🏭 Compact 5-Port Switch for Industrial Networks Anyone looking to connect multiple Ethernet devices in a control cabinet, machine, or industrial system will find the Teltonika TSW010 a robust and space-saving solution. The switch mounts directly on the DIN rail, runs on 9 – 30 V DC, and operates reliably at temperatures where standard office hardware would have long since shut down. 🏭 Typical Applications Connecting PLCs, HMIs and drives: Controller, operator panel and frequency inverter on one switch – no additional housing or DIN rail adapter required. Control cabinet installation: Only 27 mm wide – saves valuable space on the DIN rail, even when things are already tight. Outdoor and harsh environments: Operating temperature -40 °C to +75 °C – whether in a cold storage facility, outdoor cabinet or unheated machine room. Retrofit and network expansion: Quickly add ports to existing systems. Wide-range input 9 – 30 V DC connects directly to existing 12 V or 24 V supplies. 🔌 Technical Specifications Ports: 5 × Fast Ethernet (10/100 Mbps, RJ45, Auto-MDI/MDIX) Supply voltage: 9 – 30 V DC (screw terminal, vibration-proof) Power consumption: < 1 W Operating temperature: -40 °C to +75 °C Dimensions (W × H × D): 113 × 27 × 80 mm Weight: approx. 146 g Housing: Aluminium, DIN rail or screw mounting Supported standards: IEEE 802.3i (10Base-T), 802.3u (100Base-TX), 802.3x (Flow Control), 802.3az (EEE / Green Ethernet) 🌐 PROFINET Class A (PROFINET variant only) Anyone looking to integrate the TSW010 into a PROFINET system – for example as an addressable network device under a Siemens S7 or Beckhoff TwinCAT controller – should choose the TSW010 with PROFINET Class A variant. The switch then appears in the engineering tool as a PROFINET device, can be integrated via GSDML file and included in the network topology documentation. 💡 Note: For standard Ethernet networking without PROFINET requirements, the standard variant is sufficient. 🏷️ Manufacturer and Reliability Teltonika Networks is an established manufacturer of industrial network solutions with over 25 years of experience, headquartered in Lithuania. The TSW010 is CE, RCM and CB certified and designed for continuous industrial operation. Teltonika network products are in use at well over 100 spstiger customers in Germany. 🔧 Mounting and Scope of Delivery Mounting: 35 mm DIN rail or direct wall mounting Scope of delivery: TSW010, Quick Start Guide (QSG), packaging box

TSW212 MANAGED ETHERNET SWITCH The TSW212 is an L2 managed Ethernet switch with additional L3 features such as DHCPv6 client support and static IPv6 routing. This switch supports protocols such as EtherNet/IP, PROFINET and MRP and has 8 Gigabit Ethernet ports and 2 SFP ports for robust long-range fiber optic communication. The complete configuration guide can be found here:Teltonika operating and configuration instructions

The last port on the switch in the control cabinet is taken, and the new operator panel or camera still has to go on the network. Or an accidentally plugged loop floods the network with broadcast packets, and controller and drives lose their connection. The Solidot SW4 switches solve both without configuration: 5, 8 or 16 ports, 100 Mbit/s or Gigabit, optionally with switchable broadcast storm protection. Plug in the cables, apply power, done. 🏭 Typical Applications Extending the control cabinet: PLC, HMI, frequency inverter and remote I/O on one switch on the DIN rail, powered from the existing 24 V supply. Protecting the network: The D models limit broadcast traffic so that a broadcast storm does not bring down the entire machine network. The protection is enabled via DIP switch on the device. Many devices on one machine: HUP16D and GUP16D give you 16 ports in one device instead of cascading several small switches. Cameras and data volume: Use the Gigabit models (GUP) for cameras, code readers and large data volumes; 100 Mbit/s (HUP) is enough for controllers and field devices. Cold and hot environments: Operation from −40 °C to +80 °C without a fan: unheated hall, outdoor cabinet or warm control cabinet. 🧩 Which Variant? HUP or GUP: HUP = 10/100 Mbit/s, GUP = 10/100/1000 Mbit/s. Without storm protection (suffix C): HUP05C, HUP08C, GUP05C, GUP08C: aluminium housing, 9 – 52 V DC, ≤ 3 W, MTBF over 100,000 h. With broadcast storm protection (suffix D): HUP05D, HUP08D, HUP16D, GUP05D, GUP08D, GUP16D: metal housing, 9 – 56 V DC, MTBF over 300,000 h. 16 ports: only available with storm protection: HUP16D and GUP16D. 🔌 Technical Specifications Ports: 5, 8 or 16 × RJ45, auto-negotiation, full and half duplex, auto MDI/MDI-X Switching: store-and-forward, MAC table 2K to 8K, buffer 768 kbit to 4.1 Mbit depending on model Power supply: 9 – 52 V DC (C) or 9 – 56 V DC (D), two inputs P1/P2 for redundant supply, reverse polarity protection, 4 A overcurrent protection Power consumption: ≤ 3 W (C), < 5 W (D with 5 or 8 ports), < 8 W (16 ports) Environment: operation −40 °C to +80 °C, storage −40 °C to +85 °C, 5 % – 95 % RH, non-condensing Housing: IP40, passive cooling without fan Standards: IEEE 802.3, 802.3u, 802.3x, Gigabit models also 802.3ab 🔗 Compatibility Unmanaged switches are protocol-independent: Modbus TCP, EtherNet/IP, OPC UA, web servers and anything that runs over standard Ethernet. They forward PROFINET telegrams but treat them like any other packet. If you need prioritisation for PROFINET, use the Solidot SW4-PN (PROFINET Class A). ⚠️ Limitations Stated Openly Unmanaged: no VLANs, no ring redundancy, no SNMP diagnostics. For that, use the SW4 models with 2 SFP ports in lite or fully managed versions. The C models have no broadcast storm protection. 16 ports only as D model (HUP16D, GUP16D). Protection class IP40: for control cabinets or protected enclosures, not for unprotected field mounting. 🏷️ Manufacturer and Reliability Solidot (s'Dot, Nanjing Solidot Electronic Technology) specialises in industrial network and remote I/O technology. The SW4 switches carry the CE marking; you will find the certificates in the Downloads tab. We also stock matching Solidot patch cables and M12-to-RJ45 cables. spstiger supports the series with German-language advice and support. 🔧 Mounting and Dimensions Mounting: 35 mm DIN rail or wall mounting Dimensions: HUP05C 117 × 73 × 29.6 mm · GUP05C 117 × 86 × 29.6 mm · HUP08C/GUP08C 140 × 103 × 34.6 mm · D models with 5 or 8 ports 100 × 80 × 44 mm · 16 ports 154 × 127 × 54 mm Downloads: EPLAN macro, 2D drawing and 3D model for each model, user manual where available from Solidot

In a PROFINET network the cyclic real-time data shares the cable with everything else: camera images, web access, firmware updates. A simple switch treats all packets alike. When the load rises, the PROFINET telegrams wait too, and in the worst case the controller reports a lost connection to the device. The Solidot SW4-PN switches forward PROFINET frames with priority and filter PTCP telegrams, for Conformance Class A networks and without configuration. 🏭 Typical Applications Star distribution in the control cabinet: connect PROFINET remote I/O, drives and operator panels to the controller in a star topology. Mixed networks: PROFINET and standard Ethernet (cameras, service PC, web access) on the same network without the real-time data having to wait. Protecting the network: broadcast storm protection via DIP switch so that a broadcast storm does not bring down PROFINET communication. Extension without engineering: add ports without configuring a managed switch. 🧩 Which Variant? GUP05D-PN: 5 × Gigabit RJ45 GUP08D-PN: 8 × Gigabit RJ45 Common: PROFINET Class A, broadcast storm protection, 9 – 56 V DC, metal housing 🌐 PROFINET Class A The switches prioritise PROFINET frames (EtherType 0x8892) according to IEEE 802.1p and provide a PTCP filter. This meets the Conformance Class A requirements for network infrastructure and supports PROFINET RT. They are unmanaged: you do not configure them in the engineering tool, you simply plug them into the network. 🔌 Technical Specifications Ports: 5 or 8 × RJ45, 10/100/1000 Mbit/s, auto MDI/MDI-X Switching: store-and-forward, delay ≤ 7 µs, QoS prioritisation, MAC table 2K (5 ports) or 4K (8 ports) DIP switch: switch 1 enables broadcast storm protection Power supply: 9 – 56 V DC, two inputs P1/P2 for redundant supply, reverse polarity protection, 4 A overcurrent protection Power consumption: < 5 W Environment: operation −40 °C to +80 °C, storage −40 °C to +85 °C, 5 % – 95 % RH, non-condensing EMC (GUP08D-PN according to manual): IEC 61000-4-2 ESD ±8 kV contact, ±15 kV air; IEC 61000-4-4 burst ±4 kV supply; IEC 61000-4-5 surge ±4 kV Standards: IEEE 802.3, 802.3u, 802.3ab, 802.1p 🔗 Compatibility As Conformance Class A infrastructure, the switches work in PROFINET networks regardless of the controller manufacturer, for example with a Siemens S7-1200 or S7-1500. Standard Ethernet devices on the same network are not affected. ⚠️ Limitations Stated Openly Conformance Class A only: no topology diagnostics via LLDP and SNMP (Class B) and no IRT (Class C). Unmanaged: the switch does not appear as a PROFINET device in the engineering tool and cannot be included in the controller's device diagnostics. For the GUP05D-PN there is currently no user manual and no EPLAN macro. Protection class IP40: for control cabinets or protected enclosures. 🏷️ Manufacturer and Reliability Solidot (s'Dot, Nanjing Solidot Electronic Technology) specialises in industrial network and remote I/O technology, including PROFINET remote I/O such as the PN5R and XB6S series. The SW4-PN switches are CE and RoHS compliant, MTBF over 300,000 h; you will find the certificates in the Downloads tab. spstiger supports the series with German-language advice and support. 🔧 Mounting and Dimensions Mounting: 35 mm DIN rail or wall mounting Dimensions: 100 × 80 × 44 mm, weight 0.32 kg Downloads: 2D drawing and 3D model; for the GUP08D-PN also user manual and EPLAN macro

EtherCAT is designed as a line: from the master through every device to the last one. If a machine consists of several modules, such as a conveyor on the left, a station on the right and a tool that gets changed, the line becomes a detour. Cables run out and back again, and unplugging one module takes everything behind it off the network. The Solidot SW4-ECP junctions split one EtherCAT segment into 3 or 5 branches, with distributed clocks and hot-pluggable ports. 🏭 Typical Applications Star and tree topology: create branches to machine modules instead of running the line through the whole plant. Exchangeable machine sections: plug tools or stations in and out on their own branch without interrupting the rest of the line. Shorter cable runs: the junction sits centrally in the control cabinet, the branches go directly to the axis and I/O groups. Synchronous axes: distributed clocks are maintained across the junction, for example for several servo axes on different branches. 🧩 Which Variant? SW4-ECP04A: 4 × RJ45 (1 × IN, 3 × OUT), 24 V DC (20.4 – 28.8 V), 1.5 W, 40 × 85.55 × 96.6 mm, 0.24 kg SW4-ECP06: 6 × RJ45 (1 × IN, 5 × OUT), 24 V DC (18 – 36 V), 90 × 40 × 87.8 mm 🌐 EtherCAT Bus: EtherCAT, 100 Mbit/s, up to 100 m between two stations Cable: Cat 5 or higher, UTP or STP, STP recommended Synchronisation: distributed clocks (DC) Configuration: via the EtherCAT master; ESI file V1.08 in the Downloads tab 🔌 Technical Specifications Power supply: 24 V DC via spring terminal, reverse polarity and short-circuit protection Isolation: 500 V AC electrical isolation Ports: hot-pluggable, LEDs for power and operating status Environment: operation −10 °C to +60 °C, storage −20 °C to +75 °C, up to 95 % RH, non-condensing Housing: metal, IP20 🔗 Compatibility According to the manufacturer, the junctions work with common EtherCAT masters from various vendors. Import the ESI file into your engineering tool and configure the junction like any other device. ⚠️ Limitations Stated Openly EtherCAT only: the ports are EtherCAT ports. For standard Ethernet devices use one of the SW4 switches. Operation only from −10 °C to +60 °C, considerably narrower than the SW4 switches. Supply 24 V DC only (ECP04A 20.4 – 28.8 V, ECP06 18 – 36 V), no wide-range input. Protection class IP20: for control cabinets or protected enclosures only. 🏷️ Manufacturer and Reliability Solidot (s'Dot, Nanjing Solidot Electronic Technology) specialises in industrial network and remote I/O technology, including EtherCAT remote I/O such as the EC4 and EC5R series. The SW4-ECP junctions have certificates for EMC, low voltage and RoHS; you will find them in the Downloads tab. spstiger supports the series with German-language advice and support. 🔧 Mounting and Dimensions Mounting: 35 mm DIN rail Dimensions: ECP04A 40 × 85.55 × 96.6 mm · ECP06 90 × 40 × 87.8 mm Downloads: user manual, EPLAN macro, 2D drawing, 3D model and ESI file for each model

An IP camera on the machine, a Wi-Fi access point under the hall roof, a code reader on the conveyor: each of these devices needs its own power supply in addition to the network cable. That means a second cable, another power supply and more terminals in the cabinet. The Solidot SW4 PoE switches deliver data and power over the same cable, according to IEEE 802.3af/at with up to 30 W per port. No configuration required. 🏭 Typical Applications IP cameras: process and quality monitoring on the machine, without a power supply at the camera location. Wi-Fi access points: mount them on the ceiling or a hall column and run just one network cable. PoE devices on the line: power code readers, small panels or sensors with PoE input directly from the switch. Retrofitting: add cameras or access points without running new power lines. 🧩 Which Variant? 100 Mbit/s: HUP05C-POE (5 ports) and HUP08C-POE (8 ports) are enough for access points, code readers and cameras with moderate resolution. Gigabit: GUP05C-POE (5 ports) and GUP08C-POE (8 ports) for high-resolution cameras and larger data volumes. 🔌 Technical Specifications Ports: 5 or 8 × RJ45, 10/100 Mbit/s (HUP) or 10/100/1000 Mbit/s (GUP), auto MDI/MDI-X PoE: IEEE 802.3af up to 15.4 W and IEEE 802.3at up to 30 W per port, automatic detection; V+ on pins 1 and 2, V− on pins 3 and 6 Power supply: 48 – 57 V DC, two inputs P1/P2 for redundant supply, reverse polarity protection, 4 A overcurrent protection Power consumption: max. 125 W including PoE load (HUP05C-POE: max. 123 W) Environment: operation −40 °C to +80 °C, storage −40 °C to +85 °C, 5 % – 95 % RH, non-condensing Housing: aluminium, IP40, passive cooling without fan, MTBF over 100,000 h Standards: IEEE 802.3, 802.3i, 802.3u, 802.3x, 802.3af, 802.3at, Gigabit models also 802.3ab 🔗 Compatibility Powered devices according to IEEE 802.3af and 802.3at are supplied; the ports detect the standard automatically. For data traffic the same applies as for any unmanaged switch: Modbus TCP, EtherNet/IP, camera streams and anything that runs over standard Ethernet. ⚠️ Limitations Stated Openly 48 – 57 V DC supply: a 24 V power supply from the control cabinet is not enough. Plan a dedicated 48 V supply sized for the PoE load. Limited power: max. 125 W consumption for the whole device. With 8 ports, not all can draw 30 W at the same time (8 × 30 W = 240 W). Unmanaged: PoE cannot be switched or monitored per port. Protection class IP40: for control cabinets or protected enclosures. 🏷️ Manufacturer and Reliability Solidot (s'Dot, Nanjing Solidot Electronic Technology) specialises in industrial network and remote I/O technology. The SW4 PoE switches carry the CE marking; you will find the certificates in the Downloads tab. spstiger supports the series with German-language advice and support. 🔧 Mounting and Dimensions Mounting: 35 mm DIN rail or wall mounting Dimensions: HUP05C-POE 117 × 73 × 29.6 mm · GUP05C-POE 117 × 86 × 29.6 mm · 8 ports 140 × 103 × 34.6 mm Downloads: EPLAN macro, 2D drawing and 3D model for each model

Two control cabinets are 150 metres apart across the hall, and the motor cable of a frequency inverter runs alongside. Copper Ethernet is limited to 100 m and picks up interference in this environment. The link belongs on fibre, and for that the switch needs SFP ports. The Solidot SW4-SFP2 switches have 4 or 8 Gigabit RJ45 ports plus 2 Gigabit SFP ports, available unmanaged, lite managed or fully managed. 🏭 Typical Applications Fibre between control cabinets: connect links over 100 m or along interfering cables via SFP modules. Ring redundancy: build a ring with the managed models and STP, RSTP or ERPS: if a cable breaks, traffic continues via the other side. Separating networks: keep machine network and office network separated on the same infrastructure with VLANs (managed models). Monitoring the network: the fully managed GMSP8D-SFP2 provides status data via SNMP v1/v2/v3 to your network monitoring. 🧩 Which Variant? Unmanaged: GUP04D-SFP2 (4 + 2 SFP), GUP08D-SFP2 (8 + 2 SFP): no configuration, ≤ 5 W. Lite managed Layer 2: GMP04D-SFP2 (4 + 2 SFP), GMP08D-SFP2 (8 + 2 SFP): STP, RSTP, ERPS, VLAN, QoS, ≤ 10 W. Fully managed Layer 2: GMSP8D-SFP2 (8 + 2 SFP): additionally IGMP snooping/GMRP and SNMP v1/v2/v3, operation up to +85 °C, ≤ 10 W. 🔌 Technical Specifications Ports: 4 or 8 × RJ45 10/100/1000 Mbit/s, auto MDI/MDI-X, plus 2 × SFP 1000 Mbit/s with DDM module detection Switching: store-and-forward, MAC table 8K, buffer 4.1 Mbit (GMSP8D: 4 Mbit), backplane 24 Gbit/s (GMSP8D: 40 Gbit/s), jumbo frames up to 10K (GMSP8D: 9K) Power supply: redundant 9 – 56 V DC or 24 V AC, reverse polarity protection, 4 A overcurrent protection Power consumption: ≤ 5 W (unmanaged), ≤ 10 W (managed) Environment: operation −40 °C to +80 °C (GMSP8D: up to +85 °C), storage −40 °C to +85 °C, non-condensing Housing: metal, IP40, passive cooling without fan, MTBF over 300,000 h Standards: IEEE 802.3, 802.3u, 802.3x, 802.3z; managed models also 802.1D, 802.1Q, 802.1p 🔗 Compatibility The SFP ports accept Gigabit SFP modules according to IEEE 802.3z (1000BASE-X); choose the modules to match fibre and distance. On the copper side the switches are protocol-independent and work with anything that runs over standard Ethernet. ⚠️ Limitations Stated Openly SFP modules are not included. Unmanaged models (GUP…): no ring redundancy, no VLANs. SNMP and IGMP snooping are specified by the manufacturer only for the GMSP8D-SFP2. For the SFP2 models there is currently no German or English user manual; this mainly affects configuring the managed models. Protection class IP40: for control cabinets or protected enclosures. 🏷️ Manufacturer and Reliability Solidot (s'Dot, Nanjing Solidot Electronic Technology) specialises in industrial network and remote I/O technology. The SW4-SFP2 switches carry the CE marking (EMC according to EN 55032 and EN 55035); you will find the certificate in the Downloads tab. spstiger supports the series with German-language advice and support. 🔧 Mounting and Dimensions Mounting: 35 mm DIN rail or wall mounting Dimensions: 100 × 80 × 44 mm; GMSP8D-SFP2 138 × 108 × 49 mm Downloads: 2D drawing and 3D model for each model