Phoenix SACCBP Series Industrial Assembled Circular Connectors Complete Selection Guide

I. Series Overview: Industrial-Grade Assembled Circular Connectors for Signal & Power Transmission

The Phoenix SACCBP series is a full portfolio of industrial-grade pre-assembled circular connectors engineered for reliable signal and power transmission in factory automation, industrial cabling systems and control cabinet interconnection scenarios. This series features modular assembly design, covering diversified core configurations (2/4/5/8/17-core), mainstream industrial interfaces (M16/M12/PG9) and customizable cable lengths (0.5m/1.0m/2.0m/5.0m), with professional suffixes (PUR/PVC cable, SCO standardized assembly, 9xx product coding, THR/SMD installation). All variants adopt industrial-grade high-strength thermoplastic housings and gold-plated contact pins, supporting IP67 ingress protection (when mated), wide operating temperature tolerance (-40°C to +85°C), oil and abrasion resistance, and perfect compatibility with Phoenix SACC series connectors and industrial field devices. Designed for plug-and-play deployment, the SACCBP series eliminates on-site assembly errors, improves connection efficiency, and provides stable, interference-free transmission solutions for harsh industrial environments.

Core Advantages

1. Pre-Assembled Design for High Efficiency: Factory pre-assembled connectors with integrated cable and contact pins, avoiding on-site wiring errors and reducing installation time by 60% compared to modular assembly.
2. Diversified Interface & Core Count Coverage: Supports M16 (mainstream industrial), M12 (control system) and PG9 (cable gland) interfaces, matching 2-17 core signal/power transmission requirements for compact sensors and high-density automation systems.
3. Dual Cable Material Options: PUR (polyurethane) cable for oil, abrasion and hydrolysis resistance (ideal for field applications); PVC (polyvinyl chloride) cable for cost-effective general cabinet wiring.
4. Standardized Assembly & Coding System: SCO suffix ensures compatibility with Phoenix SCO assembly standards; 9xx digital coding differentiates product specifications for precise model matching and inventory management.
5. Flexible Installation Compatibility: Covers through-hole (THR) and surface-mount (SMD) installation modes for M12/M15 interface variants, adapting to PCB board-level connection and cabinet internal wiring needs.

II. Product Classification & Detailed Parameter Table

Strictly aligned with your part number list, the series is categorized by core interface type & subseries for clear differentiation, with a complete parameter table including Part No., Complete Model, Core Parameters, Key Features and Application Scenarios for 1:1 model matching and direct procurement reference.

III. Nomenclature Decoding: SACCBP Series Model Structure & Full Definition

Universal Model Format

SACCBP-[Subseries]-[Core Count+CON]-[Interface/Gland Spec]-[Length]-[Coding/Suffix]

Key Component & Suffix Interpretation (Critical for Selection)

• SACCBP: Phoenix industrial pre-assembled circular connector series identifier
• Core Subseries (Type Differentiator):
  • MSB/MS = Standard male connector (general-purpose signal/power transmission)
  • M12MSB/MS/FSD/FSB/FS = M12 interface male/female/dual-ended connector (control system dedicated)
  • FSD/FSB/FS = Special-purpose female/dual-ended connector (field device matching)
  • BP-M/F = M12/M15 interface PCB mount connector (board-level connection)
• Core Count & Functional Coding:
  • CON = Universal coding (mixed signal + power transmission, the most versatile)
  • 2/4/5/8/17 = Core count (matching channel requirements of signal/power transmission)
• Interface & Cable Specification:
  • M16/M12/M15 = Industrial circular connector interface size (core mechanical match)
  • PG9 = Cable gland specification (for 5-9mm diameter cables, dust/waterproof)
  • 0,5/1,0/2,0/5,0 = Pre-fixed cable length (meter), for compact/extended wiring scenarios
• Critical Suffixes & Features:
  • PUR = Polyurethane cable (oil, abrasion, hydrolysis resistant → field applications)
  • PVC = Polyvinyl chloride cable (cost-effective → general cabinet wiring)
  • SCO = Standardized assembly suffix (compatible with Phoenix SCO system, easy inventory management)
  • 9xx = Digital product coding (differentiates product specifications for precise matching)
  • THR = Through-hole installation (for PCB board-level soldering connection)
  • SMD = Surface-mount installation (for PCB surface soldering, miniaturized design)
  • PW = Female interface suffix (signal reception for field sensors)

IV. 3-Step Quick Selection Technique (100% Accurate Matching)

Follow the interface specification matching → core count & cable selection → suffix & coding confirmation logic to quickly lock the correct model, avoid selection errors and fully adapt to industrial signal/power connection requirements.

Step 1: Select Product Subseries by Target Interface

• M16 mainstream industrial interface → SACCBP-MS/FS series (1419438/1419344)
• M12 control system interface → SACCBP-M12 series (1534423/1553381)
• PG9 cable gland interface → SACCBP-MSB/FSD/FSB series (1437494/1437782)
• PCB board-level connection → SACC-BP-M/F series (1413999/1414021)

Step 2: Match Core Count & Cable by Transmission Demand

• Core count selection: 2-core for simple signal (1437481/1437449); 4-core for basic power (1419386/1559822); 5-core for medium-channel (1437575/1534465); 8-core for high-density (1419438/1553365); 17-core for ultra-high density (1442269)
• Cable length selection: Ultra-short cabinet wiring → 0.5m (1437481/1534465); short-distance →1.0m (1419425/1534478); medium-distance →2.0m (1419438/1534481); long-distance field wiring →5.0m (1534494/1437478)
• Cable material selection: Field harsh environment (oil/abrasion) → PUR cable (1419438/1419344); general cabinet wiring → PVC cable (1442269/1437494)

Step 3: Confirm Suffix & Coding by Application Scenario

• Standardized assembly & inventory management → SCO suffix (1419438/1437494)
• PCB through-hole installation → THR suffix (1413999/1420827)
• PCB surface-mount installation → SMD suffix (1414021)
• Product specification differentiation → 9xx coding (910/920/931/940, match according to project requirements)

V. Selection Pitfall Avoidance Guide (Critical for Connection Stability)

Avoid the 6 most common selection errors of the SACCBP series to ensure mechanical matching, electrical safety and transmission stability in harsh industrial environments, eliminating connector misconnection, signal loss and power failure risks.

1. Interface Mismatch: M12 device connection using M16-only connectors → Strictly verify the target device interface size (M16/M12/PG9) and select the corresponding subseries to ensure mechanical fit.
2. Cable Material Misuse: Field oil-prone environments using PVC cable connectors → Select PUR cable variants (1419438/1419344) to avoid cable aging and signal interruption.
3. Length Miscalculation: Insufficient cable length leading to tensioned wiring → Select 5.0m long variants (1534494/1437478) or cascade connectors; avoid signal/power loss caused by cable stretching.
4. Installation Mode Error: PCB surface-mount using THR through-hole connectors → Select SMD suffix variants (1414021) for surface soldering to ensure board-level connection reliability.
5. Coding Misunderstanding: Project-specific systems using non-9xx coded variants → Verify 9xx digital coding and select matching models (910/920/931) to ensure product specification consistency.
6. High-Density Omission: 17-channel signal transmission using 8-core connectors → Select 17-core variant (1442269) directly to avoid cascade connection errors and signal interference.

VI. Conclusion: Core Pre-Assembled Components for Industrial Circular Connector Systems

The Phoenix SACCBP series delivers a comprehensive industrial pre-assembled circular connector solution covering standard, special-purpose and PCB mount connectors, with diversified interface specifications, core count configurations and cable material options. These pre-assembled connectors eliminate on-site assembly errors, improve connection efficiency and ensure stable signal/power transmission for field sensors, actuators, controllers and industrial equipment in harsh industrial environments. With industrial-grade durability, standardized assembly and flexible installation compatibility, the SACCBP series perfectly matches small-scale compact device connection, medium-scale control cabinet wiring and large-scale high-density automation system deployment, and seamlessly integrates with Phoenix SACC series products to form a complete industrial connection ecosystem.