Eaton JMXHC1C03MSUDSV JMX Plastic Push-Pull Connector - IP68
Part Number: JMXHC1C03MSUDSV
Quick Summary
The Eaton Souriau JMXHC1C03MSUDSV plastic push-pull connector delivers quick, secure panel connections for rugged automation systems. In harsh environments, moisture ingress, misalignment, or failed contacts can drive downtime and maintenance costs. It offers IP68 protection, UL94 V0 flame rating, and RoHS/REACH compliance, helping you meet demanding industry standards. With a rear-mount receptacle and a 3-position layout, it enables compact, reliable connections in control panels, while minimizing stocking and installation time. Coupled with gold-plated contacts and 2000 mating cycles, this solution supports long service life in vibration-prone machinery.
Product Information
Extended Description
JMXHC1C03MSUDSV Eaton: Push-pull plastic IP68 rear mount receptacle, layout 1-03, male solder contacts, keying C, green color coding; JMXHC1C03MSUDSV
Product Name
Eaton Souriau JMX series plastic push-pull connector
Catalog Number
JMXHC1C03MSUDSV
Product Length/Depth
23.8 mm
Product Height
24 mm
Product Width
24 mm
Product Weight
6.8 g
Current rating
9 A UL 9 A IEC
Environmental conditions
Flammability rating UL94 V0 RoHS REACH
Connector accessory option
No backshell possibility
Connector type
Receptacle
Contact gender
Pin (Male)
Contact plating
Gold
Contact type
Solder Cup
Coupling type
Push-Pull
Degree of protection
IP68
Layout
3
Shell material
Plastic
Shell size
1
Mating cycles
2000
Operating temperature - max
100 °C
Operating temperature - min
-20 °C
Receptacle type
Rear Mount Panel
Number Of Contacts
3
Feature → Business Impact → Application: Push-pull coupling provides fast, tool-free mating and secure latching, reducing downtime and field maintenance in robotic cells and packaging lines. This translates to higher throughput and safer, quicker changeovers in automation projects. IP68 protection guards against water and dust ingress, lowering failure rates in washdown or outdoor environments and decreasing maintenance costs across remote or harsh installations. Gold-plated solder cups improve conductivity and minimize contact resistance, boosting reliability in high-current or vibration-prone panels and extending service life in conveyors and material handling systems. The 2000 mating cycles specification ensures lifecycle resilience for equipment that sees frequent connections, while the rear-mount panel receptacle design supports tidy, space-efficient installations in compact control enclosures. Operating temperature range from -20 °C to 100 °C makes it suitable for diverse industrial climates and processes.
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FAQs
Yes. JMXHC1C03MSUDSV is a rear-mount panel receptacle designed for compact control panels. It features a 3-contact layout, solder-cup male contacts, and a front-end push-pull coupling for quick mating. Use standard rear-panel cutouts to align with the 23.8 mm length and 24 mm width/height, ensuring proper panel thickness and secure mounting against vibration.
The connector is rated IP68, providing dust-tight protection and water ingress resistance. It carries a 9 A current rating (UL and IEC specifications), making it suitable for power- and signal-carrying applications in automated equipment without compromising safety or performance.
Absolutely. The push-pull coupling delivers fast mating with strong vibration resistance, and the 2000 mating cycles specification supports frequent connect/disconnect cycles typical in conveyors and robot end-effectors. With gold-plated contacts and a robust plastic shell, it maintains conductivity and reliability in dynamic industrial environments.
It complies with UL94 V0 flammability rating and RoHS/REACH environmental standards. The IP68 rating provides ingress protection suitable for washdown and outdoor environments, helping your assemblies meet stringent safety and environmental regulations in manufacturing and infrastructure projects.
With 2000 mating cycles and gold-plated contacts, maintenance intervals are extended and resistance to contact wear improves over time. The rear-mount panel design simplifies installation, reducing labor costs and spare-part inventory. Overall, it delivers predictable lifecycle performance and a lower total cost of ownership for automation and control systems.