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RFID Cable seal manufacturers take you to understand the 4 typical challenges of cable sealing


Release time:

2022-06-22

RFID Cable seal manufacturers tell you that the traditional way is to use metal glands to handle the cable seal entering the enclosure. Does this method have to be used? Before answering this question, let's take a look at some of the biggest challenges that come with using cable glands.

RFID Cable seal manufacturers tell you that the traditional way is to use metal glands to handle the cable seal entering the enclosure. Does this method have to be used? Before answering this question, let's take a look at some of the biggest challenges that come with using cable glands.

RFID Cable seal For sale1. Low space utilization means larger, heavier, and more expensive cabinets. RFID Cable seal manufacturers tell you that since cables are limited to only passing through designated sealing panels at the bottom of the enclosure, it is important that the sealing solution provides the highest possible space utilization. However, the design of the cable glands requires a lot of space for tool tightening, which means that the cables are far apart and the cable density is low.
2. Lack of flexibility makes changes complicated and expensive. RFID Cable seal manufacturers tell you that it is very common to have additional cables routed into enclosures during the design phase as well as during field operations. Drilling or punching holes in existing enclosures is complex, dangerous, and often requires a hot work permit or shutting down the system. Chipping problems caused by drilling or punching are common and can pose a threat to operations. In explosion-proof certified enclosures, new holes are not allowed without revalidation of the enclosure.
3. Installation time and weight. RFID Cable seal manufacturers tell you that modern enclosures have more and more flexible I/O, and it is not uncommon to introduce 50-150 cables in a single enclosure. Proper installation of this number of cable glands is time-consuming and should be avoided if possible. In many applications, the overall weight of the gland also needs to be considered.
4. Lack of standardized capacity requires field-based decisions. RFID Cable seal manufacturers tell you that cable glands have limited flexibility in handling changes in cable thickness. Not only that, but the fact that a single cable gland can only seal one cable makes it impossible to standardize the cable sealing solution while taking into account future modifications. Using a standardized solution can help maximize cost savings for any project, compared to the disadvantage of using cable glands.
The above information is the RFID Cable seal manufacturer's introduction and analysis of the 4 typical challenges of cable sealing, hope it helps you.

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