Phoenix RAD Series Industrial Cables, Modules, Adapters & Wireless Solutions Selection Guide

Opening: Versatile Auxiliary Components for Industrial Connectivity & IoT

The Phoenix RAD series expands its industrial product ecosystem with specialized cables, analog I/O modules, RF adapters, wireless transceivers, and antennas—designed to complement industrial automation, IoT networks, and wireless communication systems. Covering critical functions such as reliable cabling (PUR/industrial-grade), analog signal processing, RF interface conversion, and multi-band wireless connectivity (868MHz/900MHz/2.4GHz), these components ensure seamless integration, signal integrity, and long-range communication in harsh industrial environments. With industrial-grade durability, broad compatibility with Phoenix RAD-ISM systems, and compliance with global standards (e.g., Australian AU certification), they empower diverse applications from factory automation to remote monitoring.

I. Core Advantages of the Series

1. Comprehensive Product Synergy

   • Industrial Cables: RAD-CAB series with PUR jackets, fixed-length designs (3m/5m/10m/15m), and specialized EF-series compatibility for ruggedized signal/power transmission;
   • Analog I/O Modules: 4-channel analog input (AI4) and output (AO4) modules for process data acquisition and control;
   • RF Adapters: Versatile interface conversions (SMA/RSMA/N-type) with straight/90° angles for flexible antenna/system integration;
   • Wireless Transceivers: Multi-band (868MHz/900MHz/2.4GHz) modules for long-range/short-range IoT communication;
   • Omnidirectional Antennas: High-gain (2dBi/6dBi) designs for extended wireless coverage in industrial settings.

2. Industrial-Grade Reliability

   • Cables: PUR jackets resistant to oil, abrasion, and chemicals; operating temperature range (-40°C to +85°C);
   • Modules/Transceivers: Wide temperature tolerance (-40°C to +85°C), EMC compliance (IEC 61000-6-2/4) for high-noise environments;
   • Adapters/Antennas: Robust metal housings, IP-rated protection (where applicable), and corrosion-resistant materials;
   • Long Service Life: High-quality connectors (gold-plated contacts) and mechanical reinforcement for ≥10,000 mating cycles.

3. Seamless Compatibility & Flexibility

   • Compatible with Phoenix RAD-ISM wireless systems, industrial PLCs, sensors, and IoT gateways;
   • Standard interfaces (IFS for modules, SMA/RSMA/N for RF components) for third-party equipment integration;
   • Plug-and-play functionality for analog modules and adapters (no complex programming required);
   • Multi-band wireless support: 868MHz/900MHz for long-range (up to 5km) and 2.4GHz for high-speed IoT connectivity.

4. Regional Compliance & Specialized Design

   • Australian AU certification (RAD-900-IFS-AU) for local regulatory compliance;
   • 90° RF adapters (RAD-ADP-RSMA/M-RSMA/F-90) for space-constrained installations;
   • Omnidirectional antennas with swivel mounts (RAD-2400-ANT-OMNI-6-0-SW) for flexible positioning;
   • Fixed-length cables (3m/5m/10m/15m) to avoid excess wiring and signal loss.

II. Product Classification & Detailed Parameter Table

The series is categorized by functional type (Cables, Analog I/O Modules, RF Adapters, Wireless Transceivers, Antennas) with sub-variants based on specifications, interfaces, and features.

1. RAD-CAB Series (Industrial Cables)

Ruggedized cables for signal/power transmission, compatible with Phoenix RAD modules and industrial devices.

2. RAD Analog I/O Modules (4-Channel)

Compact 4-channel analog input/output modules for process data acquisition and control.

3. RAD-ADP Series (RF Adapters)

Versatile RF adapters for interface conversion between SMA/RSMA/N-type connectors.

4. RAD Wireless Transceivers (Multi-Band)

Industrial-grade wireless transceivers for 868MHz/900MHz/2.4GHz IoT communication.

5. RAD Antennas (Omnidirectional)

High-gain omnidirectional antennas for extended wireless coverage.

III. Nomenclature Decoding: Understanding the Part Number System

RAD-[Product Type]-[Specifications]-[Interface/Feature]

• RAD: Product series identifier (industrial auxiliary components for connectivity & IoT).
• Product Type:
  • CAB/CABLE = Industrial cable;
  • AO4 = 4-channel analog output module;
  • AI4 = 4-channel analog input module;
  • ADP = RF adapter;
  • [Frequency] = Wireless transceiver (e.g., 900/868/2400 = operating frequency in MHz);
  • [Frequency]-ANT-OMNI = Omnidirectional antenna for specified frequency.
• Specifications:
  • For Cables: Model (PFP400/EF393/EF142), Length (3M/5M/10M/15M/80 = 3m/5m/10m/15m/80m);
  • For Modules: U = Universal (multi-signal type);
  • For Adapters: Interface types (SMA/F = SMA female, RSMA/M = RSMA male, N/F = N female), Angle (90 = 90°);
  • For Antennas: Gain (2/6 = 2dBi/6dBi), Mount type (SW = swivel).
• Interface/Feature:
  • IFS = Standard industrial interface for modules;
  • AU = Australian regulatory certification;
  • OMNI = Omnidirectional (antenna);
  • Shielding = Braided (for cables, EMI protection);
  • Jacket = PUR (polyurethane, default for industrial cables).

IV. 3-Step Quick Selection Technique

Step 1: Select Product Type Based on Functional Need

• Signal/Power Transmission: Choose RAD-CAB series (e.g., 2867652/2903447) based on length and compatibility.
• Analog Data Acquisition: Opt for RAD-AI4 series (2901537/2702290) for 4-channel analog input.
• Analog Control Output: Pick RAD-AO4-IFS (2901538) for 4-channel analog output.
• RF Interface Conversion: Select RAD-ADP series (e.g., 2904790/2917036) based on connector types.
• Wireless Communication: Choose RAD-[Frequency] series (e.g., 2901540/2904909/2901541) by band.
• Wireless Coverage Enhancement: Select RAD-[Frequency]-ANT-OMNI series (e.g., 2904801/2903219) by frequency and gain.

Step 2: Match Specifications to System Requirements

• Cables:
  • Length: 3m (cabinet-internal), 5m/10m (machine-to-cabinet), 15m/80m (long-distance);
  • Compatibility: EF393/EF142 for Phoenix modules, USB for PC programming.
• Analog Modules:
  • Signal Type: Universal (RAD-AI4-U-IFS) for mixed sensors, standard (RAD-AI4-IFS/RAD-AO4-IFS) for 4-20mA/0-10V.
• RF Adapters:
  • Interface: Match device connectors (SMA/RSMA/N) and gender (male/female);
  • Space Constraints: 90° angle (2904790) for compact installations.
• Wireless Transceivers:
  • Frequency: 900MHz (long-range global), 868MHz (Europe), 2.4GHz (high-speed IoT);
  • Certification: AU suffix (2702878) for Australian projects.
• Antennas:
  • Gain: 2dBi (standard range), 6dBi (extended coverage);
  • Interface: Match wireless module (RSMA/N/SW).

Step 3: Consider Environmental & Installation Needs

• Harsh Environments: All products meet industrial temperature (-40°C to +85°C) and EMC standards; cables with PUR jackets for oil/chemical resistance.
• Space Constraints: 90° RF adapters (2904790) and swivel-mount antennas (2903219) for flexible positioning.
• Regional Compliance: Australian projects → RAD-900-IFS-AU (2702878).
• Signal Integrity: Braided shielding in EF-series cables (e.g., 2867652) for high-interference environments.

V. Recommended Industry-Scenario Combinations

VI. Selection Pitfall Avoidance Guide

1. Frequency Mismatch: Using 2.4GHz antenna with 900MHz transceiver → Match antenna frequency to transceiver (e.g., 900MHz antenna for RAD-900-IFS).
2. Interface Incompatibility: RSMA module using N-type adapter → Verify connector types (SMA/RSMA/N) and select matching adapter (e.g., 2904801 for RSMA modules).
3. Australian Certification Neglect: Local projects using non-AU transceivers → Choose RAD-900-IFS-AU (2702878) for regulatory compliance.
4. Cable Length Overestimation: 3m required distance using 15m cable → Select appropriate length (e.g., 2867649 for 3m) to avoid signal loss and excess wiring.
5. Analog Signal Type Mismatch: RTD sensors using standard AI4 module → Choose universal RAD-AI4-U-IFS (2702290) for multi-type signal compatibility.
6. Space Constraints Using Straight Adapters: Compact cabinets using straight RF adapters → Opt for 90° adapter (2904790) for flexible positioning.
7. Gain Underestimation: Long-range (3km+) communication using 2dBi antenna → Select 6dBi high-gain antenna (2903219) for extended coverage.
8. Shielding Neglect: High-interference environments using non-shielded cables → Use EF-series cables with braided shielding (e.g., 2867652) to suppress EMI.

Conclusion: Select the Right RAD Component for Seamless Industrial Connectivity & IoT

The Phoenix RAD series delivers specialized auxiliary components that bridge gaps in industrial connectivity, analog signal processing, and wireless communication. From ruggedized cables and analog modules to RF adapters and multi-band transceivers, these products ensure reliable performance in harsh industrial environments while supporting global IoT initiatives.