Eaton JDXER2T02FSN Receptacle - Sealed Breakaway

Part Number: JDXER2T02FSN
Eaton logo
Manufacturer
Eaton
Part number
JDXER2T02FSN

Quick Summary

The Eaton Souriau JDX series sealed breakaway connector serves as a rugged rear-panel receptacle for harsh-environment electrical connections. Engineers often struggle with reliable disconnects and sealing in compact panel spaces, where maintenance windows are tight. While formal certifications aren’t listed in the data, the design supports high-temperature operation and durable brass construction for long service life. This combination helps simplify procurement and reduce downtime by delivering a dependable rear panel mount receptacle that fits the Souriau JDX family, with a sealed breakaway coupling for quick field recovery. Ideal for industrial automation, aerospace ground support, and outdoor equipment, it pairs well with solder-cup contacts and compact layouts.

Product Information

Extended Description

JDXER2T02FSN Eaton: Rear panel mount receptacle, female solder contacts, layout 2-02, brass shell non reflective black chrome plating; JDXER2T02FSN
Product Name
Eaton Souriau JDX series sealed breakaway connector
Catalog Number
JDXER2T02FSN
Connector accessory option
No backshell possibility
Connector type
Receptacle
Contact delivery
Unloaded
Contact gender
Socket (Female)
Contact type
Solder Cup
Coupling type
Push-Pull - Breakaway
Layout
02
Plating
Non reflective black chrome
Shell material
Brass
Shell size
2
Operating temperature - max
125 °C
Operating temperature - min
-40 °C
Receptacle type
Rear Mount Panel
Number Of Contacts
2
Rear panel mount receptacle design reduces panel machining and wiring complexity, enabling cleaner, more repeatable assemblies in production lines. By using a two-contact layout with solder cup contacts, field technicians terminate quickly, reduce wiring errors, and lower training time. This arrangement is particularly advantageous for compact panels where space is at a premium and service access is constrained. Brass shell construction with non-reflective black chrome plating provides robust durability, corrosion resistance, and a low-glare appearance suitable for bright production floors and shaded equipment bays alike. This finish reduces glare in control cabinet lighting and helps conceal wear, contributing to longer intervals between maintenance cycles. Durability gains from this combination translate to lower replacement costs and improved uptime in demanding environments. Push-Pull breakaway coupling delivers secure retention during operation while enabling rapid disconnects for maintenance activities. The mechanism minimizes accidental disengagement and supports tool-free servicing in tight installations, reducing downtime and labor costs. This feature is especially valuable for mobile equipment, field service vans, and assembly lines where speed and reliability drive throughput. Operating temperature range from -40 °C to 125 °C covers a broad spectrum of industrial and outdoor conditions, ensuring electromechanical integrity across shifts and seasons. Sealing helps resist moisture ingress, supporting reliable operation in humid plants, dusty enclosures, or rain-prone outdoor installations. The result is lower replacement rates and steadier uptime for critical systems, reducing overall maintenance cost and schedule risk. Compatibility and installation considerations: the JDX series rear-mount receptacle aligns with matching JDX components, ensuring reliable electrical and mechanical fit. The 02 layout and two-contact design suit compact panels, while unloaded contacts offer flexible terminations for project-specific needs. Note that the data specifies no backshell option, so plan enclosure protection and routing to safeguard the solder joints. Industry insights and risk mitigation: as panels shrink and field repairs grow more frequent, standardizing on a sealed breakaway style reduces training time and procurement fragmentation. The JDX family design supports modular assemblies, enabling consistent performance across OEMs and geographies while lowering spare parts inventories and long-term maintenance costs.

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FAQs

Begin by preparing the panel cutout for a rear-mount receptacle, align the JDXER2T02FSN with the mounting holes, and insert it securely. Terminate each solder cup contact with clean, flux-assisted solder, ensuring a solid mechanical and electrical connection. Since the product is unloaded, procure and fit the appropriate contacts separately, then verify the connection integrity and insulation before reassembly. Finally, confirm there is no backshell accessory required and test the continuity and pull-force of the breakaway coupling after installation.
Yes, the JDXER2T02FSN is part of the JDX family and shares compatibility with other JDX series components designed for rear-panel mounting and sealed breakaway operation. Ensure matching layout 02 and the two-contact configuration when selecting mating plugs or receptacles, and confirm the push-pull breakaway coupling is suitable for your application’s maintenance and reliability requirements.
Best suited for harsh environments and compact installations, including industrial automation equipment, outdoor machinery, and aerospace ground-support systems. The sealed breakaway design minimizes moisture ingress and accidental disconnections while offering quick maintenance access, which helps reduce downtime in mission-critical equipment and fielded systems.
The provided data does not list formal certifications. For regulatory and safety alignment, verify with Eaton or Souriau product literature and your project’s compliance requirements. In practice, customers typically validate against internal electrical, environmental, and mechanical standards and confirm compatibility with the broader JDX series specifications.
The sealed, quick-disconnect design reduces maintenance downtime and training time due to its tool-free operation and reliable retention. Durable brass construction and corrosion resistance lower replacement costs over the product life, while compatible solder-cup terminations simplify field wiring and minimize termination errors, contributing to lower total cost of ownership in harsh or remote environments.