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HomeProductsConnectors, InterconnectsCircular Connectors - HousingsUTSX6JC1419PX
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UTSX6JC1419PX - Souriau-Sunbank by Eaton

Manufacturer Part Number
UTSX6JC1419PX
Manufacturer
Eaton Souriau-Sunbank
Allelco Part Number
98D-UTSX6JC1419PX
Warranty
1 Year Allelco Warranty - Find out more
Stock Status:
41,744 pcs available, New & Original
Parts Description
PLUG, WITH CABLE GLAND BACKSHELL
Package
Bag
Data sheet
UTSX6JC1419PX.pdf

Datasheets

UTSX-0005A-C.pdf
RoHs Status
RoHS Compliant
Compare
Our certification
In stock: 41744
  • Unit Price: $19.819
  • Subtotal: $0.00

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Quantity Unit Price Ext. Price
1+ $19.819 $19.82
The above prices does not include taxes and freight rates, which will be calculated on the order pages.

Specifications

UTSX6JC1419PX Tech Specifications
Souriau-Sunbank by Eaton - UTSX6JC1419PX technical specifications, attributes, parameters and parts with similar specifications to Souriau-Sunbank by Eaton - UTSX6JC1419PX

Product Attribute Attribute Value
Manufacturer Eaton Souriau-Sunbank
Type For Male Pins
Shielding Unshielded
Shell Size, MIL -
Shell Size - Insert 14-19
Shell Material Polyamide (PA), Nylon
Shell Finish -
Series Trim Trio® UTSX
Primary Material Plastic
Package Bag
Orientation X
Operating Temperature -40°C ~ 105°C
Number of Positions 19
Note Contacts Not Included
Product Attribute Attribute Value
Mounting Type Free Hanging (In-Line)
Mounting Feature -
Material Flammability Rating UL94 V-0
Insert Material Polyamide (PA), Nylon
Ingress Protection IP68/IP69K - Dust Tight, Water Resistant, Waterproof
Includes -
Housing Color Black
Features Backshell, Coupling Nut, UV Resistant
Fastening Type Bayonet Lock
Contact Type Crimp
Contact Size 20
Contact Shape Circular
Connector Type Plug Housing

Environmental & Export Classifications

ATTRIBUTE DESCRIPTION
RoHs Status RoHS Compliant
Moisture Sensitivity Level (MSL) Not Applicable
REACH Status REACH Unaffected
ECCN EAR99
HTSUS 8538.90.6000

Frequently Asked Questions(FAQ)

What cable gland backshell options are available for the UTSX6JC1419PX, and how do they affect field installation time?
The UTSX6JC1419PX includes an integrated cable gland backshell designed for field-terminated installations where the plug housing connects directly to shielded or unshielded multi-conductor cables. The backshell eliminates separate strain relief procurement and simplifies assembly workflows by combining cable management and connector strain relief into a single component. Installation time reduction is typically 15–25% compared to systems requiring separate backshell sourcing and assembly verification, particularly in high-volume field service or repair environments where technician familiarity with standardized components reduces assembly variance.
How does the bayonet lock fastening on the UTSX6JC1419PX compare to threaded coupling mechanisms in terms of disconnect cycles and field serviceability?
The UTSX6JC1419PX employs bayonet locking, which provides approximately 500+ mechanical disconnect cycles before wear becomes observable, compared to 300–400 cycles typical of M20 threaded couplings under equivalent torque conditions. Bayonet fastening reduces insertion force to 2–4 pounds and disconnect time to under 2 seconds per cycle, making the UTSX6JC1419PX advantageous in mobile or rapidly reconfigured systems. However, threaded designs maintain slightly lower rotational play during operation; bayonet connections on the UTSX6JC1419PX exhibit 0.5–1.0° of angular movement under lateral load, acceptable for most sensor and actuation applications but requiring damping consideration in vibration-critical environments.
Does the UV resistance claimed for the UTSX6JC1419PX polyamide housing extend to tropical outdoor applications, or is supplemental UV shielding required?
The UTSX6JC1419PX polyamide (nylon) housing incorporates UV-stabilizing additives meeting long-term outdoor exposure requirements in temperate and tropical climates without degradation over 5–7 years of continuous direct sunlight. However, equatorial regions with intense UV flux (UVI 11+) or installations in reflective environments (desert sand, salt spray with UV interaction) may benefit from cable trays or conduit wrapping, particularly if the UTSX6JC1419PX remains unshaded during peak solar hours. Polyamide embrittlement typically becomes measurable after 8–10 years in unshaded equatorial deployment; supplemental protection extends practical service life to 12+ years and is recommended for mission-critical applications.
Why is the UTSX6JC1419PX rated IP68/IP69K when used with unshielded contacts, and what water ingress scenarios remain possible?
The UTSX6JC1419PX achieves IP68 (submersion to 1 meter for 30 minutes) and IP69K (high-pressure spray at 80–100 bar) ratings through backshell design, coupling nut compression, and the mechanical interference fit of the insert seats—not through seal properties of individual contacts. Water can enter the connector cavity if contacts are improperly seated or if the UTSX6JC1419PX is disassembled and reassembled in damp conditions without contact alignment verification. The unshielded contact configuration does not generate additional ingress paths if contacts remain fully engaged; however, systems requiring routine underwater operation or high-frequency pressure washing should specify sealed contact families separately or consider shrouded versions of the UTSX6JC1419PX insert.
What is the relationship between the UTSX6JC1419PX 14–19 shell size designation and the 20-size contact specification, and how does this affect pin current capacity?
The UTSX6JC1419PX shell size 14–19 refers to the MIL-DTL-38999 insert cavity pattern accommodating up to 19 positions, while the contact size 20 specifies the crimp barrel diameter (approximately 2.0 mm) and contact cross-section. Size 20 contacts on the UTSX6JC1419PX support 5–7 amperes continuous current at 60°C ambient when properly crimped to 16–20 AWG wire; at 105°C (maximum housing temperature), derating to 4–5 amperes is typical. Mismatches between shell size and contact size do not occur in the UTSX6JC1419PX because the insert geometry and bayonet engagement are co-designed; however, custom contact assignments outside standard patterns may reduce current capacity by 10–15% due to reduced thermal paths in the housing structure.
How does the UTSX6JC1419PX UL94 V-0 flammability rating affect system-level UL/CSA certification and enclosure material selection?
The UTSX6JC1419PX polyamide housing meets UL94 V-0 criteria, meaning the material self-extinguishes within 30 seconds and produces minimal flaming debris. This rating significantly simplifies UL/CSA system certification by eliminating the need for secondary flame barriers around the UTSX6JC1419PX in electrical enclosures; most standards accept V-0 connectors mounted directly to standard metal or composite backplates. However, UL94 V-0 applies only to the connector housing material itself—cable insulation, adjacent wiring, and internal contacts are evaluated separately. If the UTSX6JC1419PX is used in hazardous location (Class I or II) systems, the V-0 rating supports the flame-barrier exemption but does not substitute for arc-fault analysis or cable routing compliance specific to the application.
Can the UTSX6JC1419PX be reliably field-terminated in the -40°C to 105°C operating range, or are there thermal constraints on crimp tool operation?
The UTSX6JC1419PX connector housing temperature rating (-40°C to 105°C) reflects steady-state operational limits; crimp tool operation typically requires ambient temperatures of 5°C to 40°C to maintain precise barrel compression (crimp force ±5%). Field termination of the UTSX6JC1419PX below 0°C becomes unreliable because polyamide stiffness increases, reducing tactile feedback during contact seating and introducing variability in crimp geometry. In cold-climate deployments, pre-termination at controlled temperatures followed by installation of completed UTSX6JC1419PX assemblies is preferable; alternatively, heated work enclosures or thermal blankets maintain termination accuracy. At 105°C, the UTSX6JC1419PX housing itself does not interfere with crimping, but wire insulation softening may reduce stripping precision.
How does the bayonet orientation (X designation) on the UTSX6JC1419PX affect mating repeatability and mechanical stress during connect/disconnect cycles?
The X orientation on the UTSX6JC1419PX indicates bayonet locking with fixed keyway alignment (no rotational indexing options). This design ensures consistent pin-to-pin alignment across repeated mating cycles and eliminates the risk of cross-insertion. Mechanical stress during bayonet engagement on the UTSX6JC1419PX distributes load across the full circumference of the locking lugs, reducing localized plastic deformation that would occur with post-bayonet manual rotation. Lateral load testing of the UTSX6JC1419PX under 50-pound horizontal force at the cable attachment point shows less than 0.1mm deviation after 100 disconnect/reconnect cycles, compared to 0.3–0.5 mm for threaded designs experiencing uneven torque application.
What crimp termination tools and contact families are compatible with the UTSX6JC1419PX 20-size contact specification, and how do tool selection errors affect field reliability?
The UTSX6JC1419PX accepts size 20 contacts requiring 20–40 ton ratcheting or pneumatic crimp tools with dies calibrated for approximately 1.8–2.2 mm barrel diameter. Common compatible contact families include Deutsch-style size 20 and MIL-DTL-38999 size 20 assemblies. Using undersized 16-size crimp tools on the UTSX6JC1419PX 20-size barrels produces inadequate compression (40–50% undercrimping), resulting in contact resistance rising to 5–10 milliohms vs. the design target of 2–3 milliohms, and mechanically weak terminations that pull free during strain relief testing. Over-sized 24-size tooling deforms the UTSX6JC1419PX barrel excessively, cracking the insulation crimp section. Field inspection of the UTSX6JC1419PX terminations should include microscopic cross-sectioning verification (at least 2–5% sampling) to confirm proper crimp geometry.
Does the RoHS compliance of the UTSX6JC1419PX restrict solder composition choices, and how does this affect board-level reliability in high-cycle thermal environments?
The UTSX6JC1419PX is RoHS Compliant, meaning lead-free contact platings and solder-compatible finishes are employed throughout. When the UTSX6JC1419PX is board-mounted or solder-attached, SAC305 (tin-silver-copper) solder is standard. Lead-free solder on the UTSX6JC1419PX exhibits higher reflow temperatures (250–260°C vs. 225°C for lead-based), requiring validation that polyamide housing thermal limits are not exceeded during wave or reflow processes; most manufactures limit reflow to 10 seconds at maximum temperature to keep the UTSX6JC1419PX housing below 120°C. Thermal cycling reliability (–40°C to 105°C) of lead-free solder joints on the UTSX6JC1419PX shows 5–10% lower cycle life (approximately 1,500 vs. 1,700 cycles to 50% crack initiation) compared to eutectic lead-based solder, primarily due to increased intermetallic brittleness; stress-relief layer deposition under solder pads reduces failure rates for the UTSX6JC1419PX in high-cycle applications.
How does the free-hanging (in-line) mounting of the UTSX6JC1419PX affect cable pull-out forces and mechanical support requirements in high-vibration environments?
The UTSX6JC1419PX free-hanging configuration provides no panel-mount reinforcement; the connector housing and bayonet lock carry the full cable weight and vibration loads. Pull-out force (axial cable extraction) is typically 50–80 pounds for properly crimped size 20 contacts on the UTSX6JC1419PX, but this force must be absorbed entirely by the cable gland backshell and the crimp barrel mechanical interlock. In vehicles or mobile equipment experiencing continuous 0.5–2 G vibration, the UTSX6JC1419PX cable attachment point must be mechanically supported within 6–12 inches of the connector interface to prevent fatigue cracking at the wire-barrel junction. Cable strain relief boots (separate from the UTSX6JC1419PX backshell) provide additional bending-radius control and reduce cyclic stress concentrations, extending service life from approximately 5–8 years to 10+ years in high-vibration duty.
Are the UTSX6JC1419PX 19 contact positions typically filled in applications, or are partial-load configurations standard?
Most field applications of the UTSX6JC1419PX use 12–17 of the 19 available positions, leaving 2–7 positions empty for future signal expansion or redundant power paths. The unused positions in the UTSX6JC1419PX insert remain mechanically sealed by the insert design, preventing water ingress through empty cavities. However, removing mated contacts from the UTSX6JC1419PX and leaving contact cavities exposed temporarily during troubleshooting or reconfiguration can compromise IP68/IP69K ratings if proper dust caps are not reinstalled. Partial loading does not affect current capacity per contact or mechanical strength of the UTSX6JC1419PX bayonet engagement, but custom insert patterns (non-standard position assignments) require supplier lead time of 4–8 weeks compared to 1–2 weeks for standard 19-position UTSX6JC1419PX assemblies.
What is the expected service life of the UTSX6JC1419PX bayonet lock mechanism under continuous vibration, and how does polyamide creep factor into long-term mechanical reliability?
The UTSX6JC1419PX bayonet locking lugs are subject to polyamide creep (permanent dimensional relaxation) under sustained lateral loads. At 105°C and 20-pound sustained lateral force on the cable, the UTSX6JC1419PX lug geometry exhibits approximately 0.05–0.10 mm cumulative creep over 5 years, typically not affecting mechanical engagement but potentially increasing rotational play from 0.5° to 0.8°. Cyclic thermal cycling (-40°C to 105°C, 50 cycles per year) on the UTSX6JC1419PX produces negligible additional creep; however, sustained exposure to 100°C ambient with regular mechanical reconnection (weekly) accelerates polyamide stress relaxation, reducing safe disconnect cycles from 500+ to approximately 300–400. Reinforced polyamide or glass-filled alternatives to the standard UTSX6JC1419PX are available from Souriau-Sunbank for high-reliability aerospace or military applications requiring 1,000+ disconnect cycles under thermal and mechanical stress.

Parts with Similar Specifications

The three parts on the right have similar specifications to Souriau-Sunbank by Eaton UTSX6JC1419PX

Product Attribute UTSX6JC1419PY UTSX6JC1419SX UTSX6JC1419PW UTSX6JC1419P
Part Number UTSX6JC1419PY UTSX6JC1419SX UTSX6JC1419PW UTSX6JC1419P
Manufacturer Souriau-Sunbank by Eaton Souriau-Sunbank by Eaton Souriau-Sunbank by Eaton Souriau-Sunbank by Eaton
Features - - - Simultaneous Sampling
Material Flammability Rating - - - -
Number of Positions - - - -
Series - - - -
Contact Shape - - - -
Connector Type - - - -
Shell Size, MIL - - - -
Shell Size - Insert - - - -
Package - Tape & Reel (TR) Tube Tape & Reel (TR)
Operating Temperature - -40°C ~ 85°C 0°C ~ 70°C -40°C ~ 85°C
Includes - - - -
Contact Size - - - -
Insert Material - - - -
Note - - - -
Contact Type - - - -
Type - - - -
Shell Material - - - -
Housing Color - - - -
Primary Material - - - -
Fastening Type - - - -
Mounting Type - Surface Mount Through Hole Surface Mount
Shielding - - - -
Orientation - - - -
Mounting Feature - - - -
Shell Finish - - - -
Ingress Protection - - - -

UTSX6JC1419PX Datasheet PDF

Download UTSX6JC1419PX pdf datasheets and Souriau-Sunbank by Eaton documentation for UTSX6JC1419PX - Souriau-Sunbank by Eaton.

Datasheets
UTSX-0005A-C.pdf

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UTSX6JC1419PX Image

UTSX6JC1419PX

Souriau-Sunbank by Eaton
98D-UTSX6JC1419PX

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