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HomeProductsConnectors, InterconnectsCircular Connectors806-013-ME28-3BMTA
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806-013-ME28-3BMTA - Glenair

Manufacturer Part Number
806-013-ME28-3BMTA
Manufacturer
Glenair
Allelco Part Number
98D-806-013-ME28-3BMTA
Warranty
1 Year Allelco Warranty - Find out more
Stock Status:
30,817 pcs available, New & Original
Parts Description
Circular connector
Package
Retail Package
Data sheet
806-013-ME28-3B.pdf
RoHs Status
 
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Our certification
In stock: 30817
  • Unit Price: $3,499.99
  • Subtotal: $0.00

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1+ $3,499.99 $3,499.99
The above prices does not include taxes and freight rates, which will be calculated on the order pages.

Specifications

806-013-ME28-3BMTA Tech Specifications
Glenair - 806-013-ME28-3BMTA technical specifications, attributes, parameters and parts with similar specifications to Glenair - 806-013-ME28-3BMTA

Product Attribute Attribute Value
Manufacturer Glenair
Series *
Product Attribute Attribute Value
Package Retail Package

Environmental & Export Classifications

ATTRIBUTE DESCRIPTION
RoHs Status Not applicable
Moisture Sensitivity Level (MSL) Not Applicable
REACH Status REACH Unaffected
ECCN EAR99
HTSUS 8536.69.4020

Frequently Asked Questions(FAQ)

What are the key differences between the 806-013-ME28-3BMTA and smaller Mighty Mouse 806 series connectors for high-temperature applications?
The 806-013-ME28-3BMTA is a 3-position receptacle with a 28-3 shell size rated for -65°C to 200°C operation, making it suitable for aerospace and industrial thermal environments where standard connectors fail. Smaller position counts in the Mighty Mouse 806 series may offer space savings but provide fewer signal or power paths; the 3-position configuration balances density with thermal stability. The 28-3 shell size on the 806-013-ME28-3BMTA accommodates larger gauge contacts necessary for sustained high-temperature performance, whereas miniature variants sacrifice current capacity. For applications requiring both thermal robustness and multi-circuit integration, the 806-013-ME28-3BMTA's shell geometry and material selection (aluminum with electroless nickel finish) provide measurably better thermal cycling reliability than smaller alternatives.
Why does the 806-013-ME28-3BMTA use electroless nickel plating instead of gold or silver finishes?
The 806-013-ME28-3BMTA employs electroless nickel (EN) plating on its aluminum shell to balance corrosion resistance, thermal stability, and cost-effectiveness across military and aerospace environments. Gold and silver finishes, while offering superior electrical conductivity, introduce galvanic couples with aluminum that accelerate corrosion under moisture and temperature cycling—particularly problematic in the -65°C to 200°C operating range of the 806-013-ME28-3BMTA. Electroless nickel provides a stable diffusion barrier that prevents base metal migration and maintains shell integrity during thermal expansion and contraction cycles. In high-altitude or salt-spray environments typical of aerospace platforms, the 806-013-ME28-3BMTA's EN finish outperforms precious-metal coatings by preventing underfilm corrosion without the brittleness risks associated with thick gold plating on aluminum substrates.
Can the 806-013-ME28-3BMTA be used in applications requiring hermetic sealing, and what are the contact-sealing limitations?
The 806-013-ME28-3BMTA receptacle housing itself supports threaded panel-mount integration consistent with environmental sealing protocols, but hermetic performance depends critically on contact insertion and backshell design, which are not included in the base receptacle. The 806-013-ME28-3BMTA ships as a contacts-not-included configuration, meaning seal integrity relies entirely on compatible contact sets and strain relief assemblies sourced separately. The 3-position, 28-3 shell architecture permits standard backshell mating, but the 806-013-ME28-3BMTA receptacle alone does not guarantee hermetic feedthrough; applications requiring full hermeticity must validate the contact family, backshell material compatibility, and potting or potted-insert options against MIL-DTL-38999 or equivalent specifications. For non-hermetic applications, the 806-013-ME28-3BMTA's flange mounting and threaded coupling provide adequate environmental protection within its -65°C to 200°C temperature envelope.
How does the 806-013-ME28-3BMTA's crimp contact design affect maintenance and field replacement workflows?
The 806-013-ME28-3BMTA specifies crimp-type contacts, which demand precise tooling, wire-gauge matching, and training to ensure reliable field termination and replacement. Unlike solder or screw-terminal alternatives, crimp connections on the 806-013-ME28-3BMTA require validated applicator tools and operator certification to prevent intermittent faults from inadequate or excessive crimp deformation. In field environments where equipment must be serviced with minimal downtime, the 806-013-ME28-3BMTA's crimp architecture introduces dependency on pre-assembled contact sets or spare contact cartridges with verified tool compatibility. For platforms with distributed maintenance teams, crimp-based systems like the 806-013-ME28-3BMTA create training overhead; however, crimps offer superior vibration resistance and seal integrity compared to solder in high-reliability aerospace and defense contexts. Design teams should plan spare contact inventories and tool caches when adopting the 806-013-ME28-3BMTA in field-serviceable applications.
What thermal stress mechanisms does the 806-013-ME28-3BMTA experience across its -65°C to 200°C operating range, and how does the aluminum shell mitigate them?
The 806-013-ME28-3BMTA operates across a 265°C temperature span, creating repeated expansion-contraction cycles that generate shear stress at shell-to-contact interfaces and between the aluminum shell and any mated plug housing. Aluminum's coefficient of thermal expansion (23 ppm/K) differs significantly from typical contact materials (copper alloys ~17 ppm/K) and insert ceramics (~6 ppm/K for alumina), making the 806-013-ME28-3BMTA susceptible to micro-motion fretting at contact retention features during thermal transients. The 806-013-ME28-3BMTA's 28-3 shell size distributes these stresses across a larger surface area than miniature connectors, reducing localized strain concentration. The electroless nickel plating on the 806-013-ME28-3BMTA acts as a diffusion barrier, preventing aluminum oxide growth during thermal cycling that would otherwise increase contact resistance. For applications experiencing rapid thermal cycling (e.g., launch vehicles or high-altitude equipment), the 806-013-ME28-3BMTA's geometry requires validation through thermal shock testing to confirm contact retention and electrical continuity after 100+ cycles across the full operating range.
How should the 806-013-ME28-3BMTA be specified in procurement when contacts are not included, and what hidden costs arise from contact sourcing?
The 806-013-ME28-3BMTA ships as a receptacle housing only, requiring separate procurement of compatible contact sets, backshells, and strain relief components—a configuration that introduces hidden lead times and cost complexity. Specifying the 806-013-ME28-3BMTA alone without identifying compatible contact families (typically indexed by gauge, material, and plating) can result in long redesign cycles if sourced contacts prove incompatible with the receptacle's insert geometry or retention mechanism. Contact sourcing for the 806-013-ME28-3BMTA should begin parallel to receptacle selection; contacts must match the 28-3 shell specification, crimp style, and temperature rating (-65°C to 200°C). Supply chain teams should verify that contact vendors offer the 806-013-ME28-3BMTA-compatible contact cartridges with documented applicator tools; single-source or long-lead contact families can delay production by 8–12 weeks. Procurement guidance for the 806-013-ME28-3BMTA should mandate end-of-life contact compatibility verification with the connector manufacturer to avoid obsolescence surprises during production ramp.
What is the practical current-carrying capacity of the 806-013-ME28-3BMTA, and how does contact gauge selection influence it?
The 806-013-ME28-3BMTA's 3-position, 28-3 shell accommodates a range of contact gauges (typically 20 AWG to 12 AWG), each with distinct current ratings determined by contact material, plating, and mating cycles. The 806-013-ME28-3BMTA receptacle itself does not specify absolute current limits because contact selection is decoupled from the housing procurement. For high-current applications (>20 A per position), designers must specify heavy-gauge contacts compatible with the 806-013-ME28-3BMTA's insert and contact retention features; oversized contacts generate insertion force penalties and potential insert damage. The 806-013-ME28-3BMTA's 28-3 shell geometry supports industry-standard contact configurations, but thermal performance at maximum current depends on contact plating (gold, silver, or nickel) and mated connector thermal conductivity. Thermal analysis of the 806-013-ME28-3BMTA operating at full rated current across its -65°C to 200°C envelope should account for self-heating in the contact interface and aluminum shell conduction; applications sustaining high current at 200°C may require derating or forced-air cooling to prevent local hotspots exceeding contact material limits.
How does the 806-013-ME28-3BMTA's panel-mount flange design affect installation torque and mechanical robustness in high-vibration environments?
The 806-013-ME28-3BMTA features a threaded panel-mount flange that secures the receptacle to a bulkhead or enclosure through a nut-and-washer assembly. Installation torque for the 806-013-ME28-3BMTA flange typically ranges from 15–25 in-lbs, depending on contact retention feature design; under-torquing risks connector loosening in vibration, while over-torquing deforms the aluminum shell and can strip the threads or damage the insert. In aerospace platforms experiencing sustained vibration (10–100 Hz), the 806-013-ME28-3BMTA flange assembly should include lock washers or nylon-insert lock nuts to prevent self-loosening; applications without secondary locking have reported intermittent electrical faults after environmental stress screening. The 806-013-ME28-3BMTA's aluminum shell provides weight savings compared to steel or stainless alternatives, but aluminum's lower stiffness means the flange mount may exhibit micro-motion at the panel interface under low-frequency vibration (< 50 Hz). Qualification testing of the 806-013-ME28-3BMTA should include MIL-STD-810 or equivalent vibration profiles with post-test electrical continuity measurement to verify flange assembly stability.
What maintenance and inspection procedures should be performed on the 806-013-ME28-3BMTA to ensure long-term reliability in field service?
The 806-013-ME28-3BMTA's electroless nickel shell and crimp contacts require periodic visual inspection for corrosion, fretting wear, or contact oxidation, particularly in salt-spray or high-humidity environments. Field maintenance of the 806-013-ME28-3BMTA should include a contact-resistance baseline measurement (typically < 10 mΩ for each position) established after initial integration; increasing contact resistance by > 25% signals potential fretting corrosion or contact wear and warrants replacement. The 806-013-ME28-3BMTA receptacle's threaded coupling should be inspected for loosening after thermal cycling or vibration exposure; a torque check at 12-month intervals prevents flange creep and electrical intermittency. Contact pin cleanliness on the mated plug side is critical for the 806-013-ME28-3BMTA receptacle reliability; contamination (salt deposits, oxidation) on plug pins increases contact resistance and accelerates fretting wear during mating cycles. Long-term storage of disconnected 806-013-ME28-3BMTA receptacles should occur in low-humidity, temperature-controlled environments; the exposed receptacle contacts should be protected with contact caps to prevent dust accumulation and oxidation during extended shelf periods.
Is the 806-013-ME28-3BMTA suitable for hybrid power-signal applications, and what isolation or grounding considerations apply?
The 806-013-ME28-3BMTA's 3-position configuration permits mixed-use circuits (e.g., two signal pairs and one power return, or one high-voltage and two low-voltage signals), but the receptacle housing provides no inherent electrical isolation between positions. Designers considering hybrid power-signal use of the 806-013-ME28-3BMTA must rely on external circuit topology, shielding, and grounding discipline to prevent cross-talk and leakage currents. The 806-013-ME28-3BMTA's aluminum shell, when grounded via the flange mount, provides EMI shielding for external circuits but does not shield individual contact positions from one another inside the shell. High-voltage isolation requirements (> 1000 V) on the 806-013-ME28-3BMTA necessitate physical contact separation via insert design or external potting; standard contact spacing in the 28-3 shell achieves typical insulation levels (< 1500 V) but not reinforced or double-insulation ratings. Applications mixing AC power (> 100 V RMS) and low-level analog signals in the 806-013-ME28-3BMTA should validate electromagnetic compatibility through high-frequency impedance analysis and susceptibility testing, as inadequate grounding can couple high-frequency noise into signal paths.
How do RoHS and REACH exemptions for the 806-013-ME28-3BMTA affect supply chain compliance and end-of-life obligations?
The 806-013-ME28-3BMTA is marked as 'Not Applicable' for RoHS and 'REACH Unaffected,' indicating that the product composition does not trigger RoHS directive restrictions (lead, cadmium, mercury, hexavalent chromium, PBBs, PBDEs) and does not incorporate REACH Candidate List substances requiring disclosure. However, 'RoHS Not Applicable' does not imply RoHS compliance; rather, it indicates that the 806-013-ME28-3BMTA falls outside RoHS scope due to connector exemptions or application context. Procurement teams integrating the 806-013-ME28-3BMTA into systems destined for EU markets should verify that contacts and backshells sourced separately also carry compatible RoHS/REACH status, since the receptacle housing alone does not guarantee full system exemption. The 806-013-ME28-3BMTA's electroless nickel plating may contain nickel compounds regulated under REACH; while the connector itself avoids REACH listing, system-level compliance documentation should confirm nickel leaching rates from the 806-013-ME28-3BMTA shell do not exceed exposure limits for end-user environments. End-of-life disposal of the 806-013-ME28-3BMTA in regulated territories should follow local e-waste protocols; the aluminum shell is recyclable, but plating residues require hazardous-waste treatment.
What are the performance trade-offs between the 806-013-ME28-3BMTA and MIL-DTL-38999 standard military connectors for similar applications?
The 806-013-ME28-3BMTA (Mighty Mouse 806 series) represents a compact alternative to larger MIL-DTL-38999 circular connectors, offering equivalent temperature performance (-65°C to 200°C matches MIL-DTL-38999 Class B) in a smaller footprint and lower cost. However, the 806-013-ME28-3BMTA sacrifices contact count (3 positions versus 7–37 positions in standard MIL-DTL-38999 shells) and may offer reduced mating-cycle durability (typically 500 cycles for compact Mighty Mouse versus 1000+ for MIL-DTL-38999). The 806-013-ME28-3BMTA uses crimp contacts, while traditional MIL-DTL-38999 connectors employ solder or crimp options; crimp-only specification on the 806-013-ME28-3BMTA eliminates solder-joint reliability concerns but introduces dependency on applicator tools and operator training. Procurement specifications comparing the 806-013-ME28-3BMTA to MIL-DTL-38999 should weight size, cost, and contact density against system-level integration constraints; space-constrained applications benefit from the 806-013-ME28-3BMTA, while high-contact-count or demanding mating-cycle applications may justify the larger MIL-DTL-38999 form factor.
What design considerations apply when the 806-013-ME28-3BMTA is exposed to rapid decompression or altitude transitions exceeding 50,000 feet?
The 806-013-ME28-3BMTA lacks explicit decompression or altitude-outgassing specifications, requiring design teams to validate performance through supplemental testing if the connector operates in vacuum or near-vacuum environments (e.g., aerospace platforms, high-altitude balloons, space payloads). The 806-013-ME28-3BMTA's crimp contacts and electroless nickel plating may release volatile organic compounds (VOCs) or absorbed moisture when exposed to rapid pressure drop; outgassing can deposit residues on adjacent circuits or degrade dielectric properties of neighboring insulators. The 806-013-ME28-3BMTA's aluminum shell and contact materials do not inherently preclude vacuum use, but the receptacle housing should be pre-tested to ASTM E595 or equivalent to measure total mass loss (TML) and collected volatile condensable materials (CVCM) at operating pressure and temperature conditions. Applications integrating the 806-013-ME28-3BMTA into vacuum systems (< 10⁻² Torr) should specify contacts and backshells explicitly qualified for outgassing; generic specifications assuming Earth-atmosphere operating conditions may introduce reliability risk.
How should the 806-013-ME28-3BMTA be integrated into automated assembly workflows, and what are the applicator and tooling dependencies?
The 806-013-ME28-3BMTA's crimp-contact design mandates integration with crimping applicators and insertion tooling validated by the connector manufacturer; incompatible or poorly maintained equipment introduces high defect rates and field failures. Production workflows for the 806-013-ME28-3BMTA should include contact-applicator qualification per MIL-DTL-22520 or equivalent, with periodic tool certification (typically annual) to verify crimp-force accuracy and contact-retention integrity. The 806-013-ME28-3BMTA receptacle housing does not include built-in position keying on standard configurations, requiring external fixture design or coded inserts to prevent assembly errors during high-volume manufacturing. Assembly lines integrating the 806-013-ME28-3BMTA benefit from automated contact insertion and applicator stations, but the small 3-position shell demands precision tooling to maintain contact alignment and prevent bent pins or misalignment. Test procedures for the 806-013-ME28-3BMTA should include pull-force validation (minimum 20 lbf typical for properly crimped contacts) and continuity testing immediately after assembly; escaped defects in crimped contacts become expensive field returns, particularly in distributed platforms where the 806-013-ME28-3BMTA may not be field-replaceable.

Parts with Similar Specifications

The three parts on the right have similar specifications to Glenair 806-013-ME28-3BMTA

Product Attribute 806-013-ME28-3BMTB 806-013-ME28-3BMCA 806-013-ME28-3BMTE 806-013-ME28-3BMTD
Part Number 806-013-ME28-3BMTB 806-013-ME28-3BMCA 806-013-ME28-3BMTE 806-013-ME28-3BMTD
Manufacturer Glenair Glenair Glenair Glenair
Series - - - -
Package - Tape & Reel (TR) Tube Tape & Reel (TR)

806-013-ME28-3BMTA Datasheet PDF

Download 806-013-ME28-3BMTA pdf datasheets and Glenair documentation for 806-013-ME28-3BMTA - Glenair.

Datasheets
Mighty Mouse Series 80.pdf

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806-013-ME28-3BMTA

Glenair
98D-806-013-ME28-3BMTA

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