Phoenix Contact SAC-8P-10,0-PUR/M12FS (Part Number 1520372) is an 8-core sensor/actuator connection cable specifically designed for industrial automation applications. Its primary function is to enable stable signal or power transmission between sensors, actuators, and controllers (such as PLCs). Featuring an environmentally resistant and highly adaptable design, it is widely used in industrial settings including machine tools, production lines, and logistics equipment.

• Core Count and Transmission Capacity: Features an 8-core design supporting simultaneous transmission of multi-channel signals (e.g., digital/analog signals) or auxiliary power. This meets the multi-signal requirements of most mid-to-high-end sensors/actuators (e.g., feedback-enabled actuators, multi-parameter detection sensors).
• Connectors and Coding:
  • One end features a straight M12 socket with industry-standard A-coded configuration (compliant with IEC 61076-2-101), ensuring precise matching with sensors/actuators of the same coding to prevent misinsertion.
  • The opposite end is a free cable termination, facilitating stripping, crimping, or soldering to adapt to various field device interfaces (e.g., terminal blocks, plugs) for flexible compatibility.
• Cable Length: Fixed length of 10 meters covers short-to-medium distance connections in industrial environments (e.g., between equipment rooms, control cabinets, and sensors). Eliminates the need for additional cutting or splicing, reducing signal attenuation risks.

• Insulation and Sheath Material: Utilizes PUR (polyurethane) material with three core advantages:
• Abrasion and Tear Resistance: PUR offers high hardness and toughness, withstanding industrial mechanical friction (e.g., contact with equipment housings or pipes), dragging, or minor impacts to extend service life;
• Environmental Resistance: Resists oil contamination and chemical agents (e.g., common industrial cleaners), while maintaining temperature tolerance (-40°C to 80°C) for humid, oily, or fluctuating industrial environments;
• Halogen-Free and Eco-Friendly: Complies with halogen-free standards (e.g., IEC 61249-2-21), emitting no toxic halogen gases during combustion. This enhances operational safety, making it particularly suitable for enclosed or personnel-dense industrial workshops.
• Color and Identification: The sheath features a black-gray hue (RAL 7021), a low-visibility color commonly used in industrial equipment. This reduces visual clutter caused by accumulated dust and oil residue while facilitating easy differentiation from other on-site cables (e.g., power lines, signal cables), lowering identification costs during maintenance.

This cable is highly tailored for sensor/actuator connections in industrial automation, with typical applications including:

• Discrete Manufacturing: Connecting photoelectric sensors, proximity switches, and small solenoid valves (actuators) to PLCs or distributed I/O modules in automotive production lines and machine tools.
• Logistics and warehousing equipment: Connecting position sensors, encoders (sensors), and controllers in conveyors or stackers to transmit position signals or status feedback;
• Process industries: Connecting temperature and pressure sensors to acquisition modules in food or pharmaceutical workshops (non-material-contact zones). Its PUR material withstands regular cleaning cycles.
• Compatibility: Its M12 A-coded interface is compatible with sensors/actuators of the same coding from most major brands (e.g., Siemens, Schneider, Keyence). The 8-pin design supports signal transmission for NPN/PNP sensors and analog sensors (e.g., 4-20mA output), eliminating the need for additional adapters or cables.

• Installation Ease: Straight M12 sockets feature snap-in or threaded connections (depending on interface design), enabling simple plug-in or screw-tightening operations without specialized tools. The free cable end lacks pre-installed connectors, allowing flexible field adaptation to reduce installation complexity.
• Low Maintenance Costs: PUR material offers superior aging resistance, reducing replacement frequency due to cable damage. The dark gray jacket facilitates detection of cable damage or loosening, while the clear 8-core signal path structure enables rapid fault localization during troubleshooting.