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Stainless Steel Cable Tie---SS316 Trefoil Stainless Steel Cable Cleat Short Circuit Proof Approved

Price $25.00
Min Order 1000 Pieces
Availability In Stock
Shipping From Zhejiang, China
Popularity 274 people viewed
Model NO.:
BZ-C Cable Cleat
Certification:
RoHS, Short Circuits
Color:
Metallic
Surface Treatment:
Electroplating
Usage:
Electrical Appliance
Material:
Stainless Steel
Type:
U Type
Trademark:
XIXI
Transport Package:
Carton
Specification:
17~129mm
Origin:
China
HS Code:
73269090
Product Description
Product Information:    
•Device designed to provide securing of cables when installed at intervals along the length of cables 
For fixing, retainning, supporting & securing cables in trefoil or single formation.  
Protecting cables from short circuit faults(see detail information below)  
     
Short circuit current is an overcurrent resulting from an electrical fault of negligible impedance between live
conductors or between a live conductor and an earth, having a difference in potential under normal operating
conditions.    
- RMS current is a calculated value for the initial cycles of the fault.  
- peak(ip) short circuit current is a maximum possible instantaneous value of the short circuit current. 
- Electromechanical Force(Ft) is included forces acting on current carrying conductors. 
- Relevant Standard : BS EN 50368 & IEC 61914 : 2015   
     
a. Cable Cleats and intermediate restraints shall comply with the performance requirements in Article 398.2(d)
of NFPA-70-2005, The National Electrical Code Cable Cleats and intermediate restraints (where used) shall
be classified, tested and certified according to the European Specification IEC 61914 : 2009, Cable Cleats
for Electric Installations, as follows   
i. Classified according to material as Metallic, or Composite (e.g. metallic Cable Cleat with an LSF liner) 
ii. Classified according to resistance to impact as 'Very Heavy'(i.e. 20J impact energy @ 400mm height) 
iii. Classified by an independent third-party testing laboratory in relation to resistance to electromechanical 
forces as video:    
sustaining two successive short circuits and there shall be no cuts or damage to the outer cable sheath, 
and the cables shall meet the requirements of the voltage withstand test)  








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