FASTENING ON STEEL Installation Typicals
APPLICATION SELECTOR X-BT-MR S-BT-MR X-BT-MF S-BT-MF X-ST-GR Threaded stud Threaded stud Threaded stud Threaded stud Threaded stud (new generation) Light / Medium duty Light duty Light duty Light duty Light duty Base material thickness ≥ 8 mm ( 5 ⁄16") Base material thickness ≥ 6 mm (15⁄64") Base material thickness ≥ 8 mm (5 ⁄16") Base material thickness ≥ 6 mm (15⁄64") Base material thickness ≥ 6 mm (15⁄64") Metric Imperial Metric Imperial Metric Imperial Metric Imperial Metric Imperia
USAGE / STRUCTURAL DESIGN DISCLAIMER — 2018/05/04 • This document is updated regularly — please check for an update before using the document and always use the latest version. Please make sure to not use the document later than the indicated expiry date (left lower corner). • Mentioned values are ONLY reflecting capacity of the fasteners / studs themselves. Structural analysis of support / structure is NOT in Hilti scope as Hilti is not aware of the relevant data.
USAGE / STRUCTURAL DESIGN EXAMPLE LOADS* — CABLE TRAY AND PIPE Example loads* can be calculated based on a standard cable tray with 50 mm height or pipe (see example tables to the right) *Loads are typically stated in technical documents as “Force [kN]”, however it is more comprehensible to state the loads as “Weight [kg]” conversion as follows: 1 kg = 9.81 N / (weight to force): 100 kg = 0.98 kN; 1000 kg = 9.
FASTENERS USED FOR TYPICALS CALCULATION Blunt Tip / Sharp Tip Fasteners X-BT-MR Threaded stud (new generation) S-BT-MR Threaded stud X-BT-MF Threaded stud S-BT-MF Threaded stud X-ST-GR Threaded stud Material Stainless steel A4, 316 Stainless steel A4, 316 Stainless steel A2, FRP Hot-dip galvanized Stainless steel A2, 304 1 Corrosive environment Highly corrosive C4, C5 Highly corrosive C4, C5 Mildly corrosive C3 Mildly corrosive C3 Mildly corrosive C3 2 Damage to coating No @ ≥ 8 mm (5 ⁄
HOW TO USE THIS DOCUMENT X- How to interpret the sketches FASTENING CANTILEVER SUPPORT WITH X-BT-MR* L1 is in all cases the relevant dimension of the lever arm / cantilever “distance from fastener to load” F is in all cases the total load which has to be beared by the structure and it includes the pay load and the load of the structure itself Two / Four X-BT-MR Threaded studs F1 Application L1 RL x F G CANTILEVER SUPPORT -MR* F2 hreaded x is in all cases the relevant dimension of the baseplate
HOW TO USE THIS DOCUMENT We can utilize the following tables to solve different typical use cases Application F1 (F3) Customer’s typical use cases Use Case L1 RL x A F F2 (F4) B C D F1 – F4 fasteners F load on the support RL resulting load (tensile and shear load) L1 support lever length x support basis (=distance of fasteners) ▸ ▸ ▸ ▸ L1 x F RL ? ✓ ✓ ✓ ✓ ? ✓ ✓ ✓ ✓ ? ✓ ✓ ✓ ✓ ? Typical customer task ▸ ▸ ▸ ▸ “I know the loads and use existing baseplates, I have different lev
USE CASES IN DETAIL Use Case A: maximize L1 and achieve a required length Application F1 Example — Use Case A Outset situation (F3) L1 • Cable tray type 450 W x 50 H; span s = 2.2 m → results in load of 140 kg per support (example table: 2.2 m x 63.63 kg/m) • N is defined by 4 fasteners (e.g. X-BT-MR) • x = 175 mm (baseplates are already available and by thus the distance x is already given) RL x F Task The lever-arm length should be as long as possible to gain flexibility.
USE CASES IN DETAIL Use Case B: minimize x and determine required baseplate Application F1 Example — Use Case B Outset situation (F3) L1 • Cable tray type 450 W x 50 H; span s = 2.2 m → results in load of 140 kg per support (example table: 2.2 m x 63.63 kg/m) • N is defined by 4 fasteners (e.g. X-BT-MR) • L1 = 300 mm (required position of the cable tray, existing cantilever supports) RL x F F2 Task The size of the baseplate, distance of fasteners (e.g.
USE CASES IN DETAIL Use Case C: determine allowed load Application F1 Example — Use Case C Outset situation (F3) L1 • x = 175 mm (existing cantilever supports) • L1 = 400 mm (required position of the cable tray, existing cantilever supports) • N is defined by 4 fasteners (e.g.
USE CASES IN DETAIL Use Case D: determine required fastener Application F1 Example — Use Case D Outset situation (F3) L1 • x = 175 mm (existing cantilever supports) • L1 = 400 mm (required position of the cable tray, existing cantilever supports) • F is 100 kg RL Task x F F2 Solution (F4) L1 ? ✓ ✓ ✓ x ✓ ? ✓ ✓ How many fasteners (e.g.
X-BT-MR THREADED STUD (NEW GENERATION) Metric 13
X-BT-MR • Metric X-BT-MR (NEW GENERATION) TECHNICAL DATA X-BT-MR technical data • Drill hole type / base material: Pilot hole, tII ≥ 8 mm (0.31") • Base material: Steel S235 / A36 (higher steel strength is possible, increases the rec. load) • Recommended interaction for combined load: Nrec = 3.6 kN (axial) / Vrec = 4.3 kN (shear) V-N (shear and tension) V Vrec + N Nrec ≤ 1.2 with V Vrec ≤ 1.0 and N Nrec ≤ 1.
X-BT-MR • Metric FASTENING CANTILEVER SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two / four X-BT-MR on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X
X-BT-MR • Metric FASTENING BRACED CANTILEVER SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a horizontal, braced cantilever support, fastened on a vertical structure • Support is fastened by three / six X-BT-MR on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface, the angle of the brace is 45° • Load F is the acceptable total load (all dead load including) Boundary conditions •
X-BT-MR • Metric FASTENING STRUT TO STEEL WITH X-BT-MR* Two X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a horizontal structure • Support is fastened by two X-BT-MR (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Metric FASTENING STRUT TO STEEL WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two X-BT-MR (horizontal distance x) • L1 is the distance of the load center to the center of the fasteners • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Metric FASTENING T-POST (CEILING) SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MR (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Metric FASTENING T-POST (FLOOR) SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MR (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Metric FASTENING U-FRAME (CEILING) / TRAPEZE SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a U-Frame support, which is fastened on a horizontal structure • Support is fastened by four X-BT-MR (2 fasteners per baseplate) • Load F is the acceptable total load (all dead load including, acting in the center of the U-Frame) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Metric FASTENING L-POST SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a L-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MR (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Metric FASTENING EQUIPMENT SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of lamps, signals, sensors on inclined cantilever support, fastened on a vertical structure • Support is fastened by two / four X-BT-MR (vertical distance x) • L1 is the distance of the load center (~middle of the load) to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR t
X-BT-MR • Metric FASTENING JUNCTION BOXES / SWITCHES WITH X-BT-MR* X-BT-MR Threaded stud Application • Fastening of junction boxes, switches on a vertical structure • Element is fastened by X-BT-MR Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud. Structural analysis of support / structure is NOT in Hilti scope.
X-BT-MR • Metric X-BT-MR* CATALOG PAGES Description Base Material Environment Item Number Threaded stud X-BT-MR M8/14 SN 8 Steel Highly corrosive 2194339 Threaded stud X-BT-MR M6/14 SN 8 Steel Highly corrosive 2194337 Threaded stud X-BT-MR W6/14 SN 8 Steel Highly corrosive 2194338 Threaded stud X-BT-MR M10/15 SN 8 Steel Highly corrosive 2194340 Threaded stud X-BT-MR W10/15 SN 8 Steel Highly corrosive 2194341 Tool Kit Item Number X-BT tool set* Local item DX 351-BT powder-actuat
S-BT-MR / S-BT-MF THREADED STUD Metric 27
S-BT-MR / S-BT-MF • Metric S-BT TECHNICAL DATA USED FOR THE FOLLOWING CALCULATIONS S-BT technical data • Drill hole type / base material: Pilot hole, tII ≥ 6 mm (0.24") or drill through hole, 5 mm (0.20") ≤ tII < 6 mm (0.24") • Base material: Steel S235 / A36 (higher steel strength is possible, increases the rec. load) • Recommended interaction for combined load: Nrec = 1.8 kN (axial) / Vrec = 2.6 kN (shear) V-N (shear and tension) V Vrec + N Nrec ≤ 1.2 with V Vrec ≤ 1.0 and N Nrec ≤ 1.
S-BT-MR / S-BT-MF • Metric FASTENING CANTILEVER SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two / four S-BT on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting
S-BT-MR / S-BT-MF • Metric FASTENING BRACED CANTILEVER SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal, braced cantilever support, fastened on a vertical structure • Support is fastened by three / six S-BT on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface, the angle of the brace is 45° • Load F is the acceptable total load (all dead load including) Boundary
S-BT-MR / S-BT-MF • Metric FASTENING STRUT TO STEEL WITH S-BT Two S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a horizontal structure • Support is fastened by two S-BT (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Metric FASTENING STRUT TO STEEL WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two S-BT (horizontal distance x) • L1 is the distance of the load center to the center of the fasteners • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Metric FASTENING T-POST (CEILING) SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four S-BT (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Metric FASTENING T-POST (FLOOR) SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four S-BT (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Metric FASTENING U-FRAME (CEILING) / TRAPEZE SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a U-Frame support, which is fastened on a horizontal structure • Support is fastened by four S-BT (2 fasteners per baseplate) • Load F is the acceptable total load (all dead load including, acting in the center of the U-Frame) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Metric FASTENING L-POST SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a L-Post support, which is fastened on a horizontal structure • Support is fastened by two / four S-BT (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Metric FASTENING EQUIPMENT SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of lamps, signals, sensors on inclined cantilever support, fastened on a vertical structure • Support is fastened by two / four S-BT (vertical distance x) • L1 is the distance of the load center (~middle of the load) to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity
S-BT-MR / S-BT-MF • Metric FASTENING JUNCTION BOXES / SWITCHES WITH S-BT S-BT-MR / S-BT-MF Threaded stud Application • Fastening of junction boxes, switches on a vertical structure • Element is fastened by S-BT Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud. Structural analysis of support / structure is NOT in Hilti scope.
S-BT-MR / S-BT-MF • Metric S-BT CATALOG PAGES Description Base Material Environment Item Number Threaded stud S-BT-MR M10/15 SN 6 Steel Highly corrosive 2140740 Threaded stud S-BT-MR W10/15 SN 6 Steel Highly corrosive 2140741 Threaded stud S-BT-MF M10/15 AN 6 Steel Mildly corrosive 2140528 Threaded stud S-BT-MF W10/15 AN 6 Steel Mildly corrosive 2139173 Threaded stud S-BT-MR M8/7 SN 6 Steel Highly corrosive 2139172 Threaded stud S-BT-MF M8/7 AN 6 Steel Mildly corrosive 2139174
X-BT-MF THREADED STUD Metric 41
X-BT-MF • Metric X-BT-MF TECHNICAL DATA USED FOR THE FOLLOWING CALCULATIONS X-BT-MF technical data • Drill hole type / base material: Pilot hole, tII ≥ 8 mm (0.31") • Base material: Steel S235 / A36 (higher steel strength is possible) • Recommended interaction for combined load: Nrec = 1.5 kN (axial) / Vrec = 2.2 kN (shear) V-N (shear and tension) V Vrec + N Nrec ≤ 1.2 with V Vrec ≤ 1.0 and N Nrec ≤ 1.
X-BT-MF • Metric FASTENING CANTILEVER SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two / four X-BT-MF on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-
X-BT-MF • Metric FASTENING BRACED CANTILEVER SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal, braced cantilever support, fastened on a vertical structure • Support is fastened by three / six X-BT-MF on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface, the angle of the brace is 45° • Load F is the acceptable total load (all dead load including) Boundary conditions •
X-BT-MF • Metric FASTENING STRUT TO STEEL WITH X-BT-MF Two X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a horizontal structure • Support is fastened by two X-BT-MF (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Metric FASTENING STRUT TO STEEL WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two X-BT-MF (horizontal distance x) • L1 is the distance of the load center to the center of the fasteners • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Metric FASTENING T-POST (CEILING) SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MF (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Metric FASTENING T-POST (FLOOR) SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MF (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Metric FASTENING U-FRAME (CEILING) / TRAPEZE SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a U-Frame support, which is fastened on a horizontal structure • Support is fastened by four X-BT-MF (2 fasteners per baseplate) • Load F is the acceptable total load (all dead load including, acting in the center of the U-Frame) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Metric FASTENING L-POST SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a L-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MF (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Metric FASTENING EQUIPMENT SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of lamps, signals, sensors on inclined cantilever support, fastened on a vertical structure • Support is fastened by two / four X-BT-MF (vertical distance x) • L1 is the distance of the load center (~middle of the load) to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF th
X-BT-MF • Metric FASTENING JUNCTION BOXES / SWITCHES WITH X-BT-MF X-BT-MF Threaded stud Application • Fastening of junction boxes, switches on a vertical structure • Element is fastened by X-BT-MF Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud. Structural analysis of support / structure is NOT in Hilti scope.
X-BT-MF • Metric X-BT-MF CATALOG PAGES Description Base Material Environment Item Number Composite stud X-BT-MF M10/10 SN 4 Steel Mildly corrosive 2083549 Composite stud X-BT-MF W10/10 SN 4 Steel Mildly corrosive 2083620 Tool Kit Item Number X-BT tool set* Local item DX 351-BT powder-actuated tool Local item Piston X-351 BT 378676 Fastener guide BT FG M1024 for metric studs 378674 Fastener guide BT FG W1024 for Whitworth studs 378673 6.
X-ST-GR THREADED STUD Metric 55
X-ST-GR • Metric X-ST-GR TECHNICAL DATA USED FOR THE FOLLOWING CALCULATIONS X-ST-GR technical data • Drill hole type / base material: no predrilling, tII ≥ 6 mm (0.24") • Base material: Steel S235 / A36 (higher steel strength is possible, see application limit) • Recommended interaction for combined load: Nrec = 1.8 kN (axial) / Vrec = 1.8 kN (shear) V-N (shear and tension) V Vrec + N Nrec ≤ 1.2 V Vrec with ≤ 1.0 and N Nrec ≤ 1.
X-ST-GR • Metric FASTENING CANTILEVER SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two / four X-ST-GR on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-
X-ST-GR • Metric FASTENING BRACED CANTILEVER SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a horizontal, braced cantilever support, fastened on a vertical structure • Support is fastened by three / six X-ST-GR on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface, the angle of the brace is 45° • Load F is the acceptable total load (all dead load including) Boundary conditions •
X-ST-GR • Metric FASTENING STRUT TO STEEL WITH X-ST-GR Two X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a horizontal structure • Support is fastened by two X-ST-GR (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Metric FASTENING STRUT TO STEEL WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two X-ST-GR (horizontal distance x) • L1 is the distance of the load center to the center of the fasteners • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Metric FASTENING T-POST (CEILING) SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-ST-GR (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Metric FASTENING T-POST (FLOOR) SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-ST-GR (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Metric FASTENING U-FRAME (CEILING) / TRAPEZE SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a U-Frame support, which is fastened on a horizontal structure • Support is fastened by four X-ST-GR (2 fasteners per baseplate) • Load F is the acceptable total load (all dead load including, acting in the center of the U-Frame) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Metric FASTENING L-POST SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a L-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-ST-GR (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Metric FASTENING EQUIPMENT SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of lamps, signals, sensors on inclined cantilever support, fastened on a vertical structure • Support is fastened by two / four X-ST-GR (vertical distance x) • L1 is the distance of the load center (~middle of the load) to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR th
X-ST-GR • Metric FASTENING JUNCTION BOXES / SWITCHES WITH X-ST-GR X-ST-GR Threaded stud Application • Fastening of junction boxes, switches on a vertical structure • Element is fastened by X-ST-GR Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud. Structural analysis of support / structure is NOT in Hilti scope.
X-ST-GR • Metric X-ST-GR CATALOG PAGES Description X-ST-GR M8/10 P8 Description Base Material Environment Item Number Steel Mildly corrosive 2122460 Item Number DX 76 PTR Local item DX 5 GR Local item X-5 460 F8 N15 Fastener guide 304530 X-5 460 P8 Piston 373297 Cartridge 6.8/11 M10 STD red 416474 Cartridge 6.8/11 M10 STD black 416475 X-76-F-8-GR-PTR Fastener guide 388852 Cartridge 6.8/18 M10 .27 cal C-T yellow 416483 Cartridge 6.8/18 M10 .
X-BT-MR THREADED STUD (NEW GENERATION) Imperial 69
X-BT-MR • Imperial X-BT-MR (NEW GENERATION) TECHNICAL DATA X-BT-MR technical data • Drill hole type / base material: Pilot hole, tII ≥ 8 mm (0.31") • Base material: Steel S235 / A36 (higher steel strength is possible, increases the rec. load) • Recommended interaction for combined load: Nrec = 810 lb (axial) / Vrec = 970 lb (shear) V-N (shear and tension) V Vrec + N Nrec ≤ 1.2 with V Vrec ≤ 1.0 and N Nrec ≤ 1.
X-BT-MR • Imperial FASTENING CANTILEVER SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes, on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two / four X-BT-MR on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity o
X-BT-MR • Imperial FASTENING BRACED CANTILEVER SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a horizontal, braced cantilever support, fastened on a vertical structure • Support is fastened by three / six X-BT-MR on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface, the angle of the brace is 45° • Load F is the acceptable total load (all dead load including) Boundary conditions
X-BT-MR • Imperial FASTENING STRUT TO STEEL WITH X-BT-MR* Two X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a horizontal structure • Support is fastened by two X-BT-MR (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Imperial FASTENING STRUT TO STEEL WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two X-BT-MR (horizontal distance x) • L1 is the distance of the load center to the center of the fasteners • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Imperial FASTENING T-POST (CEILING) SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MR (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Imperial FASTENING T-POST (FLOOR) SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MR (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Imperial FASTENING U-FRAME (CEILING) / TRAPEZE SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a U-Frame support, which is fastened on a horizontal structure • Support is fastened by four X-BT-MR (2 fasteners per baseplate) • Load F is the acceptable total load (all dead load including, acting in the center of the U-Frame) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Imperial FASTENING L-POST SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of cable trays, pipes on a L-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MR (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud.
X-BT-MR • Imperial FASTENING EQUIPMENT SUPPORT WITH X-BT-MR* Two / Four X-BT-MR Threaded studs Application • Fastening of lamps, signals, sensors on inclined cantilever support, fastened on a vertical structure • Support is fastened by two / four X-BT-MR (vertical distance x) • L1 is the distance of the load center (~middle of the load) to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR
X-BT-MR • Imperial FASTENING JUNCTION BOXES / SWITCHES WITH X-BT-MR* X-BT-MR Threaded stud Application • Fastening of junction boxes, switches on a vertical structure • Element is fastened by X-BT-MR Boundary conditions • These values are ONLY reflecting capacity of X-BT-MR threaded stud. Structural analysis of support / structure is NOT in Hilti scope.
X-BT-MR • Imperial X-BT-MR* CATALOG PAGES Description Base Material Environment Item Number Threaded stud X-BT-MR M8/14 SN 8 Steel Highly corrosive 2194339 Threaded stud X-BT-MR M6/14 SN 8 Steel Highly corrosive 2194337 Threaded stud X-BT-MR W6/14 SN 8 Steel Highly corrosive 2194338 Threaded stud X-BT-MR M10/15 SN 8 Steel Highly corrosive 2194340 Threaded stud X-BT-MR W10/15 SN 8 Steel Highly corrosive 2194341 Tool Kit Item Number X-BT tool set* Local item DX 351-BT powder-actu
S-BT-MR / S-BT-MF THREADED STUD Imperial 83
S-BT-MR / S-BT-MF • Imperial S-BT TECHNICAL DATA USED FOR THE FOLLOWING CALCULATIONS S-BT technical data • Drill hole type / base material: Pilot hole, tII ≥ 6 mm (0.24") or drill through hole, 5 mm (0.20") ≤ tII < 6 mm (0.24") • Base material: Steel S235 / A36 (higher steel strength is possible, increases the rec. load) • Recommended interaction for combined load: Nrec = 405 lb (axial) / Vrec = 585 lb (shear) V-N (shear and tension) V Vrec + N Nrec ≤ 1.2 with V Vrec ≤ 1.0 and N Nrec ≤ 1.
S-BT-MR / S-BT-MF • Imperial FASTENING CANTILEVER SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two / four S-BT on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflectin
S-BT-MR / S-BT-MF • Imperial FASTENING BRACED CANTILEVER SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal, braced cantilever support, fastened on a vertical structure • Support is fastened by three / six S-BT on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface, the angle of the brace is 45° • Load F is the acceptable total load (all dead load including) Bounda
S-BT-MR / S-BT-MF • Imperial FASTENING STRUT TO STEEL WITH S-BT Two S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a horizontal structure • Support is fastened by two S-BT (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Imperial FASTENING STRUT TO STEEL WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two S-BT (horizontal distance x) • L1 is the distance of the load center to the center of the fasteners • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Imperial FASTENING T-POST (CEILING) SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four S-BT (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Imperial FASTENING T-POST (FLOOR) SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four S-BT (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Imperial FASTENING U-FRAME (CEILING) / TRAPEZE SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a U-Frame support, which is fastened on a horizontal structure • Support is fastened by four S-BT (2 fasteners per baseplate) • Load F is the acceptable total load (all dead load including, acting in the center of the U-Frame) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Imperial FASTENING L-POST SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a L-Post support, which is fastened on a horizontal structure • Support is fastened by two / four S-BT (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud.
S-BT-MR / S-BT-MF • Imperial FASTENING EQUIPMENT SUPPORT WITH S-BT Two / Four S-BT-MR / S-BT-MF Threaded studs Application • Fastening of lamps, signals, sensors on inclined cantilever support, fastened on a vertical structure • Support is fastened by two / four S-BT (vertical distance x) • L1 is the distance of the load center (~middle of the load) to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capaci
S-BT-MR / S-BT-MF • Imperial FASTENING JUNCTION BOXES / SWITCHES WITH S-BT S-BT-MR / S-BT-MF Threaded stud Application • Fastening of junction boxes, switches on a vertical structure • Element is fastened by S-BT Boundary conditions • These values are ONLY reflecting capacity of S-BT threaded stud. Structural analysis of support / structure is NOT in Hilti scope.
S-BT-MR / S-BT-MF • Imperial S-BT CATALOG PAGES Description Base Material Environment Item Number Threaded stud S-BT-MR M10/15 SN 6 Steel Highly corrosive 2140740 Threaded stud S-BT-MR W10/15 SN 6 Steel Highly corrosive 2140741 Threaded stud S-BT-MF M10/15 AN 6 Steel Mildly corrosive 2140528 Threaded stud S-BT-MF W10/15 AN 6 Steel Mildly corrosive 2139173 Threaded stud S-BT-MR M8/7 SN 6 Steel Highly corrosive 2139172 Threaded stud S-BT-MF M8/7 AN 6 Steel Mildly corrosive 2139174
X-BT-MF THREADED STUD Imperial 97
X-BT-MF • Imperial X-BT-MF TECHNICAL DATA USED FOR THE FOLLOWING CALCULATIONS X-BT-MF technical data • Drill hole type / base material: Pilot hole, tII ≥ 8 mm (0.31") • Base material: Steel S235 / A36 (higher steel strength is possible) • Recommended interaction for combined load: Nrec = 340 lb (axial) / Vrec = 500 lb (shear) V-N (shear and tension) V Vrec + N Nrec ≤ 1.2 with V Vrec ≤ 1.0 and N Nrec ≤ 1.
X-BT-MF • Imperial FASTENING CANTILEVER SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two / four X-BT-MF on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of
X-BT-MF • Imperial FASTENING BRACED CANTILEVER SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal, braced cantilever support, fastened on a vertical structure • Support is fastened by three / six X-BT-MF on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface, the angle of the brace is 45° • Load F is the acceptable total load (all dead load including) Boundary conditions
X-BT-MF • Imperial FASTENING STRUT TO STEEL WITH X-BT-MF Two X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a horizontal structure • Support is fastened by two X-BT-MF (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Imperial FASTENING STRUT TO STEEL WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two X-BT-MF (horizontal distance x) • L1 is the distance of the load center to the center of the fasteners • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Imperial FASTENING T-POST (CEILING) SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MF (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Imperial FASTENING T-POST (FLOOR) SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MF (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Imperial FASTENING U-FRAME (CEILING) / TRAPEZE SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a U-Frame support, which is fastened on a horizontal structure • Support is fastened by four X-BT-MF (2 fasteners per baseplate) • Load F is the acceptable total load (all dead load including, acting in the center of the U-Frame) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Imperial FASTENING L-POST SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of cable trays, pipes on a L-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-BT-MF (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud.
X-BT-MF • Imperial FASTENING EQUIPMENT SUPPORT WITH X-BT-MF Two / Four X-BT-MF Threaded studs Application • Fastening of lamps, signals, sensors on inclined cantilever support, fastened on a vertical structure • Support is fastened by two / four X-BT-MF (vertical distance x) • L1 is the distance of the load center (~middle of the load) to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF
X-BT-MF • Imperial FASTENING JUNCTION BOXES / SWITCHES WITH X-BT-MF X-BT-MF Threaded stud Application • Fastening of junction boxes, switches on a vertical structure • Element is fastened by X-BT-MF Boundary conditions • These values are ONLY reflecting capacity of X-BT-MF threaded stud. Structural analysis of support / structure is NOT in Hilti scope.
X-BT-MF • Imperial X-BT-MF CATALOG PAGES Description Base Material Environment Item Number Composite stud X-BT-MF M10/10 SN 4 Steel Mildly corrosive 2083549 Composite stud X-BT-MF W10/10 SN 4 Steel Mildly corrosive 2083620 Tool Kit Item Number X-BT tool set* Local item DX 351-BT powder-actuated tool Local item Piston X-351 BT 378676 Fastener guide BT FG M1024 for metric studs 378674 Fastener guide BT FG W1024 for Whitworth studs 378673 6.
X-ST-GR THREADED STUD Imperial 111
X-ST-GR • Imperial X-ST-GR TECHNICAL DATA USED FOR THE FOLLOWING CALCULATIONS X-ST-GR technical data • Drill hole type / base material: no predrilling, tII ≥ 6 mm (0.24") • Base material: Steel S235 / A36 (higher steel strength is possible, see application limit) • Recommended interaction for combined load: Nrec = 405 lb (axial) / Vrec = 405 lb (shear) V-N (shear and tension) V Vrec + N Nrec ≤ 1.2 V Vrec with ≤ 1.0 and N Nrec ≤ 1.
X-ST-GR • Imperial FASTENING CANTILEVER SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two / four X-ST-GR on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of
X-ST-GR • Imperial FASTENING BRACED CANTILEVER SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a horizontal, braced cantilever support, fastened on a vertical structure • Support is fastened by three / six X-ST-GR on both support and brace baseplate with distance x • L1 is the distance of the load center to the vertical structure surface, the angle of the brace is 45° • Load F is the acceptable total load (all dead load including) Boundary conditions
X-ST-GR • Imperial FASTENING STRUT TO STEEL WITH X-ST-GR Two X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a horizontal structure • Support is fastened by two X-ST-GR (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Imperial FASTENING STRUT TO STEEL WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a horizontal cantilever support, fastened on a vertical structure • Support is fastened by two X-ST-GR (horizontal distance x) • L1 is the distance of the load center to the center of the fasteners • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Imperial FASTENING T-POST (CEILING) SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-ST-GR (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Imperial FASTENING T-POST (FLOOR) SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a T-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-ST-GR (horizontal distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Imperial FASTENING U-FRAME (CEILING) / TRAPEZE SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a U-Frame support, which is fastened on a horizontal structure • Support is fastened by four X-ST-GR (2 fasteners per baseplate) • Load F is the acceptable total load (all dead load including, acting in the center of the U-Frame) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Imperial FASTENING L-POST SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of cable trays, pipes on a L-Post support, which is fastened on a horizontal structure • Support is fastened by two / four X-ST-GR (horizontal distance x) • L1 is the distance of the load center to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud.
X-ST-GR • Imperial FASTENING EQUIPMENT SUPPORT WITH X-ST-GR Two / Four X-ST-GR Threaded studs Application • Fastening of lamps, signals, sensors, on inclined cantilever support, fastened on a vertical structure • Support is fastened by two / four X-ST-GR (vertical distance x) • L1 is the distance of the load center (~middle of the load) to the vertical structure surface • Load F is the acceptable total load (all dead load including) Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR
X-ST-GR • Imperial FASTENING JUNCTION BOXES / SWITCHES WITH X-ST-GR X-ST-GR Threaded stud Application • Fastening of junction boxes, switches on a vertical structure • Element is fastened by X-ST-GR Boundary conditions • These values are ONLY reflecting capacity of X-ST-GR threaded stud. Structural analysis of support / structure is NOT in Hilti scope.
X-ST-GR • Imperial X-ST-GR CATALOG PAGES Description X-ST-GR M8/10 P8 Description Base Material Environment Item Number Steel Mildly corrosive 2122460 Item Number DX 76 PTR Local item DX 5 GR Local item X-5 460 F8 N15 Fastener guide 304530 X-5 460 P8 Piston 373297 Cartridge 6.8/11 M10 STD red 416474 Cartridge 6.8/11 M10 STD black 416475 X-76-F-8-GR-PTR Fastener guide 388852 Cartridge 6.8/18 M10 .27 cal C-T yellow 416483 Cartridge 6.8/18 M10 .
TYPICALS Detail 125
BRACED CANTILEVER Application • Fastening of cable trays, pipes on a horizontal, braced cantilever support, fastened on a vertical structure • Support is fastened by two / four fasteners on both support and brace baseplate • L1 is the distance of the load center to the vertical structure surface • x is the distance of the baseplates (and of brace joint to vertical structure surface) • The angle of the brace is assumed to be 45° • Load F is the acceptable total load (all dead load including) Boundary condit
T-POST (FLOOR) Application • Fastening of cable trays, pipes on a T-Post, which is fastened on a horizontal structure • Support is fastened by two / four fasteners (distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions and assumptions • Results of calculation are ONLY reflecting capacity of Hilti fasteners. Structural analysis of support / base structure is NOT in Hilti scope.
T-POST (CEILING) Application • Fastening of cable trays, pipes on a T-Post, which is fastened on a horizontal structure • Support is fastened by two / four fasteners (distance x) • L1 is the total width of the T-Post, L2 is fix set to 1000 mm • Load F is the acceptable total load (all dead load including) Boundary conditions and assumptions • Results of calculation are ONLY reflecting capacity of Hilti fasteners. Structural analysis of support / base structure is NOT in Hilti scope.
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