Phoenix RAD Series Industrial Interface, Sensor & RF Accessories Selection Guide

Opening: Comprehensive Auxiliary Solutions for Industrial IoT & Automation Systems

The Phoenix RAD series expands its industrial product portfolio with specialized auxiliary components covering RF connectivity, sensor interfaces, signal distribution, and configuration tools. This diverse range includes RF adapters (RAD-PIG), temperature sensor modules (RAD-PT100), communication interface converters (RAD-RS485), relay output modules (RAD-OUT), and configuration tools (RAD-CONF), designed to complement industrial wireless networks, process control systems, and automation infrastructure. With industrial-grade durability, broad compatibility, and precise functionality, these accessories ensure seamless integration, reliable signal transmission, and efficient system configuration in harsh industrial environments.

I. Core Advantages of the Series

1. Multi-Functional Product Ecosystem

   • RF Connectivity: RAD-PIG series (RF adapters) with diverse interface combinations (RSMA/N/SMA/MCX) and stainless steel (EF316) construction for ruggedized signal transmission;
   • Sensor & Interface: RAD-PT100 (PT100 temperature sensing) and RAD-RS485 (RS485 communication) modules for process data collection and protocol conversion;
   • Signal Distribution & Control: RAD-SPL (signal splitters) and RAD-OUT (relay outputs) for signal branching and actuator control;
   • Configuration & Storage: RAD-CONF (RF configuration tools) and RAD-MEMORY (storage modules) for system setup and data retention.

2. Industrial-Grade Reliability & Durability

   • Wide operating temperature range (-40°C to +85°C), suitable for extreme industrial conditions;
   • Ruggedized construction: EF316 stainless steel housing for RAD-PIG adapters (corrosion-resistant, IP-rated protection);
   • EMC compliance with IEC 61000-6-2/4, suppressing electromagnetic interference from motors, inverters, and power lines;
   • Robust connector design: Gold-plated contacts for low contact resistance and ≥10,000 mating cycles.

3. Broad Compatibility & Integration Flexibility

   • Compatible with Phoenix RAD-ISM wireless modules, industrial PLCs, sensors, and actuators;
   • Standard interfaces (RS485, PT100, SMA/RSMA/MCX) for seamless integration with third-party industrial equipment;
   • DIN rail (NS 35/7.5) mounting for interface/control modules (RAD-RS485, RAD-PT100, RAD-OUT) and compact design for space-constrained cabinets.

4. Easy Deployment & User-Centric Design

   • Plug-and-play functionality for most modules (no complex programming required);
   • Precise parameterization: RAD-CONF tools for intuitive RF system configuration;
   • Clear labeling and standardized pinouts for error-free wiring;
   • Low power consumption, suitable for battery-powered or energy-efficient systems.

II. Product Classification & Detailed Parameter Table

The series is categorized by functional type (RF Adapters, Sensor/Interface Modules, Signal Distribution, Control & Configuration) with sub-variants based on interface, specifications, and features.

1. RAD-PIG Series (RF Adapters & Connectors)

Ruggedized RF adapters for reliable 射频 signal transmission, with EF316 stainless steel housing and diverse interface combinations.

2. Sensor & Interface Modules

Modules for temperature sensing and RS485 communication protocol conversion.

3. Signal Distribution & Control Modules

Signal splitters and relay output modules for signal branching and actuator control.

4. Configuration & Storage Modules

Tools for RF system configuration and data storage.

5. Specialized RF Accessories

Tape antennas for flexible RF signal transmission.

III. Nomenclature Decoding: Understanding the Part Number System

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

• RAD: Product series identifier (industrial interface, sensor & RF accessories).
• Product Type:
  • PIG = RF adapter/connector;
  • PT100 = PT100 temperature sensor module;
  • RS485 = RS485 interface converter;
  • SPL = RF signal splitter;
  • OUT = Relay output module;
  • CONF = RF configuration tool;
  • MEMORY = Storage module;
  • TAPE = Tape antenna.
• Specifications:
  • For PIG: Length (0.5/1/2/3/5m), material (EF316 = stainless steel);
  • For PT100: Channel count (4 = 4-channel);
  • For SPL: Splitter way (2 = 2-way);
  • For OUT: Channel count (8D = 8-channel digital);
  • For CONF: RF band (RF3 = 3GHz, RF5 = 5GHz);
  • For TAPE: Frequency (19 = 1900MHz), length (3 = 3m).
• Interface/Features:
  • RF interfaces: RSMA/N/SMA/MCX (male/female indicated by context);
  • IFS = Standard industrial interface for module integration;
  • REL = Relay output;
  • SV = Specialized version (tape antenna);
  • Impedance (50Ω = standard for RF accessories).

IV. 3-Step Quick Selection Technique

Step 1: Select Product Type Based on Functional Requirement

• RF signal transmission/adaptation: Choose RAD-PIG series (e.g., 2702140/2885618) based on interface and environment.
• Temperature sensing: Opt for RAD-PT100-4-IFS (2904035) for 4-channel PT100 temperature data collection.
• RS485 protocol conversion: Pick RAD-RS485-IFS (2702184) for RS485 device integration.
• RF signal splitting: Use RAD-SPL-2-N/N (2702293) for 2-way N-interface signal branching.
• Relay control: Select RAD-OUT-8D-REL (2867157) for 8-channel actuator control.
• RF system configuration: Choose RAD-CONF-RF3/RF5 (2902814/2902815) based on RAD-ISM band.
• Data storage: Pick RAD-MEMORY (2902828) for configuration backup or process data storage.

Step 2: Match Specifications & Interface to System Compatibility

• RF adapters:
  • Interface matching: Verify wireless module/antenna interface (RSMA/N/SMA/MCX) and select corresponding adapter (e.g., SMA-SMA for 2885618);
  • Length: 0.5-1m (cabinet-internal), 2-3m (medium-distance), 5m (long-distance);
  • Environment: Harsh/chemical environments → EF316 stainless steel variants (e.g., 2867694).
• Sensor/interface modules:
  • Temperature channels: 4-channel (2904035) for multi-point monitoring;
  • Communication protocol: RS485 for legacy or industrial devices (2702184).
• Configuration tools: Match RAD-ISM band (RF3 for 3GHz, RF5 for 5GHz) to wireless modules.

Step 3: Consider Environmental & Installation Needs

• Harsh/Outdoor Environments: Select EF316 stainless steel RAD-PIG adapters (e.g., 2885618) for corrosion resistance.
• Space Constraints: Compact RF adapters (0.5/1m length, MCX interface) for embedded or portable devices.
• DIN Rail Installation: All interface/control modules (RAD-RS485, RAD-PT100, RAD-OUT) support standard DIN rail mounting.
• EMI Sensitivity: Industrial-grade EMC-compliant modules for high-interference environments (e.g., near inverters or motors).

V. Recommended Industry-Scenario Combinations

VI. Selection Pitfall Avoidance Guide

1. Interface Mismatch: Using SMA-to-N adapters for RSMA-equipped wireless modules → Verify device interface and select matching RAD-PIG variant (e.g., RSMA/N for 2702140).
2. Harsh Environment Using Plastic Adapters: Outdoor/chemical applications using non-EF316 adapters → Choose stainless steel EF316 variants (e.g., 2885618) for corrosion resistance.
3. Temperature Channel Underestimation: 6-point temperature monitoring using 4-channel RAD-PT100 → Use multiple 2904035 modules or select higher-channel alternatives.
4. Configuration Tool Band Mismatch: 5GHz RAD-ISM modules using RF3 configuration tool → Match tool to band (RF5 for 5GHz, RF3 for 3GHz).
5. RF Signal Loss: Long-distance (≥5m) transmission using low-quality adapters → Select Phoenix RAD-PIG adapters with low insertion loss (≤0.5dB) for signal integrity.
6. Relay Current Overload: High-current actuators (＞2A) using RAD-OUT-8D-REL → Verify relay rating (2A/250V AC) and use external contactors for higher loads.
7. EMC Interference: Installing modules near high-noise equipment without EMC compliance → All RAD series modules meet IEC 61000-6-2/4, but ensure proper grounding for optimal performance.

Conclusion: Select the Right RAD Accessory for Seamless Industrial Integration

The Phoenix RAD series delivers specialized, industrial-grade auxiliary components for RF connectivity, sensor integration, signal distribution, and system configuration. With ruggedized construction, broad compatibility, and user-friendly design, these accessories complement industrial automation and IoT systems, ensuring reliable performance in harsh environments.