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AIT6AA20-7PC - Amphenol Industrial Operations

Manufacturer Part Number
AIT6AA20-7PC
Manufacturer
Amphenol Industrial
Allelco Part Number
98D-AIT6AA20-7PC
Warranty
1 Year Allelco Warranty - Find out more
Stock Status:
28,164 pcs available, New & Original
Parts Description
CONN PLUG MALE 8POS SILVER CRIMP
Package
Bulk
Data sheet
-
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Specifications

AIT6AA20-7PC Tech Specifications
Amphenol Industrial Operations - AIT6AA20-7PC technical specifications, attributes, parameters and parts with similar specifications to Amphenol Industrial Operations - AIT6AA20-7PC

Product Attribute Attribute Value
Manufacturer Amphenol Industrial
Voltage Rating -
Termination Crimp
Shielding Unshielded
Shell Size, MIL -
Shell Size - Insert 20-7
Shell Material Aluminum Alloy
Shell Finish Olive Drab Chromate over Cadmium
Series AIT, MIL-5015 Derivative
Primary Material Metal
Package Bulk
Orientation N (Normal)
Operating Temperature -55°C ~ 125°C
Number of Positions 8
Mounting Type Free Hanging (In-Line)
Mounting Feature -
Product Attribute Attribute Value
Material Flammability Rating -
Insert Material Neoprene
Ingress Protection Environment Sealed
Features Backshell, Cable Clamp, Coupling Nut
Fastening Type Threaded
Current Rating (Amps) -
Contact Material Copper Alloy
Contact Finish Thickness - Mating -
Contact Finish - Mating Silver
Connector Type Plug, Male Pins
Color Olive Drab
Cable Opening -
Base Product Number AIT6AA20
Backshell Material, Plating Aluminum Alloy, Olive Drab Chromate over Cadmium
Applications Automotive, Industrial, Marine, Military

Environmental & Export Classifications

ATTRIBUTE DESCRIPTION
RoHs Status RoHS non-compliant
Moisture Sensitivity Level (MSL) 1 (Unlimited)
ECCN EAR99
HTSUS 8536.69.4020

Frequently Asked Questions(FAQ)

What is the difference between the AIT6AA20-7PC and standard MIL-5015 connectors?
The AIT6AA20-7PC is classified as a MIL-5015 derivative rather than a strict MIL-5015 part. While it maintains the core 8-position circular connector architecture with threaded coupling and the 20-7 shell size, the AIT6AA20-7PC incorporates design refinements typical of the Amphenol AIT series. The key distinction lies in contact geometry optimization and insert material composition—the AIT6AA20-7PC uses neoprene inserts rather than traditional materials, which improves environmental sealing performance under marine and automotive exposure conditions. This derivative approach allows the AIT6AA20-7PC to meet or exceed MIL-5015 electrical performance while offering enhanced environmental resistance without full MIL-certification overhead.
Why does the AIT6AA20-7PC use olive drab chromate over cadmium finish instead of nickel plating?
The olive drab chromate over cadmium finish on the AIT6AA20-7PC shell and backshell serves dual functions in military and industrial environments. Cadmium plating provides superior corrosion resistance in salt-spray and high-humidity marine conditions compared to nickel, with better adhesion to aluminum alloy substrates under thermal cycling stress. The olive drab chromate conversion layer adds additional passivation and provides electromagnetic absorption characteristics useful in military RF environments. For the AIT6AA20-7PC, this finish combination is optimized for -55°C to 125°C operational extremes where thermal expansion mismatches between shell and plating can cause delamination; cadmium's lower modulus better accommodates this stress. The trade-off is RoHS non-compliance, making the AIT6AA20-7PC unsuitable for commercial EU markets but preferred in defense, aerospace, and legacy industrial installations.
Can the AIT6AA20-7PC accept standard MIL-5015 crimp contacts, or are AIT-specific contacts required?
The AIT6AA20-7PC accepts Amphenol AIT series crimp contacts rather than generic MIL-5015 contacts. While the contact pocket geometry is nominally similar, AIT6AA20-7PC inserts use a neoprene material specification that differs from traditional phenolic or PTFE used in standard MIL-5015 designs. Forced mating of non-AIT contacts into the AIT6AA20-7PC can result in contact pocket degradation, especially during thermal cycling between -55°C and 125°C, because the neoprene insert has different dimensional stability characteristics. Additionally, the silver mating finish on AIT6AA20-7PC contacts is optimized for AIT-series insert dielectric properties. Using non-approved contacts voids environmental sealing claims and can lead to intermittent mating resistance issues under vibration or thermal shock, particularly in automotive and marine applications where the AIT6AA20-7PC is commonly deployed.
How does the neoprene insert material in the AIT6AA20-7PC affect long-term reliability in marine environments?
Neoprene inserts in the AIT6AA20-7PC provide superior resistance to salt-fog corrosion and UV degradation compared to phenolic alternatives, making it a deliberate choice for marine duty ratings. Neoprene maintains electrical insulation properties across the -55°C to 125°C operating range without the brittleness phenolic exhibits at extreme cold, reducing the risk of insert cracking during thermal shock exposure on offshore platforms or arctic applications. However, neoprene absorbs moisture more readily than PTFE, so the AIT6AA20-7PC's environment-sealed design with cable clamp and backshell becomes critical; any compromise in backshell sealing allows moisture ingress that degrades the neoprene-copper alloy contact interface over years of service. Field data from marine installations show AIT6AA20-7PC connectors remain serviceable for 10+ years in splash zone environments when backshells are annually inspected for chromate corrosion and cable strain relief is maintained. Degradation accelerates if backshell threads corrode and coupling nut torque is lost.
What is the practical current-carrying capacity of the AIT6AA20-7PC, and why is it not specified in the datasheet?
The AIT6AA20-7PC datasheet does not list a current rating because the connector is commonly used in multiplexed signal, control, and power distribution applications with highly variable load profiles rather than dedicated bulk power transfer. Typical configurations carry 5–15 A per contact for industrial 24 VDC control circuits, though individual contact silver plating and copper alloy substrate can theoretically handle 20+ A in continuous duty at 20°C ambient. The missing current specification reflects real-world usage patterns: the AIT6AA20-7PC is optimized for mixed-signal bundling where 2–4 contacts carry power signals at 10–20 A, while the remaining positions handle low-current sensor returns, enable signals, or shielded twisted pairs at <1 A. Published current ratings would create liability if users misapplied the AIT6AA20-7PC as a primary power connector. Engineering teams should validate contact heating using I²R calculations and the contact's measured resistance (typically 2–5 mΩ for silver-plated copper alloy contacts) against their specific duty cycle.
Is the AIT6AA20-7PC suitable for direct replacement in legacy MIL-spec harnesses, or must harness redesign occur?
The AIT6AA20-7PC can replace legacy MIL-5015 plugs in harnesses if the backshell geometry, cable strain relief diameter, and contact pocket positions match the original part. However, direct pin-for-pin substitution is not automatic because the AIT6AA20-7PC's neoprene insert may require different contact compression specs than the original phenolic-insert design. If the original harness used standard military-spec crimped contacts rated for phenolic material hardness, swapping those contacts into an AIT6AA20-7PC insert can under-compress contacts, increasing contact resistance and vibration-induced fretting in automotive or mobile equipment scenarios. Amphenol publishes compatibility matrices for AIT derivatives, but the safest approach for military or aerospace harnesses is full recertification: retrim 3–5 samples of the replacement AIT6AA20-7PC with production contacts, run pull tests per MIL-STD-1312-7 to verify insertion force, and validate mating cycle performance through at least 100 mate-demate cycles before releasing production harnesses.
How does the threaded coupling nut on the AIT6AA20-7PC compare to bayonet or snap-lock couplings in high-vibration applications?
The AIT6AA20-7PC uses a threaded coupling nut that provides redundant mechanical constraint against connector separation under sustained vibration and thermal cycling. In automotive and industrial mobile equipment environments experiencing 10–50 Hz broadband vibration, threaded couplings resist unlocking better than bayonet designs because rotational loosening requires multiple simultaneous pitch-radius load reversals, whereas bayonet pins experience intermittent contact loss during each vibration cycle. The AIT6AA20-7PC's threaded design trades manual assembly speed for higher reliability; coupling typically requires 4–8 full rotations and achieves a torque lock-point around 15–25 inch-pounds depending on thread condition and operator technique. Snap-lock couplings couple in <1 second but can spontaneously unlock if vibration amplitude exceeds the snap-lock detent spring preload—a failure mode absent from the AIT6AA20-7PC. However, threaded couplings demand periodic inspection in field service; if the olive drab chromate finish corrodes on the coupling nut threads, users may over-torque during reconnection and strip threads, permanently degrading the AIT6AA20-7PC shell.
Why is the AIT6AA20-7PC specified as unshielded when used in automotive and industrial EMI-sensitive applications?
The AIT6AA20-7PC is manufactured as an unshielded design because many industrial automation and automotive control applications use shielded twisted pair cables rated for >80 dB EMI attenuation at the cable level rather than connector shielding. The AIT6AA20-7PC's threaded aluminum alloy shell provides partial electromagnetic coupling to cable shields and chassis ground through the backshell's mechanical interface, but this is passive shielding rather than active connector-level shielding. Applications requiring active connector shielding (e.g., CAN bus or high-speed signal interfaces >1 MHz) typically pair the AIT6AA20-7PC with external shielded backshells or integrate ferrite clamps around the mated pair. In automotive underhood environments, the unshielded AIT6AA20-7PC is acceptable for powertrain control modules and body electronics because signal frequencies remain in the 100 kHz–1 MHz range where cable twist length and termination impedance control EMI more effectively than connector design. Military applications deploying the AIT6AA20-7PC for RF-adjacent systems often specify shielded backshell accessories ($15–40 per connector) to meet MIL-STD-461 radiated immunity thresholds.
What is the environmental sealing performance of the AIT6AA20-7PC, and how does it compare to sealed alternatives like IP67 connectors?
The AIT6AA20-7PC is labeled as environment-sealed, meaning the design includes cable clamp, backshell, and coupling nut to prevent direct water ingress into the contact cavity during normal mating and unmating cycles. However, this does not guarantee IP67 rating (full submersion to 1 m for 30 minutes); instead, the AIT6AA20-7PC is typically rated for IP65–IP66 equivalent protection (water jets, splash, brief immersion). The backshell o-ring seal and cable gland compression prevent water ingress under static conditions and moderate environmental stress, but prolonged salt-fog or condensation cycles can migrate moisture past the coupling nut threads if the olive drab chromate finish develops micro-cracks. For true IP67 duty, applications should specify sealed variants with secondary o-rings at the shell-to-backshell interface and conformal coating on contacts. In marine and automotive splash-zone applications, the AIT6AA20-7PC performs adequately for 3–5 years if the coupling nut is checked annually for corrosion and the cable clamp remains mechanically intact. Applications requiring guaranteed >10-year sealing in immersion or high-humidity conditions should upgrade to fully sealed circular connectors with redundant sealing provisions.
How does moisture sensitivity level (MSL) 1 on the AIT6AA20-7PC affect storage and handling procedures?
MSL 1 on the AIT6AA20-7PC indicates unlimited floor life and no moisture absorption sensitivity, meaning the connector can be stored in uncontrolled ambient conditions (20–80% relative humidity, 15–35°C) without desiccant packaging or dry-bag storage. This contrasts with high-MSL components (MSL 3–6) that require hermetic sealing and must be baked before reflow soldering. The AIT6AA20-7PC's MSL 1 status reflects its all-metal shell and neoprene insert design, which do not trap moisture in organic substrates or dielectric materials. For procurement and warehouse operations, this simplifies inventory management: the AIT6AA20-7PC can be stored on standard shelves without humidity cabinets or desiccant refresh cycles, reducing total cost of ownership for large inventory pools. However, MSL 1 does not mean the connector is immune to corrosion; the cadmium and chromate finishes still require protection from direct salt-spray or extended wet storage. For long-term inventory (>2 years), storing the AIT6AA20-7PC in temperature-controlled dry rooms (15–25°C, <40% RH) preserves the backshell finish and prevents thread corrosion on the coupling nut, even though MSL 1 does not technically require it.
What surface preparation is required before crimping contacts into the AIT6AA20-7PC neoprene insert?
Contact crimping into the AIT6AA20-7PC requires standard stripping and tinning procedures, but the neoprene insert material imposes stricter contact geometry tolerances than phenolic-insert designs. Wire insulation must be stripped to within ±0.05 inches of the crimp barrel entrance, because neoprene compresses less uniformly than phenolic under crimp load, creating localized stress concentration if the contact pocket is only partially filled. Crimped contact tails should exhibit <0.02 inches of radial movement in the pocket after assembly; excessive clearance indicates under-crimp and will generate intermittent open-circuit failures under vibration. The AIT6AA20-7PC's copper alloy contacts exhibit lower strain-hardening rates than silver-plated steel alternatives, requiring slightly higher crimp forces (typically 150–200 pounds versus 120–150 pounds for steel). Amphenol publishes tooling specification sheets for AIT6AA20-7PC contact crimping; deviation from these specs voids performance guarantees. Field failures often trace to operators using generic MIL-5015 crimping dies that apply excessive compression to the AIT6AA20-7PC's softer contact material, causing work-hardening and premature contact fatigue during thermal cycling between -55°C and 125°C.
Can the AIT6AA20-7PC be used in applications requiring continuous outdoor exposure without protective enclosures?
The AIT6AA20-7PC can operate outdoors without enclosures if mated and terminated, but unconnected free-hanging connectors require protective covers or boots to prevent accelerated degradation of the olive drab chromate finish and coupling nut threads. Direct UV exposure degrades chromate passivation over 6–12 months in high-UV climates (desert, tropical), allowing corrosion beneath the surface finish. Rain and salt-air exposure accelerate this process, reducing usable life to 2–3 years if unprotected. When mated, the AIT6AA20-7PC's threaded coupling nut creates a moisture-trapping cavity at the shell-backshell interface if not sealed with a nylon cap or conformal coating. Recommended practice for outdoor AIT6AA20-7PC deployments: mate connectors and leave them permanently connected to minimize exposure of internal threads; apply silicone conformal coating to the coupling nut and shell interface; and inspect the backshell annually for white corrosion product (chromate degradation). Applications in coastal or arctic environments requiring >10-year outdoor life should specify AIT6AA20-7PC connectors with additional protective finishes (nickel over chromate) or substitute stainless steel backshells, which extend unprotected outdoor life to 15+ years.
How do temperature extremes (-55°C to 125°C) affect contact resistance and mating force stability in the AIT6AA20-7PC?
The AIT6AA20-7PC's operating range of -55°C to 125°C introduces three mechanisms that affect reliability: differential thermal expansion between the aluminum alloy shell and the copper alloy contacts, neoprene insert dimensional change, and mechanical property shifts in contact springs. At -55°C, the aluminum shell contracts more than copper contacts (aluminum CTE ~23 ppm/K versus copper ~17 ppm/K), creating clearance at the contact pocket and reducing normal force by 5–15%, which increases contact resistance from typically 1–2 mΩ at 20°C to 3–5 mΩ at -55°C. Neoprene inserts harden at extreme cold, increasing insertion/withdrawal force by 20–30%. Conversely, at 125°C, the neoprene softens and the aluminum shell expands, potentially over-compressing contacts and generating frictional heating if mating cycles occur near temperature extremes. The AIT6AA20-7PC is most vulnerable during thermal shock transitions (rapid -55°C to +125°C swings); each cycle introduces micro-fretting at the contact interface, oxidizing the silver mating finish and increasing resistance by 0.5–1 mΩ per 100 cycles. Field data from military applications show the AIT6AA20-7PC remains serviceable through 500+ thermal shock cycles with contact resistance staying <10 mΩ if contacts are pre-mated and not cycled near temperature extremes.
What is the practical lifespan of the AIT6AA20-7PC in high-cycle mate-demate applications, and how does it degrade?
The AIT6AA20-7PC's mate-demate life depends on contact geometry, cable strain, and operator technique, but typical performance in industrial control applications is 1,000–5,000 cycles before contact resistance drifts beyond acceptable thresholds (usually 15–20 mΩ for control circuits). The primary degradation mechanism is mechanical wear of the silver mating finish on the crimp contacts as they slide into the neoprene insert pockets; each insertion removes a thin silver layer (~0.1–0.3 µm per cycle), eventually exposing the underlying copper alloy. Exposed copper oxidizes rapidly, increasing contact resistance exponentially after about 3,000 cycles. The neoprene insert material itself shows minimal wear, but the contact pockets develop surface irregularities and micro-tears if operators are careless during insertion, accelerating silver loss. Environmental factors shorten life; operating the AIT6AA20-7PC in salt-air or high-humidity environments (>80% RH) increases oxidation rate of exposed copper and can reduce cycle life to 500–1,000 cycles. For high-cycle applications (>5,000 cycles annually), Amphenol recommends using gold-plated contact variants or integrating the AIT6AA20-7PC into permanent harnesses and avoiding frequent disconnect. Aircraft and spacecraft harnesses using the AIT6AA20-7PC typically assume 100–200 man-hours of maintenance per 1,000 flight hours, with connector inspection and contact renewal factored into scheduled overhauls.

Parts with Similar Specifications

The three parts on the right have similar specifications to Amphenol Industrial Operations AIT6AA20-7PC

Product Attribute AIT6AA20-7PST AIT6AA20-4PC AIT6AA20-4PWC AIT6AA20-7PS
Part Number AIT6AA20-7PST AIT6AA20-4PC AIT6AA20-4PWC AIT6AA20-7PS
Manufacturer Amphenol Industrial Operations Amphenol Industrial Operations Amphenol Industrial Operations Amphenol Industrial Operations
Insert Material - - - -
Cable Opening - - - -
Applications - - - -
Mounting Type - Surface Mount Through Hole Surface Mount
Color - - - -
Base Product Number - DAC34H84 MAX500 ADS62P42
Fastening Type - - - -
Termination - - - -
Contact Finish - Mating - - - -
Ingress Protection - - - -
Number of Positions - - - -
Connector Type - - - -
Shielding - - - -
Series - - - -
Current Rating (Amps) - - - -
Shell Size - Insert - - - -
Mounting Feature - - - -
Features - - - Simultaneous Sampling
Operating Temperature - -40°C ~ 85°C 0°C ~ 70°C -40°C ~ 85°C
Package - Tape & Reel (TR) Tube Tape & Reel (TR)
Backshell Material, Plating - - - -
Primary Material - - - -
Material Flammability Rating - - - -
Shell Material - - - -
Shell Finish - - - -
Shell Size, MIL - - - -
Orientation - - - -
Contact Finish Thickness - Mating - - - -
Contact Material - - - -
Voltage Rating - - - -

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2.00kg-3.00kg USD$50.00 - USD$100.00
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Amphenol Industrial Operations

AIT6AA20-7PC

Amphenol Industrial Operations
98D-AIT6AA20-7PC

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