MS27466T17F26PD Connector | MIL-DTL-38999 Series I Wall Mount
MS27466T17F26PD is a 26-pin wall mount receptacle for aviation. MIL-DTL-38999 Series I compliant with bayonet lock. [Click Here! Get a Quick Quote. Response in 15 Min]
999999 in stock
Share:
Product Categories
Request a Quote
MS27466T17F26PD- High-Density Interconnect Solutions
In the world of aerospace and military electronics, MS27466T17F26PD represents a benchmark for reliability. This MIL-DTL-38999 Series I wall mount receptacle is designed to handle high-density signal requirements while maintaining an uncompromising environmental seal. As a vital component for panel-mounted systems, the MS27466T17F26PD is built to withstand extreme vibration and thermal shock.
At AVIA Connector, we specialize in these mission-critical components. The MS27466T17F26PD provides a secure platform for 26 independent circuits, all housed within a compact Shell Size 17 aluminum shell.
Key Specifications
Shell Material | Voltage Rating | Current Rating | Operating Temp | Ingress Protection | Mating Cycles | Keying & Polarization | Coupling |
|---|---|---|---|---|---|---|---|
Aluminum alloy | ~1000 VAC | ~23 A | -65 °C to +200 °C | IP67 | 500 | D | Quick bayonet coupling |

Technical Specifications of the MS27466T17F26PD Configuration
Engineering precision is at the heart of the MS27466T17F26PD. Featuring an electroless nickel plating (F), this connector ensures superior EMI/RFI shielding and electrical conductivity.
Model: MS27466T17F26PD
Shell Size: 17
Contact Count: 26 (High-density Size 20 pins)
Polarization: D Keyway
Coupling: 3-pin rapid bayonet lock
Whether for Russian industrial equipment or Iranian aviation projects, the MS27466T17F26PD offers a robust “scoop-proof” design. This ensures that the pins inside the MS27466T17F26PD cannot be bent or damaged during blind mating.
Strategic Advantages of Advanced Plating and Sealing
The electroless nickel finish on the MS27466T17F26PD provides a highly conductive surface, which is essential for grounding in radar and communication systems. Furthermore, the interfacial seal and wire sealing grommet allow the assembly to operate reliably between -65°C and +200°C.
For full technical drawings and intermateability data, you can consult our Connector We provide detailed cross-reference guides for the MS27466T17F26PD to help you find the perfect drop-in replacement for Amphenol or Souriau series.
Optimizing Electromagnetic Compatibility (EMC) in High-Frequency Systems
In the modern landscape of digital avionics and sensitive radar arrays, managing electromagnetic interference (EMI) is a critical design challenge. High-performance circular connectors utilize a comprehensive shielding strategy to ensure signal purity. By employing a 360-degree grounding shell and specialized conductive gaskets, these interfaces create a Faraday cage effect that effectively attenuates external radio frequency interference (RFI).
This level of attenuation is essential for maintaining the signal-to-noise ratio in low-voltage data transmission. Furthermore, the selection of electroless nickel or other conductive platings ensures low shell-to-shell resistance. When properly terminated with shielded backshells, the entire interconnect assembly acts as a continuous barrier against the complex electromagnetic environments found in modern tactical aircraft and satellite communication hubs.

Global Intermateability and Standardized Performance Metrics
One of the primary advantages of utilizing components built to international military specifications is the assurance of cross-brand compatibility. These standards dictate precise mechanical tolerances for shell dimensions, keyway positioning, and contact retention forces. This means that a receptacle from one qualified manufacturer will mate seamlessly with a plug from another, provided they adhere to the same series and polarization standards.
This standardized approach significantly simplifies supply chain logistics for international industrial projects. Engineers can design systems with the confidence that replacement parts will be readily available and functionally identical. Furthermore, every component undergoes rigorous testing for thermal shock, humidity cycling, and mechanical durability, ensuring that the standardized interface remains a reliable link in the system’s architecture throughout its multi-decade service life.
FAQ
What is the benefit of the "Scoop-Proof" design?
What is the benefit of the "Scoop-Proof" design?
It prevents the mating pins from being touched by the leading edge of the mating shell, eliminating the risk of electrical shorts or mechanical damage during docking.
How does the "D" polarization help in multi-connector panels?
How does the "D" polarization help in multi-connector panels?
The unique keyway alignment ensures that a “D” keyed plug will only mate with a “D” keyed receptacle, preventing costly cross-mating errors on complex control boards.
Is the MS27466T17F26PD resistant to high altitudes?
Is the MS27466T17F26PD resistant to high altitudes?
Yes. These connectors are designed to maintain their dielectric integrity even at high altitudes and under rapid decompression cycles.
What is the current rating for these high-density contacts?
What is the current rating for these high-density contacts?
Each of the 26 contacts is rated for approximately 7.5 Amps, making them ideal for signal and sensor data transmission.
How can I verify bulk availability and pricing?
How can I verify bulk availability and pricing?
We pride ourselves on rapid response. Reach out via our live chat, and we will provide a formal quote for your requirements within 15 minutes.
Certification
- 测试文件后期要删除换成你自己的





