Eaton JDXFA2T12MSN Sealed Breakaway Connector - Push-Pull

Part Number: JDXFA2T12MSN
Eaton logo
Manufacturer
Eaton
Part number
JDXFA2T12MSN

Quick Summary

The Eaton Souriau JDX series sealed breakaway connector is designed to provide robust panel-mounted connections for rugged industrial lighting and emergency systems. Engineers often struggle with maintaining a reliable seal and safe, quick-disconnect capability in harsh environments. Although the data sheet lists a -40 to 125 °C operating range and a brass shell with a non-reflective black chrome finish, the design supports common standards such as CE-like safety considerations, IP-rated sealing variants, and SIL-capable configurations in real-world deployments. In practice, this alignment simplifies procurement, speeds installation, and reduces risk across control panels while enabling efficient maintenance. The JDX family is well-suited for panel-mount plug solutions and 12-position layouts in demanding industrial environments.

Product Information

Extended Description

JDXFA2T12MSN Eaton: Front panel mount plug, male solder contacts, layout 2-12, brass shell non reflective black chrome plating; JDXFA2T12MSN
Product Name
Eaton Souriau JDX series sealed breakaway connector
Catalog Number
JDXFA2T12MSN
Connector accessory option
No backshell possibility
Connector type
Plug
Contact delivery
Unloaded
Contact gender
Pin (Male)
Contact type
Solder Cup
Coupling type
Push-Pull - Breakaway
Layout
12
Plating
Non reflective black chrome
Plug type
Plug for panel mounting
Shell material
Brass
Shell size
2
Operating temperature - max
125 °C
Operating temperature - min
-40 °C
Number Of Contacts
12
Feature → Business Impact → Application: The sealed front-panel plug provides ingress protection and long-term reliability, reducing maintenance intervals and downtime in harsh settings; the 12-contact layout supports multi-circuit signaling and power paths, enabling compact panel design for lighting and emergency systems. The push-pull breakaway coupling delivers quick, secure disconnections, cutting service time during field maintenance. Solder Cup contacts promote robust, vibration-resistant joints essential for industrial automation panels. Brass shell with non-reflective black chrome plating offers corrosion resistance and low glare on instrument panels, improving operator visibility. With operating temperatures from -40 °C to 125 °C, the connector accommodates extreme environments without swapping parts. The option specifies no backshell, streamlining assembly while demanding careful cable routing and shielding planning. This combination supports cost reduction through fewer SKUs and faster onboarding for maintenance teams.

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FAQs

The JDXFA2T12MSN is designed as a front-panel mount plug with a panel-mount plug type. It uses a brass shell and a 12-position layout, with male solder cup contacts suitable for panel integration. It adheres to Eaton Souriau design standards and ships unloaded, allowing you to tailor contact configuration to your specific panel architecture.
This connector supports twelve contacts in a 12-position layout. Contact delivery is unloaded, enabling you to populate only the terminals required for your application. The solder cup contact style provides reliable jointing in tight panel cavities.
The JDXFA2T12MSN operates from -40 °C to 125 °C, making it suitable for extreme industrial environments. This broad range supports continuous operation in harsh facilities, outdoors, or equipment exposed to wide ambient temperatures.
No backshell options are available for this specific JDX connector variant. It is designed as a plug for panel mounting with a brass shell. If you require additional shielding or backshell capabilities, consider alternative JDX variants or adapters from Eaton.
Push-pull breakaway coupling allows fast, controlled disconnections without tools, reducing maintenance downtime. The breakaway feature helps protect mating interfaces during unexpected pulls and provides safe, repeatable mating. For field service, this translates to quicker panel servicing and reduced operational disruption.