CableClam 0.83" Cable Gland
In stock
Technical specifications
Technical specifications
| Diamètre de câble maximal (mm) | 21.0 |
| Type de montage | Low Profile |
| IP rating | IP67 |
| Sécable | Yes |
| Gasket Diameter Mm | 19.69 |
| Gasket Drilling Required | Yes |
| Matériau du joint | Rubber |
| Gasket Slitting Required | Yes |
| Installation Screw Tightening Method | Progressive tightening |
| Mounting Screw Size Imperial | #8 |
| Overall hauteur mm | 22.92 |
| Overall longueur mm | 55.03 |
| Overall largeur mm | 23.94 |
| Product range | CableClam |
| Product type | Cable gland |
Detailed description
Detailed description
BLUE SEA’s CableClam 0.83" is a cable gland designed to ensure reliable sealing of cable entries through marine decks and bulkheads. Part of the CableClam series (including PN 1001, 1002, and 1003 for different cable sizes), this model is optimized for cables with a diameter matching its 0.83" (≈ 21 mm) seal. It is a critical component for routing electrical and electronic cables through surfaces exposed to marine elements.
Design and dimensions
This cable gland consists of a deck ring, a sealing gasket, and a compression ring. Its overall dimensions are 2.17" (55.03 mm) in length, 0.94" (23.94 mm) in width, and 0.90" (22.92 mm) in height when installed. The gasket diameter is 0.78" (19.69 mm). Installation requires a mounting hole for a #8 screw, ensuring a secure attachment to the surface. The design allows for discreet and functional integration, similar to other sealing solutions from BLUE SEA or competitors like Seaview, but with a focus on simplicity and efficiency for specific cable diameters.
Installation and performance
Installing the CableClam 0.83" involves drilling the gasket to match the cable diameter, then slitting the gasket from its edge to the center. The deck ring and gasket are then secured, the cable inserted, and the gasket compressed into the compression ring before tightening the latter onto the deck ring. This method ensures progressive compression of the gasket around the cable, creating a watertight seal. It is critical not to overtighten the screws to avoid damaging components, ensuring long-term durability and seal integrity.
Expert opinion
Expert opinion
Pol CONIN
Digital Manager
« Mastering watertightness of single cable penetrations »
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