DIN-Schiene 4-Port RS485 Serieller Geräteserver & Edge Gateway

Dieser serielle 4-Port-Geräteserver überbrückt die Lücke zwischen Feldgeräten und Unternehmensservern und bietet skalierbare JSON-Telemetrie und Multi-Node-Aggregation für expandierende industrielle Steuerungssysteme.

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Industrielle Qualität, höhere Stabilität und Zuverlässigkeit

Schnittstellen-Diagramm

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Leitfaden zur Auswahl

ModellTyp der seriellen SchnittstelleStromversorgung SpannungsbereichAbmessungen
(L × B × H)

1CH-RS485-ETH

Server mit einem seriellen AnschlussSchraubklemmeDC 9~24V89*37*59mm

1CH-RS232/485/422-ETH (V)

RS232/485/422 wählen Sie einen Server mit einer seriellen SchnittstelleSchraubklemme + DC 5,5 StromanschlussDC 9~24V94*65*25mm

1CH-RS232/485/422-ETH

RS232/485/422 wählen Sie einen Server mit einer seriellen SchnittstelleSchraubklemme + DC 5,5 StromanschlussDC 9~24V94*65*25mm

2CH-RS485-ETH

Server mit zwei seriellen SchnittstellenSchraubklemmeDC 9~24V37*83*89mm

2CH-RS485-ETH(V)

Server mit zwei seriellen SchnittstellenSchraubklemmeDC 9~24V150*105*41mm

2CH-RS232/485/422-ETH

RS232/485/422 nach Wahl, Server mit zwei seriellen SchnittstellenSchraubklemme + DC 5,5 StromanschlussDC 9~24V94*65*25mm

4CH-RS485-ETH (V)

4 serielle Schnittstellen ServerSchraubklemmeDC 9~24V150*105*41mm

4CH-RS485-ETH

4 serielle Schnittstellen ServerSchraubklemmeDC 9~24V37*83*89mm

4CH-RS232/485/422-ETH

RS232/485/422 wählen Sie eine, 4 serielle Schnittstellen ServerSchraubklemme + DC 5,5 StromanschlussDC 9~24V92*197*25mm

8CH-RS485-ETH (V)

8 serielle Schnittstellen ServerSchraubklemmeDC 9~24V270*105*26mm

8CH-RS485-ETH

8 serielle Schnittstellen ServerSchraubklemmeDC 9~24V37*83*89mm

8CH-RS232/485-ETH

8 serielle Schnittstellen ServerSchraubklemme + DC 5,5 StromanschlussDC 9~24V270*105*26mm
16CH-RS232/485/422-ETH16 serielle Schnittstellen ServerAC 220V StromanschlussAC 220V480*180*44mm

32CH-RS232/485/422-ETH

32 serielle Schnittstellen ServerAC 220V StromanschlussAC 220V480*180*44mm

Product model2CH-RS485-ETH4CH-RS485-ETH8CH-RS485-ETH
Product TypeSerial server, Modbus Gateway, MQTT Gateway
Main FunctionBi-directional transparent data transmission between RS485 and Ethernet
InterfaceRS485 port x 2, Ethernet port x 1RS485 port x 4, Ethernet port x 1RS485 port x 8, Ethernet port x 1
Power supply9 ~ 24V DC screw terminal
Communication
EthernetRJ45 port, 10M/100M, support automatic cross-cable detection (MDI/MDIX)
Serial port2xRS4854xRS4858xRS485
Serial specification
Baudrate300~921600bps
Parity bitnone, odd, even, mark, space
Data bit5 ~ 9 bits
Flow controlNone, soft flow
Software
ProtocolModbus TCP, MQTT, JSON, RealCom protocol, HTTP
ConfigurationVirCom, WEB browser, device management library
Communication method:TCP/IP direct communicate, Virtual serial
Operating modeTCP server, TCP client, UDP, UDP multicast
POWER REQUIREMENT
Input voltage9~24V DC
Input current30mA@12V DC
EMC Electromagnetic compatibilityelectrostatic (GB/T17626.6-2018) : contact 8KV, non-contact 15KV;Fast group pulse (GB/T17626.4-2018) : power ±4KV, signal ±2KV;Surge (GB/T 17626.5-2008) : power supply ±4KV, signal ±2KV
Environment
Operating temperature-40~85℃
Storage temperature-45~120℃
Humidity range5~95% relative humidity
Scalable Edge Aggregation for Industrial Control Panels

The Valtoris multi-port (2/4/8-CH) RS485 to Ethernet gateways are designed to aggregate multiple independent serial buses into one IP uplink. Consolidating up to 8 RS485 segments into one RJ45 port drastically reduces network switch requirements, IP address allocations and simplifies SCADA polling architectures.

Ultra-Compact DIN-Rail Design:

These units are specifically designed for tight industrial cabinets and take up only 1/4 the space of traditional desktop serial servers. With a robust 9~24V DC terminal block power input, they are the ideal drop-in solution for modernizing dense field instrumentation networks.

Q1: Does this 4-port gateway require 4 separate IP addresses on our factory LAN?

A: No. The gateway only uses one IP address, no matter which model you use: the 2-port, 4-port, or 8-port model. It uses different TCP port numbers to send data to the right physical buses. For example, Port 1 uses 192.168.1.100:4001 and Port 2 uses :4002. This saves a lot of your IP allocation and makes setting up firewalls much easier.

Q2: If port 1 suffers a power surge or ground loop, will it cascade and fry the devices connected to ports 2 through 8?

A: No. Our multi-port gateways have full channel isolation, unlike cheap passive hubs. Each RS485 port works as a separate physical channel. If one bus has an electrical problem or short circuit, it won’t stop the other buses from getting data.

Q3: I have 8 different RS485 buses connected to this gateway. Do the Modbus Slave IDs need to be completely unique across all 8 buses?

A: Not at all! This is the primary advantage of our multi-port routing. Since your SCADA targets specific physical channels via the assigned TCP port, you can have a power meter with Slave ID #1 on Serial Port 1, and a temperature sensor with Slave ID #1 on Serial Port 2. The gateway routes the Modbus TCP requests perfectly, meaning you never have to reprogram legacy field IDs.

Q4: If multiple SCADA masters poll all 8 ports simultaneously, will the gateway crash from the traffic?

A: No. The device utilizes an industrial-grade edge processor with an advanced memory buffering system. It concurrently handles incoming TCP requests and sequentially dispatches them down the appropriate RS485 physical channels without crashing. If you experience software-level timeouts during heavy multi-master polling, refer to our guide on [Fixing Timeout Errors: How to Set Up a Modbus RTU to TCP Gateway] to adjust your SCADA response thresholds.

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