IP67 4 Pin Panel Mount Connector

Connectors are a common part of almost every electronic project. Understanding the various options available for your needs is essential for a successful project.

Panel mount can be free hanging (with stripped wires terminated to it by pushing into a lower opening) or board/card edge mounting (where the terminations are on the same side of the PCB as the mounting pads). There are also surface mount methods such as through hole pins and pressed fit.

IP67 Dust-Tight

This series of panel mount connectors is rated for IP67, meaning that they are dust-tight and protected from jets of water when plugged in. They are also suitable for harsh environments, making them an excellent choice for industrial equipment and other applications that require a robust connection solution.

In order to determine the degree of protection that a particular product has against dust and other solid foreign bodies, it is important to understand how the rating system works. The first digit of the IP code indicates how resistant a device is to dust, while the second 4 pin panel mount connector number reveals how protected it is against liquids. A device with an IP67 rating is dust-tight and can withstand up to one meter of water submersion in an unconnected state.

These panel mount connectors from RS PRO are designed to provide rugged connectivity for devices with M12 connections. They have thick threads that easily lock onto devices in washdown and high-vibration environments, preventing dust from disrupting signals or damaging components. These connectors are also fully-sealed when mated, ensuring that the system is safe from moisture and other contaminants.

This is a spring-loaded waterproof cover that snaps on to Glenair Series 804 push/pull receptacle connectors for a secure seal (IP67). The gimbaled disk and internal gasket assembly pivot to seat flat against the connector face, providing a tight fit against.033” to.155” thick mounting panels. The stainless steel pull ring simplifies removal of the cover.

IP69K Water-Tight

If you’re working in an environment that requires stringent hygienic standards, an IP69K panel mount connector is the perfect solution. It’s a hermetic, waterproof connection that can protect your wires from dust, dirt, and water. It’s also resistant to vibration, which means you won’t have to worry about it loosening.

A panel mount is a feature built into the design of a connector half that allows it to be secured to an enclosure or equipment panel. This makes it easier to connect and disconnect devices. Most commonly, connectors with panel mount features will be cable connectors.

This type of connector is ideal for marine and automotive applications. It is field installable and creates a watertight connection without the need for silicone goop or layers of electrical tape. The waterproof connection is based on an internal compression gasket and o-ring, which ensures a reliable seal and prevents leaks.

The IP69K rating is more rigorous than other IP ratings and tests for resistance to dust, dirt, and liquid ingress. The test measures how well the connector can prevent liquid intrusion for a specific time period and under specific conditions. In order to meet the IP69K rating, a connector must pass multiple tests including immersion in hot water and cold water. This ensures that the connector can be used in harsh environments such as in automotive, aerospace, heavy equipment, and industrial outdoor electronics.

UL Approved

UL is an organization that certifies cable and connectivity solutions based on their performance during a series of tests. These tests are designed to ensure the safety of the connectors by preventing them from shorting due to shock, impact or other mechanical strain. In addition to ensuring the safety of the connectors, UL certification also helps to speed up the process of getting code authority acceptance for installations.

Unlike standard connectors, panel mount connectors are fixed to a panel with an external enclosure rather than sitting in a hole or cut-out on a PCB. This allows you to connect wires without needing to open the device and remove the connector from a circuit board, which may expose them to electrical hazards or tampering. This type of connection is also suitable for devices that require frequent use and a quick cable disconnect – like the USB or headphone connections on a smartphone.

When a connector is panel mount, it can be fixed with glue or other adhesive methods rather than mechanical fixings. This means that the connector can be attached to a panel with its rear side facing up or down, and can be fixed to a PCB that sits at right angles to the panel. This can help to reduce stress on solder connections and lower the risk of failures due to overexertion.

Suitable for harsh environments

For a connector to be suitable for harsh environments it must meet several criteria. These include its environmental conditions, mechanical requirements and mounting options. These factors determine whether a connector is able to operate in the conditions to which it will be exposed, including extreme temperatures and humidity, corrosive liquids, and vibration and shock. It must also be able to protect against electromagnetic interference (EMI).

In addition, it should have the right mechanical features. These include the number of pins and contact arrangement, mounting type, termination method and shell size. The mounting type relates to how the connector will be attached to the application. There are many different types of mounting options, including panel mount, free-hanging and circuit board mount. Each has its own hardware requirements.

The termination method relates to waterproof plug and socket connector how the wires will be connected to the connector. This can be by soldering, crimping or insulation displacement connections. The termination methods used also affect the performance of a connector in harsh environments.

A good example of a rugged and durable connector is the M8 circular connector. This is a common industrial connector that offers a range of pin configurations and is rated for harsh environments. It is commonly used in applications such as industrial automation, sensor systems, robotics, and power conditioning. Its tamper-proof design and robust metal shell make it suitable for use in challenging environments. It also offers EMI shielding for protection against electromagnetic interference.