HVU adhesive with HIS-N / HIS-RN sleeve

Transcription

1 Feature: - anhor atening luh with urae Material: HIS-N: - oil apule v. gla - no expanion ore in bae material - high loading apaity - mall edge ditane and paing - omplete ytem oniting o robut oil apule, internally threaded leeve and etting tool - arbon teel galvanied to 5 miron HIS-RN - tainle teel, A4-70: HVU apule: - urethane metharylate rein, tyrene ree, hardener, quartz and or orundum, oil tube HVU apule HIS-N, HIS-RN internally threaded leeve Conrete Small edge ditane/ paing Fire reitane A4 316 Corroion reitane Hilti Anhor programme Bai loading data (or a ingle anhor): HIS-N All data on thi page applie to For detailed deign method, ee page onrete: See table below. orret etting (See etting operation page 21 no edge ditane and paing inluene tenile value are or HIS-N (derived uing grade 12.9 rod) hear (teel ailure): rod / bolt o teel grade 5.8 non-raked onrete Mean ultimate reitane, R u,m [kn]: onrete C20/25 Tenile, N Ru,m Shear, V Ru,m Charateriti reitane, R k [kn]: onrete C20/25 Tenile, N Rk Shear, V Rk Following value aording to the Conrete Capaity Method Deign reitane, R d [kn]: onrete, k,ube = 25 N/mm 2 Tenile, N Rd Shear, V Rd Reommended load, L re [kn]: onrete, k,ube = 25 N/mm 2 Tenile, N Re Shear, V Re

2 HVZ ADHESIVE ANCHORS page 2 o 8 Bai loading data (or a ingle anhor): HIS-RN All data on thi etion applie to For detailed deign method, ee page onrete: See table below. orret etting (See etting operation page 21 no edge ditane and paing inluene tenile value are or HIS-RN (derived uing grade 12.9 rod) hear (teel ailure): rod / bolt o teel grade A4-70 non-raked onrete Mean ultimate reitane, R u,m [kn]: onrete C20/25 Tenile, N Ru,m Shear, V Ru,m Charateriti reitane, R k [kn]: onrete C20/25 Tenile, N Rk Shear, V Rk Following value aording to the Conrete Capaity Method Deign reitane, R d [kn]: onrete, k,ube = 25 N/mm 2 Tenile, N Rd Shear, V Rd Reommended load, L re [kn]: onrete, k,ube = 25 N/mm 2 Tenile, N Re Shear, V Re Setting detail h d 0 d h nom h 1 h

3 Foil apule HVU... M10x90 M12x110 M16x125 M20x170 M24x210 Sleeve HIS-N..., HIS-RN... M8x90 M10x110 M12x125 M16x170 M20x205 d 0 [mm] Drill bit diameter h 1 [mm] Hole depth h [mm] Min. thikne o bae material h [mm] Thread engagement length max 8 20 d [mm] Re. learane hole T int [Nm] Tightening torque HIS-N HIS-RN Drill bit TE-CX- 14/ Drill bit TE-T- - 18/32 22/32 28/32 32/ Temperature when etting: 20 C and above 10 C to 20 C 0 C to 10 C -5 C to 0 C Min. time to wait beore removing SCREWED-ON etting tool, t rel hour Curing time beore anhor an be ully loaded, t ure hour 5 hour Intallation equipment Rotary hammer (TE5, TE6, TE6A, TE15, TE15-C, TE18-M, TE 55 or TE 76), a drill bit, a etting tool, a TE adapter (TE-C-HIS, TE-F-Y-HIS) with HIS-S - M8 - M20 and a blow-out pump. Setting operation HVU 54 HIS-N Drill hole. Blow out dut and ragment. 5 trel 6 ture Inert HVU apule. 7 Tint Drive in anhor. Allow rel time to pa. Wait or uring. Apply tightening torque. 174

4 Anhor geometry and mehanial propertie d p dp HVU M.. l p HVU M.. l p HVU M.. d l l Capule HVU... M10x90 M12x110 M16x125 M20x170 M24x210 l p [mm] Capule length d p [mm] Capule diameter 10,7 13,1 17, ,7 Element HIS-N..., HIS-RN... M8x90 M10x110 M12x125 M16x170 M20x210 l [mm] Sleeve length d [mm] A [mm²] uk [N/mm²] yk [N/mm²] Sleeve outide diameter Streed ro-etion Noal tenile trength Yield trength Sleeve Bolt HIS-N HIS-RN HIS-N HIS-RN 12,5 16,5 20,5 25,4 27,6 53,6 36, W [mm³] Moment o reitane o bolt 31,2 62, M Rd, [Nm] 5.8 Deign bending reitane o bolt 8.8 A2/A4 12,7 20,4 14, , ,6 41,0 28, , ,1 75,1 50, ,1 187,4 131,4 The deign bending reitane o the bolt i alulated rom M Rd, = (1,2 W uk )/γ m,b, where the partial aety ator, γ m,b, or grade 5.8 and 8.8 bolt i 1.25 and 1.56 or A4-70 and A2-70. The inal aety hek i then M Sk γ F M Rd, ,8 366,1 256,7 Detailed deign method - Hilti CC (The Hilti CC method i a impliied verion o ETAG Annex C.) Caution: In view o the high load tranerable with the HVU, it mut be veriied by the uer that the load ating on the onrete truture, inluding the load introdued by the anhor atening, do not aue ailure, e.g. raking, o the onrete truture. TENSION The deign tenile reitane o a ingle anhor i the lower o N Rd, : onrete one/pull-out reitane N Rd, : teel reitane o the bolt or leeve h N re,/ 175

5 N Rd, : Conrete one/pull-out reitane N Rd, = N o Rd, B,N A,N R,N N 0 Rd,: Conrete one/pull-out deign reitane Conrete ompreive trength, k,ube(150) = 25 N/mm 2 N o Rd, [kn] h nom [mm] Noal anhorage depth The deign tenile reitane i alulated rom the harateriti tenile reitane, N o Rk,, by N o Rd,= N o Rk,/γ M,N, where the partial aety ator, γ M,N, i 1.8. B,N : Inluene o onrete trength Conrete trength deignation (ENV 206) ompreive ylinder trength, k,yl [N/mm²] ompreive ube trength, k,ube [N/mm²] C16/ C20/ C25/ C30/ C35/ C40/ C45/ C50/ Conrete ylinder: height 30m, 15m diameter Conrete ube: ide length 15m Conrete tet peimen geometry B,N 25 k,ube = 1+ B,N 100 or k,ube(150) =20 N/mm² 25 k,ube = 1+ B,N 125 Limit: 25 N/mm² k,ube(150) 60 N/mm² A,N : Inluene o anhor paing Spaing, Anhor ize [mm] M8 M10 M12 M16 M A,N = h nom Limit: r,n = 0,5h nom r,n = 2,0h nom 176

6 R,N : Inluene o edge ditane Edge Anhor ize ditane, [mm] M8 M10 M12 M16 M = R,N Limit: r,n = 0,5 h nom r,n = 1,0 h nom h nom Note: I more than 3 edge are maller than r,n, onult your Hilti tehnial adviory ervie. N Rd, : Steel deign tenile reitane leeve N Rd, [kn] Sleeve HIS-N HIS-RN bolt N Rd, [kn] Bolt grade 5.8 grade 8.8 grade A ,2 15,6 12,2 19,5 13,7 37,4 32,1 19,3 30,9 21,7 52,1 49,6 28,1 44,9 31,6 The deign tenile reitane i alulated rom the harateriti tenile reitane, N Rk,, by N Rd, = A uk /γ M,N, where the partial aety ator, γ M,N, or the leeve / bolt o grade 5.8 and 8.8 i 1.5 or 1.87 or grade A4-70 and 2.4 or the leeve. 78,2 74,4 52,3 84,0 58,8 70,2 66,8 81,7 130,7 91,7 N Rd : Sytem deign tenile reitane N Rd = lower o N Rd,, N Rd, leeve or N Rd, bolt Combined loading: Only i tenile load and hear load applied (See page 31 and etion 4 Example ). 177

7 Detailed deign method Hilti CC SHEAR The deign hear reitane o a ingle anhor i the lower o V Rd, : onrete edge reitane V Rd, : teel reitane o the bolt (The Hilti CC method i a impliied verion o ETAG Annex C.) h>1.5 >1.5 2 V re,/ >1.5 Note: I the ondition or h and 2 are not met, onult your Hilti tehnial adviory ervie. 2 V Rd, : Conrete edge deign reitane The lowet onrete edge reitane mut be alulated. All near edge mut be heked (not only the edge in the diretion o hear). The diretion o hear i aounted or by the ator β,v. V Rd, = V 0 Rd, B,V β,v AR,V V 0 Rd,: Conrete edge deign reitane onrete ompreive trength, k,ube(150) = 25 N/mm 2 at a imum edge ditane V 0 Rd, [kn] [mm] Min. edge ditane The deign hear reitane i alulated rom the harateriti hear reitane, V o Rk,, by V o Rd,= V o Rk,/γ M,V, where the partial aety ator, γ M,V, i 1.5. BV : Inluene o onrete trength Conrete trength deignation (ENV 206) Cylinder ompreive trength, k,yl [N/mm²] Cube ompreive trength, k,ube [N/mm²] B,V C16/ C20/ C25/ C30/ C35/ C40/ C45/ C50/ Conrete ylinder: height 30m, 15m diameter Conrete ube: ide length 15m Conrete tet peimen geometry B,V = k,ube 25 Limit: 20 N/mm 2 k,ube(150) 60 N/mm 2 178

8 β,v : Inluene o loading diretion Angle, ß [ ] β,v 0 to to Formulae: β,v = 1 1 β,v = oß + 0,5inß β,v = 2 or 0 ß 55 or 55 < ß 90 or 90 < ß 180 β V... applied hear ore AR,V : Formulae or edge ditane and paing inluene Formula or ingle-anhor atening inluened only by edge AR,V = Formula or two-anhor atening anhor (edge plu 1 paing) only valid or < 3 AR,V 3 + = 6 General ormula or n-anhor atening (edge plu n-1 paing) only valid where 1 and n-1 are eah < 3 and 2 > 1.5 AR,V = 3 n n 1 reult tabulated below 2,1 Note: n ,2 h >1,5 It i aumed that only the row o anhor loet to the ree onrete edge arrie the entri hear load. AR,V : Inluene o edge ditane and paing AR,V / Single anhor with edge inluene, / Thee reult are or a twoanhor atening For atening with more than two anhor, ue the general ormulae or n anhor at the top o the page

9 V Rd, : Steel deign hear reitane V Rd, [kn] Bolt teel grade teel grade A The deign hear reitane i alulated rom V Rd, = (0,6 A uk )/γ M,V. The value or the treed ro-etion, A, o the bolt and the noal tenile teel trength, uk, are taken rom the bolt tandard ISO 898. The partial aety ator, γ M,V, or grade 5.8 and 8.8 i 1.25 and 1.56 or grade A4-70. V Rd : Sytem deign hear reitane V Rd = lower o V Rd, and V Rd, bolt Combined loading: Only i tenile load and hear load applied (See page 31 and etion 4 Example ). 180