Technical Data - Multiple Joist Connector

MJC

Technical Data

Metal Web Applications - Concentrated Loads
Maximum Incoming Concentrated Load [kN] - Metal Web
Number of MJC's 

Safe Working Loads

Characteristic Loads

4 3.80 9.12
8 5.70 13.68
Metal Web Applications - Regular Loads
Maximum Incoming Regular Load [kN] - Metal Web
Number of MJC's

Safe Working Loads

Characteristic Loads

2 1.90 4.56
4 2.85 6.84

 

I-Joist Applications - Concentrated Loads
Maximum Incoming Concentrated Load [kN] - I-Joists
Number of MJC's Safe Working Loads Characteristic Loads

LVL Flanges

45mm Solid Sawn Flanges LVL Flanges 45mm Solid Sawn Flanges
4 6.84 3.79 16.46 9.10
8 10.26 5.69 24.69 13.65

 

I-Joist Applications - Regular Loads
Maximum Incoming Regular Load [kN] - I- Joists
Number of MJC's Safe Working Loads Characteristic Loads
LVL Flanges 45mm Solid Sawn Flanges LVL Flanges 45mm Solid Sawn Flanges
2 3.42 1.90 8.223 4.55
4 5.13 2.84 12.35 6.86

 

Footnotes
  1. Maximum Incoming Concentrated Load refers to the maximum concentrated load that can be applied when the MJC's are installed either side of the incoming load
  2. Number of MJC's equally spaced about the incoming load
  3. Maximum Incoming Regular Load refers to the maximum load that can be applied at regular intervals along the supporting timber
  4. Number of MJC's between each incoming load