J14F-27TK 27-Pin Rectangular Male Plug Connector

Low-frequency J14F-27TK 27-pin rectangular male plug. Features quick-release locking and gold-plated pins for aerospace systems. Request a quote.

999999 in stock

  • ISO & Quality Certifications
  • 100% Intermateable with original parts.
  • 1-Year Warranty with Full After-Sales Support
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J14F-27TK Mechanical Quick-Release and Structural Integrity

The J14F-27TK is a high-performance, low-frequency rectangular plug designed for mission-critical electronic networks. A key design element of the J14F series is its specialized quick-operating locking mechanism. This structural feature combines rapid connection engagement with high mechanical retention, ensuring the mated connector remains securely in place during extreme vibration and physical shock while allowing for fast manual decoupling when needed.

Key Specifications

Shell Material

Voltage Rating

Current Rating

Operating Temp

Mating Cycles

Aluminum alloy

~800 VAC

3 A

-55 °C to +125 °C

>500

J14F-27TK-main

Compact Layout and Spatial Efficiency

Engineered to meet the stringent weight and volume limits of modern aerospace electronics, this 27-position male plug offers a streamlined profile. The aluminum alloy housing is finished with high-durability plating to provide solid impact protection without adding excess weight. To prevent installation errors, the connector body incorporates a dedicated anti-reverse insert geometry that guides the user into the correct mating position every time.

Precision Mating Contacts and Termination

The internal male pins are precision-machined from high-grade copper alloy and plated with premium gold over a nickel underplate. This specific plating technology resists surface oxidation and maintains low contact resistance over long-term deployment. The 27-pin layout is designed with solder cup terminals, allowing technicians to permanently weld wiring directly to the pins for a highly secure electrical and mechanical joint.

Industrial Shielding and Isolation

Encased in a heavy-duty metal housing, the J14F-27TK delivers effective EMI/RFI shielding to prevent external electrical noise from disrupting the signal pathways. The internal dielectric inserts are made from specialized polymers that offer exceptional dielectric strength. This guarantees superior electrical isolation between the 27 circuits and eliminates the risk of short-circuiting or signal cross-talk in multi-circuit applications.

J14F-27TK-side-view

Reliability Across Tactical Environments

  1. This military-grade rectangular connector is built to perform consistently under intense environmental stress. It is rated to operate across a broad temperature range of -55°C up to +125°C. Its robust materials and seals provide long-term resistance to high humidity, persistent salt spray, and atmospheric pressure changes, making it a dependable choice for tactical testing setups, avionics systems, and military ground equipment.

FAQ

Is the J14F-27TK intermateable with J14A or J14B series connectors?

No. The J14F series features distinct shell dimensions and a specific quick-release locking structure that differs from the J14A and J14B series. It must be paired with its matching J14F series 27-pin female socket receptacle.

This connector features integrated solder cup terminals at the rear of the 27 male pins. This allows for permanent, hand-soldered wire attachment to ensure a highly stable and low-resistance electrical link.

The primary advantage is its quick-release locking system. It provides an immediate and secure lock when mated, which resists mechanical drift and vibration, while also allowing for rapid manual disconnection during maintenance.

The outer shell is crafted from a high-strength aluminum alloy with a durable protective finish, and the 27 internal pins are precision-machined from copper alloy with high-grade gold plating.

You can request our full technical specifications, 3D engineering models, or localized bulk pricing by submitting a direct inquiry to our customer service and technical support team.

Certification