858-22-003-80-611101
Mill-Max Manufacturing Corp.
858-22-003-80-611101
Mill-Max Manufacturing Corp.
STD SPRING-LOADED CONNECTOR
Reference Price (USD)
1+
$17.36456
500+
$17.1909144
1000+
$17.0172688
1500+
$16.8436232
2000+
$16.6699776
2500+
$16.496332
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
858-22-003-80-611101
$17.36
Product details
Optimized for mission-critical applications, the 858-22-003-80-611101 by Mill-Max Manufacturing Corp. redefines reliability in Rectangular Connectors - Spring Loaded solutions. Its robust construction meets stringent requirements for medical imaging and defense systems.The Piston design incorporates redundant contact points, ensuring fail-safe operation in life-support medical equipment and avionics systems.With 3 individually tested contacts, this connector guarantees uninterrupted performance in nuclear power plant control systems and railway signaling equipment.0.157" (4.00mm) pitch geometry is precisely calibrated to minimize signal reflection and attenuation in high-frequency radar and satellite communication systems.The 1 row matrix configuration provides mechanical stability during shock and vibration exposure in military field equipment.Designed for Through Hole installation, this connector maintains hermetic sealing properties required for undersea sensor networks and space applications.Special-grade Copper Alloy ensures radiation hardness and long-term stability in nuclear medicine imaging systems and particle accelerators.Gold electroplating process achieves ultra-low outgassing characteristics, making it suitable for vacuum chamber instrumentation.The 20.0µin (0.51µm) coating thickness is specially formulated to withstand 500+ mating cycles in harsh industrial environments.
Product Attributes
- Product Status: Active
- Connector Type: Piston
- Number of Contacts: 3
- Pitch: 0.157" (4.00mm)
- Number of Rows: 1
- Row Spacing: -
- Mounting Type: Through Hole
- Material: Copper Alloy
- Contact Finish: Gold
- Contact Finish Thickness: 20.0µin (0.51µm)
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