Hirschmann RS20-1600S2T1SDAUHC Industrial Ethernet Switch

Model Segment Definition

2. Core Specification Table

Paramètres de base

Configuration des ports

Caractéristiques électriques

Mécanique & Environmental Characteristics

3. Accessory List

Accessoires standards

1. RS20-1600S2T1SDAUHC switch main unit
2. Pre-installed DIN rail mounting clips
3. Pre-installed 6-pin power terminal block
4. User manual (hard copy / electronic version)
5. Product certification documents

Accessoires en option

4. Competitor & Comparaison entre marques

Same Series Comparison (Hirschmann RS20 Series)

Comparaison entre marques

5. Lignes directrices de sélection & Solutions alternatives

Key Selection Considerations

1. Type de port: Select uplink port type (single/multi-mode fiber, RJ45) according to network topology; single-mode for long distance (>2kilomètres), multi-mode for short distance (<2kilomètres).
2. Software Function: Unmanaged (U) for simple plug-and-play scenarios; Managed (E/P) for complex networks requiring VLAN, QoS, ring redundancy.
3. Plage de température: Wide-temperature model (H) for outdoor, high-temperature workshop and harsh environments; standard model for general indoor industrial sites.
4. Power Requirement: Confirm whether dual power redundancy is needed to enhance system reliability.
5. Attestation: Select products compliant with IEC 61850-3, UL 508, ISA 12.12.01 based on regional and industry standards.

Modèles alternatifs recommandés

Technical Advantages Summary

Fanless Design: Fiabilité supérieure, coût d'entretien réduit, suitable for dusty environments.

Wide Temperature Range: -40~+70℃ operating temperature, adaptable to harsh industrial conditions.

Plug-and-Play: Unmanaged design, no configuration needed, fast deployment.

Complete Industrial Certifications: Conforme à la CEI 61850-3, UL 508, ISA 12.12.01, ideal for power, rail transit and other industries.

Taille compacte: 130mm width saves cabinet space and supports high-density installation.

How to Select Hirschmann Industrial Ethernet Switches According to Actual Requirements

Below is a standardized 7-step selection process applicable to engineering projects, together with series positioning, industry matching and common selection pitfalls.

Étape 1: Confirm Mounting Method

Determine the product series directly:

1. DIN Rail Mount (Most control cabinets & automation production lines)

Choose: RS20 / RS30 / RS40 compact series

2. 19-inch Rack Mount (Central control room & power distribution core cabinet)

Choose: MACH100 / MACH4000 rack-mounted series

3. Outdoor Wall Mount / Cabinet-Free (Outdoor base station, tunnel, pumping station)

Choose: OCTOPUS IP65/IP67 waterproof series

4. Panel Embedded Mount (Built-in equipment)

Choose: EAGLE / dedicated panel type

Étape 2: Confirm Port Quantity, Type de port & Vitesse

Total Port Quantity

Count PLC, IHM, instrument and camera quantities on site, réserve 20% redondance.

Commun: 4-port / 8-port / 16-port / 24-port.

Type de port (Core Selection Point)

RJ45 Copper Port: Indoor short distance ≤100m, standard network cable

Port fibre: Long distance & forte anti-interférence

Multi-mode (MM): ≤2km, intra-factory & building interconnection, faible coût

Single-mode (SM): ≥5~15km, cross-plant road, power remote transmission, de plein air

SFP Slot: Hot-pluggable Gigabit/100M fiber module, flexible expansion; recommended for mid-to-high-end projects.

Vitesse

Ordinary PLC, instrument & surveillance: 10/100M Fast Ethernet is sufficient

Machine vision, big data, multi-camera & core aggregation: Full Gigabit

Étape 3: Select Management Mode

Three grades based on network complexity:

1. Unmanaged

Caractéristiques: Prêt à l'emploi, zero configuration

Application: Single device, simple production line, no network partition or ring redundancy

Suffixe: U

2. Managed Lite

Supports VLAN, QoS, port rate limiting, basic ring network

Application: Multi-workshop partition, simple isolation & basic redundancy

3. Full Managed

Supports HIPER-Ring, MRP, RSTP, IGMP multicast, network security, port mirroring, alarme de panne

Application: Pouvoir, rail transit, smart factory, ring topology, high reliability non-stop network

Étape 4: Select Operating Temperature Grade

1. Standard Temperature: 0℃~+60℃

Application: Air-conditioned central control room, constant temperature cabinet

2. Wide Temperature: -40℃ ~ +70℃

Application: High-temperature workshop, de plein air, non-air-conditioned cabinet, cold northern & hot southern environments

Industrial sites are recommended to choose wide-temperature models for higher fault tolerance.

Étape 5: Power Specification & Redundancy

1. Tension: Industrial standard 24VDC, some support 12~48VDC wide voltage
2. Dual Power Redundancy: Mandatory for key production sections, power and rail transit; avoids network outage from single power failure
3. Protection: Reverse polarity protection & surge immunity; prioritize industrial EMC protection for harsh power environments

Étape 6: Network Redundancy & Special Application Requirements

1. Ring Network Self-healing (Network remains online when one cable breaks)

Must choose managed switches supporting HIPER-Ring / MRP / RSTP

2. Network segmentation & device isolation → Require VLAN
3. Multiple cameras & streaming media → Require IGMP multicast
4. Industrial security & unauthorized access prevention → Require port security & MAC binding

Étape 7: Classe de protection & Industry Certification

1. Classe de protection

Cabinet installation: Standard IP20

De plein air, poussiéreux & humid site: IP65/IP67 OCTOPUS series

2. Industry-Specific Certification

Power industry: Mandatory IEC 61850-3

Rail transit: DANS 50155

Marin & offshore: Ship classification certification

Explosion-proof chemical industry: Explosion-proof grade certification

Hirschmann Main Series Positioning

Industry Recommended Selection

1. General Automation Production Line / Workshop

8/16-port RS20 wide-temperature unmanaged — cost-effective and sufficient

2. Multi-workshop Ring Network / Smart Factory

RS30 Gigabit SFP managed with ring network support

3. Power Substation / PV & Wind Power

RS40 wide-temperature + IEC61850 certification + dual power redundancy

4. Transport ferroviaire / Tunnel Outdoor

OCTOPUS IP67 waterproof + température large + rail transit certification

5. Central Control Room Core Aggregation

MACH rack-mounted full Gigabit

Common Selection Pitfalls

1. Do not blindly choose full Gigabit; 100M is enough for ordinary PLC and wastes budget.
2. Avoid standard temperature models for industrial sites; cabinet overheating easily occurs in summer.
3. Use single-mode fiber ports for long-distance cross-plant connection; do not use network cables for long-distance laying.
4. Ring topology must use managed switches; unmanaged switches cannot implement ring redundancy.
5. Key equipment must adopt dual power redundancy to prevent entire network paralysis from single power failure.