Phoenix SACB Series Pre-Assembled Cable Assemblies Selection Guide: Precise Matching of Part Number, Model, and Application

Opening: Reliable Industrial Wiring Solutions – One-Stop Part Number & Model Reference

In industrial automation, sensor/actuator interconnection, and equipment integration scenarios, pre-assembled cable assemblies are critical for reducing on-site wiring errors, improving deployment efficiency, and ensuring long-term signal stability. The Phoenix SACB series stands out as a flagship product line for industrial connectivity, offering versatile configurations, industrial-grade durability, and environment-adaptable designs tailored to diverse wiring needs. From standard indoor applications to harsh outdoor environments, and from compact control cabinets to long-distance transmission, the SACB series delivers consistent performance. This guide integrates part number-model correspondence, core technical parameters, and scenario-specific recommendations to simplify technical selection and procurement, helping you quickly identify the optimal wiring solution.

I. Core Advantages: Why Choose the Phoenix SACB Series?

• Industrial-grade reliability: IP67/IP68 protection (depending on model), resistant to dust, moisture, oil, and vibration, suitable for harsh factory floors and outdoor installations.
• Flexible configuration options: Covers conductor gauges (8/16 AWG, 8/8 AWG), cable lengths (5.0m, 10.0m), connection types (straight "L", angled "C", M23 interface), and materials (PVC, PUR, HPUR, 80MC) to match diverse equipment and environments.
• Stable signal transmission: Shielded (SCO, SH) and unshielded variants available, effective electromagnetic interference (EMI) suppression for reliable data/power transmission in high-interference industrial settings.
• Ready-to-use convenience: Pre-wired, crimped, and tested at the factory, eliminating on-site wiring errors and reducing installation time by up to 50%.
• Environment-adaptable materials:
  • PVC: Cost-effective for indoor dry environments;
  • PUR: Oil-resistant, wear-resistant for industrial workshops;
  • HPUR: High-performance for extreme temperatures (-40°C to +80°C) and outdoor harsh conditions;
  • 80MC: Specialized for medium-harsh temperature-resistant scenarios.

II. Complete Product Series Selection Table (Part Number + Model + Core Information)

1. Straight (L) Cable Assemblies (Standard Installation)

Designed for general-purpose wiring with a straight connector, ideal for unobstructed installation spaces.

2. Angled (C) Cable Assemblies (Space-Constrained Installations)

Featuring an angled connector to avoid cable bending damage, ideal for compact control cabinets or tight equipment spaces.

3. M23 Interface Cable Assemblies (Heavy-Duty Equipment)

Designed for M23 interface heavy-duty equipment (e.g., motors, drives), offering robust connection and high-current capacity.

III. 3-Step Quick Selection Technique (Easy for Beginners)

Step 1: Determine Connection Type & Interface

• Straight (L): General installation, unobstructed space → 1452725, 1517181.
• Angled (C): Compact control cabinets, tight spaces → 1452796, 1516894.
• M23 Interface: Heavy-duty equipment (motors, drives) → 1692831, 1692776.

Step 2: Confirm Core Parameters

• Conductor Gauge:
  • 8/16 AWG: Signal-only or low-current power + signal → Most standard models (e.g., 1452725).
  • 8/8 AWG: High-current power transmission (e.g., motors, actuators) → 1452848, 1692831.
• Length:
  • Short-distance (≤5m): 5.0m models (e.g., 1452725) → Avoid signal attenuation from excessive length.
  • Long-distance (5-10m): 10.0m models (e.g., 1517071) → Ensure sufficient length for cross-area wiring.
• Material:
  • Indoor dry: PVC (1555541) → Cost-effective.
  • Industrial workshops: PUR (1452725) → Oil/wear-resistant.
  • Outdoor/extreme environments: HPUR (1517301) → High weather resistance.
  • Special temperature needs: 80MC (1401199) → Medium-harsh temperature resistance.

Step 3: Select Special Requirements

• Shielding:
  • High-interference (near motors/inverters): Shielded (SCO/SH) → 1517181, 1155993.
  • General environments: Unshielded → 1695197, 1680937.
• Signal/Polarity:
  • NPN sensors/actuators: NPN-suffix models → 1405739, 1537093.
  • Polarity requirements: P-suffix models → 1452725, 1452848.
• Coding/OD Optimization:
  • Anti-misplug: P12/GG coding → 1155993, 1452903.
  • Narrow spaces: OD-optimized → 1457364, 1457380.
• Quick-Connect: Frequent disassembly → QO-suffix (1156004).

IV. Recommended Industry-Scenario Combinations (Ready-to-Use)

V. Selection Pitfall Avoidance Guide (Common Mistakes to Note)

1. Material mismatch: Using PVC cables in oil-exposed workshops → Select PUR (1452725) or HPUR (1517301) for durability.
2. Ignoring shielding needs: High-interference environments (near inverters) using unshielded cables → Choose SCO/SH shielded models (1517181) to prevent signal distortion.
3. Length selection errors: Overly long cables (＞10m) causing signal attenuation → Use 10.0m models (1517071) for long distances, avoid exceeding 15m for unshielded cables.
4. Interface mismatch: M23-equipped equipment using standard connectors → Select M23 interface models (1692831) for secure connection.
5. Signal type mismatch: NPN sensors using non-NPN cables → Confirm NPN suffix (1405739) to ensure compatibility.
6. Space constraint neglect: Compact cabinets using straight cables → Opt for angled (C) models (1452796) to avoid cable bending damage.

Conclusion: Select the Right SACB Cable for Reliable Industrial Wiring

The Phoenix SACB series delivers versatile, reliable pre-assembled wiring solutions for industrial automation, with configurations tailored to indoor/outdoor, compact/long-distance, and standard/heavy-duty applications.