H40L Ladder Truss Length

Catalog number: H40L-L100
Item code: 111050153

H40 Series truss is constructed of main chords (48 x 3 mm) and diago­nal members (20 x 2 mm). Equipped with the CCS6 conical coupling system, the H40 truss is fast and easy to assemble. The H40 offers extra strength, next to its flexible application possibilities and is the ideal solution for the event or exhibition market. H40 truss is available in ladder, triangular and square profiles and a range of corners and accessories.
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H40L Ladder Truss Length
Standard available lengths and codes
Metres Feet Weight (kg) Weight (lbs) Code Item Number
0,25 0,82 1,20 2.65 H40L-L025 111050143
0,50 1,64 1,90 4.19 H40L-L050 111050144
0,75 2,46 2,60 5.73 H40L-L075 111050149
0,81 2,65 2,73 6.02 H40L-L081 111050150
1,00 3,28 3,30 7.28 H40L-L100 111050153
1,50 4,92 4,70 10.36 H40L-L150 111050154
2,00 6,56 5,90 13.01 H40L-L200 111050155
2,50 8,20 7,30 16.09 H40L-L250 111050158
3,00 9,84 8,70 19.18 H40L-L300 111050159
4,00 13,12 11,20 24.69 H40L-L400 111050160
Other Lengths available on request
Technical Specifications - H40 Series
Alloy EN AW 6082 T6
Main Chords 48 x 3 mm
Diagonal Members 20 x 2 mm
Coupling System CCS6

H40L - Allowable Loading (Top chord sideways supported each metre.)

Uniformly Distributed

Load

     

SPAN

UDL

DEFLECTION

CPL

DEFLECTION

 

m

ft

kg/m

lbs/ft

mm

inch

kgs

lbs

mm

inch

 

4

13,1

312,9

210,6

13

0,5

806,8

1780,5

10

0,4

 

5

16,4

249,8

168,1

20

0,8

682,7

1506,7

16

0,6

6

19,7

207,7

139,8

29

1,1

590,9

1304,1

23

0,9

7

23,0

173,4

116,7

40

1,6

520,2

1148,0

32

1,2

8

26,2

133,7

90,0

52

2,0

463,9

1023,7

41

1,6

9

29,5

106,0

71,3

65

2,6

417,9

922,4

52

2,1

10

32,8

85,8

57,7

81

3,2

379,7

838,0

65

2,5

 

11

36,1

70,8

47,6

98

3,8

347,3

766,5

78

3,1

 

12

39,4

59,2

39,9

116

4,6

319,5

705,1

93

3,7

 

1 inch = 25,4 mm | 1m = 3.28 ft | 1 lbs = 0,453 kg

Spans must be supported at each end.

Loads must be suspended from bottom chord only.

H40L - Allowable Loading (Span supported on top chord.)

Uniformly Distributed

Load

     

SPAN

UDL

DEFLECTION

CPL

DEFLECTION

 

m

ft

kg/m

lbs/ft

mm

inch

kgs

lbs

mm

inch

 

1

3,3

1259,8

847,7

1

0,0

1259,8

2780,4

0

0,0

 

2

6,6

629,0

423,2

1

0,0

629,0

1388,2

1

0,0

3

9,8

253,0

170,2

2

0,1

380,0

838,7

1

0,1

4

13,1

105,0

70,7

2

0,1

210,0

463,5

2

0,1

5

16,4

52,0

35,0

3

0,1

130,0

286,9

2

0,1

6

19,7

24,0

16,1

3

0,1

72,0

158,9

2

0,1

1 inch = 25,4 mm | 1m = 3.28 ft | 1 lbs = 0,453 kg

Spans must be supported at each end.

Loads must be suspended from bottom chord only.

H40L - Allowable Loading (Top chords sideways supported every 2 metres.)

Uniformly Distributed

Load

     

SPAN

UDL

DEFLECTION

CPL

DEFLECTION

 

m

ft

kg/m

lbs/ft

mm

inch

kgs

lbs

mm

inch

 

4

13,1

156,2

105,1

4

0,1

312,5

689,6

3

0,1

 

5

16,4

99,0

66,6

6

0,2

247,5

546,3

5

0,2

6

19,7

67,9

45,7

8

0,3

203,8

449,8

7

0,3

7

23,0

49,2

33,1

11

0,4

172,2

380,0

9

0,3

8

26,2

37,0

24,9

14

0,6

148,1

326,9

12

0,5

9

29,5

28,7

19,3

18

0,7

129,1

285,0

15

0,6

10

32,8

22,7

15,3

23

0,9

113,6

250,8

18

0,7

 

11

36,1

18,3

12,3

27

1,1

100,7

222,3

22

0,9

 

12

39,4

15,0

10,1

33

1,3

89,8

198,1

26

1,0

 

1 inch = 25,4 mm | 1m = 3.28 ft | 1 lbs = 0,453 kg

Spans must be supported at each end.

Loads must be suspended from bottom chord only.

 
  • Tüv certification only valid for loading table above.
  • Loading figures are only valid for static loads.
  • Loading figures are only valid for single spans with supports at both ends.
  • All static systems, other than single spans, need an individual structural calculation. Please contact a structural engineer or Prolyte B.V. for assistance.
  • Loading figures are calculated according to and in full compliance with European standards (Eurocode).
  • The self-weight of the trusses is already taken into account.
  • Loading figures are only valid for the cross sectional orientation of the truss as shown by the icon in the loading table.
  • The interaction between bending moment and shear force at the connection point is already taken into account.
  • Truss spans can be assembled from different truss lengths.
  • Read the manual before assembling, using and loading the truss.
 
  • Fast and easy assembly
  • Light weight system
  • World wide availability
  • Versatile application

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