0280924E7C62  CACD50429A8B7D6A, cn=Avaneesh           CHAJJA 0.55 M.W. CHAJJA Beam 0.30 Arya Arya Date: 2024.01.17 19:52:58 +05'30'  0.45 M.W.  3RD PODIUM FLOOR PLAN & 50% VOID 1.48 CHAJJA 50% S.S. 0.45 M.W.   CHAJJA 0.55 M.W. Beam 0.30 SCALE- 1:300 Shashika Digitally signed by Shashikant Laxman Jadhav DN: c=IN, st=Maharashtra, 2.5.4.20=96ea24e3466c15550473630 nt d8843a8d731e6d1b86679d2d152103 B-106, Natraj Building, 87be9f50e48, postalCode=400080, street=B-802, Sagar Garden, LBSMarg, Mulund West,Mumbai, S P A C E A G E Laxman pseudonym=4a6466e87e6dcc3945a4 Mulund Goregaon Link Road c7adc644c353, title=4436, serialNumber=28d8c972d6fe5f6f07b6 902daebcaee524cb190ed30f1e33cde Jadhav 9c2dd15f6a34e, o=Personal, cn=Shashikant Laxman Jadhav Mulund (w), Mumbai : 4000 080 Date: 2024.01.17 19:50:15 +05'30' C O N S U L T A N T S                       2.00 1.70    0.70 0.30 0.30   50% VOID Beam  50% S.S. &         0.30   1.45      Beam  50% VOID   50% S.S. &    PLAN     TERS   0.90 M.W 0.58    0.58 IDE 1.45             197    198 196       195      199  194       193       200  192 TW        191 TW TW    201  190 65 64     FRD  63     293 292      202 291          290  LEVEL  294 62 NDING 50% VOID FRD   TW   @ MID-LA 50% S.S. & 289 BEAM 203         295 288 61 TW  FRD    204 287      1.70  LIFT 50% VOID   0.30 Beam 286 60 TW 2.30 50% S.S. & Beam   0.30  205  296 X 2.80     50% VOID 59  206 &  TW  50% S.S. 1.23  297  LEVEL   NDING @ MID-LA LIFT   BEAM  58 TW      207  2.30 X 2.80            208 298 1            FRD   1  PLANTERS 0.90 M.WIDE  209 299 LOBB 2.00    9.90 X Y FHC     210  2.00   189 0.27    1.00   SERV 2.52 1.00   231 2.00    211  300 ICE  1.20  50% VOID      230 4.40 X LIFT      1500 & ͲǤ͸ Ǧʹ  212    50%  Ǧͳ ͲǤ͸    301 1500 2.48 S.S. 229 50% VOID   2.80     E.D. 50% &   213     1500 S.S. 228     214        50% VOID 227 302 188 2  ELE         50% S.S. & Beam 226 215  FRD DN   216      225 224 218 217  303  2.00 UP  1.88  223 222 221 220 219 UP F.D. 2    1.70 232   DN LOBB Y       0.30   304  187 1500  2.60 X 8.85            305 260 F.R.D. FRD FRD     FRD  233 326    306 DRIVER' LOBB 2.60 X Y 325    TOILET S FRD    307 1.00 x  1.35 6.32 FRD 324    327 323 308 F.R.D.  186 3 UP 2.00       234  322 309 1500 261  DN FHC FRD      321   320 311 310 DN 3    FRD    319 318 313 312 UP  SERV   317 314 F.D.    328 316 315  285 2.48 ICE LIFT  FRD 185 4.40 X 2.80   235 262 2.00      E.D. 1500 4 2.00 ELV       329 259 1500 1500   0.27 LOBB     164 284 2.00 9.90 X Y    236  184 2.52   Y   6M WIDE DRIVEWA   263 LIFT      165 50% VOID  2.30   & 330 AY E  50%  S.S. WID  258  X 2.80   0 M. 237 283 LEVEL  163   NDING 5 1.20   @ MID-LA     0.9  183  BEAM ͲǤ͸ Ǧʹ  RIVEW AY    50%   ͲǤ͸ Ǧͳ  RS 264  LIFT VOID    TE AN   331 102  166 2.30 1.00 1.00 50% S.S. &      X 2.80    257 PL  RIVEW 238 104 162 6    .  182 282 7    332 140 E.D   1.70   .D. F.R 265       50% VOID 0.30   105 15 167 Beam LEVEL 239 139 . 50% S.S. & 00 103 IDE D NDING  15 F.D  256  @ MID-LA 00  43  BEAM  15 141 161 8  281 .D. 00 9 DN F.D  F.R  181 15 . 333 106  00     IDE D   DN 228    4  266 UP 240  UP  142     15 00 E.D 168      255 15  T 107 . 00   6M W P5 O AY UP 10   334 227 280   101 143 11  15    00 15    180 00  50% VOID 241 108 267  & 6M W  RIVEW 1.23 169 50% S.S. 100 226   44  335 229 144 254    Beam  109   279 13 12 5 0.30 242 99 225  179 145 268   110 230  170 45 336    98 224 146  IDE D 243  231 278 15 14  Y  111   178 6 337 223 269   97  147 171  244  WA  112 232    16 46 96 222 277  6M W  148  7  338 IVE 179  113 233  270 177  221  245 95  149 47 DR 178  114 234    276  339 220 176   94  150 271 246 DE 177  7M 115 235    340 WI 176 WI 93 219  151 275  DE 6M 236 175  247  116  17 218 6M  WI 152 RA  341 . E.D 175 237   117  DE 217  274  48 MP  15 248 15 00 . F.D 174  238 153 174 19 18  DR 00 .D.  118   216 F.R 342 6M  15 IVE  00 DN  154  249 173  119 239  273  WI WA 173 20 49 15 00 215 21  92  155  DE UP 343 172 DN 240  43 Y 8   120   T 214   P3 O 91 DR 272    TW 171 241 F.R 22 50 1 44 121 .D. 23 IVE   112 FR 213 TW  2  90  172  9 P5 OM F.D 170 WA 242  . TW 45  122  15 00 ND   3 113 212  24 51 Y E.D   . 25 111 6.03 46 169 DN F.R .D. 123 243  PU 00   114 51   211  15 00 10 168 F.D 244 156   7M .  4 47 15 124 ND 00 26 00  51 TW 5  115  E.D 210   157 ING WI . 27 ND -LA 6 110 245 48 PU @ EL TW 00 125  DE 52 MID 51 7 116 209 LEV CHA M JJA TW 15  158 00 BEA 42  89   246 RA TW 00 49  51 126 11 CHAJ JA  117 208  88 MP   159   39 50  127 247  LEVEL NDING @ MID-LA 118  87 207  28 BEAM 3.00 LIFT 41 160   X 2.  51 167  128 248  45 109 119 206 12   86   D  166 FR 3.00 LIFT  52  129 249   X 2. 40 120 205   LIFT 45  85     2.30 X LEVEL 53 165 250   2.80 NDING @ MID-LA  130    BEAM   SE 121 204    RV     84 2.00   29   0.27 4.73 ICE 107 2.00   LO 164 CHA 11 .44 BBY X 2. LIFT 54 251 2.00 LOBB JJA  131  LIFT 9.90 X Y   X 2. 45  ELV    60 2.60 LOBB 122 203 13 2.30 X    FRD 105   2.52 2.80 X 5. Y 6M 163 252      EL  55 2.48 -LA ND   E 15 UP 123  202 132  WI  ING @ MID LEV EL          EL      103 56 162 133 253 UP DN ROHIT Digitally signed by ROHIT SURESHCHANDRA SONAR Shivshant Digitally signed by HANUMANT Digitally signed by DE  BEA M  V    FHC SERV DN: c=IN, o=PERSONAL, title=9938, Shivshant HANUMANT 124 201  pseudonym=f00907c4b866452fbba216549f9d7a 2.00 ICE SADASHIVRAO SADASHIVRAO BURE   4.40 X LIFT Sudhakarr Sudhakarrao Doke 0 2.0 DN 2.0 eb,  FRD 30 SURESHCHA  0 108 FH FH 2.5.4.20=df64d13ef2c95c32a86c465c12c722639e DR   FRD    C C 0.3 0  57 161  134 FRD 2.80 c19ea76ddfe7abbeb50ed7be7473b9, postalCode=400615, st=Maharashtra, Date: 2024.01.17 BURE Date: 2024.01.18 11:53:14 +05'30' 2.0 DN 125  ao Doke 22:28:48 +05'30' 0 0 2.4 serialNumber=08195ea60dadf788ccb71813ef313 IVE 2.0  2.60 LOBB EL 8 @ B 102  83 200  14 LOBB NDRA SONAR d8b462c5d6fc3460c0e509f53c95eccb1bd, FR  FRD V 2.0  MID   106 160 0 X 7. Y cn=ROHIT SURESHCHANDRA SONAR 2.60 X Y  LEV -LA 0   0.3   135    EL ND Date: 2024.01.17 20:09:03 +05'30'  2.4  WA 75  126  P3 OM 7 2.0 0 ING F.R 199 8.85   6M 5 1.8 UP .D.  82 M EL B    0  BEA 101  2.0 E 159 LOBB Y  2.0 104  136   2.60 X Y 0   WI F.D SE RV 4.73 ICE 11 LOBB .44 TW B 100 127  15 00 ND . UP 81 198  31 6.32 DE  X 2. LIFT X 2. Y  TW 45 60      8  E.D . 158  137  SERV 128 197 ICE LIFT TW 15 FRD PU 9 B DR 2.80 LIFT 00 4.40 X 2. TW 99  51 15 157 80   X 2.80 ELE 2.00 20 3.00 LIFT 10  00 58 138 X 2. 45 11 38 IVE 129  00 51 156 180 B 79 196  DN UP 3.00 LIFT 37  98 WA 130  59 B 78 195  32  LIFT LOBB 9.90 X Y 2.48 X 2. 45 12    Y 131 60 181 194 2.30 X 2.80 2.52 FHC 2.00  36  B  2.00 2.00 13  182 0.27 TW 14 34 132 61  193 LEVEL LIFT  TW  B UP  NDING 2.30    @ MID-LA TW 15 TW 183 15 00 33 BEAM X 2.80   FRD  ING  62      133 192 ND -LA TW TW  B DN 15     20 184 @ EL MID 00     155  LEV F.R 2.6 LIFT 97 63 .D.   M BEA 16  21  5x 34     TW 134 2.0 5 F.D 15 00 191 35  TW 17 TW 35  185 . 15 00 77 TW 18 22 64 154   LEVEL 135 E.D NDING  . 19 23 2.6 LIFT  @ MID-LA  76 53 BEAM 5x TW ING  50% ND 96 153 2.0 5 LIFT 37 36 65 CHAJ -LA  JA 50% VOID TW @ EL  LO  136 MID   S.S & 16 LEV   BB  .  75 M   BEA Y 33 152   66 CHAJ JA 24 CHAJ    137 38 JA   TW B 54     25   151 74 39     TW 30 67    138             B 17  F.R   73       .D.   186       150  32 6.04     68             139  B 41 40  95          72  0    187 2.0        D   0   149  0.3 FR     69         55 31 FRD   FRD 140  6.01 B 71 6.56  188         2.0 0 2.0 0 DN  148 42      70  18 141    EL  11 LOBB E     .44 X 2. Y 2.4 FRD 93  B         3.00 LIFT X 2. 60 8 UP CHAJ JA 6.00 147 189 56     45 EL V 1.9 142  15 00 15 190  2.60 LOBB ͲǤ͸ 19 00 91    Ǧͳ 5 CHAJ   146  JA   3.00 LIFT X 5. Y     1.0  FH  15  C 0 15  00 ͲǤ͸ -LA 143   E.D X 2.  Ǧʹ . 1.0 EL ND  0 45  57  0 ING 89 @ 1.2 UP MID  LEV M  BEA SE RV SE 144 15 DN F.D . RV  00 4.73 ICE X 2. LIFT 4.73 ICE X 2. LIFT 94 88 6.08    45 45 145 .D.  DRIVEWAY F.R 58  1.2 ING 2.60 LOBB 0  B 87 59   -LA        ͲǤ͸ 2.80 LIFT X 7. Y 75 3.00 LIFT @ MID LEV EL ND 92  60 LIFT   0  Ǧʹ   M RAMP UP 1.0  61 BEA X 2. B    ͲǤ͸   FH X 2. 2.60 X 2.10 90  Ǧͳ  C  20 45 62 50%        50%   11 LOBB VOID CHA    FRD 63 50% & 50% VOID JJA  S.S. .44      S.S & . EL X 2. Y 3.00 LIFT TW 5.43 64  65   V         FR 60 X 2. TW B  67 CHA 8 /26       JJA   D UP        45 26 5.38 69         FRD FR D EL E 27 TW 73 71         75             TW      28 77 20 N 0  1.9 DN   2.0 21  -    5     F.R.D.        0 29 79    FRD 0.3   TW 80  UP  1:300   2.4              8 0    FRD  81  22   82           2.0        30             23    RAMP UP  2.0      24  FRD DN 83 CHA 0    JJA          84      FRD  31  50%          85 66      68  &     50% VOID  ͲǤ͸            86  70 R-0  Ǧʹ S.S  32 0  . 1.7          TW B 72          ͲǤ͸   1.0    33 Beam 0    74  Ǧͳ      CHA 50%    TW FRD 76     B  JJA 50% VOID 0   1.0   34  MID-LANDING 0        78 B 0.3 S.S &    TW 2.60 X 2.10    .           25 B    ING 26 CHAJ 50% LEVEL    CHA JJA @ MID      JA 50% VOID TW B  LEV -LA    S.S & B LIFT ͲǤ͸  BEAM @       B   27  Ǧʹ EL ND ͲǤ͸    .   1.0   Ǧͳ B       M 0       BEA   TW TW CHAJ   1.0    57 JA  MID-LANDING  0  BEAM @        28                               29  56 LIFT LEVEL     ELE     3.25 X 3.72       F.R.D.     54 55          UP             35   47 48 TW     FRD FHC   TW TW          MID-LANDING        LIFT 45 46   TW TW BEAM @        LIFT 2.80 X 2.50 TW TW   1.7 0 CHA JJA 50%      DN 36 43 44 LIFT 2.80 X 2.50  TW TW VOID LEVEL   TW TW 3.25 X 2.50  50% &  & 50% 50% VOID   S.S.  TW TW 53 DN FRD 0.3 S.S .        37 UP  0 52 Beam MID-LANDING   LEVEL ELE  51  CHAJJA 49 50    BEAM @        LIFT  42 TW TW TW  0.47 3.25 X 3.72 40 41  1.00 0.45 M.W. H 1.00 FHC  38 TW TW   1.20 TW   TW TW  Ǧͳ  ͲǤ͸   Ǧʹ   ͲǤ͸ UP         DN 39 FRD  CHAJJA    FRD UP LIFT DN   LIFT LIFT 3.20 X 2.50   LIFT 3.25 X 2.50 3.20 X 2.50 0.45 M.W.     LIFT 2.80 X 2.50     2.80 X 2.50       ELE      FRD     FRD MID-LANDING   BEAM @  FRD  LIFT    FRD      3.20 X 3.60    FRD   ELE LEVEL             LIFT      FRD LIFT 3.20 X 2.50    G     MID-LANDING  3.20 X 2.50 BEAM @ FRD  FRD UP    2.03   LEVEL   CHAJJA   DN 0.45 M.W.       Ǧʹ         ͲǤ͸     1.20  Ǧͳ  CHAJJA 0.45 M.W. ͲǤ͸ 2.20 LIFT  0.98 1.00  ELE 3.20 X 3.60 MID-LANDING BEAM @      2.00 Digitally signed by Avaneesh Arya  2.00 1.20 0.45 M.W. DN: c=IN, o=Personal, title=1752,    pseudonym=F7954072170B71697   LEVEL  0.30 ELE   Avanee 8ACA0EA60DDAD4BCC0DF6CA,     1.00  1.20  Ǧʹ 2.17 2.5.4.20=9bb645125e6989f259cd8  Ǧͳ FRD  ͲǤ͸     Ǧͳ FRD ͲǤ͸ 849ea776dfa9a869f4c107a4f00d2d G  93a93243fdef3,  CHAJJA  ͲǤ͸   postalCode=227412, st=Uttar ͲǤ͸ 1.00 0.47 1.00 MID-LANDING  1.20   FRD      Ǧʹ  1.00 sh Arya Pradesh, serialNumber=5BFD5D8D344B6D8 7C0013A1FC7452A2FD9CD028092 4E7C62CACD50429A8B7D6A, 0.40     cn=Avaneesh Arya  0.92   Ǧͳ LEVEL  FRD  Date: 2024.01.17 19:52:48 +05'30' 0.45 M.W.  ͲǤ͸           BEAM @  ͲǤ͸ 4TH PODIUM FLOOR PLAN  Ǧʹ 0.45 M.W. 0.93      CHAJJA 1.20    CHAJJA                         0.45 M.W.               CHAJJA          50% VOID & 1.48 SCALE- 1:300 50% S.S.        Shashika Digitally signed by Shashikant Laxman  Beam 0.30  B-106, Natraj Building,  Jadhav   CHAJJA 0.55 M.W. DN: c=IN, st=Maharashtra,  CHAJJA  0.45 M.W. 2.5.4.20=96ea24e3466c15550473630d nt 8843a8d731e6d1b86679d2d15210387 S P A C E A G E  be9f50e48, postalCode=400080, Mulund Goregaon Link Road street=B-802, Sagar Garden, LBSMarg, Mulund West,Mumbai, & 50% VOID 1.48 CHAJJA Laxman pseudonym=4a6466e87e6dcc3945a4c 50% S.S. 0.45 M.W. 7adc644c353, title=4436, serialNumber=28d8c972d6fe5f6f07b6 CHAJJA 902daebcaee524cb190ed30f1e33cde9 Mulund (w), Mumbai : 4000 080 0.55 M.W. Jadhav c2dd15f6a34e, o=Personal, Beam cn=Shashikant Laxman Jadhav Date: 2024.01.17 19:50:28 +05'30' 0.30 C O N S U L T A N T S                       1.70 0.30 0.70   50% VOID Beam  50% S.S. &          0.30   1.45      Beam  50% VOID   50% S.S. &    PLAN     TERS    0.58 0.90 M.WI 0.58  DE 1.45             197    198 196       195      199  194       193       200  192 TW        191 TW TW    201  190 65 64     FRD   292 63     293     202    291       290  LEVEL  294 62 NDING 50% VOID FRD   TW   @ MID-LA 50% S.S. & 289 BEAM 203         295 288 61 TW  FRD     204 287     1.70  LIFT 50% VOID   0.30 Beam 286 60 TW 2.30 50% S.S. & Beam   0.30  205  296 X 2.80     50% VOID 59  206 &  TW  50% S.S. 1.23  297    LEVEL NDING LIFT @ MID-LA   BEAM  58 TW      207  2.30 X           1 2.80  298    208         FRD   299 1    PLANTERS 0.90 M.WIDE  209 LOBB Y FHC 2.00      210  9.90 2.00 0.27     189 SERV X 2.52   1.00 1.00    231 2.00 300    ICE LIFT      211 1.20 50% VOID     230     1500 4.40 Ǧʹ ͲǤ͸  50% S.S. &  212     2.48 Ǧͳ ͲǤ͸   301 1500 X 2.80 229 50% VOID       E.D. 50% S.S. &     213   1500  228     214          50% VOID 227 302 188 2  ELE      50% S.S. & Beam 226 216 215  FRD DN         225 224 218 217  303  2.00 UP    223 222 221 220 219 UP F.D. 2 LOBB   1.70 232   DN Y       0.30   304 187 1500  2.60      X 8.85        305 260 F.R.D. FRD   FRD    FRD 233 326     306 DRIVER'S LOBB Y 325  FRD TOILET    307 2.60 1.00 x   1.35 X 6.32 FRD 324    327 323 308 F.R.D.  186 3 UP 2.00        322 309 1500 261 DN FRD   234   FHC  321   320 311 310 DN 3    FRD    319 318 313 312 UP  SERV    328 317 316 315 314 F.D. 285  2.48 ICE FRD 4.40 X LIFT   185    235 262 2.00 2.80      E.D. 1500 4 2.00 ELV       329 259 1500 1500   0.27 2.00 LOBB     164 284 9.90 Y    236  184 X 2.52     6M WIDE DRIVEWAY   263 LIFT      165 50% VOID  2.30  50% S.S. & 330  AY E  258 X 2.80 WID      0 M. 237 283 LEVEL 163   NDING 5   @ MID-LA 1.20     0.9  183  BEAM Ǧʹ ͲǤ͸ RIVEW  AY      50% VOID ͲǤ͸ Ǧͳ  RS 264  LIFT   TE AN   331 102  166 2.30 1.00 1.00 50% S.S. &     PL  X 2.80    257  RIVEW 238 104 162 6    .  182 282 7   332  140 E.D  1.70    .D. F.R 265       50% VOID 0.30   105 15 167 Beam LEVEL 239 139 00 . 50% S.S. & 103 IDE D NDING  15 F.D  256 @ MID-LA 00   43  BEAM  15 00 141 161 8  281 F.R 9 DN F.D  .D.  15 181 . 333 106  00     FR IDE D   DN 240  228  UP 142  266  4       168  P6 OM 15   00 E.D   255 15  107 00  .  6M W AY UP 10     334 101 227  15 00 15 143  280 11     180  00 241 DN 108 267   50% & VOID 6M W  RIVEW 1.23 169 50% S.S. 100 226   44 335 229 144 254   Beam 7M    109   279 13 12 5 0.30 242 99 225  179 145 WI 268   110 230  170 45 336 DE    98 224 146  IDE D 243  231 278 15 14  RA 178 6  Y  223 111   337 97 269  WA MP  147 171   232   46 244  112  277 16  96 222 6M W  148  7  338 IVE 179  113 233  270 177  221  245 95  149 47 DR 178  114 234    276  339 220 176   94  150 271 246 DE 177  115 235   340 WI 93 219  151  176 275 6M 236 175  247  116  17 218 341 6M E.D . 175  WI 237 152    117  DE  217  274  48 248 15 00 .  153 174 19 18 174 238 15 F.D  DR 00 .D.  118   216 F.R 342 6M  15 IVE  00 DN  154   249 173  119 239  273 WI WA 173 20 49 15 00 215 155 21 FR 92   DE UP 343 172 240  43 P4 OM 120 Y 8     214  91 DR 272    TW 1 44 171  121 241 F.R .D. 23 22 50  IVE UP  TW 2 112  90 213   UP F.D 172  9 170 WA 242 . TW 45  T 122  15 00 ND   3 113 P6 O 212 24 51 Y E.D   . 25 111 3 46 169 F.R .D. 243 PU 6.0 114 211 123  00 51    F.D  15 00 156 10 4 47 168 15 . 244   124 ND 00  26 00 51 5  115 210 @ TW  E.D .  157 27 MID 6 110 245  LEV -LA 48 PU EL NDI NG TW 7 116 00 51 125  52 209 CHAJ M JA TW 15  158 00 BEA 42  89    TW 49 00 126 246 11 51  CHAJ JA  117 208   88    39 247 159 LEVEL 50  127  NDING @ MID-LA  118  87 207  28 BEAM 3.0 LIFT 41 160  0X  51 167  128 248   2.4 5 109 119 206 12   3.0 LIFT D FR   166 86  249  0X 40 120 52  129    2.4 205   LIFT  85     5  7M 2.30 LEVEL 53 165 250   X 2.80 DING @ MID-LAN  130    BEAM   SE 121 204     WI   RV  84  2.00  29   0.27 4.7 ICE 107 2.00   11 LOBB 3 X LIF 164 CHAJ 251 2.00 LOBB 54 DE 131 LIFT JA .44 2.4 T   X 2.6Y 5    ELV Y    0 2.6 LOBB 122 203 13 9.90 X 2.52 2.30 X 2.80    FRD 105   6M RA 0X Y 163 252       EL E 5.1  55  132 2.48 5 123 202 NG MP NDI UP   WI  -LA 103   UP 162 253 @ EL MID      LEV     EL    56 133 DN DE  V    SERV M BEA  FHC    FRD 2.0 DN 2.0 0 124  201  2.00 ICE LIFT 30 0 4.40  FH 108 DR   FH FRD    C C 0 0.3  57 161  134 FRD X 2.80 2.0 DN 125  0 0 2.4 IVE 2.0 2.6 LOBB 200 8       0.3 0 FRD 0X Y EL V 0 2.0     @ MID LEV -LA B 106 102  160 83  14 LOBB Y 7.7 2.60 EL ND 135     DN  WA 2.4  126  5 X 8.85 7 2.0 0 ING F.R 199   6M UP .D.  82 M EL  T  0 2.0 E BEA B 101 2.0 0 104  Y 159  P4 O 136     LOBB 2.60 X Y WI F.D SE TW 127 198 . RV 15  81 31 6.32 ND 4.7 ICE 11 LOBB 00  .44 B 100 DE  3 X LIF  TW X 2.6Y 158   2.4 T 8 137 SERV E.D 5     .   0 128 ICE LIFT 9 TW PU B 197 15 FRD DR 2.8 LIFT 00 4.40 0X TW 99  51 15 157 80   X 2.80 2.00 2.2 3.0 LIFT 10  00 58 138 ELE Shivshant Digitally signed by IVE ROHIT 0 0X 129 00 B 196 DN Digitally signed by ROHIT Shivshant HANUMANT Digitally signed by HANUMANT 2.4 5 11 38  51 156 180 79  UP SADASHIVRAO BURE SURESHCHANDRA SONAR Sudhakarra Sudhakarrao Doke WA  32 SURESHCHAN Date: SADASHIVRAO 59 LOBB Y 2.48 2024.01.17 20:44:19 Date: 2024.01.18 11:53:35 3.0 LIFT 37 98 130  B 78 195   LIFT 9.90 Date: 2024.01.17 BURE +05'30' Y 0X X 2.52 DRA SONAR +05'30' 2.4 5    60 181 2.30 X FHC o Doke 22:29:05 +05'30' 131 2.80 12 36  B 194  2.00 2.00  2.00 13  182    0.27 TW 14 34 132 61  193 LEVEL LIFT  TW  B UP  DING 2.30    @ MID-LAN TW 15 TW 183 15 00 33 BEAM X 2.80   FRD  @ MID  62     LEV -LA EL NDI TW TW 133  B DN 15 192      NG 20 184 00     M 16 21 97 63 155  2.6 LIFT F.R .D.      34 BEA 5x   17  TW 35 134 2.0 5 F.D 15 15 00 191 35   77 . 185 00 TW TW TW 18 22 64 154   LEVEL 135 E.D DING  . 23  5 19 @ MID-LAN 2.6 LIFT  76 53 BEAM TW NG  5x 50% -LA 96 153 2.0 LIFT 37 36 EL NDI 65 CHAJ  JA 50% VOI TW @  LO  136  D MID  S.S & 16 LEV   BB   75 . M   BEA Y CHAJ JA 24 CHAJ 33 66 152      137 38 JA   TW   B 54  25   151 74 39 30   TW                138 67                    F.R .D. 186 B 73  17      32 68 150 6.04           139  B 41 40  95    72        0        187    2.0 D    0.3  149  0 FR    69     FRD     55  FRD 31 140 1 6.0 B 71 6.56         188 42  2.0 148 0    2.0 DN 0       11 LOBB EL E  141 70  18     .44 X 2.6Y 2.4 FRD 93  B         3.0 LIFT 0X 0 8 UP CHAJ JA 0 147 189 56     2.4 5 EL V 1.9 6.0 142  15 00 15 190  2.6 LOBB ͲǤ͸ 19 00 91    Ǧͳ 5  CHAJ 146  0X Y JA   3.0 LIFT     FH  1.0 5.1   C 15 0 0X  ͲǤ͸ 00 143   NDI 5 .  Ǧʹ E.D 1.0  NG 2.4 0 -LA 5  57 0 89 @ EL 1.2 UP MID  LEV M  BEA SE 144 . F.D RV SE 15 DN 4.7 ICE RV 00 3 X LIF 2.4 T 4.7 ICE 3 X LIF 94 88 6.08    5 2.4 T 145 .D.  5 DRIVEWAY F.R 58  1.2 NDI 2.6 LOBB 0 B 87 59   NG  0X Y 92  -LA 60       ͲǤ͸ 2.8 LIFT 7.7 3.0 LIFT @ MID LEV EL  LIFT 1.0    Ǧʹ 5   M RAMP UP 0  0X 0X BEA B 61   ͲǤ͸ FH     2.2 2.4 2.60 X 2.10 90  Ǧͳ  C  62 50%   0 5 VOID CHA 50%      FRD 11 LOBB  63 50% & 50% VOI JJA  S.S. D .44      S.S & . EL X 2.6Y 3.0 LIFT TW 5.43 64  65   V         FR 0 0X TW B  67 CHA      JJA   D UP 2.4               FRD   FR D EL E 5 26 27 TW 5.38 73 71 69    75      TW               1.9 DN 2.0 28 77  20           5 0  21 F.R.D.       0 29 79   0.3  TW 80   FRD    UP   2.4          8     FRD  81  22   82 0          2.0        30               23 RAMP UP     2.0 0 FRD    24 DN 83 CHA       JJA       84       FRD 31  50%           85 66    68   &     50% VOID  ͲǤ͸         86   S.S . 1.7 0     Ǧʹ           TW 32 B  70  72  Beam          ͲǤ͸ 1.0 0      33   74       Ǧͳ    FRD  50%   TW 76 CHA     B MID-LANDING  50% VOI JJA 1.0 0.3 0         S.S & D 0       TW 34  78 B  2.60 X 2.10     25 .     NG        B LEVEL 26 CHAJ 50%   B  CHA NDI      TW JA JJA    50% VOI  -LA    D S.S & B BEAM @ LIFT ͲǤ͸  @ EL      B   27 MID  Ǧʹ .     LEV 1.0  ͲǤ͸    Ǧͳ          BEA M 0      B TW TW         CHAJ 1.0  57 N JA   MID-LANDING  0  BEAM @    -     28               29                  56 LIFT LEVEL   ELE 1:300         3.25 X 3.72       F.R.D.     54 55            UP              35 47 48 TW      FRD  FHC  TW TW          MID-LANDING       LIFT   45 46 TW TW        LIFT 2.80 X 2.50 TW TW   36 R-0  LEVEL 43 44 CHA    LIFT 2.80 X 2.50 0 JJA 50% DN 1.7    TW TW VOID TW TW 3.25 X 2.50  50% &  & 50% 50% VOID   S.S.  BEAM @ TW TW 53 DN FRD 0.3 S.S .        37 UP  0 Beam 52 MID-LANDING BEAM @ ELE E    51 LEVEL 49 50  M.W. CHAJJA           LIFT  42 TW TW TW  40 41 0.47   1.00 1.00 3.25 X 3.72 H FHC  38 TW TW  1.20  TW  0.45   TW TW  Ǧͳ  ͲǤ͸   Ǧʹ   ͲǤ͸ UP         DN 39 FRD  CHAJJA    FRD UP LIFT DN      LIFT LIFT 3.25 X 2.50 LIFT 3.20 X 2.50 3.20 X 2.50  0.45 M.W.     LIFT 2.80 X 2.50     2.80 X 2.50            ELE FRD     FRD MID-LANDING   BEAM @  FRD   LIFT   FRD      3.20 X 3.60    FRD   ELE LEVEL            LIFT     G 3.20 X 2.50     FRD LIFT   MID-LANDING   3.20 X 2.50 BEAM @  FRD   FRD UP    2.03  LEVEL   CHAJJA   DN 0.45 M.W.        Ǧʹ       ͲǤ͸     1.20  Ǧͳ  CHAJJA 0.45 M.W. ͲǤ͸ 2.20 LIFT  1.00 0.98  ELE 3.20 X 3.60 MID-LANDING BEAM @     2.00  2.00 1.20 0.45 M.W.      LEVEL     0.30 ELE    1.00  1.20  Ǧʹ 2.17 FRD  Ǧͳ  ͲǤ͸     Ǧͳ FRD ͲǤ͸ G   CHAJJA  ͲǤ͸    1.00  1.20    Ǧʹ ͲǤ͸ 1.00 1.00 MID-LANDING   BEAM @ 0.47  FRD 0.40      0.92   Ǧͳ  FRD  0.45 M.W.  ͲǤ͸     LEVEL         0.45 M.W. 0.93  Ǧʹ     ͲǤ͸   CHAJJA 1.20     CHAJJA                     0.45 M.W.         Digitally signed by Avaneesh Arya CHAJJA         Avane DN: c=IN, o=Personal, title=1752, pseudonym=F7954072170B71697 8ACA0EA60DDAD4BCC0DF6CA, 2.5.4.20=9bb645125e6989f259cd   8849ea776dfa9a869f4c107a4f00d     50% VOID & 1.48 esh 2d93a93243fdef3, postalCode=227412, st=Uttar Pradesh, serialNumber=5BFD5D8D344B6D 50% S.S. Arya 87C0013A1FC7452A2FD9CD0280  924E7C62CACD50429A8B7D6A,   cn=Avaneesh Arya      Beam Date: 2024.01.17 19:52:36 +05'30'  0.30     CHAJJA  CHAJJA 0.55 M.W.  0.45 M.W. 5TH PODIUM FLOOR PLAN  & 50% VOID 1.48 CHAJJA 0.45 M.W.  50% S.S. CHAJJA 0.55 M.W. Beam 0.30 SCALE- 1:300 Digitally signed by Shashikant Shashik Laxman Jadhav DN: c=IN, st=Maharashtra, 2.5.4.20=96ea24e3466c155504736 30d8843a8d731e6d1b86679d2d1 ant B-106, Natraj Building, 5210387be9f50e48, postalCode=400080, street=B-802, Sagar Garden, LBSMarg,Mulund West,Mumbai, Laxman pseudonym=4a6466e87e6dcc394 S P A C E A G E 5a4c7adc644c353, title=4436, Mulund Goregaon Link Road serialNumber=28d8c972d6fe5f6f0 7b6902daebcaee524cb190ed30f1 e33cde9c2dd15f6a34e, Jadhav o=Personal, cn=Shashikant Laxman Jadhav Date: 2024.01.17 19:50:40 +05'30' Mulund (w), Mumbai : 4000 080 C O N S U L T A N T S