Hilti Modular Support System
3.0 MODULAR SUPPORT SYSTEM
3.2.2 MT BASE CONNECTORS
MT-B-GXL S1 OC
Description
Base plate for fixation of MT-90 and MT-100 girder structures to 3.1"-6.9" steel flange widths (X-BT/S-BT/F-BT compatible).
Material Specifications
Standard | Grade | Fⁱ, ksi (MPa) | F⁴, ksi (MPa) |
---|---|---|---|
GB/T 1591 | Q355 B | 51.49 (355) | 68.17 (470) |
1. Mechanical properties of GB/T 1591 Grade Q355 B meet or exceed the mechanical properties of ASTM A1011 SS Grade 50.
Corrosion Protection
Hot-Dipped Galvanized (HDG)
Ordering Information
Description | Weight Per Piece lbs (kg) | Quantity Piece(s) | Item No. |
---|---|---|---|
MT-B-GXL S1 OC | 20.72 (9.4) | 2 | 2272106 |
Diagram: MT Girder Sandwiched to Steel
A diagram shows the MT-B-GXL S1 OC base plate connecting an MT-90/100 girder to a steel structure. Key components labeled are Fₓ, Fₗ, and the girder (A).
Table 93 - Allowable Strength Design (ASD) Load Data
Fₓ lb (kN) | Fₗ lb (kN) | Fₗ lb (kN) | Mₓ lb ft (kN m) | Mₗ lb ft (kN m) | |
---|---|---|---|---|---|
16,790 (74.7) | 3,345 (14.9) | 3,345 (14.9) | 4,835 (6.56) | 2,445 (3.32) |
1. Minimum safety factor, Ω, for tabulated values is 2.1.
2. Multiply tabulated values by 1.5 to obtain minimum Load and Resistance Factor Design (LRFD) values.
3. Tabulated values require that minimum grade 8.8 threaded rods must be used.
4. Tabulated values are for assembly shown in Figure 18. Design Professional is responsible for checking strength of supporting steel member.
5. Tabulated values are based on friction that is provided mechanically and not due to gravity loads.
Table 94 - Limit State Design (LSD) Load Data
Fₓ lb (kN) | Fₗ lb (kN) | Fₗ lb (kN) | Mₓ lb ft (kN m) | Mₗ lb ft (kN m) | |
---|---|---|---|---|---|
25,170 (112.0) | 5,035 (22.4) | 5,035 (22.4) | 6,290 (8.53) | 3,670 (4.98) |
1. Maximum resistance factor, Φ, for tabulated values is 0.7.
2. Tabulated values require that minimum grade 8.8 threaded rods must be used.
3. Tabulated values are for assembly shown in Figure 18. Design Professional is responsible for checking strength of supporting steel member.
4. Tabulated values are based on friction that is provided mechanically and not due to gravity loads.
Diagram: MT Girder Clamped to Steel
A diagram illustrates the MT-B-GXL S1 OC base connector clamping an MT-90/100 girder to a steel structure. It labels the forces Fₓ, Fₗ, and Mₗ, and shows the components A (MT-90/100) and the clamping mechanism (MI-SGC-M16).
Table 95 - Allowable Strength Design (ASD) Load Data
Fₓ lb (kN) | Fₗ lb (kN) | Fₗ lb (kN) | Mₓ lb ft (kN m) | Mₗ lb ft (kN m) | |
---|---|---|---|---|---|
14,380 (64.0) | 1,545 (6.88) | 1,545 (6.88) | 4,835 (6.56) | 2,100 (2.85) |
1. Minimum safety factor, Ω, for tabulated values is 2.3.
2. Multiply tabulated values by 1.5 to obtain minimum Load and Resistance Factor Design (LRFD) values.
3. Tabulated values are for assembly shown in Figure 19. Design Professional is responsible for checking strength of supporting steel member.
4. Tabulated values are based on friction that is provided mechanically and not due to gravity loads.
Table 96 - Limit State Design (LSD) Load Data
Fₓ lb (KN) | Fₗ lb (kN) | Fₗ lb (kN) | Mₓ lb ft (kN m) | Mₗ lb ft (kN m) | |
---|---|---|---|---|---|
21,580 (96.0) | 2,315 (10.3) | 2,315 (10.3) | 6,290 (8.53) | 3,145 (4.27) |
1. Maximum resistance factor, Φ, for tabulated values is 0.6.
2. Tabulated values are for assembly shown in Figure 19. Design Professional is responsible for checking strength of supporting steel member.
3. Tabulated values are based on friction that is provided mechanically and not due to gravity loads.
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