CMP Everest (HVSS-CC)
CMP Everest (HVSS-CC)

CMP Everest (HVSS-CC)

CMP Everest trefoil cable cleat range has been designed for the safe retention of high voltage cables. The Everest is designed, constructed and tested in accordance with the International Standard IEC 61914: Cable cleats for electrical installations; to ensure the securing and retention of cables without sustaining damage to the cable(s). The product variations comprise of a fixed, slide and a float cleat or intermediate restraint.

 

The Everest trefoil range of cable cleats are designed for use with high voltage cable installations and are manufactured to suit a range of cable diameters. The range consists of three cable cleats designed to be installed as a system; a fixed cleat, a slide cleat and an intermediate restraint or float cleat (if required).

 

The Everest fixed cleat is designed to secure the cables in a trefoil formation to a mounting surface, providing excellent axial and lateral retention. This variation securely holds the cables to a support structure. The Everest fixed cleat can be installed in a rigid system where there would be no allowance for movement within the system.

 

The Everest slide cleat is designed to secure cables in trefoil formation to a mounting surface, whilst providing excellent axial and lateral load retention the sliding base design allows for the cables to move in a horizontal direction, perpendicular to the cables direction. The Everest slide cleat is to be installed in a flexible system, where a snaking method is adopted. The slide bases allow the cables to expand the arc within the snake so to take up additional length generated by thermal expansion.

 

Everest Float Cleat is designed to secure cables in trefoil formation. The Everest float cleat would be installed between two fixed cleat or a fixed cleat and sliding cleat to be an intermediate restraint, allowing for greater fixed/sliding cleat spacing.

HVSS-CC cleats are fabricated in non-magnetic 316L stainless steel.

 

Flame retardant low smoke and fume fixed liners are fitted as standard, helping to:

 

 • Restrain the cables within vertical applications.

 • Provide a layer of protection to both the cable sheath and the cable cleat, during normal operation where thermal elongation of cable occurs.

 • Protect the cable from chafing on any mounting surface due to differential movements, such as those found in marine and offshore applications.

 • Assist in the extra protection of cables in the event of short circuit fault condition

 

Features

 • Third party certification to IEC 61914

 • Available in 316L stainless steel

 • Sunlight (UV) resistant

 • Operating temperature -60°C to +90°C

 • Available in slide or fixed design

 • Excellent axial and lateral load retention

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Product Features
Table Data
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  • Categories
    Cable Cleats
  • Design Specification
    IEC 61914
  • Cable Type
    IEC 61914 6.1.3 Composite
  • Material
    316L Stainless Steel
  • Needle Flame Test
    Pass - 120 seconds IEC 61914 clause 10.0, 10.1, IEC 60695-11-5
  • Impact Resistance
    Pass - Very heavy IEC 61914 clause 6.3, 6.3.5, 9.2
HVSS-CC
Part No.		 Cable Ø RANGE
TAKE (mm)		 DIMENSIONS mm Weight (g)
W1 W2 H1 H2 D P D1
HVSS-CC-100110-FX 100-110 239 334 221 244 156 282 2 x M16 3019
HVSS-CC-110120-FX 110-120 259 354 239 262 156 302 2 x M16 3208
HVSS-CC-120130-FX 120-130 279 374 258 281 156 322 2 x M16 3396
HVSS-CC-130140-FX 130-140 299 394 277 300 156 342 2 x M16 3585
HVSS-CC-140150-FX 140-150 319 414 295 318 156 362 2 x M16 3774
HVSS-CC-150160-FX 150-160 339 434 314 337 156 382 2 x M16 3962
HVSS-CC-160170-FX 160-170 359 454 333 356 156 402 2 x M16 4151
HVSS-CC-170180-FX 170-180 379 474 351 374 156 422 2 x M16 4340
HVSS-CC-180190-FX 180-190 399 494 370 393 156 442 2 x M16 4528
HVSS-CC-190200-FX 190-200 419 514 389 412 156 462 2 x M16 4717
Data Sheets
Everest (HVSS-CC)
CMP Sapphire (SHDSS)
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