MDM-15PH017P-A174

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D-Sub Cables come in various shapes and sizes, but all are designed to connect two or more electronic devices. The MDM-15PH017P-A174 is a type of D-Sub Cable commonly used for placing electric equipment and other data connectors. This type of cable is used for various functions, such as transferring data and connecting electrical components.

The MDM-15PH017P-A174 is composed of one male and one female connector, or two of either gender, depending on the purpose of its usage. It has a 15-pin D-Sub plug with a 3-pin tail and a 2.5mm male waterproof plug. It is rated for a voltage of 175 VAC and can handle up to 10 Amp of current. Its insulation material is Polyvinylchloride (PVC) and its shielding is made of aluminum mylar. All these features make the MDM-15PH017P-A174 suitable for applications where water is present.

The MDM-15PH017P-A174 is suitable for various applications. Its small size and its ability to handle large voltages and currents make it ideal for connecting electrical equipment in harsh conditions. For example, it can be used to link weather-proof outdoor devices, such as lighting systems and motors. It is also commonly used in industrial control systems, where it is responsible for regulating the performance of machines.

The working principle of the MDM-15PH017P-A174 D-Sub Cable is relatively simple. When the male connector (or plug) is connected to the female connector (or socket), the electrical connection is established, and power and data can be exchanged between the two joined devices. The connector’s 3-pin tail and 2.5mm male waterproof plug are used to ensure a secure and efficient connection, while the aluminum mylar shielding protects the wired connections from interference from outside sources.

In conclusion, the MDM-15PH017P-A174 D-Sub Cable is a useful tool for connecting electrical equipment and other data connectors. Its insulation is made of durable, high-performance PVC and its shielding provides protection from external interference. It is also small enough to be used in confined spaces, making it an ideal choice for wet environment applications. Its working principle is simple, but it is capable of handling large voltages and currents, making it a reliable choice for a wide range of applications.

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