DTF15 Series Connector

The wedgelocks for DTF15 Series Connectors are typically made of high-temperature resistant plastic, such as glass-filled nylon (PA66+GF). This material choice provides durability and ensures that the wedgelocks can withstand the harsh environmental conditions often encountered in automotive, aerospace, and industrial applications. The glass-filled nylon offers improved mechanical strength and stability, making it suitable for maintaining secure connections even under vibration and thermal stress.

If you need detailed specifications or specific material properties, let me know!

The mating and unmating force of the DTF15 Series Connector can vary depending on specific product designs and manufacturing tolerances. Without specific data from the manufacturer, it is difficult to provide exact values.

However, in general, for connectors of this type, the insertion force (mating force) is usually designed to be relatively low to facilitate the connection process, while the extraction force (unmating force) is set to ensure a stable connection and prevent accidental disconnection. Typical values for insertion force might be in the range of a few newtons to tens of newtons, and the extraction force is usually slightly higher than the insertion force to maintain connection reliability, but specific values can only be determined through testing or provided by the manufacturer’s technical specifications.

The DTF15 Series Connector is a type of electrical connector manufactured by TE Connectivity, specifically under their Deutsch brand. It is designed to provide robust and reliable connections in harsh environments, often used in a variety of applications across industries such as automotive, aerospace, rail, and industrial equipment.

### Key Features of DTF15 Series Connectors:

1. **Pin Count Options**: The DTF15 series typically comes in various pin counts to accommodate different connection needs (e.g., 15 pins).

2. **Durability**: These connectors are designed to withstand extreme temperatures, vibrations, and environmental conditions. They often have a sealed design to protect against moisture and dirt.

3. **Material**: The housings are usually made from high-temperature thermoplastics, with contacts made of copper alloys, ensuring long-lasting performance.

4. **Modular Design**: The modularity allows for easy customization to meet specific application requirements.

5. **Ease of Assembly**: DTF15 connectors feature a straightforward assembly process, which aids in quick installation and maintenance.

### Applications:

– **Automotive**: Used in various electronic control systems.

– **Industrial Equipment**: Connecting sensors and control modules.

– **Aerospace**: For reliable connections in avionics systems.

– **Rail**: In train control and communication systems.

These connectors are typically used in environments where reliability and performance are critical. If you need more specific information about a variant of the DTF15 or its technical specifications, feel free to ask!

The detailed specifications for the DTF15 Series Connector can vary depending on the specific model, but here are some common specifications:

1. **Mechanical Specifications**:

– **Body/Shell Style**: It typically has a specific shell style that provides protection and mechanical support to the internal components. For example, it may have a rectangular or other specific shape.

– **Mounting Style and Type**: The connector may have different mounting styles such as straight or angled, and the mounting type could be board mount or other specific mounting methods to ensure stable installation in the application.

– **Contact Gender**: It can have male or female contacts, depending on the specific connection requirements.

– **Contact Style**: The contact style could be round pin, socket, or other specific types to ensure reliable electrical connection.

– **Terminal Pitch**: The terminal pitch is an important parameter, usually around 1.45 mm (but this can vary in different models).

2. **Electrical Specifications**:

– **Rated Voltage**: The rated voltage is an important electrical parameter. For the DTF15 Series Connector, the rated voltage could be 250V (both in AC and DC in some cases), but specific models may have different voltage ratings.

– **Rated Current**: The rated current is also crucial. It may have a maximum rated current of 13A, but again, this can vary depending on the specific model.

– **Contact Resistance**: The contact resistance should be low to ensure efficient electrical transmission. The specific value of contact resistance may vary depending on the manufacturing process and material used.

– **Insulation Resistance**: The insulation resistance between different contacts or between contacts and the shell should be high to prevent electrical leakage and ensure the safety and reliability of the connection.

3. **Environmental Specifications**:

– **Operating Temperature Range**: The connector is designed to operate within a certain temperature range. The minimum operating temperature could be around -55°C, and the maximum operating temperature may vary depending on the material and design of the connector.

– **Sealing Performance**: Many DTF15 Series Connectors have good sealing performance to protect against dust, moisture, and other environmental factors. This is especially important in applications where the connector may be exposed to harsh environments.

4. **Other Specifications**:

– **Polarization Key**: Some connectors may have a polarization key to ensure correct insertion and prevent incorrect connection.

– **Color**: The primary product color could be brown or other specific colors to distinguish it from other connectors.

– **Number of Contacts**: The DTF15 Series Connector can have different numbers of contacts, such as 12 contacts in some models, to meet various connection requirements.

The DTF15 Series Connector has several areas of application, including:

1. **Automotive industry**: It is used in various automotive electronic systems such as engine control units, transmission systems, and vehicle sensor connections. The connector’s durability and ability to withstand the harsh automotive environment make it suitable for these applications.

2. **Industrial automation**: In industrial control systems and automated production lines, the DTF15 Series Connector can be used for connecting sensors, actuators, and other industrial equipment to ensure reliable signal and power transmission.

3. **Electronics manufacturing**: For PCB (Printed Circuit Board) connections, especially in the assembly of electronic devices where a reliable and compact connector is needed to connect different components on the board. For example, in the manufacturing of consumer electronics, industrial electronics, and communication equipment.

4. **Aerospace and defense**: In aerospace and military applications, where high reliability and resistance to extreme conditions are essential, the DTF15 Series Connector can be used in avionics systems, military communication equipment, and other defense-related electronic systems.

5. **Telecommunications**: It can be applied in telecommunications equipment such as base stations, routers, and switches to establish stable connections for signal transmission.

The DTF15 Series Connector can be classified into different types based on several factors, such as shell style and the number of contacts:

1. **Straight Receptacle Type**: For example, the DTF15-12PA is a straight receptacle connector in the DTF15 series. It has 12 contacts and is often used in automotive and other related applications where a straight connection is required.

2. **Right Angle Receptacle Type**: This type of connector has a right-angle shape, which is suitable for applications where the connection needs to be at an angle to save space or meet specific installation requirements within a limited space.

3. **Different Contact Numbers**: There are variants with different numbers of contacts to meet various connection needs. For instance, there could be connectors with fewer or more contacts depending on the specific requirements of the electrical system they are used in.