Features at a glance

Triangular

400 mm

660 kg's UDL at 9 m

TFC pins & R3 Clips

OV40 Triangular

Name: OV40 Triangular - Total Solutions Group
SKU: 434

The OV range represents an innovative engineering solution to a common size of truss for the entertainment, event and presentation industry. Designed to the latest Eurocodes, combines high comparative load capacities, low self-weight, and comes at a competitive price. All this whilst analysing the most common slinging / support methods on the truss has determined an ‘engineered’ product that can utilise the most modern manufacturing techniques. The OV range is a series of square and triangular truss systems using conical connectors for a quick fixing method. Brace patterns are specifically designed to withstand the loads and forces implied by all common slinging and support methods. The extrusions used in the construction of the trusses are bespoke to Total Solutions Group and have been rigorously designed to enhance the structural effectiveness of the trusses and also to speed up manufacturing.

DATASHEET

Load/Span Table

Apex Down
Span (m)	3	6	9	12	15	18
UDL kg	1640	1030	660	470	350	260
UDK kN	16.4	10.3	6.6	4.7	3.5	2.6
Theoretical deflection (mm)	3	17	37	62	90	117
Central Point kg	1020	500	320	220	160	120
Central Point kN	10.2	5	3.2	2.2	1.6	1.2
Theoretical deflection (mm)	3	13	28	48	69	89
Third Points kg	1080	720	460	330	240	180
Third Points kN	10.8	7.2	4.6	3.3	2.4	1.8
Theoretical deflection (mm)	3	16	35	59	85	109
Quarter Points kg	1080	760	490	340	250	190
Quarter Points kN	10.8	7.6	4.9	3.4	2.5	1.9
Theoretical deflection (mm)	3	16	34	58	84	108

Apex Up
UDL kg	1640	1030	660	470	350	260
UDK kN	16.4	10.3	6.6	4.7	3.5	2.6
Theoretical deflection (mm)	3	17	37	62	90	117
Central Point kg	1020	500	320	220	160	120
Central Point kN	10.2	5	3.2	2.2	1.6	1.2
Theoretical deflection (mm)	3	13	28	48	69	89
Third Points kg	1080	720	460	330	240	180
Third Points kN	10.8	7.2	4.6	3.3	2.4	1.8
Theoretical deflection (mm)	3	16	35	59	85	109
Quarter Points kg	1080	760	490	340	250	190
Quarter Points kN	10.8	7.6	4.9	3.4	2.5	1.9
Theoretical deflection (mm)	3	16	34	58	84	108

Bottom Braces
Point loaded at each bottom brace kg	270	85	35	19	11	7
Point loaded at each bottom brace kN	2.7	0.85	0.35	0.2	0.1	0.07
Theoretical deflection (mm)	3	17	37	62	90	117
Total load at bottom braces kg	1620	1020	630	560	330	252
Total load at bottom braces kN	16.2	10.2	6.3	4.8	3	1.8
Theoretical deflection (mm)	3	17	37	62	90	117

Cantilever Load Table

Apex Down
	UDL kN	UDL kg	Edge point load kN	Edge point load kg	Central point load kN	Central point load kg
Span (3m)	4.8	480	2.4	240	4.7	470
Deflection (mm)	10.2	10.2	12	12	8.2	8.2

Apex Up
Span (3m)	4.8	480	2.4	240	4.7	470
Deflection (mm)	10.2	10.2	12	12	8.2	8.2

Item Codes, Weights and Dimensions

Item Code	Description	Dimensions	Weight
OV40T-025	OV' Truss, 40 cm Tri, 0.25 m section	250 x 400 x 353 mm	2.6 kg
OV40T-050	OV' Truss, 40 cm Tri, 0.5 m section	500 x 400 x 353 mm	3.5 kg
OV40T-100	OV' Truss, 40 cm Tri, 1 m section	1000 x 400 x 353 mm	6 kg
OV40T-200	OV' Truss, 40 cm Tri, 2 m section	2000 x 400 x 353 mm	11.2 kg
OV40T-300	OV' Truss, 40 cm Tri, 3 m section	3000 x 400 x 353 mm	16.3 kg
OV40T-400	OV' Truss, 40 cm Tri, 4 m section	4000 x 400 x 353 mm	21.3 kg
OV40T-90	OV' Truss, 40 cm Tri, 90 deg corner	500 x 500 x 353 mm	5.8 kg
OV40T-3W	OV' Truss, 40 cm Tri, 3 Way Horz. Corner	600 x 500 x 353 mm	6.9 kg
OV40T-4W	OV' Truss, 40 cm Tri, 4 Way Horz. Corner	600 x 600 x 353 mm	8 kg
OV40T-GPC	OV' Truss, 40 cm Tri, Goal Post Corner	500 x 500 x 353 mm	5.7 kg
OV40T-FC100	OV' Truss, 40 cm Tri, Female bolt-on Connector - 100 mm	100 x 48 x 48 mm	0.4 kg
OV40T-MC100	OV' Truss, 40 cm Tri, Male bolt-on Connector 100 mm	100 x 48 x 48 mm	0.6 kg
OV40T-BP	OV' Truss, 40 cm Tri, Ali Base Plate, 50 cm Sq. No Conns.	600 x 600 x 8 mm	5 kg
OV40T-TPB	OV' Truss, 40 cm Tri, Truss Pickup Beam - 1000 kg's	422 x 170 x 65 mm	5.2 kg

Material Specifications

Main Cord: 48 x 3mm
Braces: Special Extrusion
Material Specifications: EN AW-6082 T6
Fixings: Conical : TFC pins & R3 Clips

Accessories

Circles
Hinges and Swivels
Bespoke Lengths
Ladder Sections

Design Specification

Manufactured in accordance with

BS EN 1090-3:2008 : Technical Requirements for aluminium structures
EN ISO 9001:2008 : Quality management systems
BS EN 1999 Pt 1-1 : Design of Aluminium Structures, General structural rules
BS EN 17115:2018 : Specifications for design and manufacture of aluminium and steel
trusses.

Load Terms

All loads are given in Kilograms and Kilonewtons
Allowance has been made for self-weight of truss
Allowance has been made for frequent use factor of 83%
The payload of the truss has been calculated as a permanent action. Should it be necessary to consider the payload as a variable action, the tabulated figures should be reduced to 90% of the given values

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