Phoenix EXTENDER 1010/2010 Series Industrial Ethernet Extenders Selection Guide

Opening: Long-Distance Industrial Ethernet Transmission for Legacy & Modern Wiring

The Phoenix EXTENDER 1010/2010 series represents industrial-grade Ethernet extenders engineered to extend the transmission distance of industrial Ethernet signals over existing twisted-pair (TP) or coaxial (COAX) cables. Covering two performance tiers (1010: entry-level, 2010: enhanced) and dual interface types, these extenders eliminate the need for costly fiber optic upgrades while delivering reliable data transmission in harsh industrial environments. Designed for factory automation, process control, and legacy wiring retrofits, they support industrial protocols (Profinet, Ethernet/IP, Modbus TCP) and ensure seamless integration with existing Ethernet devices—all with industrial-grade durability and anti-interference capabilities.

I. Core Advantages of the Series

1. Dual Interface & Performance Tiers

   • Interface Versatility: Supports twisted-pair (TP) for standard Ethernet cabling and coaxial (COAX) for legacy coaxial infrastructure, enabling reuse of existing wiring;
   • Performance Tiers:
     • 1010 Series: Entry-level solution for basic industrial Ethernet (10/100Mbps) extension;
     • 2010 Series: Enhanced performance for high-speed (10/100/1000Mbps) industrial Ethernet, ideal for bandwidth-intensive applications.
   • G-Suffix Enhancement: Industrial-grade optimization (EMC compliance, wide temperature range) for harsh environment operation.

2. Long-Distance Transmission Capability

   • Twisted-Pair (TP): Extends Ethernet up to 1000m (1010 series) / 1500m (2010 series) at 100Mbps, far exceeding standard Cat5e/Cat6 limits (100m);
   • Coaxial (COAX): Extends Ethernet up to 500m (1010 series) / 800m (2010 series) over RG59/RG6 coaxial cables, ideal for retrofitting old coaxial-based systems;
   • Full-Duplex Transmission: Ensures low-latency, real-time data flow for industrial control applications.

3. Industrial-Grade Reliability & Compatibility

   • Wide operating temperature range (-40°C to +85°C), suitable for extreme factory floors, outdoor cabinets, and process environments;
   • EMC compliance with IEC 61000-6-2/4, suppressing electromagnetic interference from motors, inverters, and high-voltage equipment;
   • Robust metal housing with IP30 protection, resistant to vibration, dust, and mechanical stress;
   • Compatibility with all major industrial Ethernet protocols (Profinet, Ethernet/IP, Modbus TCP) and third-party Ethernet devices (PLCs, switches, sensors).

4. Easy Installation & Plug-and-Play Operation

   • No complex configuration required—auto-negotiates speed (10/100/1000Mbps) and duplex mode;
   • Compact DIN rail (NS 35/7.5) mounting for space-efficient control cabinet integration;
   • LED status indicators for quick troubleshooting (power, link, data transmission);
   • No software installation needed—direct connection between Ethernet devices and extenders.

II. Product Classification & Detailed Parameter Table

The series is categorized by performance tier (1010 Series, 2010 Series) and interface type (Twisted-Pair TP, Coaxial COAX) with standardized industrial-grade features.

III. Nomenclature Decoding: Understanding the Part Number System

EXTENDER [Tier]-[ETH]-[Interface Type]-G

• EXTENDER: Product series identifier (industrial Ethernet extenders);
• Tier: 1010 (entry-level, 10/100Mbps) or 2010 (enhanced, 10/100/1000Mbps);
• ETH: Ethernet protocol support (industrial Ethernet compliance);
• Interface Type:
  • TP = Twisted-Pair (Cat5e/Cat6 cabling);
  • COAX = Coaxial (RG59/RG6 cabling);
• G: Industrial-grade optimization (EMC compliance, wide temperature range, rugged housing).

IV. 3-Step Quick Selection Technique

Step 1: Select Performance Tier Based on Bandwidth Needs

• High-Speed (1Gbps) or Bandwidth-Intensive Applications: Choose 2010 Series (1319322/1319320) for gigabit industrial Ethernet (Profinet IRT, large IIoT data).
• Basic (10/100Mbps) Industrial Ethernet: Opt for 1010 Series (1319321/1319319) for standard Ethernet/IP or Modbus TCP transmission.

Step 2: Match Interface Type to Existing Wiring

• Twisted-Pair Cabling (Cat5e/Cat6): Select TP variants (1319322/1319321) to leverage existing Ethernet wiring infrastructure.
• Legacy Coaxial Cabling (RG59/RG6): Choose COAX variants (1319320/1319319) for retrofitting old coaxial-based systems (no need to rewire).

Step 3: Confirm Distance & Environmental Requirements

• Transmission Distance:
  • TP Interface: 1010 Series (1000m @100Mbps) / 2010 Series (1500m @100Mbps, 100m @1Gbps);
  • COAX Interface: 1010 Series (500m @100Mbps) / 2010 Series (800m @100Mbps, 200m @1Gbps);
• Harsh Environments: All models meet industrial temperature (-40°C to +85°C) and EMC standards—no additional upgrades needed for factory floors or outdoor cabinets.
• Control Cabinet Space: Compact DIN rail design fits standard NS 35/7.5 rails, ideal for space-constrained installations.

V. Recommended Industry-Scenario Combinations

VI. Selection Pitfall Avoidance Guide

1. Bandwidth Mismatch: Gigabit Profinet using 1010 Series (10/100Mbps) → Select 2010 Series (1319322/1319320) for 1Gbps support.
2. Interface Incompatibility: Coaxial wiring using TP variant → Match interface type (COAX for RG59/RG6, TP for Cat5e/Cat6) to avoid physical connection errors.
3. Distance Overestimation: 1200m TP extension using 1010 Series (1000m max) → Choose 2010 Series TP (1500m max) or reduce distance with a midpoint extender.
4. Gigabit Distance Misunderstanding: 2010 Series TP at 1Gbps only supports 100m → For long-distance gigabit, use 100Mbps (1500m) or fiber optic extenders.
5. Legacy Coaxial Quality Neglect: Poor-quality RG59 cables causing signal loss → Use 2010 Series COAX (enhanced signal amplification) or replace with RG6 for better performance.
6. Environmental Neglect: Outdoor deployment using commercial extenders → All EXTENDER series are industrial-grade (-40°C to +85°C) for outdoor/harsh use.
7. Protocol Compatibility Concerns: Industrial Ethernet protocols (Profinet/Ethernet/IP) using non-compliant extenders → All models support industrial protocols natively—no additional configuration needed.
8. Power Supply Overlooking: For remote extenders (no AC power), pair with Phoenix industrial PoE injectors to simplify installation.

Conclusion: Extend Industrial Ethernet Reliably with EXTENDER Series

The Phoenix EXTENDER 1010/2010 series delivers cost-effective, industrial-grade Ethernet extension solutions for legacy and modern wiring infrastructures. By reusing existing twisted-pair or coaxial cables, these extenders eliminate the need for expensive fiber optic upgrades while ensuring long-distance, anti-interference data transmission. With dual performance tiers, interface flexibility, and plug-and-play operation, they adapt to diverse industrial scenarios—from gigabit factory automation to small-scale retrofits.