Stewart Connector's EPP-918A protective compound improves product reliability by providing an unprecedented level of defense against harsh environmental conditions. In addition to providing superior moisture, humidity, and corrosion resistance, EPP-918A also shields against wear caused by repetitive mating/unmating forces.
EPP-918A guards and prolongs the life of contacts within RJ11 and RJ45 jacks despite exposure to extreme environmental conditions. Once applied (during the manufacturing process), EPP-918A will not migrate - it adheres to contacts instantly and remains intact without the need for additional tape, mechanical barriers, or cure time, eliminating the added expenses other barrier methods often entail. EPP-918A environmental protective compound can be used with virtually any Stewart Connector connector product to increase durability and reliability.
| Features |
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- Improved durability and reliability for RJ11 and RJ45 jacks
- Prevents corrosion from harsh environmental conditions
- Superior resistance to wear and tear during insertion testing
- Meets PR030-01, Stewart Connector standards for connectors for harsh environmental conditions
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- UV tracer for visible inspection of EPP-918A coating on contacts
- Withstands high temperature soldering
- Low level contact resistance (LLCR)
- Operating temperature of -40°C to +85°C
- Negligible water solubility
- RoHS compliant
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| Applications |
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- Fiber to the Home (FTTH) networks
- Industrial ethernet networks
- Outdoor network and communications equipment
- Military field equipment
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- Marine environments
- Warehouse applications
- Mining, oil, and manufacturing applications
- EMT communication devices
- Field test equipment
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הגדרות
אספקה מהירה
Incoterms
סוגי תשלום
מוצרי Marketplace
Stewart Connector's EPP-918A protective compound improves product reliability by providing an unprecedented level of defense against harsh environmental conditions. In addition to providing superior moisture, humidity, and corrosion resistance, EPP-918A also shields against wear caused by repetitive mating/unmating forces.
