The 09032962824 is a DIN 41612 Type C female connector with 96 contacts, 

designed for printed circuit board (PCB) connections. 

This connector is part of HARTING's DIN-Signal series and features a through-hole mounting style with solder termination.

Key specifications:

• Contact Configuration: 96-position, 3-row arrangement (a + b + c)

• Pitch: 2.54mm (0.1 inch)

• Mounting: Through-hole

• Orientation: Vertical

• Contact Material: Copper alloy

• Insulation Material: Glass-filled thermoplastic (UL 94 V-0 rated)

• Operating Temperature: -55°C to +125°C

• Rated Current: 2A

• Contact Resistance: ≤20mΩ

• Insulation Resistance: ≥1000MΩ

• Mating Cycles: 500

• Housing Color: Gray

• Packaging: Bulk or box options available

Functional Characteristics

The 09032962824 connector demonstrates several notable functional features:

1. High-Density Interconnect: With 96 contacts arranged in a compact 3-row configuration, 

2. this connector provides high-density signal transmission capabilities while maintaining the standardized DIN 41612 form factor.

3. Durable Construction: The connector is designed for long service life with 500 mating cycles, 

4. making it suitable for applications requiring frequent connections and disconnections.

5. Reliable Electrical Performance: The copper alloy contacts with tin plating ensure low contact resistance (≤20mΩ) and stable signal transmission, 

6. while the glass-filled thermoplastic housing provides excellent insulation properties (1000MΩ insulation resistance).

7. Wide Temperature Range: 

8. The -55°C to +125°C operating temperature range makes this connector suitable for both industrial and harsh environment applications.

9. Standard Compliance: The connector meets RoHS and ELV compliance standards, ensuring environmental friendliness and regulatory compliance.

Primary Applications

The 09032962824 DIN 41612 connector finds application in various electronic systems:

1. Backplane Interconnects: Primarily used in 19-inch Eurocard rack systems for connecting various modules and cards in industrial control and computing applications.

2. Industrial Control Systems: Suitable for PLCs, automation equipment, and process control systems where reliable multi-point connections are required.

3. Telecommunications Equipment: Used in telecom infrastructure where standardized interconnects are needed for signal transmission between modules.

4. Test and Measurement Instruments: Employed in electronic test equipment that requires modular design and reliable interconnections.

5. Railway Applications: Some variants of this connector series are certified for railway use, meeting specific standards like NFF 16-101.

Similar Models and Alternatives

Several functionally similar connectors are available from different manufacturers, with varying specifications:

1. 8-1393640-9 (TE Connectivity):

   • 96-position female connector

   • Rated current: 1.5A/contact

   • Operating temperature: -55°C to +105°C

   • Height: 11.55mm

   • Lower mating cycles (400) compared to 09032962824

2. 5536418-5 (TE Connectivity):

   • 96-position female connector

   • Rated current: 1.5A/contact

   • Operating temperature: -55°C to +105°C

   • Height: 11.5mm

   • Similar electrical characteristics but different mechanical specifications

3. 09 03 296 6824 (HARTING):

   • Essentially the same as 09032962824 but with different packaging (bulk)

   • Fewer mating cycles (400 vs 500)

   • Copper contacts instead of copper alloy

4. 1-148059-5 (TE Connectivity):

   • 96-position female connector

   • Crimp termination instead of solder

   • Different mechanical design but similar electrical characteristics

5. V42254B2201C910 (TE Connectivity):

   • 96-position female connector

   • Similar electrical specifications

   • Different mechanical design and packaging

Comparative Analysis

When comparing the 09032962824 with similar models, several key differences emerge:

1. Current Rating: The 09032962824 offers a higher current rating (2A) compared to TE Connectivity alternatives (1.5A/contact).

2. Temperature Range: The HARTING connector supports a wider temperature range (up to +125°C) compared to TE Connectivity models (up to +105°C).

3. Durability: With 500 mating cycles, the 09032962824 outperforms some alternatives (400 cycles).

4. Contact Material: The copper alloy contacts in 09032962824 may offer better mechanical properties than pure copper contacts in some alternatives.

5. Packaging Options: The 09032962824 is available in both bulk and box packaging, while some alternatives may have limited packaging options.

Selection Considerations

When choosing between the 09032962824 and its alternatives, engineers should consider:

1. Current Requirements: For applications requiring higher current per contact, the 09032962824 may be preferable.

2. Environmental Conditions: In high-temperature environments, the 09032962824's wider temperature range makes it more suitable.

3. Mating Frequency: For applications requiring frequent connections/disconnections, the higher mating cycle rating of 09032962824 may be advantageous.

4. Manufacturer Preference: Some designs may prefer HARTING's ecosystem, while others may favor TE Connectivity's product line.

5. Cost Considerations: Pricing varies among alternatives, with the 09032962824 typically positioned in the mid-range

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