Eaton JMXHC1C08FSUDSV Push-Pull Connector - IP68
Part Number: JMXHC1C08MCUDSV
Quick Summary
Eaton JMXHC1C08FSUDSV Push-Pull Connector is a rugged rear-mount receptacle designed for clean, secure cable connections in harsh industrial environments. Engineers often face interfaces that must seal against moisture while still enabling fast, tool-free mating, especially on crowded control panels. This module meets that need with IP68 protection, RoHS compliance, and UL94 V0 flammability, delivering long service life in continuous-exposure applications. By pairing a compact plastic shell with gold-plated solder contacts and an 8-contact layout, it supports reliable signal and power transfer while minimizing panel depth. The result is easier procurement, reduced downtime, and improved maintenance planning for automated lines, robotics, and outdoor equipment.
Product Information
Extended Description
JMXHC1C08MCUDSV Eaton: Push-pull plastic IP68 rear mount receptacle, layout 1-08, male crimp contacts, keying C, green color coding; JMXHC1C08MCUDSV
Product Name
Eaton Souriau JMX series plastic push-pull connector
Catalog Number
JMXHC1C08MCUDSV
Product Length/Depth
23.8 mm
Product Height
24 mm
Product Width
24 mm
Product Weight
6.8 g
Current rating
5 A IEC 5 A UL
Environmental conditions
REACH Flammability rating UL94 V0 RoHS
Connector accessory option
No backshell possibility
Connector type
Receptacle
Contact delivery
Unloaded
Contact gender
Pin (Male)
Contact plating
Gold
Contact type
Crimp
Coupling type
Push-Pull
Degree of protection
IP68
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
8
Push-Pull coupling delivers fast, tool-free mating while maintaining a water-and-dust seal, reducing maintenance time and downtime in robotic systems and packaging lines. This translates to higher line uptime and quicker changeovers in automated production, with reliable operation in dirty or wet environments. Eight gold-plated solder-cup contacts provide low contact resistance and superior corrosion resistance, ensuring stable signals for sensors and actuators across long service life, minimizing field failures and warranty costs in control panels and wiring harnesses. The rear-mount panel receptacle, compact footprint (23.8 mm depth; 24 × 24 mm) and light 6.8 g weight enable dense panel layouts, simplifying installation in small enclosures and multi-axis equipment. A 5 A current rating and 2000 mating cycles support typical automation loads, balancing performance and cost. Built from a plastic shell with IP68 protection and RoHS/UL94 V0 compliance, it stands up to harsh conditions while supporting easy integration into existing harness systems.
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FAQs
The JMXHC1C08FSUDSV is a rear-mount panel receptacle designed for compact installations. Its dimensions (23.8 mm depth, 24 × 24 mm footprint) and 8-contact layout support dense panel configurations. When planning installation, ensure proper panel cutout, align mating features for reliable engagement, and consider strain relief strategies since the part has no backshell option.
This connector provides a 5 A current rating (IEC and UL), eight contacts with gold-plated solder cups, and IP68 sealing. The shell is plastic (Shell size 1), with a mating life of about 2000 cycles. Operating temperature ranges from -20 °C to 100 °C, making it suitable for harsh industrial environments.
Yes. The push-pull coupling offers secure mating in vibration-prone settings, while IP68 sealing protects against dust and water ingress. RoHS and UL94 V0 compliance further support reliability and safety in outdoor machinery, robots, and other rugged automation equipment.
Key certifications include IP68 sealing for moisture ingress protection, RoHS compliance for restricted substances, and UL94 V0 flammability rating for fire safety. These certifications help ensure regulatory compliance, equipment safety, and long-term reliability in industrial settings.
Follow precise alignment during mating, avoid excessive force, and use appropriate soldering techniques for the solder-cup contacts. Because there is no backshell option, plan for adequate strain relief within the harness design and maintain clean environment to prevent contamination that could affect contact performance over time.