Phoenix SACC-CI-M12 Series Industrial Connector Product Selection Guide

In industrial automation equipment connection, sensor signal transmission and control cabinet dense wiring scenarios, Phoenix SACC-CI-M12 series industrial connectors are highly recognized for their standardized M12 interface design, diversified configuration options and reliable industrial-grade performance. This guide collates the product codes, models and detailed descriptions of SACC-CI-M12 series models, helping electrical design, procurement and maintenance personnel quickly select suitable connectors for different industrial connection requirements.

1. SACC-CI-M12 Series Core Model List (With Product Descriptions)

2. Quick Interpretation of SACC-CI-M12 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: SACC-CI-M12
   • SACC-CI: Phoenix industrial connector socket series, dedicated to equipment signal and power connection;
   • M12: Standard M12 interface specification, compatible with mainstream industrial sensors, actuators and communication equipment.
2. Interface Type Code:
   • MS/FS: Basic M12 male/female connector, suitable for general industrial connection scenarios;
   • MSL/FSL/MSX/FSX/FSY/FSB/FSD: Special M12 male/female connector variants, tailored for non-standard interface matching, high-speed signal transmission or compact installation scenarios.
3. Core Configuration Parameter:
   • XCON/XFE/XP: Core number or signal specification, such as 4CON (4-core), 12CON (12-core), 4FE (4-core high-speed signal), 8P (8-pin), determining the signal/power transmission capacity of the connector.
4. Outlet Direction Mark:
   • L90: Right-angle outlet, suitable for dense wiring environments with limited installation space;
   • L180: Straight outlet, ideal for long-distance signal transmission and open installation scenarios.
5. Installation & Function Suffix:
   • THR: Through-hole installation, suitable for panel or control cabinet fixed mounting;
   • SMD: Surface mount technology, designed for PCB board integrated installation;
   • SH: Shielding function, reducing electromagnetic interference in industrial environments;
   • TOR X: Torque specification, ensuring stable connection tightness in vibration-prone scenarios;
   • SCO: Special configuration, tailored for customized industrial equipment connection needs;
   • GR: Grounding function, improving the anti-interference ability of the connector;
   • T: T-type structural design, optimizing installation space and connection stability.

3. Core Advantages of Phoenix SACC-CI-M12 Series Connectors

1. Standardized M12 Interface Compatibility: Adopts universal M12 interface design, fully compatible with mainstream industrial sensors, actuators and communication equipment, realizing seamless connection of industrial systems.
2. Diversified Configuration Options: Covers multiple interface variants (MS/FS/MSL/FSL etc.), core numbers (4-core to 17-core) and outlet directions (L90/L180), meeting the connection needs of different industrial scenarios from single-signal to multi-signal transmission.
3. Multi-level Anti-interference Design: Provides SH shielding function models, effectively suppressing electromagnetic interference generated by industrial equipment such as motors and frequency converters, ensuring stable signal transmission.
4. Flexible Installation Modes: Supports THR through-hole installation, SMD surface mount and other modes, adapting to different application scenarios such as control cabinet panel, PCB board integration and equipment internal installation.
5. Industrial-grade Reliable Performance: Adopts high-strength and corrosion-resistant materials, passes strict industrial environment tests, and can operate stably under high temperature, high humidity and vibration conditions, ensuring long-term reliable work of the connection system.

4. Product Selection Suggestions

1. Interface Type Matching: Select MS series male connectors for active equipment signal output; choose FS series female connectors for passive equipment signal input; adopt special variants (MSL/FSL etc.) for non-standard interface matching scenarios.
2. Core Number Selection: Determine the core number according to the number of transmitted signals/power circuits: select 4-core/5-core models for simple signal transmission; choose 8-core/12-core models for multi-signal integration; adopt 17-core models for large-scale industrial automation system connection.
3. Outlet Direction Selection: Choose L90 right-angle outlet models for dense wiring environments in control cabinets; select L180 straight outlet models for long-distance signal transmission and open installation scenarios.
4. Function & Installation Selection: Select SH shielding models for high-interference industrial scenarios; choose TOR torque specification models for vibration-prone equipment connection; adopt SMD surface mount models for PCB board integrated design; select THR through-hole installation models for control cabinet panel mounting.
5. Special Scenario Matching: For high-speed communication systems, select 4FE/10G high-bandwidth models; for customized equipment connection, choose SCO special configuration models; for high-precision signal transmission, prioritize models with GR grounding function.