Product Search
EN-US EN-GB RU CN

Emerald (SSDSS)

The Emerald cable cleats are metallic cable cleats which have been 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.

The range is fabricated from 316L stainless steel, giving it high creep strength whilst providing excellent corrosion resistance in the harshest of environments. Designed for single and multi-core applications / formations, the Emerald cable cleat is ideal for use in data centers, rail and other industries and applications where single or multi-core cables are installed. The Emerald can also be installed alongside any of CMP’s cable cleat range to secure neutral cables.

The Emerald cable cleat has three M10 fixing clearance holes within its base allowing versatility to the installer during installation, and is designed to enable the product to be secured to a variety of mounting surfaces. The preformed cleat opens fully allowing the cables to be easily placed within the cable cleat to aid the installer before closing and securing via the mouth bolt.

Low Smoke and Fume, Zero Halogen (LSFOH) fixed liners are standard, restraining the cables within vertical applications whilst providing a layer of protection for the cable sheath and the cable cleat during normal operation where thermal elongation of cable occurs. This also protects the cable from chafing on any mounting surface due to differential movements such as those found in marine and offshore applications.

The LSFOH liners also assist in the extra protection of cables in the event of short circuit fault conditions.

FEATURES

• Third party certification to IEC 61914
• 316L stainless steel with polymer liner
• Standard operating temperature -60°C to +60°C or -76°F to +140°F
• Standard Polymer Liners are LUL approved and are classified as Low Smoke & Fume (LSF), Zero Halogen (LS0H) and
Phosphorus Free

SHORT CIRCUIT TESTING TO IEC 61914 - CLAUSE 9.5
PARALLEL FORMATIONMULTICORE FORMATION
One short circuit 600mm fixed cleat centresOne short circuit 600mm fixed cleat centresTwo short circuits 600mm fixed cleat centresTwo short circuits 600mm fixed cleat centresOne short circuit 600mm fixed cleat centresTwo short circuits 600mm fixed cleat centres
38mm38mm38mm38mm62.6mm62.6mm
0.1sec1sec0.1sec1sec0.1sec0.1sec
155kA Peak80.8kA Peak154.3kA Peak80.8kA Peak129kA Peak120kA Peak
73.8kA r.m.s38.5kA r.m.s73.5kA r.m.s38.5kA r.m.s
58.6kA r.m.s54.5kA r.m.s
Type SSDSS - Standard Duty Stainless Steel
Design Specification IEC 61914
Temperature for permanent application -60ºC to +60ºC
IEC 61914 clause 6.2
Needle Flame Test Pass - 120 second flame application time
IEC 61914 clause 10.0. 10.1, IEC 60695-11-5
Lateral Load Test Refer to CMP Products IEC 61914 clause 9.3
Axial Load Test 0.6kN, IEC 61914 clause 9.4
Impact Resistance Pass - Very heavy
IEC 61914 clause 6.3, 6.3.5, 9.2
Material 316 Stainless Steel with Standard Polymer Liner
Standard Polymer Liners are classified as Low Smoke & Fume (LSF), Zero Halogen (LSOH) and Phosphorus Free

Product Selection Table

CABLE CLEAT SELECTION TABLE
PART NO.CABLE RANGE TAKE (in)DIMENSIONS (in)WEIGHT (oz)
WHDPFIXING HOLE
D1D2
SSDSS0190260.748-1.0242.1262.5982.283SINGLE HOLE1 x M10N/A8.57
SSDSS0250320.984-1.2602.1652.8352.283SINGLE HOLE1 x M10N/A8.89
SSDSS0300421.181-1.6542.2833.2282.283SINGLE HOLE1 x M10N/A9.38
SSDSS0400501.575-1.9692.3623.5832.283SINGLE HOLE1 x M10N/A9.81
SSDSS0480581.890-2.2832.7953.8982.0870.9841 x M102 x M109.98
SSDSS0560662.205-2.5982.9924.2132.0870.9841 x M102 x M1010.41
SSDSS0640742.520-2.9133.3074.5282.0870.9841 x M102 x M1010.76
SSDSS0720822.835-3.2283.6224.8432.0870.9841 x M102 x M1011.29
SSDSS0800903.150-3.5433.9375.1572.0870.9841 x M102 x M1011.75
SSDSS0880983.465-3.8584.2525.4722.0871.9691 x M102 x M1013.90
SSDSS0961063.780-4.1734.5675.7872.0871.9691 x M102 x M1014.32
SSDSS1051154.134-4.3284.9216.1422.0871.9691 x M102 x M1014.82
Dimensions are displayed in millimeters unless otherwise stated

Technical Illustration