Phoenix SAC-3P Series 3-Core Industrial Connector Product Selection Guide

In industrial low-power signal transmission, sensor connection, and compact equipment wiring scenarios, Phoenix SAC-3P series 3-core industrial connectors are highly recognized for their flexible configuration, diverse interface options, and reliable environmental adaptability. This guide collates the product codes, models, and detailed descriptions of the SAC-3P series, helping electrical design, procurement, and maintenance personnel quickly select suitable connectors for different 3-core circuit connection requirements.

1. SAC-3P Series Core Model List (With Product Descriptions)

2. Quick Interpretation of SAC-3P Series Model Naming Rules

Mastering the naming logic can help you quickly identify the core parameters and applicable scenarios of the product:

1. Series Prefix: SAC-3P = 3-core industrial connector series, dedicated to low-power signal transmission, sensor connection, and compact equipment 3-core circuit wiring.
2. Cable Specification Parameter:
   • X,0: Cable length in meters, covering ultra-short (1.0m) to medium-distance (3.0m) ranges, adapting to different installation distance requirements.
   • PVC/PUR: Cable material, PVC is cost-effective for dry indoor environments; PUR has wear resistance, oil resistance, and corrosion resistance for harsh industrial environments.
3. Interface Type Code:
   • M5FS/M8FS/M12FS: Standard female heads of M5/M8/M12 interfaces, compatible with mainstream industrial sensors and actuators of corresponding sizes.
   • M8FR/M12FR: Reverse female heads of M8/M12 interfaces, tailored for non-standard reverse connection scenarios of equipment.
   • M12FSS: Special M12 female head, designed for customized 3-core circuit connection needs.
   • A/BI/CI: Customized interface types, suitable for non-standard industrial equipment 3-core connection scenarios.
4. Function & Configuration Suffix:
   • SH: Shielding function, effectively reducing electromagnetic interference in industrial environments, suitable for high-precision signal transmission scenarios.
   • 2/2L: Multi-outlet or extended configuration, supporting parallel connection of multiple devices or special installation requirements.
   • 1L-Z/1L-V/1L-R-ES: Interface configuration codes, representing different functional adaptations such as customized signal, special voltage, and special industrial scenarios.
   • 542: Industry standard matching code, ensuring seamless connection with 542 series industrial equipment.
   • PE: Protection grounding function, enhancing the electrical safety of 3-core circuits.
   • BK: Black appearance design, facilitating circuit identification in complex wiring environments.
   • 180: 180° straight outlet design, suitable for open installation scenarios with no space restrictions.

3. Core Advantages of Phoenix SAC-3P Series Connectors

1. Diversified Interface & Configuration OptionsCovers standard interfaces (M5/M8/M12), reverse interfaces, and customized interfaces (A/BI/CI), matching the 3-core connection needs of mainstream industrial equipment, micro-equipment, and non-standard customized equipment.
2. Flexible Cable Material & Length CoverageProvides PVC/PUR dual material options and cable lengths from 1.0m to 3.0m, adapting to dry indoor environments and harsh outdoor/industrial workshop scenarios, as well as ultra-short to medium-distance connection requirements.
3. Rich Functional Extension SupportIntegrates shielding (SH), protection grounding (PE), multi-outlet (2/2L), and special configuration (1L-Z/1L-V) functions, meeting the needs of high-interference signal transmission, circuit safety protection, and customized industrial scenarios.
4. Excellent Environmental AdaptabilityPUR cable models have strong resistance to wear, oil, corrosion, and vibration, and can operate stably under high temperature and high humidity conditions, suitable for harsh industrial environments such as workshops and outdoor sites.
5. Strong Compatibility & Easy InstallationAdopts standard industrial interface design, compatible with Phoenix's mounting rails and terminal blocks, realizing quick plug-in and replacement; various outlet configurations (180° straight outlet, etc.) adapt to different installation space requirements.

4. Product Selection Suggestions

1. Cable Material & Length Matching
   • Material Selection: Choose PVC cable models for dry indoor industrial environments to reduce costs; select PUR cable models for harsh environments such as outdoor, oil-stained workshops, and vibration scenarios to improve durability.
   • Length Selection: Measure the actual distance between connected devices, and select the cable length with a 10%-20% margin to avoid tension on the cable during installation; choose 1.0m/1.5m ultra-short cables for equipment internal wiring, and 3.0m medium-length cables for medium-distance field connection.
2. Interface Type Selection Based on Equipment
   • For micro-equipment internal wiring: Select M5FS interface models (1530427).
   • For general industrial sensor/actuator connection: Choose M8FS/M12FS standard interface models.
   • For non-standard reverse connection scenarios: Adopt M8FR/M12FR reverse interface models.
   • For customized industrial equipment connection: Select A/BI/CI customized interface models.
3. Function Suffix Selection According to Scenarios
   • For high-interference signal transmission scenarios: Prioritize models with SH shielding function (1521724, 1521711).
   • For circuit safety protection requirements: Choose models with PE protection grounding function (1176479).
   • For multi-device parallel connection: Select models with 2/2L multi-outlet configuration (1694198, 1671072).
   • For special voltage/signal adaptation scenarios: Adopt models with 1L-V/1L-R-ES configuration (1443190, 1401340).
4. Compatibility & Cost Optimization
   • For 542 series equipment connection: Select models with 542 standard matching code (1406321).
   • For general non-critical 3-core circuits: Choose basic structure models without additional function suffixes to reduce procurement costs; for key circuits, prioritize models with SH/PE functions to ensure stable performance.