HC-STA-B16-SHWSC-2SSM40-ELC-AL - Boîtier
1082591

Embase en saillie B16, avec étrier longitudinal, matériau: Aluminium coulé sous pression, résistant à l'eau de mer, matériau du capot de protection: PC, nombre de sorties: 2, latérale, 2x M40, hauteur: 84,7 mm, presse-étoupe: sans, capot de protection: oui, Standard

Informations détaillées concernant le produit









Avantages

Excellent effet de blindage en cas de perturbations électromagnétiques

Questions fréquemment posées


Are the new uncoated HEAVYCON STA housings compatible with the old powder-coated variants?

Yes, the previous powder-coated housings are generally compatible with the new uncoated HC-STA variants.
Exception: HC-B32 and HC-STA-B32 cannot be combined with each other.


Are housing variants with multiple threads also possible?

Yes, special variants with several threads can be realized for many housing variants.
Please contact your local sales representative for more information.


Why are the locking forces of the HEAVYCON STA housings higher than those of the old powder-coated or competitor variants?

The previous powder-coated housings provided protection to IP65.
The increased locking forces of the HC-STA housings guarantee the higher degrees of protection IP66 and IP67.


What does “corrosion-resistant aluminum” mean?

HEAVYCON housings are made of a high-quality aluminum alloy.
The housings are subjected to a 96-hour salt spray test in accordance with IEC 60068-2-11:1981.
After the test, there is no damage or signs of corrosion that impair the function of the metal housing.


Why do these HEAVYCON connector housings not have a powder coating?

The uncoated aluminum housings from the HEAVYCON portfolio are suitable for both standard and EMC applications. Thanks to their conductive seals and surfaces, they are “EMC ready” and offer excellent shielding properties in combination with an EMC ca... Voir plus

The uncoated aluminum housings from the HEAVYCON portfolio are suitable for both standard and EMC applications. Thanks to their conductive seals and surfaces, they are “EMC ready” and offer excellent shielding properties in combination with an EMC cable gland. This makes them particularly suitable for electromagnetically demanding environments.

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