Phoenix FL SWITCH 2000/2100/2200 Series Industrial Ethernet Switches Selection Guide

Opening: Cost-Effective Industrial Network Solutions for Small-to-Medium-Scale Automation

The Phoenix FL SWITCH 2000/2100/2200 series represents entry-level to basic industrial Ethernet switches tailored for small-scale factory automation, device clustering, and foundational network infrastructure. Covering three core sub-series (2000: ultra-basic, 2100: entry-level, 2200: basic enhanced) with port counts from 5 to 16, supporting 10/100 Mbps fast Ethernet, copper-fiber hybrid ports (SFX/FX/TC), and PROFINET compatibility (2200 series PN variants), these switches feature plug-and-play deployment, industrial-grade durability, and cost-effective pricing. Widely used in small workshops, auxiliary equipment networks, and basic PROFINET control systems, they ensure stable data transmission in harsh industrial environments while minimizing deployment costs.

I. Core Advantages of the Series

1. Industrial-Grade Reliability for Basic Scenarios

   • Wide operating temperature range (-40°C to +70°C), adapting to workshop floors, outdoor cabinets, and high-temperature environments;
   • EMC compliance with IEC 61000-6-2/4, resistant to electromagnetic interference from inverters, motors, and high-voltage equipment;
   • IP30 protection (housing) with fanless passive cooling, dust-proof and maintenance-free, reducing failure points in 24/7 operations.

2. Flexible Port Configurations for Diverse Needs

   • Copper electrical ports: 10/100 Mbps adaptive, auto-MDI/MDIX support (no crossover cables required) for direct device connection;
   • Fiber optical ports: SFX/FX variants (2-port) for short-distance (≤2km) anti-interference transmission, ideal for cross-workshop or high-interference area networking;
   • Dual-media ports (TC): 2-port TC variants support both copper and fiber connections, enabling flexible media switching based on on-site conditions;
   • Port density coverage: 5/8/12/14/16 ports, matching small device clusters (5-port) to medium-scale workshops (16-port).

3. PROFINET Compatibility for Siemens Control Systems

   • 2200 series PN-suffix models fully comply with PROFINET IO standards, seamlessly integrating with Siemens S7-300/400/1500 PLCs, HMI, and field devices;
   • Plug-and-play PROFINET configuration, supporting device name management and basic network diagnostics, simplifying small-scale PROFINET deployment.

4. Cost-Effective & Easy Deployment

   • Unmanaged design for most models, no complex configuration required—connect and use immediately, reducing technical thresholds for on-site personnel;
   • DIN rail (NS 35/7.5) snap-in mounting, compatible with Phoenix terminal blocks and control cabinet infrastructure;
   • Compact housing (width ≤120mm for 8-port models) for space-constrained cabinets.

II. Product Classification & Detailed Parameter Table

The series is categorized by sub-series (2000/2100/2200) (representing functional tiers) with sub-variants based on port count, optical port type, PROFINET support, and special mechanical features.

1. FL SWITCH 2000 Series (Ultra-Basic Entry-Level, Fast Ethernet)

Ultra-cost-effective fast Ethernet switches for basic device networking, no PROFINET support, ideal for auxiliary equipment and non-critical control systems.

2. FL SWITCH 2100 Series (Entry-Level, Fast Ethernet)

Entry-level fast Ethernet switches with improved durability, no PROFINET support, suitable for small-scale production line networking.

3. FL SWITCH 2200 Series (Basic Enhanced, Fast Ethernet + PROFINET/Fiber)

Basic enhanced switches with PROFINET support and fiber port options, suitable for small-scale PROFINET control systems and cross-workshop networking.

3.1 Pure Electrical Port Models (5/8/16 Ports)

3.2 Copper-Fiber Hybrid Models (SFX/FX/TC Ports)

3.3 7-Port Fiber Model

III. Series Nomenclature Decoding

FL SWITCH [Sub-series][Port Config]-[Optical Port Type]-[Special Suffix]

• FL SWITCH: Product series identifier (industrial Ethernet switch for basic automation networks).
• Sub-series:
  • 2000 = Ultra-basic entry-level (fast Ethernet, no PROFINET/fiber options, cost priority);
  • 2100 = Entry-level (fast Ethernet, improved durability, no PROFINET/fiber);
  • 2200 = Basic enhanced (fast Ethernet, PROFINET support, fiber/TC hybrid ports, versatile).
• Port Config:
  • XXXX = Total electrical port count (e.g., 05=5-port, 06=4 electrical + 2 fiber, 08=8-port, 12=8 electrical + 4 hybrid, 14=12 electrical + 2 fiber, 16=16-port);
  • The number before the hyphen reflects the main electrical port count (hybrid models include additional fiber/TC ports).
• Optical Port Type:
  • -2SFX = 2×SFX fiber ports (short-distance, ≤2km, small-form factor);
  • -2FX = 2×FX fiber ports (short-distance, ≤2km, standard form factor);
  • -2TC = 2×TC dual-media ports (supports copper/fiber interchange).
• Special Suffix:
  • PN = PROFINET-compatible (only 2200 series);
  • C = Compact design (narrow housing for space-constrained cabinets);
  • SM = Standard Mount (enhanced mechanical locking for vibration environments);
  • ST = Secure Terminal (reinforced terminal connections for high-reliability needs);
  • F = F-series (enhanced durability for harsh environments).

IV. 3-Step Quick Selection Technique

Step 1: Select Sub-series Based on Network Requirements

• Budget-limited auxiliary networks: Choose 2000 series (2702323/2702324) for ultra-cost-effective basic device connection.
• Small production line entry-level networks: Opt for 2100 series (2702665/2702666) for improved durability and reliability.
• Small-scale PROFINET/fiber networks: Pick 2200 series (1044024/1044030) for PROFINET compatibility or fiber transmission.

Step 2: Match Port Count & Type to Device Quantity & Transmission Distance

• ≤5 devices (compact clusters): Select 5-port models (2005/2105/2205) for direct small-cluster networking.
• 6-8 devices (small workshops): Choose 8-port models (2008/2108/2208) for basic production line or laboratory networking.
• 9-16 devices (medium workshops): Pick 16-port models (2016/2116/2216) for medium-scale device clustering.
• Short-distance fiber (≤2km): Select -2SFX/-2FX hybrid models (2206-2SFX/2214-2FX) for cross-workshop anti-interference transmission.
• Flexible media (copper/fiber): Opt for -2TC variants (2212-2TC-2SFX/2204-2TC-2SFX) for on-site media switching.

Step 3: Choose PROFINET & Special Features for System Needs

• Siemens S7 PLC/PROFINET networks: Must select PN-suffix 2200 models (1044024/1044030) to ensure real-time control communication.
• Space-constrained cabinets: Pick C-suffix compact models (2208C/2206C-2FX) to save installation space.
• Vibration-prone environments: Choose SM-suffix models (2206-2FX SM/2214-2FX SM) for enhanced mechanical stability.
• High-reliability critical networks: Select ST-suffix models (2206-2FX ST) for reinforced terminal connections.

V. Recommended Industry-Scenario Combinations

VI. Selection Pitfall Avoidance Guide

1. PROFINET Compatibility Neglect: Siemens S7 PLC networks using non-PN switches → Choose 2200 series PN models (1044024/1044030) to avoid control latency or communication failure.
2. Fiber Distance Mismatch: 5km cross-site transmission using SFX/FX switches → SFX/FX supports ≤2km; for longer distances, upgrade to SFP fiber switches (e.g., FL SWITCH 2300 series) or use fiber extenders.
3. Port Count Underestimation: 10-device networks using 8-port switches → Pick 16-port models (2216/2116) to avoid network segmentation and reduce cascading complexity.
4. Space Oversight: Narrow cabinets using standard-size switches → Select C-suffix compact models (2208C/2206C-2FX) to ensure proper installation.
5. Vibration Environment Neglect: Motor-proximal switches using non-SM models → Choose SM-suffix variants (2206-2FX SM) to prevent loose connections from mechanical vibration.
6. Media Flexibility Need: On-site media uncertainty (copper/fiber) using single-media switches → Opt for TC dual-media models (2212-2TC-2SFX) to avoid rework.

Conclusion: Select the Right FL SWITCH for Basic Industrial Network Stability

The Phoenix FL SWITCH 2000/2100/2200 series provides tiered cost-effective solutions for small-to-medium-scale industrial networks, covering ultra-basic auxiliary connections, entry-level production line networking, and basic PROFINET/fiber hybrid systems.