Push Pull 8+1 pin hybrid connector S Female Straight Push pull self-locking EGG Panel Back Mount

Part No.:8+1

Tags:Push pull self-locking,Female,Straight,EGG,1S,309,Brass Shell,L,Panel Mount,Back Mount,Push Pull hybrid connector,Push Pull Series Connector,Push Pull S Series Connector

Features:
  • – Safety of push-pull self-locking system
  • – Multi-core type 2-10 core
  • – High-density installation, saving space
  • – Soldering and printed circuit board pins (straight and bent pin)
  • – Stepped (half-moon) ferrule is equipped with male and female pins at the same time, polarity positioning
  • – 360° screening for full EMC shielding.
Material
Enclosure:
Shell and tail cover: brass, stainless steel, aluminum alloy, Peek (natural color), PSU, PPSU, PPS / brass, PA.6,Chromium, nickel, black chromium, anodic plating, black nickel (surface treatment)
Elastic lock sleeve + grounding ring: Bronze / Brass 、stainless steel,Nickel (surface treatment)
Other metal parts: brass, stainless steel,Nickel (surface treatment)
Insulator: PEEK
Bent socket model
Housing: PPS / brass
Metal parts: Brass
Grounding ring: Bronze
Insulator: PEEK
Female core needle: Bronze
Electrical Performance
Metal housing model:
Shielding effect: > 95 dB at 10MHz,> 80 dB at 1GHz
Standard: iec60169-1-3
Mechanical Performance
Plugging times: > 5000 times
Metal housing model:
Anti vibration performance: 10-2000hz.15g
Impact resistance: 100g, 6ms
Environmental Performance
General:
Humidity: up to 95% at 60 ℃
Salt spray corrosion test: > 144H
Metal housing model:
Temperature range: – 55 ° C to + 250 ° C
Protection grade (when inserted): ip50
Environmental experiment: 50 / 175 / 21
Plastic housing model:
Temperature range: -55 °C to + 250 ° C (PEEK)
 -55°C ~ + 150°C(PSU)
-55°C ~ + 180°C(PPSU)
Disinfection resistance: >200 times (PEEK)
-20( PSU)
>100 times (PPSU)
Solvent corrosion resistance: very good (PEEK) / average (PSU) / good (PPSU)
Watertight or vacuum seal model:
Temperature range (00 to 1b): – 20 ° C, + 100 ° C
Temperature range (2b to 5b): – 20 ° C, + 80 ° C
Environmental experiment: 20 / 80 / 21
Leakage rate (he) 1):  < 10-7mbar. L.s-1