B2B Electronic Connection Solution

M8 3-Pin Female Sensor Cable Assembly, A-Coded, IP67 Waterproof

Factory-backed connector sourcing and electric connection support for OEMs, distributors and electronic equipment manufacturers.

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M8 3-Pin Female Sensor Cable Assembly, A-Coded, IP67 Waterproof

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OEM & Manufacturing Advantages

Partner with us for factory-direct pricing, custom engineering, and complete compliance ready for global markets.

Custom Engineering Support

Tailored cable assembly & wire harness designs to meet your exact application requirements.

Full Technical Datasheets

Electrical ratings, mechanical drawings, material specs and compliance certifications on request.

Factory Direct Pricing

Competitive OEM & distributor pricing with flexible MOQ for both prototype and volume orders.

UL / CE Compliance Ready

Products engineered and tested to meet North American and European regulatory standards.

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Submit a quote request below -- our engineering team typically responds within one business day with full specifications, samples availability and lead times.

Detailed Product Information

Technical Data & Reference

Structured parameters, material notes, application context and frequently asked questions for engineering and procurement evaluation.

Competitor & Cross-Reference

Alternative Type
Intermateable With
Competitor Part Number
TE Connectivity / Phoenix Contact M8 3-Pos Sensor Cables (e.g., Phoenix Contact 1681677 or equivalent)
Mates With
Standard M8 3-Pin A-Coded Male Plugs / Panel Mount Connectors

Intermateable: This part is mechanically and electrically compatible for mating with the listed competitor connector. Mixed use in the same connector system is supported.

Technical Specifications

Number of Pins:
3 Pos
Key Position:
A-Coded
Connector Type:
M8 Socket (Female)
Connection Type:
Threaded Screw Locking (M8 x 1.0)
Wire Gauge:
22 AWG (Standard)
Cable Length:
Customized to requirements
Termination:
Overmolded
Cable End:
Flying Leads / Blunt Cut / Custom

Material Composition

Material Value / Description
Housing / Core: PA66 (UL94 V-0)
Contacts: Copper Alloy, Gold-Plated
Coupling Nut: Copper Alloy, Nickel-Plated
Sealing / O-Ring: NBR
Overmolding: PVC or PU
Shielding: Tinned Copper Braid
Conductor: Stranded Tinned Copper
Cable Jacket: PVC or PU (Oil-resistant)

Technical Characteristics

Characteristic Value
Rated Voltage: 60V DC
Rated Current: 4A
Contact Resistance: ≤ 5 mΩ
Insulation Resistance: ≥ 10 MΩ (DC300V)
IP Rating: IP67 (when properly mated)
Mating Cycles: ≥ 100 Cycles
Operating Temp -40°C to +80°C
Conductor Resistance ≤ 5 Ω

Application Scenarios

  • Industrial Automation & Robotics: Transmitting reliable proximity switch and photoelectric sensor signals to PLCs, utilizing the compact 3-pin layout to save crucial space on automated machinery.

  • Machine Vision Systems: Providing shielded, interference-free trigger and power connections for compact industrial cameras on high-speed factory inspection lines.

  • Process Control & I/O Blocks: Offering IP67-rated waterproof connectivity for distribution boxes and field-level sensor networks in facilities exposed to dust, moisture, and washdowns.

  • Material Handling Equipment: Delivering robust, vibration-resistant sensor connections on automated guided vehicles (AGVs) and conveyor belt sorting modules using our flexible TPU jacketed cables.

Frequently Asked Questions

Are these 3-pin M8 female cable assemblies compliant with RoHS and CE standards?
Yes, our cable assemblies are manufactured under strict ISO quality control systems and are fully compliant with RoHS, REACH, and CE directives. We can also utilize UL-recognized raw cables for North American markets upon request.
Should I choose a PVC or TPU cable jacket for my application?
PVC is the cost-effective standard for fixed routing and general indoor environments. However, if your application involves flexible installations, exposure to cutting oils, or extreme mechanical wear, we highly recommend our PU (Polyurethane) jackets for maximum durability.
Can you customize the pinout and wire stripping on the un-connectorized end?
Absolutely. As an OEM manufacturer, we can strip, tin, or terminate the flying leads with specific ferrules, JST/Molex housings, or custom wire colors according to your exact wiring schematics to speed up your final assembly.
What is your Minimum Order Quantity (MOQ) and standard lead time?
We offer flexible MOQs to support both your prototyping phases and volume production. Standard M8 cable configurations typically have a lead time of 2 to 3 weeks, while fully customized jackets or specific overmolds may take 3 to 5 weeks.

Overview and Application Notes

Overview: Engineered for rugged industrial environments, our M8 3-Pin Female Sensor Cable Assembly provides a highly reliable, space-saving connection solution for sensors, actuators, and distribution boxes. Featuring an A-coded configuration and a secure threaded locking mechanism, this compact cable assembly guarantees stable power and signal transmission under severe vibration. Manufactured with robust IP67-rated sealing and premium shielding, it effectively resists moisture, dust, and electromagnetic interference (EMI). As a factory-direct manufacturer, we provide comprehensive OEM/ODM services, allowing you to customize cable lengths, 22 AWG wire specs, and jacket materials (PVC/PU) to perfectly match your specific automation equipment designs.

Application Notes:

  • Torque Specifications: Apply the recommended tightening torque (typically 0.2 Nm for M8 connectors) to the knurled screw ring to achieve complete IP67 sealing without compressing or damaging the internal NBR O-ring.

  • Dynamic vs. Static Routing: Maintain a minimum bend radius of 10x the cable diameter for continuous-flex flexible installations (using PU jackets) and 8x for fixed static installations (PVC jackets) to prevent internal conductor fatigue.

  • Keying Alignment: Visually align the A-coded keyway prior to mating to ensure correct polarity and prevent pin damage during installation.

  • Shielding Termination: In environments with high electromagnetic interference, ensure the integrated shield is properly grounded at the equipment panel to maintain sensor signal integrity.

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  • 2 Drawing, datasheet, sample photo, or current supplier part number.
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