HAC_Technical-Guide
Table of Contents
4 5
Cast-In Anchor Channel Product Guide, Edition 1 • 02/2019
5.0 BASE MATERIAL 133
5.1 Base Materials 134
5.1.1 Base Materials for Fastening
134
5.1.2 Concrete
134
5.1.3 Pre-tensinoned/Pre-stressed concrete
135
5.1.4 Bonded Post-tensioned Concrete
135
5.1.5 Admixtures
135
5.2 Evaluation of Test Data 135
5.2.1 Developing Fastener Performance Data
135
5.2.2 Allowable Loads
136
5.2.3 Statistical Evaluation of Data
136
5.3 Corrosion 137
5.3.1 The Corrosion Process
137
5.3.2 Types of Corrosion
137
5.3.3 Corrosion Proteciton
138
5.3.4 Hilti Fastening Systems
139
5.3.5 Applications
139
5.4 Special Applications 140
5.5 Seismic Considerations 141
5.5.1 Seismic Considerations
141
5.5.2 Behavior of the Materials in Which 5.5 Anchors are Set
142
6.0 LOADING 143
6.1 Strength Design vs Allowable Stress Design 144
6.2 Anchor Channel Loading 144
6. 2.1 Anchor Channel Loading
144
6.2.2 Load Combinations
144
6.3 Seismic Loading 146
6.3.1 Seismic Load Behavior
146
6.3.2 Seismic Load Derivation for Non-Structural Componenets —
ASCE 7-10, Chapter 13
146
6.3.2 Overstrength Factors per ASCE 7-10
147
6.4 Loads on Handrails and Guardrail Systems — ASCE 7-10 147
7.0 ANCHOR CHANNEL THEORY 148
7.1 Overview of Anchor Channel Theory 149
7.2 Anchor Channel Theory 150
7.2.1 Anchor Principles and Design
150
7.2.2 Requirements of Anchor Channels within AC232
152
7.2.3 Anchor Working Principles
154
7.2.4 Anchor Behavior undel Load
155
7.2.5 ACI 318-14 Strength Design — SD (LRFD)
156
7.2.6 Strength Design Terminology
156
7.2.7 Load Distribution
159
7.2.8 Calculation of Loads on Anchors of the Anchor Channel
160
7.2.9 Anchor Channel Design
162
7.3 Anchor Channel Design in Tension 163
7.3.1 Steel Tensile Strengths
164
7.3. 2 Concrete Tensile Strengths
167
7.4 Anchor Channel Design in Shear 176
7.4.1 Steel Strengths in Perpendicular Shear
176
7.4. 2 Concrete Strengths in Perpendicular Shear
178
7.4.3 Steel Strengths in Longitudinal Shear
184
7.4.4 Concrete Strengths in Longitudinal Shear
186
7.5 Interaction Equations 191
7.6 Seismic Design 192
7.6.1 Seismic Considerations
192
7.6.2 Seismic Considerations in Tension
192
7.6.3 Seismic Considerations in Shear
195
7.6.4 Transfer of Longitudinal Forces
196
7.6.5 Analysis in SCD A or B and SDC C, D, E or F
197
2.3 Structural Steel Performance of Hilti Anchor Channel Systems 87
2.3.1 HAC Structural Steel Performance — Tension
88
2.3.2 HAC Structural Steel Performance — Shear
89
2.3.3 HAC CRFoS U Structural Steel Performance — Tension
91
2.3.4 HAC CRFoS U Structural Steel Performance — Shear
92
2.3.5 HAC EDGE Lite, HAC EDGE, and HAC EDGE C
Structural Steel Performance - Tension
94
2.3.6 HAC EDGE Lite, HAC EDGE, and HAC EDGE C
Structural Steel Performance - Shear
95
2.3.7 EDGE Lite, EDGE, and EDGE C Plate Steel Strength Information
97
2.3.8 Design Information for HAC EDGE Lite, HAC EDGE, and HAC
EDGE C Concrete Breakout in Perpendicular Shear
98
2.3.9 HAC S EDGE and HAC S EDGE C
Structural Steel Performance — Tension
99
2.3.10 HAC S EDGE and HAC S EDGE C
Structural Steel Performance — Shear
99
2.3.11 HAC S EDGE and HAC S EDGE C Plate Steel Strength Information
101
2.3.12 Design Information for HAC S EDGE and HAC S EDGE C Concrete
Breakout in Perpendicular Shear
101
2.3.13 HBC-C AND HBC-C-N steel performance — Tension
102
2.3.14 HBC-C AND HBC-C-N steel performance - Shear
103
2.3.15 HAC-T Structural Steel Performance — Tension
103
2.3.16 HAC-T Structural Steel Performance — Shear
104
2.3.17 HAC-T EDGE Lite, HAC-T EDGE, and HAC-T EDGE C
Structural Steel Performance — Tension
106
2.3.18 HAC-T EDGE Lite, HAC-T EDGE, and HAC-T EDGE C
Structural Steel Performance — Shear
107
2.3.19 EDGE Lite, EDGE, and EDGE C Plate Steel Strength Information
109
2.3.20 Design Information for HAC-T EDGE Lite and HAC-T EDGE
Concrete Breakout in Perpendicular Shear
109
2.3.21 HAC-T S EDGE and HAC-T S EDGE C
Structural Steel Performance — Tension
110
2.3.22 HAC-T S EDGE and HAC-T S EDGE C
Structural Steel Performance — Shear
111
2.3.23 HAC-T S EDGE and HAC-T S EDGE C
Plate Steel Strength Information
113
2.3.24 Design Information for HAC-T S EDGE and HAC-T S
EDGE C Concrete Breakout in Perpendicular Shear
113
2.3.25 HBC-T Steel performance — Tension
114
2.3.26 HBC-T Steel performance — Shear
114
2.4 HAC Ordering Information (item number, lead times, and weight) 115
2.5 HAC Standard Portfolio Details and CAD Drawings 122
2.6 Custom Solutions 125
3.0 ANCHOR CHANNEL APPLICATIONS 128
3.1 Hilti Cast-in Anchor Channel Applications 129
4.0 DESIGN INTRODUCTION 130
4.1 Published Load Values 131
4.2 Units 131
4.3 Anchor Channel Design 131