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Jetronics India

Name: Jetronics India
Address: #44 Virwani Industrial Estate, Goregaon East, Mumbai, 400063, IN
Telephone: +919969014648
Price range: Not applicable

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Jetronics India

Leading Manufacturer Of Circular Connectors In India With More Than 3 Decades of Experience.

23/01/2024

The term 85049 backshells typically refers to a specific type of backshell connectors. Backshells are components designed to provide mechanical support, strain relief, and environmental protection to the connection points of cables and connectors. The "85049" designation likely corresponds to a specific military or industry standard that outlines the design and specifications for these backshells. These components are crucial in maintaining the integrity of connections by preventing strain on cables and protecting against environmental factors such as dust, moisture, and electromagnetic interference.

25/12/2023

🎄 Wishing you a Merry Christmas from Jetronics India! 🎁 As the year ends, we're grateful for our shared growth and achievements. Thank you for being part of our journey. Here's to a joyful holiday season and a prosperous New Year! 🚀

27/11/2023

Backshells enhance the electrical capacity of connectors by providing crucial protection and support. These components are designed to shield connectors from environmental factors such as moisture, dust, and electromagnetic interference, ensuring reliable electrical performance. Additionally, backshells contribute to strain relief, preventing excessive stress on cable connections and minimizing the risk of damage or disconnection. By maintaining the integrity of the electrical connection, backshells enhance the overall durability and longevity of connectors, especially in challenging conditions. This protective layer also facilitates the use of specialized cables and shielding, further improving the connector's ability to handle higher electrical loads and ensuring stable signal transmission. In summary, backshells play a vital role in safeguarding connectors and optimizing their electrical capacity in diverse operational environments.

11/11/2023

🪔✨ Wishing you a Diwali filled with joy, prosperity, and endless moments of light! 🌟 From our Jetronics India team to yours, may the festival of lights illuminate your path to success and happiness. Happy Diwali! 🎉

06/11/2023

Cable glands are used to seal and protect cables from environmental hazards such as dust, moisture, and chemicals. They are also used to provide strain relief for cables, which helps to prevent them from becoming damaged. Cable glands are available in various materials and configurations, and can be used in a wide range of applications.
Types of cable glands

1, The most common type of cable gland is the compression cable gland. This type of gland uses a rubber or plastic seal to compress the cable sheath, creating a watertight seal. Compression cable glands are relatively easy to install and are suitable for a wide range of cable types and sizes.

2. Another type of cable gland is the armored cable gland. This type of gland is designed to protect armored cables, which are cables that have a metal or fabric outer sheath. Armored cable glands typically use a combination of compression and threading to create a secure and watertight seal.

3. EMC cable glands: These glands are designed to shield cables from electromagnetic interference (EMI). EMC cable glands are typically used in industrial and commercial applications where EMI can cause problems with electronic equipment.

4. Explosion-proof cable glands: These glands are designed to be used in hazardous areas with a risk of explosion. Explosion-proof cable glands are typically made of brass or stainless steel and have special seals to prevent the passage of sparks and flames.

5. Ventilation cable glands: These glands allow air to pass through the cable sheath, which helps to prevent the cable from overheating. Ventilation cable glands are typically used in applications where cables are exposed to high temperatures or where they are bundled together in tight spaces.

Cable glands can provide a variety of electrical protection benefits, including:
IP rating: Cable glands are rated for their ability to protect against dust and moisture. The higher the IP rating, the better the protection. For example, an IP68 cable gland is completely dustproof and waterproof.

Strain relief: Cable glands help to protect cables from strain by preventing them from being pulled or bent too sharply. This can help to prevent cable damage and electrical failure.

Grounding: Cable glands can be used to ground cables, which helps to prevent electrical shock and protect equipment from damage.

Choosing the right cable gland
When choosing a cable gland, it is important to consider the following factors:
- The type of cable being used
- The size of the cable
- The environment in which the cable gland will be used
- The required IP rating
- The need for strain relief and grounding
- It is also important to choose a cable gland that is made from durable material and that is approved for the intended application.

30/10/2023

Reverse bayonet connectors are a type of electrical connectors widely used in various industries.

These connectors feature a unique design where the male connector has a set of external pins and a female connector with a matching set of sockets. To join them, the male connector is inserted into the female connector and then twisted, which locks the two connectors in place, creating a secure and reliable connection.

Reverse bayonet connectors are known for their durability, resistance to vibration, and ease of use. They are commonly used in applications like military equipment, aviation, and industrial machinery where a robust, quick-connect system is essential for maintaining electrical or data connections in challenging conditions.

23/10/2023

Making a connector ideal for your needs can be a tedious task. There are various considerations that one has to take into account while building a connector -
- Shell Style - There are various shell styles like wall mounting receptacle, cable connecting receptacle, box mounting, Straight Plug, Right Angled Plug, etc. Each differs in its placement, usage, and purpose.
- Connector Class - This is to ensure the environmental sealing and protection one needs for the proper functioning of the connector
- Shell Size - One has to select Shell Size based on the appropriate no. of contacts, contact size as well as service rating.
- Insert Arrangement - These connectors come with various insert arrangements denoted by the number of contacts and their layout to suit different electrical and signal needs.
- Contact Type - One has to understand whether one needs the male (or pin) side of the connector or female (or socket) side of the connector. Together they make one single set.
- Backshells - Backshells are protective accessories that provide strain relief and environmental sealing, ensuring the integrity of the connection by securing and shielding the cable entry point. Understanding the extent of environmental protection one needs, one may use backshells from a range of options available in the market
- Plating Modifications - These connectors can have various plating modifications, such as cadmium, nickel, or zinc plating, to enhance corrosion resistance and conductivity. These modifications are typically applied to the connector's shells and pins to suit specific environmental or electrical requirements.
- Contact Modifications - Contact modifications typically involve changes in pin layout or material to suit specific application needs, such as improved conductivity or reduced electromagnetic interference. These modifications aim to enhance the connector's performance and functionality while maintaining compatibility with the standard 5015 connector shell.

09/10/2023

A telescoping bushing in electrical connectors is a component designed to provide electrical insulation and mechanical protection in high-voltage or high-current applications. It is commonly used in medium and high-voltage electrical systems, such as those found in substations, power distribution networks, and industrial facilities.

The main purpose of a telescoping bushing is to extend the insulating surface of a connector or conductor to prevent electrical arcing and flashover. It consists of insulating layers or components that can extend or retract to accommodate different electrical and mechanical requirements.

Overall, telescoping bushing, often referred to as TB, in electrical / connector parlance, is important to ensure a functional electrical system.

26/09/2023

Spiral cable glands, also known as flex-protect cable glands, are a type of cable gland that is designed to protect cables from flexing and bending. They have a spiral head that distributes strain over a larger area, which helps to prevent damage to the cable. Spiral cable glands are typically made of nylon or PVC, and they are available in a variety of sizes and thread types.
Spiral cable glands are often used in applications where cables are subject to a lot of movement, such as in industrial machinery, robotics, and transportation. They can also be used in outdoor applications to protect cables from the elements.

18/09/2023

Square gaskets, made from synthetic rubber, excel in providing waterproofing and pressure-sealing capabilities. These gaskets are specifically designed for use with flange-mounted receptacles, and their primary purpose is to enhance the overall performance of the connector to its fullest potential.

04/09/2023

Backshells in connectors are protective components used in electrical and electronic connectors to provide several important functions. These backshells are typically attached to the rear end of the connector and serve various purposes, including:
- Strain Relief
- Environmental Protection
- Electromagnetic Interference (EMI) Shielding
- Cable Management
- Connector Support
- Connector Sealing
Backshells come in various designs and materials to suit different connector types and application requirements. They are commonly used in a wide range of industries, including aerospace, military, telecommunications, automotive, and industrial applications, where reliable and robust electrical connections are essential.

28/08/2023

A straight plug receptacle is a type of receptacle connector that is specifically designed to accept a straight plug connector. This means that both the straight plug connector and the straight plug receptacle are designed to mate with each other, allowing for a secure electrical connection.

The concept of straight plug receptacles ensures that the pins of the male connector can be easily and smoothly inserted into the slots of the female connector without any need for twisting or angular alignment. This type of connector configuration is commonly used in various industries and applications, such as electronics, telecommunications, industrial equipment, and more, where reliable and efficient electrical connections are crucial.

Address

#44 Virwani Industrial Estate, Goregaon East
Mumbai
400063

Opening Hours

Monday	10am - 6pm
Tuesday	10am - 6pm
Wednesday	10am - 6pm
Thursday	10am - 6pm
Friday	10am - 6pm
Saturday	10am - 4pm

Telephone

+919969014648

Website

https://jetronicsindia.com/

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