Pulse floor plans

Net Ar ea=40.

6s q. m( 437.

1s q. f t ) Bal c onyAr ea=0.

0s q. m( 0.

0s q. f t ) T ot al Ar ea=40.

6s q. m( 437.

1s q. f t )

Net Ar ea=74.

1s q. m( 798.

8s q. f t ) Bal c onyAr ea=7.

9s q. m( 84.

8s q. f t ) T ot al Ar ea=82.

0s q. m( 882.

9s q. f t )

Net Ar ea=30.

6s q. m( 329.

8s q. f t ) Bal c onyAr ea=7.

2s q. m( 77.

7s q. f t ) T ot al Ar ea=37.

9s q. m( 407.

5s q. f t )

Net Ar ea=64.

7s q. m( 696.

3s q. f t ) Bal c onyAr ea=9.

3s q. m( 100.

1s q. f t ) T ot al Ar ea=74.

0s q. m( 796.

4s q. f t )

Net Ar ea=38.

3s q. m( 412.

1s q. f t ) Bal c onyAr ea=0.

0s q. m( 0.

0s q. f t ) T ot al Ar ea=38.

3s q. m( 412.

1s q. f t )

Net Ar ea=1 12.

9s q. m( 1214.

8s q. f t ) Bal c onyAr ea=9.

3s q. m( 100.

2s q. f t ) T ot al Ar ea=122.

2s q. m( 1315.

0s q. f t )

Net Ar ea=62.

7s q. m( 674.

8s q. f t ) Bal c onyAr ea=0.

0s q. m( 0.

0s q. f t ) T ot al Ar ea=62.

7s q. m( 674.

8s q. f t )

Net Ar ea=107.

5s q. m( 1 157.

6s q. f t ) Bal c onyAr ea=9.

7s q. m( 104.

1s q. f t ) T ot al Ar ea=1 17.

2s q. m( 1261.

6s q. f t )

Net Ar ea=61.

1s q. m( 657.

9s q. f t ) Bal c onyAr ea=7.

3s q. m( 78.

1s q. f t ) T ot al Ar ea=68.

4s q. m( 736.

0s q. f t )

Net Ar ea=120.

0s q. m( 1291.

9s q. f t ) Bal c onyAr ea=6.

8s q. m( 73.

3s q. f t ) T ot al Ar ea=126.

8s q. m( 1365.

2s q. f t )

Net Ar ea=62.

7s q. m( 675.

1s q. f t ) Bal c onyAr ea=7.

9s q. m( 85.

3s q. f t ) T ot al Ar ea=70.

6s q. m( 760.

4s q. f t )

Net Ar ea=1 14.

8s q. m( 1235.

4s q. f t ) Bal c onyAr ea=7.

2s q. m( 77.

2s q. f t ) T ot al Ar ea=121.

9s q. m( 1312.

6s q. f t )

Net Ar ea=102.

7s q. m( 1 105.

1s q. f t ) Bal c onyAr ea=5.

9s q. m( 63.

7s q. f t ) T ot al Ar ea=108.

6s q. m( 1 168.

8s q. f t )

Net Ar ea=106.

8s q. m( 1 149.

4s q. f t ) Bal c onyAr ea=8.

2s q. m( 88.

7s q. f t ) T ot al Ar ea=1 15.

0s q. m( 1238.

1s q. f t )

Net Ar ea=102.

4s q. m( 1 102.

5s q. f t ) Bal c onyAr ea=6.

0s q. m( 64.

2s q. f t ) T ot al Ar ea=108.

4s q. m( 1 166.

7s q. f t )

Net Ar ea=102.

6s q. m( 1 104.

5s q. f t ) Bal c onyAr ea=7.

2s q. m( 77.

1s q. f t ) T ot al Ar ea=109.

8s q. m( 1 181.

6s q. f t )

Net Ar ea=102.

7s q. m( 1 105.

1s q. f t ) Bal c onyAr ea=13.

6s q. m( 146.

0s q. f t ) T ot al Ar ea=1 16.

2s q. m( 1251.

1s q. f t )

Net Ar ea=1 15.

0s q. m( 1237.

9s q. f t ) Bal c onyAr ea=6.

9s q. m( 74.

1s q. f t ) T ot al Ar ea=121.

9s q. m( 131 1.

9s q. f t )

Net Ar ea=103.

1s q. m( 1 109.

9s q. f t ) Bal c onyAr ea=6.

5s q. m( 69.

4s q. f t ) T ot al Ar ea=109.

6s q. m( 1 179.

3s q. f t )

Net Ar ea=109.

3s q. m( 1 176.

9s q. f t ) Bal c onyAr ea=7.

0s q. m( 75.

7s q. f t ) T ot al Ar ea=1 16.

4s q. m( 1252.

6s q. f t )

Net Ar ea=95.

6s q. m( 1028.

7s q. f t ) Bal c onyAr ea=6.

5s q. m( 69.

6s q. f t ) T ot al Ar ea=102.

0s q. m( 1098.

4s q. f t )

Net Ar ea=140.

1s q. m( 1507.

5s q. f t ) Bal c onyAr ea=6.

9s q. m( 73.

8s q. f t ) T ot al Ar ea=146.

9s q. m( 1581.

3s q. f t )

Net Ar ea=132.

4s q. m( 1425.

6s q. f t ) Bal c onyAr ea=5.

8s q. m( 62.

8s q. f t ) T ot al Ar ea=138.

3s q. m( 1488.

4s q. f t )

Net Ar ea=133.

0s q. m( 1431.

6s q. f t ) Bal c onyAr ea=9.

7s q. m( 104.

7s q. f t ) T ot al Ar ea=142.

7s q. m( 1536.

3s q. f t )

Net Ar ea=132.

4s q. m( 1425.

6s q. f t ) Bal c onyAr ea=6.

7s q. m( 72.

4s q. f t ) T ot al Ar ea=139.

2s q. m( 1498.

0s q. f t )

Net Ar ea=132.

7s q. m( 1428.

6s q. f t ) Bal c onyAr ea=10.

1s q. m( 108.

9s q. f t ) T ot al Ar ea=142.

8s q. m( 1537.

5s q. f t )

Net Ar ea=133.

1s q. m( 1432.

7s q. f t ) Bal c onyAr ea=16.

8s q. m( 180.

7s q. f t ) T ot al Ar ea=149.

9s q. m( 1613.

4s q. f t )

A12B|3Dvi ew

A12B|Gr oundLevel 1: 100

150.

39

122.

89

1618.

78

1, 322.

78

TypeA

77172.

78 36.

8849.

89 159.

396.

97537.

01

1, 719.

751, 859.

79

A22B|3Dvi ew

A22B|Gr oundLevel 1: 100

152.

06

125.

06

1636.

76

1, 346.

17

A22B|Level1 1: 100 TypeA

71166.

48 33.

6641.

61 158.

362.

21 445.

84

1, 708.

381, 792.

01

A32B|3Dvi ew

A32B|Gr oundLevel 1: 100

152.

06

125.

06

1636.

76

1, 346.

17

A32B|Level1 1: 100 TypeA

72166.

67 33.

6641.

61 158.

362.

31 445.

89

1, 708.

481, 792.

06

A42B|3Dvi ew

150.

39

122.

89

1618.

78

1, 322.

78

P ARKI NG

A42B|Gr oundLevel 1: 100

TypeA

61174.

86 36.

7251.

97 159.

395.

25559.

40

1, 718.

031, 882.

18

A53B|3Bvi ew

A53B|Level1 1: 100

A53B|Level2 1: 100

207.

98

180.

48

2238.

67

1, 942.

65

TypeA

127.

24

307.

71

1, 369.

56

3, 312.

21

A63B|3Dvi ew

A63B|Level1 1: 100

A63B|Level2 1: 100

207.

98

180.

48

2238.

67

1, 942.

65

TypeA

127.

24

307.

71

1, 369.

56

3, 312.

21

GARDEN

B12B|3Dvi ew

GF SQM

152.

57

GF SQF

1, 642.

25

PARKI NG

B12B|Gr oundLevel 1: 100

TypeB

125.

07

1228.

05-40.

19 153.

165.

26

1, 648.

171, 346.

24 301.

93-432.

60 1, 778.

85

GARDEN

B22B|3Dvi ew

PARKI NG

B22B|Gr oundLevel 1: 100

B22B|Uni t2-Level1 1: 100

TypeB

GARDEN

B32B|3Dvi ew

B32B|Gr oundLevel 1: 100

B32B|Level1 1: 100

TypeB

GARDEN

B42B|3Dvi ew

GF SQM

152.

57

GF SQF

1, 642.

25

PARKI NG B42B|Gr oundLevel 1: 100

TypeB

125.

07

32.

6941.

91

157.

76166.

98

1, 698.

12 1, 346.

24 351.

87-451.

12 -1, 797.

36

B53B|3Dvi ew

B53B|Level1 1: 100

B53B|Level2 1: 100

TypeB

2.

4x 2.

3m 4.

1x 2.

5m

2.

4x 1.

3m

PWD

2.

2x 1.

4m

B63B|3Dvi ew 3.

5x 1.

5m 6.

4x 4.

2m

2.

0x 1.

5m 3.

5x 2.

2m

B63B|Level1 1: 100

B63B|Level2 1: 100

B