How to find high quality breathable cable gland?
A breathable cable gland allows air to pass through, which helps to equalize pressure and prevent moisture build-up within an electrical enclosure or housing, can help to improve the lifespan and reliability of the equipment it is installed in.
Additionally, breathable cable glands may also make it easier to inspect and maintain the enclosed electrical components by reducing the likelihood of condensation or corrosion forming inside.
Breathable cable glands can be used in a variety of applications such as telecommunications, transportation, industrial automation, and renewable energy.
To find high quality breathable cable gland, you can follow these steps:
Consider the material:
Look for cable glands made of high-quality materials like brass, stainless steel or plastic that are both durable and rust-resistant.
Brass glands generally provide better durability and protection against harsh environments, while nylon glands are typically more lightweight and cost-effective.
Check for certifications:
Choose a cable gland that is certified for quality standards by reputable organizations like CE.
Look for IP rating:
Ensure that the breathable cable gland has a high Ingress Protection (IP) rating that indicates its ability to resist dust and moisture.
Consider breathability:
Check if the cable gland has a breathable membrane that allows for pressure equalization, preventing moisture build-up inside the enclosure.
Look for customization options:
Choose a provider that offers customization services, so you can get the cable gland that precisely meets your needs.
Jixiang Connector is a professional manufacture of cable glands over 10 years.
Our breathable cable glands available in material brass and nylon, can reach waterproof IP68, with full range of size and we also can providing customized services to meet your requirements.
If you need more information about our breathable cable glands, feel free to contact us!
The housing of small size waterproof junction box are made of high quality nylon PA6, operating temperature of it from -40℃ to +105℃ can better adapt to the high temperature and low temperature environment the equipment is in.
Waterproof sealing ring are made of silicone rubber, provides effective and durable protection.
The protection level of small size waterproof junction box can reach IP68, widely used in outdoor waterproof facilities, street light, buried light, garden light, outdoor floodlight, etc.
Due to easy installation, the small size waterproof junction box are popular for DIY installation of circuits and extension cords.
Small volume, just a screwdriver, loosen the end of the connector, insert the wire, just use a screwdriver to fix it, and then tighten it, the operation is easy and convenient.
Jixiang Connector is a experienced small size waterproof junction box manufacturer.
Our professional team are ready to recommend the appropriate size according to your electronic equipment.
Why use PA66 Nylon Cable Glands?
Jixiang Connector PA66 nylon cable glands are made of high quality nylon PA66 material. Nylon 66 is made of two monomers each containing 6 carbon atoms, hexamethylenediamine and adipic acid, which give nylon 66 its name.
PA66 nylon cable glands is characterized by high mechanical strength, rigidity, good stability under heat and chemical resistance.
Waterproof Nylon Cable Gland
Waterproof nylon cable gland used with weather station control boxes, special design of the clamping die and rubber part, without disassembly, cable can be inserted through directly then tightened easily, protection level can reach IP68.
Jixiang Connector providing Metric, PG and NPT thread waterproof nylon cable gland with a wide range of size for your choose to accommodate different cable diameters.
Multiple Hole Nylon Cable Glands
Multiple hole cable glands Nylon cable glands with multi-hole insert for multiple cables through the same opening, ideal for clamping system. Save space by limiting the number of cord grips used for entry into your enclosure, panel or combiner box.
Working temperature -40℃ to 100℃ in static state, or instantaneous heat resistance up to 120℃, there is no problem in using multiple hole nylon cable glands installed on a weather station in hot or cold extreme temperature regions.
As a market leading manufacture of Cable Glands and accessories, JIXIANG CONNECTOR supply PA66 nylon cable glands to all over the world including Asia, Europe, America, Africa and so on.
Please don’t hesitate to contact Jixiang Connector directly, our professional team are ready to provide prefect waterproof connections solutions.
(2) Basic specifications for wire lugs
1. Reserve a length of about 15-20cm for the wire head of the wire box, and then scrape off the remaining part of the insulation, and scrape off the paint layer and oxide layer.
2. Wiring color standard: Generally, red is used for live wires, blue is used for neutral wires, and the pattern is used for ground wires; if it is a dual-control switch with multiple live wires, other colors are required to distinguish them.
3. Hot tin. All the thread ends should be tinned according to the specification.
Picture of the Cable Gland Connector
How to Connect the Cable Gland
Before connecting the cable, cut the insulating ends on both sides into a conical shape (reaction force cone), and leave the inner shield of the wire about 10mm longer than the conventional one. After crimping or welding, remove the burrs and flashes on the surface of the connecting pipe, and use Wipe off the metal powder on the surface of the connecting pipe with a white cloth moistened with gasoline. At this time, it is necessary to fill up the pressure pit of the connecting pipe with a semi-conductive rubber self-adhesive tape, and use a semi-folding method to wrap and fill the connecting pipe and the semi-conductive inner core of the wire core. The gap between the shielding layers must be carefully wrapped, and the gap should be evenly pressed by hand to play the role of a uniform electric field.
What are the types of cable connectors?
The cable gland connector manufacturer tells you that the connection methods of cable gland connectors are divided into "cross" connection, "one-word" connection and "T" connection.
The correct way to deal with the joint: 1. When cutting off the end of the thread, you only need to squeeze the end of the thread with wire cutters, then wrap the thread around the jaws, and turn it hard to disconnect it. 2. The joint at the dry place of the power supply needs to be wrapped twice with insulating tape, then wrapped twice with insulating self-adhesive tape, and finally wrapped with plastic tape twice. The three common connection methods of cables are divided into "standard connection method", crimping wire connection method" and "fireproof tape isolation method".
The standard connection method means that there is no power connector. If there is a connector for the power supply, it is easy to cause a short circuit, ignition, and poor contact. In particular, pay attention to whether the power connector in the home exists.
The crimping and risking wiring method is to use crimping pliers to crimp the wires, and put the crimping pliers on the crimping and risking. The crimping and risking wiring method is the most standardized and practical method.
The fireproof tape isolation method is often used in higher projects, such as high suspended ceilings. Note that the main line cannot be broken. The function of using fireproof tape is to prevent electrical appliances from being ignited and burned to parts, and the outside is tightly wrapped with insulating tape.
Warm suggestions from cable connector manufacturers: it is dangerous to connect cables, and the irregularities in the connection will have a great impact on the safety of electricity use in the future. It is recommended to find professional personnel to operate.
Waterproof and fireproof measures should be taken at the cable gland connectors
1. Cable technology
Generally speaking, the cable head is the weak link of the cable insulation, so strengthening the monitoring and management of the cable head is an important part of cable fire protection.
(1) The terminal cable head must not be placed in the cable trench, cable tunnel, cable box, or cable interlayer.
(2) The intermediate cable heads placed in cable trenches, cable tunnels, cable trough boxes, and cable interlayers must be registered and monitored with various monitoring equipment.
(3) When the cable head is found to have abnormal temperature rise or smell or smoke, it should be withdrawn from operation as soon as possible to avoid the cable head from catching fire during the operation.
(4) A sufficient safety distance should be ensured between the intermediate cable heads. More than two cable heads should not be placed in the same position, and strict sealing measures should be taken between the cable heads and other cables.
The above is the summary of the cable gland connector manufacturers for you. I hope it can help you with the relevant content and information about the cable gland connectors.
