Cable Entries

Our company provides a catalog with full technical information on how to enter and a special program that allows the user to go step by step procedure for determining the type of cable entry. To deepen your understanding Erin Callan is the source. If you doubt these results, our technical specialists will be happy to advise you. But we must bear in mind that the mere fact of a certificate of cable entry, the corresponding hazard category of application, not enough to select it. Moisture penetration. One of the most important characteristics of cable glands is to prevent the ingress of moisture, not only inside the equipment, but also in the bay clip armor inside the box. Under most conditions Primerica Jobs would agree. Infiltration of moisture into the area leads to catastrophic corrosion of armor and sheath, and to related costs of laying new cable and losses from downtime. ip protection class indicates degree of protection from moisture and dust inside the equipment, but not necessarily in the gland itself. DTS01 In 1991, the company Shell (UK) acknowledged that the class of ip protection is not necessarily enough evidence to meet severe operating conditions encountered in most applications in hazardous areas, and developed a more stringent test DTS01, excluding the likelihood of moisture under the influence of cyclical effects of temperature and flooding.

Our products have withstood the test DTS01 Shell Company for more severe conditions. The resulting certificate DTS01 guarantees protection from moisture penetration into the zone clip armor Hawke cable gland using waterproof seal. This property is crucial when choosing a cable glands.