Table Of Contents - Hilti HIT-RE 500 Manual

Table of Contents

System Parts View1
Basic Loading Data (For A Single Anchor)2
Recommended Loads2
For Hammer Drilled Holes And Hollow Drill Bit2
Tensile N2
Shear V2
Characteristic Resistance: Concrete C 20/25 - F2
Design Resistance: Concrete C 20/25 - F2
Ck,Cube2
For Diamond Drilling3
M8 M103
Service Temperature Range4
Materials4
Mechanical Properties4
Data According Eta-04/0027, Issue 2013-06-264
Material Quality5
Anchor Dimensions5
Setting Installation Equipment5
Setting Instruction6
Bore Hole Drilling6
Bore Hole Cleaning6
Compressed Air Cleaning (Cac)7
Cleaning For Under Water7
Cleaning Of Hammer Drilled Holes And Diamond Cored Holes7
Injection Preparation8
Inject Adhesive9
Setting The Element9
Curing Time For General Conditions10
Curing Time For Dry Concrete10
Setting Details11
Tension Loading12
Simplified Design Method12
Basic Design Tensile Resistance12
Shear Loading14
Influence Of Edge Distance14
Influence Of Anchor Spacing14
Influence Of Reinforcement14
Basic Design Shear Resistance15
Influencing Factors15
Design Steel Resistance15
Design Concrete Edge Resistance15
Combined Tension/Shear Loading For Hammer Drilling/Hollow Drill Bit16
Influence Of Anchor Spacing And Edge Distance16
Influence Of Embedment Depth16
Mortar With His-(R)N Sleeve21
Injection Mortar System21
Table Of Contents22
Mechanical Properties Of His-(R)N24
Design Combined Pull-Out And Concrete Cone Resistance32
Design Concrete Cone Resistance32
The Design Shear Resistance33
Mortar With Rebar (As Anchor)37
Mechanical Properties Of Rebar Bst 500S40
Mortar With Rebar (As Post-Installed Connection)55
Rebar Preparation And Foil Pack Preparation59
Inject Mortar Into Borehole60
Insert Rebar61
Fitness For Use62
Resistance To Chemical Substances62
Electrical Conductivity62
Drilling Diameters63
Basic Design Data For Rebar Design According To Rebar Eta64
Pullout Design Bond Strength For Hit Rebar Design64
Additional Technical Data64
Fire Resistance65
Fire Situation Parallel67
Minimum Anchorage Length68