RNJ LOW PROFILE
Realignment capability Mechanical device ensures axial (+/-1mm), angular (+/-6°) and longitudinal (0.5 mm) realignments (See figure 1) Many insert patterns All available Amphenol Mil-DTL-38999 III inserts Large contacts range M39029 contacts compatible with Mil-DTL-38999 III 22D, 20, 16, 12, 8, 4 (contact cavities for signal, coaxial, twinax, power contacts) EMI shielding Grounding fingers ensure shielding before contact mating Low profile and high density Til 128 size 22D contacts in a 25 shell size Shell sizes range 8 shell sizes from 11 to 25 Temperature range - 65°C to 175°C for olive drab cadmium & 200°C for electroless nickel High durability 500 cycles minimum High corrosion resistance Olive drab cadmium (500 hours salt spray), electroless nickel (48 hours salt spray) or stainless steel (500 hours salt spray) Low tooling investment Numerous tools common with Mil-DTL-38999 series III connector ones Light weight Aluminium alloy shells. For the plug : 20% weight saving versus standard RNJ version Environmental Rear membrane protected by a cap on the plug, interfacial seal on male insert Sealing Reinforced membrane on the floating plug ensures high pressure resistance (plug withstands 1000mBars on the rear face, 2000mBars on the front face) Rear accessory possibility Fully compatible with all M-85049 backshells for Mil-DTL-38999 series III Contacts protection 100% scoop proof design
RNJ Low Profile rack and panel connectors are designed to connect electrical devices between a moving unit (rack) and a fixed unit (panel). The locking of the mating pair is ensured by the mechanical device of the rack. The RNJLP design allows a short distance between the two panels. This is a big benefit for the systems where space is an issue. The RNJLP realignment capability (as shown in figure 1) allows to make up the tolerances of the system. RNJLP are primarily designed for avionic/ military and advanced industrial application. Applications : < Commercial & military avionic packaging < Ground / marine / defence applications < Advanced industrial applications
Figure 1 - Floating features
Axial alignment Axial alignment
Angular alignment Angular alignment
Longitudinal alignment 0,5 mm compression
+/– 1 mm
+ -
6 °
0,5
+/– 1 mm
2
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