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Stainless Steel Cable Cleats

Hayata Cleat Family Duo with CE DNV - Hayata

Hayata’s Cable Cleats are the first line of defense to protect people, other cables in the tray, terminations and the overall system installation in the event of a violent short circuit event. These heavy-duty IEC 61914:2021-certified mechanical restraints are easy to install and securely hold flat or trefoil power cable arrangements in position. These cleats are also approved by DNV GL (Det Norske Veritas) and CE.

Hayata’s Cable Cleats offers these design features:

Evenly distributes clamping force
No sharp edges helps prevent cable jacket damage
Accommodates thermal expansion and contraction
Resists slipping
Mitigates damage to the cable jacket under fault forces
Available in single & trefoil
IEC 61914-2021, DNV and CE certified

Cable Cleat Specifications

Cleat Pad Material: Polyolefin
Frame Material: 50mm*2.1mm, Marine-Grade, Non-Magnetic SS 316L
Closing Hardware: SS 316L M6 , M8 , M10 or M12 bolt & Nylon Lock Nut
Integral Pad: Low Smoke, Halogen Free
Mounting Bolt: Provided with Cleat

Trefoil Performance (IEC 61914:2021)

Electromagnetic Force Test: Cable Outer Dia: 35mm
Resistance: 9.5.2 180kA Peak 300mm Spacing (1X 0.1s 47.2kN ) /
9.5.3 125kA Peak 600mm Spacing (2X 0.1 s 45.5kN)
Lateral Load Test: 25kg Avg
Axial Load Test: 55kg Avg
Max/Min Temperature: -40°C -60°C
Impact Resistance: 5kg, 400mm
Flame Test: 30 Seconds
UV Resistance: 1000 Hours

Single Cleat Side LAbel - Hayata

Single Cable Cleat Specifications

Trefoil Cleat w Label - Hayata

Trefoil Cable Cleat Specifications

Hayata Cable Cleats Frequently Asked Questions

When should cable cleats be used?

Cable cleats are used instead of a cable tie when the cable needs to be mechanically restrained, not merely organized, secured or bundled.

The biggest distinction is what happens during a short-circuit fault. Large power cables can experience enormous electromagnetic forces that try to make the cables jump, separate, twist or whip. Hayata’s cable cleats are designed to hold cables in position under those forces. A normal cable tie, generally, is not.

Typical applications where you would choose a cable cleat:

Medium- or high-voltage power cables, especially with large conductors.
Single-core AC cables installed in trefoil or flat formation.
High short-circuit-current systems, where fault forces can be extreme.
Vertical cable runs, where the support must carry a significant amount of cable weight.
Applications requiring compliance with standards such as IEC 61914, which specifically certifies cable cleats for their ability to withstand electromechanical forces.