09151000483

HARTING

General info

Part Number

09151000483

Manufacturer

HARTING

Description:

CONN INSERT SHELL INLINE

Reference Price (USD)

$49.42000

500+

$48.9258

1000+

$48.4316

1500+

$47.9374

2000+

$47.4432

2500+

$46.949

Exquisite packaging

Discount

TT / Paypal / Credit Card / Western Union / Money Gram

09151000483

$49.42

Product details

The 09151000483 from HARTING represents the pinnacle of Circular Connectors - Housings technology for satellite communications. Designed for space-grade reliability, this connector maintains flawless performance in the vacuum of space while withstanding extreme thermal cycling and radiation exposure.As a Insert Shell solution, it features hermetic sealing for space vacuum applications. Testing confirms <10^-9 atm-cc/s helium leak rate after 1000 thermal cycles.Compatible with M23 inserts, allowing customized signal routing. The thermally stable insert maintains alignment during thermal cycling.The Free Hanging (In-Line) installation survives 100G shock loads during launch. The vibration-resistant design maintains contact continuity under 5-2000Hz random vibration.Threaded mechanism provides consistent engagement torque in zero-gravity. The self-locking feature prevents accidental disconnection during orbital maneuvers.The Copper Zinc Alloy construction provides excellent strength-to-weight ratio for space applications. The material meets NASA outgassing requirements with <0.1% TML.Nickel surface treatment maintains <0.05 contact resistance in vacuum. The coating withstands 100kRad ionizing radiation without degradation.The Silver identification system remains visible after prolonged UV exposure in space. The non-outgassing pigments are compatible with ultra-high vacuum.Rated IP67/IP69K - Dust Tight, Water Resistant, Waterproof, the design maintains 10^-12 Torr vacuum integrity. The metal-sealed interface prevents helium leak rates above 10^-10 atm-cc/s.Integrated Backshell, Coupling Nut include radiation-hardened components for GEO satellite applications. The design withstands 100kRad total ionizing dose without performance degradation.Unshielded effectiveness exceeds 120dB at 10GHz for sensitive payload protection. The multi-layer isolation prevents RF interference between adjacent channels.