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Pinned Base Plate

The document appears to be a table providing base plate capacity values for various column and plate sizes. It gives the plate bending capacity in kips for different plate thicknesses and the concrete bearing capacity in kips. The table provides this information for column sizes ranging from 5 to 16 inches and plate sizes ranging from 8 to 17 inches.

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0% found this document useful (0 votes)
220 views7 pages

Pinned Base Plate

The document appears to be a table providing base plate capacity values for various column and plate sizes. It gives the plate bending capacity in kips for different plate thicknesses and the concrete bearing capacity in kips. The table provides this information for column sizes ranging from 5 to 16 inches and plate sizes ranging from 8 to 17 inches.

Uploaded by

vtalex
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 7

STANDARDS PINNED

and CONNECTIONS BASE


PRACTICES PLATES

APPENDIX DA

DESIGN AIDS

BASE PLATE CAPACITY TABLES

VP DESIGN MANUAL Section: 3.2.1.DA


BUILDINGS, 10/02/00 Rev. 1 Page 1 of 7
INC.
STANDARDS PINNED
and CONNECTIONS BASE
PRACTICES PLATES
BASE PLATE GRAVITY LOAD CAPACITY, kips

Column Size Plate Size Concrete


Plate Bending Capacity, kips
bf d B N Bearing
3 1 5 3 7
( inch ) ( inch ) ( inch ) ( inch ) tp = /8" tp = /2" tp = /8" tp = /4" tp = /8" ( kips )
5 7 8 8 28.1 50.0 78.1 112.5 153.1 67.2
5 8 8 9 31.6 56.3 87.9 126.6 172.3 75.6
5 9 8 10 35.2 62.5 97.6 140.6 191.4 84.0
5 10 8 11 38.7 68.8 107.4 154.7 210.5 92.4
5 11 8 12 42.2 75.0 117.2 168.7 229.7 100.8
5 12 8 13 45.7 81.3 126.9 182.8 248.8 109.2
6 7 8 8 43.1 76.2 119.0 171.4 233.3 67.2
6 8 8 9 46.5 75.0 117.2 168.7 229.7 75.6
6 9 8 10 50.0 74.1 115.7 166.7 226.8 84.0
6 10 8 11 53.4 73.3 114.6 165.0 224.6 92.4
6 11 8 12 57.0 72.7 113.6 163.6 222.7 100.8
6 12 8 13 60.5 76.1 112.8 162.5 221.2 109.2
7 7 8 8 40.5 65.3 102.0 146.9 200.0 67.2
7 8 8 9 43.4 64.3 100.4 144.6 196.9 75.6
7 9 8 10 46.3 63.5 99.2 142.9 194.4 84.0
7 10 8 11 49.2 62.9 98.2 141.4 192.5 92.4
7 11 8 12 52.2 65.7 97.4 140.3 190.9 100.8
7 12 8 13 55.2 69.7 96.7 139.3 189.6 109.2
8 8 9 9 46.1 63.3 98.9 142.4 193.8 85.1
8 9 9 10 49.0 62.5 97.6 140.6 191.4 94.5
8 10 9 11 51.8 65.2 96.7 139.2 189.5 104.0
8 11 9 12 54.7 69.1 95.9 138.1 187.9 113.4
8 12 9 13 57.7 73.1 95.2 137.1 186.6 122.9
8 14 9 15 63.6 81.0 96.5 135.6 184.6 141.8
8 16 9 17 69.5 89.0 106.6 134.5 183.0 160.7
8 18 9 19 75.5 97.0 116.6 134.4 181.8 179.6
8 20 9 21 81.6 105.1 126.7 146.5 180.9 198.5
8 22 9 23 87.6 113.1 136.8 158.7 180.1 217.4
8 24 9 25 93.7 121.2 146.9 170.8 192.9 236.3
8 26 9 27 99.7 129.3 157.1 183.0 207.1 255.2
8 28 9 29 105.8 137.4 167.2 195.2 221.3 274.1
8 30 9 31 111.9 145.5 177.4 207.4 235.6 293.0
10 10 11 11 57.2 72.5 94.5 136.1 185.3 127.1
10 11 11 12 60.0 76.3 93.8 135.0 183.7 138.6
10 12 11 13 62.9 80.1 95.4 134.1 182.5 150.2
10 14 11 15 68.6 87.7 105.1 132.6 180.5 173.3
10 16 11 17 74.3 95.5 114.8 132.3 179.0 196.4
10 18 11 19 80.2 103.3 124.6 144.0 177.8 219.5
10 20 11 21 86.0 111.1 134.4 155.8 176.9 242.6
10 22 11 23 91.9 118.9 144.2 167.6 189.3 265.7
10 24 11 25 97.8 126.8 154.1 179.5 203.1 288.8
10 26 11 27 103.7 134.7 163.9 191.4 217.0 311.9
10 28 11 29 109.6 142.6 173.8 203.2 230.9 335.0
10 30 11 31 115.5 150.5 183.7 215.1 244.7 358.1

VP DESIGN MANUAL Section: 3.2.1.DA


BUILDINGS, 10/02/00 Rev. 1 Page 2 of 7
INC.
STANDARDS PINNED
and CONNECTIONS BASE
PRACTICES PLATES

BASE PLATE GRAVITY LOAD CAPACITY, kips

Column Size Plate Size Concrete


Plate Bending Capacity, kips
bf d B N Bearing
3 1 5 3 7
( inch ) ( inch ) ( inch ) ( inch ) tp = /8" tp = /2" tp = /8" tp = /4" tp = /8" ( kips )
12 12 13 13 68.3 87.4 104.6 132.0 179.7 177.5
12 14 13 15 73.8 94.8 114.0 131.4 177.7 204.8
12 16 13 17 79.5 102.4 123.5 142.8 176.1 232.1
12 18 13 19 85.2 110.0 133.0 154.3 175.1 259.4
12 20 13 21 90.9 117.6 142.6 165.8 187.2 286.7
12 22 13 23 96.7 125.3 152.2 177.4 200.8 314.0
12 24 13 25 102.4 133.1 161.9 189.0 214.4 341.3
12 26 13 27 108.3 140.8 171.6 200.7 228.0 368.6
12 28 13 29 114.1 148.6 181.3 212.3 241.6 395.9
12 30 13 31 119.9 156.3 191.1 224.0 255.2 423.2
14 14 15 15 79.3 102.1 123.1 142.4 175.8 236.3
14 16 15 17 84.8 109.5 132.4 153.6 174.3 267.8
14 18 15 19 90.4 117.0 141.8 164.9 186.1 299.3
14 20 15 21 96.0 124.5 151.2 176.2 199.4 330.8
14 22 15 23 101.7 132.1 160.7 187.6 212.8 362.3
14 24 15 25 107.4 139.7 170.3 199.1 226.2 393.8
14 26 15 27 113.1 147.3 179.8 210.6 239.6 425.3
14 28 15 29 118.8 155.0 189.4 222.1 253.0 456.8
14 30 15 31 124.6 162.6 199.0 233.6 266.5 488.3
16 16 17 17 90.2 116.8 141.5 164.6 185.8 303.5
16 18 17 19 95.7 124.1 150.8 175.7 198.8 339.2
16 20 17 21 101.3 131.6 160.1 186.9 211.9 374.9
16 22 17 23 106.9 139.0 169.5 198.1 225.1 410.6
16 24 17 25 112.5 146.6 178.9 209.5 238.3 446.3
16 26 17 27 118.2 154.1 188.3 220.8 251.6 482.0
16 28 17 29 123.8 161.7 197.8 232.2 264.9 517.7
16 30 17 31 129.5 169.2 207.3 243.6 278.2 553.4

Notes:
1. Plate bending capacity derived per Design Manual Section 3.2.1, Subsection II considering plate
plate bending about dimensions m, n, and λn'
2. f'c = 3 ksi and Fy = 50 ksi assumed.
3. Fp = 1.05 ksi with A1 = A2 assumed.
4. tp = base plate thickness.

VP DESIGN MANUAL Section: 3.2.1.DA


BUILDINGS, 10/02/00 Rev. 1 Page 3 of 7
INC.
STANDARDS PINNED
and CONNECTIONS BASE
PRACTICES PLATES

BASE PLATE UPLIFT LOAD CAPACITY, kips - 2 BOLTS


bolt pitch = 5"
Column Size Plate Size
Plate Bending Capacity, kips
bf d B N
3 1 5 3 7
( inch ) ( inch ) ( inch ) ( inch ) tp = /8" tp = /2" tp = /8" tp = /4" tp = /8"
5 7 8 8 16.2 28.8 45.1 64.9 88.3
5 8 8 9 15.8 28.0 43.8 63.0 85.8
5 9 8 10 15.4 27.4 42.8 61.6 83.8
5 10 8 11 15.1 26.9 42.0 60.5 82.3
5 11 8 12 14.9 26.5 41.4 59.6 81.1
5 12 8 13 14.7 26.1 40.8 58.8 80.0
6 7 8 8 16.9 30.1 47.0 67.7 92.2
6 8 8 9 16.4 29.1 45.5 65.5 89.1
6 9 8 10 15.9 28.3 44.3 63.8 86.8
6 10 8 11 15.6 27.7 43.3 62.4 85.0
6 11 8 12 15.3 27.3 42.6 61.3 83.5
6 12 8 13 15.1 26.8 42.0 60.4 82.2
7 7 8 8 17.6 31.4 49.0 70.5 96.0
7 8 8 9 17.0 30.2 47.2 67.9 92.5
7 9 8 10 16.5 29.3 45.8 66.0 89.8
7 10 8 11 16.1 28.6 44.7 64.4 87.6
7 11 8 12 15.8 28.0 43.8 63.1 85.9
7 12 8 13 15.5 27.6 43.1 62.0 84.4
8 8 9 9 17.6 31.3 48.9 70.4 95.8
8 9 9 10 17.0 30.3 47.3 68.1 92.7
8 10 9 11 16.6 29.5 46.1 66.3 90.3
8 11 9 12 16.2 28.8 45.0 64.9 88.3
8 12 9 13 15.9 28.3 44.2 63.6 86.6
9 9 10 10 17.6 31.2 48.8 70.3 95.7
9 10 10 11 17.1 30.3 47.4 68.3 92.9
9 11 10 12 16.7 29.6 46.3 66.6 90.7
9 12 10 13 16.3 29.0 45.3 65.2 88.8
10 10 11 11 17.6 31.2 48.8 70.2 95.6
10 11 11 12 17.1 30.4 47.5 68.4 93.1
10 12 11 13 16.7 29.7 46.4 66.9 91.0
Notes:
1. Plate bending capacity derived per Design Manual Section 3.2.1, Subsection IIIa where:
Plate Capacity (kips) = [ 0.5 Fy bf t2 / (d - 0.375) + 1.3529 Fy t2 ] ( 1.33 wind )
2. Fy = 50 ksi, tf = 3/16", 3/4" diameter anchor bolts assumed.
3. Anchor Bolt Capacity and Column-to-Plate Weld Capacity not evaluated.

VP DESIGN MANUAL Section: 3.2.1.DA


BUILDINGS, 10/02/00 Rev. 1 Page 4 of 7
INC.
STANDARDS PINNED
and CONNECTIONS BASE
PRACTICES PLATES

BASE PLATE UPLIFT LOAD CAPACITY, kips - 4 BOLTS


bolt pitch = 5"
Column Size Plate Size
Plate Bending Capacity, kips
bf d B N
3 1 5 3 7
( inch ) ( inch ) ( inch ) ( inch ) tp = /8" tp = /2" tp = /8" tp = /4" tp = /8"
8 12 9 13 26.5 47.2 73.7 106.2 144.5
8 14 9 15 25.9 46.0 71.9 103.5 140.9
8 16 9 17 25.5 45.3 70.8 101.9 138.7
8 18 9 19 25.2 44.8 70.0 100.8 137.2
8 20 9 21 25.0 44.4 69.4 100.0 136.1
8 22 9 23 24.8 44.2 69.0 99.4 135.2
8 24 9 25 24.7 43.9 68.7 98.9 134.6
8 26 9 27 24.6 43.8 68.4 98.5 134.1
8 28 9 29 24.5 43.6 68.2 98.2 133.6
8 30 9 31 24.5 43.5 68.0 97.9 133.3
10 12 11 13 27.3 48.4 75.7 109.0 148.4
10 14 11 15 26.4 47.0 73.4 105.7 143.9
10 16 11 17 25.9 46.1 72.0 103.7 141.1
10 18 11 19 25.6 45.5 71.0 102.3 139.2
10 20 11 21 25.3 45.0 70.3 101.3 137.8
10 22 11 23 25.1 44.7 69.8 100.5 136.8
10 24 11 25 25.0 44.4 69.4 99.9 136.0
10 26 11 27 24.8 44.2 69.0 99.4 135.3
10 28 11 29 24.7 44.0 68.7 99.0 134.7
10 30 11 31 24.7 43.8 68.5 98.7 134.3
12 12 13 13 28.0 49.7 77.7 111.8 152.2
12 14 13 15 27.0 48.0 74.9 107.9 146.9
12 16 13 17 26.4 46.9 73.2 105.4 143.5
12 18 13 19 25.9 46.1 72.1 103.8 141.2
12 20 13 21 25.6 45.6 71.2 102.5 139.6
12 22 13 23 25.4 45.2 70.6 101.6 138.3
12 24 13 25 25.2 44.8 70.1 100.9 137.3
12 26 13 27 25.1 44.6 69.7 100.3 136.5
12 28 13 29 25.0 44.4 69.3 99.8 135.9
12 30 13 31 24.9 44.2 69.0 99.4 135.3
14 14 15 15 27.5 48.9 76.4 110.1 149.8
14 16 15 17 26.8 47.6 74.4 107.2 145.9
14 18 15 19 26.3 46.8 73.1 105.2 143.3
14 20 15 21 26.0 46.1 72.1 103.8 141.3
14 22 15 23 25.7 45.7 71.4 102.7 139.9
14 24 15 25 25.5 45.3 70.8 101.9 138.7
14 26 15 27 25.3 45.0 70.3 101.2 137.8
14 28 15 29 25.2 44.7 69.9 100.7 137.0
14 30 15 31 25.0 44.5 69.6 100.2 136.4
16 16 17 17 27.2 48.4 75.7 109.0 148.3
16 18 17 19 26.7 47.4 74.1 106.7 145.3
16 20 17 21 26.3 46.7 73.0 105.1 143.1
16 22 17 23 26.0 46.2 72.1 103.9 141.4
16 24 17 25 25.7 45.7 71.5 102.9 140.1
16 26 17 27 25.5 45.4 70.9 102.1 139.0
16 28 17 29 25.4 45.1 70.5 101.5 138.1
16 30 17 31 25.2 44.9 70.1 100.9 137.4
Notes:
1. Plate bending capacity derived per Design Manual Section 3.2.1, Subsection IIIb where:
Plate Capacity (kips) = [ 0.25 Fy bf t2 / (d - 5.375) + 2.5294 Fy t2 ] ( 1.33 wind )
2. Fy = 50 ksi, tf = 3/16", 3/4" diameter anchor bolts assumed.
3. Anchor Bolt Capacity and Column-to-Plate Weld Capacity not evaluated.

VP DESIGN MANUAL Section: 3.2.1.DA


BUILDINGS, 10/02/00 Rev. 1 Page 5 of 7
INC.
STANDARDS PINNED
and CONNECTIONS BASE
PRACTICES PLATES

BASE PLATE UPLIFT LOAD CAPACITY, kips - 4 BOLTS


bolt pitch = 3.5"
Column Size Plate Size
Plate Bending Capacity, kips
bf d B N
3 1 5 3 7
( inch ) ( inch ) ( inch ) ( inch ) tp = /8" tp = /2" tp = /8" tp = /4" tp = /8"
8 12 9 13 22.7 40.4 63.1 90.8 123.7
8 14 9 15 22.3 39.6 61.8 89.0 121.2
8 16 9 17 22.0 39.0 61.0 87.8 119.5
8 18 9 19 21.7 38.6 60.4 86.9 118.3
8 20 9 21 21.6 38.3 59.9 86.3 117.4
8 22 9 23 21.4 38.1 59.6 85.8 116.7
8 24 9 25 21.3 37.9 59.3 85.3 116.2
8 26 9 27 21.3 37.8 59.0 85.0 115.7
8 28 9 29 21.2 37.7 58.8 84.7 115.3
8 30 9 31 21.1 37.6 58.7 84.5 115.0
10 12 11 13 23.3 41.4 64.7 93.2 126.8
10 14 11 15 22.7 40.4 63.1 90.9 123.7
10 16 11 17 22.3 39.7 62.0 89.4 121.6
10 18 11 19 22.1 39.2 61.3 88.3 120.1
10 20 11 21 21.9 38.9 60.7 87.4 119.0
10 22 11 23 21.7 38.6 60.3 86.8 118.1
10 24 11 25 21.6 38.3 59.9 86.3 117.4
10 26 11 27 21.5 38.2 59.6 85.9 116.9
10 28 11 29 21.4 38.0 59.4 85.5 116.4
10 30 11 31 21.3 37.9 59.2 85.2 116.0
12 12 13 13 23.9 42.4 66.3 95.5 129.9
12 14 13 15 23.2 41.2 64.4 92.7 126.2
12 16 13 17 22.7 40.4 63.1 90.9 123.7
12 18 13 19 22.4 39.8 62.2 89.6 121.9
12 20 13 21 22.1 39.4 61.5 88.6 120.6
12 22 13 23 22.0 39.0 61.0 87.8 119.5
12 24 13 25 21.8 38.8 60.6 87.2 118.7
12 26 13 27 21.7 38.5 60.2 86.7 118.0
12 28 13 29 21.6 38.3 59.9 86.3 117.4
12 30 13 31 21.5 38.2 59.7 85.9 117.0
14 14 15 15 23.6 42.0 65.7 94.6 128.7
14 16 15 17 23.1 41.1 64.2 92.4 125.8
14 18 15 19 22.7 40.4 63.1 90.9 123.7
14 20 15 21 22.4 39.9 62.3 89.8 122.2
14 22 15 23 22.2 39.5 61.7 88.9 120.9
14 24 15 25 22.0 39.2 61.2 88.1 120.0
14 26 15 27 21.9 38.9 60.8 87.6 119.2
14 28 15 29 21.8 38.7 60.5 87.1 118.5
14 30 15 31 21.7 38.5 60.2 86.6 117.9
16 16 17 17 23.5 41.8 65.3 94.0 127.9
16 18 17 19 23.1 41.0 64.1 92.2 125.5
16 20 17 21 22.7 40.4 63.1 90.9 123.8
16 22 17 23 22.5 40.0 62.4 89.9 122.4
16 24 17 25 22.3 39.6 61.9 89.1 121.2
16 26 17 27 22.1 39.3 61.4 88.4 120.3
16 28 17 29 22.0 39.0 61.0 87.8 119.6
16 30 17 31 21.8 38.8 60.7 87.4 118.9
Notes:
1. Plate bending capacity derived per Design Manual Section 3.2.1, Subsection IIIb where:
Plate Capacity (kips) = [ 0.25 Fy bf t2 / (d - 3.875) + 2.1765 Fy t2 ] ( 1.33 wind )
2. Fy = 50 ksi, tf = 3/16", 3/4" diameter anchor bolts assumed.
3. Anchor Bolt Capacity and Column-to-Plate Weld Capacity not evaluated.

VP DESIGN MANUAL Section: 3.2.1.DA


BUILDINGS, 10/02/00 Rev. 1 Page 6 of 7
INC.
STANDARDS PINNED
and CONNECTIONS BASE
PRACTICES PLATES

BASE PLATE UPLIFT LOAD CAPACITY, kips - 6 BOLTS


bolt pitch = 5"
Column Size Plate Size
Plate Bending Capacity, kips
bf d B N
3 1 5 3 7
( inch ) ( inch ) ( inch ) ( inch ) tp = /8" tp = /2" tp = /8" tp = /4" tp = /8"
8 18 9 19 35.9 63.8 99.7 143.5 195.4
8 20 9 21 35.7 63.5 99.2 142.8 194.4
8 22 9 23 35.6 63.3 98.8 142.3 193.7
8 24 9 25 35.5 63.1 98.6 141.9 193.2
8 26 9 27 35.4 62.9 98.3 141.6 192.7
8 28 9 29 35.3 62.8 98.2 141.4 192.4
8 30 9 31 35.3 62.7 98.0 141.1 192.1
10 18 11 19 36.2 64.3 100.5 144.7 196.9
10 20 11 21 35.9 63.9 99.9 143.8 195.7
10 22 11 23 35.8 63.6 99.4 143.1 194.8
10 24 11 25 35.7 63.4 99.1 142.7 194.2
10 26 11 27 35.6 63.2 98.8 142.3 193.6
10 28 11 29 35.5 63.1 98.6 142.0 193.2
10 30 11 31 35.4 63.0 98.4 141.7 192.9
12 18 13 19 36.5 64.8 101.3 145.8 198.5
12 20 13 21 36.2 64.3 100.5 144.8 197.0
12 22 13 23 36.0 64.0 100.0 144.0 196.0
12 24 13 25 35.8 63.7 99.6 143.4 195.2
12 26 13 27 35.7 63.5 99.3 142.9 194.5
12 28 13 29 35.6 63.4 99.0 142.5 194.0
12 30 13 31 35.6 63.2 98.8 142.2 193.6
14 18 15 19 36.7 65.3 102.1 147.0 200.0
14 20 15 21 36.4 64.8 101.2 145.7 198.3
14 22 15 23 36.2 64.4 100.6 144.8 197.1
14 24 15 25 36.0 64.1 100.1 144.1 196.2
14 26 15 27 35.9 63.8 99.7 143.6 195.4
14 28 15 29 35.8 63.6 99.4 143.1 194.8
14 30 15 31 35.7 63.5 99.2 142.8 194.3
16 18 17 19 37.0 65.8 102.8 148.1 201.6
16 20 17 21 36.7 65.2 101.9 146.7 199.7
16 22 17 23 36.4 64.7 101.2 145.7 198.3
16 24 17 25 36.2 64.4 100.6 144.9 197.2
16 26 17 27 36.1 64.1 100.2 144.2 196.3
16 28 17 29 35.9 63.9 99.8 143.7 195.6
16 30 17 31 35.8 63.7 99.5 143.3 195.1
Notes:
1. Plate bending capacity derived per Design Manual Section 3.2.1, Subsection IIIc where:
Plate Capacity (kips) = [ (1/6) Fy bf t2 / (d - 7.042) + 3.7059 Fy t2 ] ( 1.33 wind )
2. Fy = 50 ksi, tf = 3/16", 3/4" diameter anchor bolts assumed.
3. Anchor Bolt Capacity and Column-to-Plate Weld Capacity not evaluated.

VP DESIGN MANUAL Section: 3.2.1.DA


BUILDINGS, 10/02/00 Rev. 1 Page 7 of 7
INC.

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