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CMP CABLE CLEATS BROCHURE

CMP CABLE CLEATS BROCHURE
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CMP CABLE CLEATS BROCHURE

Product catalog summary
Introduction
CMP Products is a global leader in providing cable glands, connectors, cleats, and accessories, focusing on innovation, quality, and customer service to maintain its top supplier status through continuous improvement and strategic distribution.
Product Range Overview
CMP offers a variety of cable cleats for heavy industrial and hazardous environments, certified to IEC 61914:2009 standards. The range includes models like Sabre, Falcon, Valiant, and others, each designed for specific applications and conditions.
What is a Cable Cleat?
Cable cleats secure and support cables, preventing mechanical stress and damage, especially under short circuit conditions. Standards EN 50368 and IEC 61914:2009 define their safety and protection roles.
Why Use a Cable Cleat?
Cable cleats reduce mechanical load and protect terminations, crucial in short circuit scenarios to prevent damage and allow quick circuit restoration. They are tested to withstand electromechanical forces as per IEC 61914:2009.
Cable Cleat Selection
Selection involves considering cable type, environmental conditions, and installation requirements. CMP provides guidance and bespoke solutions for optimal performance and safety.
Cable Construction and Specifications
Understanding cable construction, including type, ratings, and system design, is crucial for selecting the appropriate cleat and determining spacing. Key considerations include cable type, voltage level, and performance requirements.
Mechanical and Short Circuit Considerations
Cable cleats must support mechanical loads and withstand short circuit forces, with selection influenced by cable configuration and run length.
Expansion and Contraction
Single core cables expand more than multicore cables due to temperature changes, requiring allowances for movement to prevent stress.
Short Circuit Phenomena
Short circuits create significant mechanical forces due to magnetic fields, with eddy currents causing localized heating.
Types of Short Circuit Faults
Common faults include single conductor to earth and phase to phase, each requiring specific design considerations.
Testing and Simulation
CMP conducts extensive testing and uses advanced simulations to ensure cleats withstand short circuit forces, optimizing design and reducing costs.
Cable Cleat Design and Testing
Trefoil cable cleats are tested under extreme conditions, with simulations guiding design improvements.
Cable Formations
CMP offers cleats for different formations, each with specific testing and certification requirements.
Materials
CMP manufactures cleats using high-quality materials like nylon and stainless steel, tested for flame propagation, flammability, and smoke emissions.
Product Features
Details of various cleats, such as Sabre, Falcon, and Valiant, highlighting their design, material, and testing standards.
Testing and Standards
References IEC 61914:2009 for tests on flame resistance, load, impact, and UV resistance, including short circuit testing results.
Additional Information
Classification tables for flammability, impact, and corrosion resistance, emphasizing the use of specified fasteners.
Specifications and Procedures
Outlines testing procedures for cable jackets and mounting frames, emphasizing the importance of accurate calculations for safe installations.
Design and Benefits of Cable Cleats
Discusses the design of CMP twin arc cable cleat profiles for improved surface contact and axial restraint.
Recommendations
Advises on reducing cleat centers near bends and using intermediate restraints to prevent cable damage during short circuits.
Galvanic Corrosion
Explains galvanic corrosion and recommends material combinations to prevent it, emphasizing isolation pads.
Contact Information
Provides contact details for CMP offices in Newcastle, Houston, Perth, Brisbane, and Dubai.
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Catalog excerpts

CMP CABLE CLEATS BROCHURE-3

Contents Introduction 5 Product range overview What is a cable cleat? Cable cleat selection What is a short circuit? Short circuit simulations and modeling Cable formations Classifications 25 Sabre 26 Falcon 27 Valiant 28 Zenith 29 Sapphire 30 Cyclone I 32 Cyclone II & III 34 Cyclone strap / Intermediate Restraint Huron 38 Patriot 40 Sovereign 42 Conqueror 44 Short circuit testing Projecting peak faults and mechanical forces Benefits of twin arc profiles Cable cleat nut spacer Cable cleat accessories Avoiding galvanic corrosion Trefoil cable cleat peak fault tables

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The CMP Promise to You What we promise for your business CMP Products is a leading designer, manufacturer, and supplier of cable glands, cable connectors, cable cleats and cable accessories for customers around the globe. Striving to be the best at what we do, delivering the standard of excellence that customers come to expect from us, and retaining our number one supplier status are key objectives of CMP. This means we are committed to continual improvements in our business processes and related activities. The end result? We can offer unrivalled customer service to our clients - wherever they...

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CMP CABLE CLEATS BROCHURE-5

CMP Cable Cleats CMP Products offers a comprehensive range of cable cleats that support cables and conductors, retaining the mechanical load of the cable itself and reducing the mechanical stress placed on any cable termination. Rigorous Testing All of our range is designed, constructed, tested and third party certified in accordance with IEC 61914:2009 to ensure the safety of personnel, the protection of the cable management system and the operating environment. This testing ensures that the cable cleats are capable of providing the necessary resistance to electromechanical forces, can retain...

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Product range overview Sabre – (1BC) l Third party certification to IEC 61914:2009 l Available in Nylon, Low Smoke & Fume (LSF) V0 Nylon & LUL approved polymer l Sunlight (UV) & weather resistant l Operating temperature -40°C to +60°C l 10 - 57mm in 10 sizes l Excellent axial & lateral load retention l Single bolt fixing design Page 26 Falcon – (2BC) l Third party certification to IEC 61914:2009 l Available in Nylon, Low Smoke & Fume (LSF) V0 Nylon & LUL approved polymer l Sunlight (UV) & weather resistant l Operating temperature -40°C to +60°C l Can be double stacked l 38 - 135mm in 8 sizes...

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Product range overview Cyclone I (LDSTR 2 Loop cable cleat) l Third party certification to IEC 61914:2009 l Lightweight aluminium base with 316L stainless steel strap l - 145mm in 15 sizes for trefoil formation / 24 application l - 118mm in 8 sizes for multicore cables or single 36 core parallel formations l 21 - 68mm in 8 sizes for quad formations l Operating temperature -50°C to +60°C l Low Smoke & Fume (LSF) liners as standard Cyclone II (SDSTR 2 Loop cable cleat) l Third party certification to IEC 61914:2009 l 316L stainless steel base with stainless steel strap l - 145mm in 15 sizes for...

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Product range overview Huron (LDAL cable cleat) l Third party certification to IEC 61914:2009 l 5000 series aluminium l - 128mm in 23 sizes for trefoil formation 19 / application l Operating temperature -50°C to +60°C l Low Smoke & Fume (LSF) liners as standard l Combined single (M10) or two bolt (M10) fixing design Page 38-39 Patriot (SDSS cable cleat) l Third party certification to IEC 61914:2009 l 316L stainless steel l - 128mm in 23 sizes for trefoil formation 19 / application l Operating temperature -50°C to +60°C l Low Smoke & Fume (LSF) liners as standard l Combined single (M10) or two...

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Product range overview Insulation / Separation Pad l Prevents corrosion between cable cleat and mounting surface l Low Smoke & Fume (LSF) as standard l Preformed knockout positions to suit all CMP cable cleats Page 57 C-Clamp l For use with un-slotted rung / strut l 316L Stainless Steel construction (other materials available on request) l Combined single (M12) and two (M10) bolt fixing design l Tested with CMP cable cleats during short circuit conditions as specified in IEC 61914 Page 57 Wire Mesh Cable Tray / Basket Clips l For use with cable wire basket l 316L Stainless Steel construction...

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Stainless steel Easily attached to a surface Trefoil formation cable cleat

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What is a cable cleat? Cable cleats are devices designed and tested to ensure the retention and support of cables, and have been used for many years all over the world. However, it was not until 2003 with the emergence of the standard EN 50368 being released, that any standard for cable cleats existed. This standard not only highlighted the retention and support that cable cleats provided to cables, but more importantly it highlighted the protection of the cable management system and the potential risk to human life without the use of cable cleats. Prior to EN 50368 both cable and cable cleat...

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Why use a cable cleat? CMP cable cleats are designed to ensure the retention and support of cables and conductors, reducing the load that the cable may be exposed to under its own weight. By ensuring the cables are fixed, retained and supported correctly this also protects all of the cable terminations by reducing the mechanical load exerted on them. CMP cable cleats are also designed and tested so that in the event of short circuit fault conditions, they will contain the cables without causing damage; enabling the circuit to be restored once the fault has been rectified. The latest standard...

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l Reduce the mechanical load a cable may be exposed to due to electrical fault conditions. Can I use a circuit breaker instead of cable cleats? Although circuit breakers are capable of instantaneous protection, damage to the cables under fault conditions occurs within the first quarter cycle of the fault. Within this period of time the circuit breaker cannot open to suspend the fault, resulting in cable management system damage. A typical circuit breaker interrupts the fault after three cycles. Whilst this may protect the equipment, the cables however may have already been damaged within this...

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