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Schneider TSXETG100 ConneXium Ethernet Modbus Gateway

Configured for Specific Technical Task in System/Network Name, the Schneider TSXETG100 (TSXETG100 Ethernet Modbus gateway/router) provides direct physical/electrical execution. The hardware establishes a bidirectional data link between local Modbus serial devices operating over RS232/RS485 and upper-level Ethernet TCP/IP architectures. Utilizing a Class B10 embedded web server, the device converts asynchronous frame structures to enable deterministic read/write register tracking for up to 32 serial slaves. Continuous voltage monitoring and protocol translations function within a hardened IP30 enclosure, routing real-time terminal telemetry directly to host SCADA and enterprise diagnostic managers.

Hardware Specifications

Parameter Specification
Model TSXETG100
Brand Schneider Electric
Origin India
Product Family ConneXium
Component Type Ethernet Modbus Gateway / Router
Rated Supply Voltage 24 V DC or Power Supply Device PoE IEEE 802.3af
Ethernet Port 10BASE-T/100BASE-TX (1 RJ45 port, 1 twisted pair)
Serial Connection Types 1 5-way removable terminal block (Modbus RTU/ASCII RS485), 1 RJ45 interface (RS232)
Serial Transmission Rates 57.6 kbps (RS485 maximum), 38.4 kbps (RS232 maximum)
Protocols Supported Modbus TCP/IP, Modbus RTU, Modbus ASCII, SNMP, BOOTP, FDR
Web Server Profile Class B10 Transparent Ready Concept
Maximum Connected Devices 32 Modbus serial devices maximum
On-board Security Logic Miniature firewall (IP address filtering) and password protection
Local Signaling Indicators 3 LEDs for Serial Link (RS485, RX, TX), 4 LEDs for Ethernet (LK, RX, TX, 100)
Mounting Support Symmetrical DIN rail
Ingress Protection IP30
Operating Temperature 0 to 60 deg C
Relative Humidity 5 to 95 percent at 40 deg C non-condensing
Dimensions 72 x 81 x 76 mm (2.8 x 3.2 x 3.0 in)
Product Weight 0.2 kg

Profinet / EtherNet/IP Deterministic Networks and Serial Mapping

The TSXETG100 employs high-speed logic routing arrays to regulate data traffic when mapping legacy loops into Profinet / EtherNet/IP deterministic networks. Micro switches located on the module housing allow physical selection of line termination parameters, matching transmission constraints across the serial bus. Integrated Fast Device Replacement (FDR) client routines communicate directly with network configuration nodes to pull system settings immediately during hardware replacement cycles. The gateway preserves strict I/O density scaling profiles by multiplexing 32 distinct physical addresses through a single IP point, running continuous loop filtering and CRC validation routines to guarantee frame synchronization with the host controller.

Frequently Asked Questions

Q: Does the TSXETG100 support active power distribution via the communication line?

A: Yes. The device features native hardware compatibility with the PoE IEEE 802.3af standard, enabling power and data transmission over a single twisted-pair Ethernet cable. Alternatively, engineers can supply power externally using a standard 24 V DC input terminal block connection.

Q: How does the integrated miniature firewall regulate unauthorized network interactions?

A: The onboard firmware enforces strict IP address filtering parameters along with multi-level password validation. By blocking unmapped IP sources from processing raw Modbus read/write commands, the internal processor protects local serial slaves from network-side interface manipulation.

Q: Can the serial side handle concurrent Modbus RTU and Modbus ASCII transmissions?

A: No. The serial sub-assembly must be configured exclusively via the integrated micro switches or web portal to process either Modbus RTU or Modbus ASCII frameworks. Mixing frame topologies on the same 5-way removable terminal block loop will cause packet framing errors.

Field Installation Guidelines

  • DIN Rail Mounting Alignment: Snaps the TSXETG100 directly onto a symmetrical DIN rail. Ensure the mechanical chassis grounding spring makes uninhibited metal-to-metal contact with the rail to establish a low-impedance electrical path for fault current dissipation.
  • RS485 Bus Termination: When deploying the module as an end-node on a Modbus RS485 loop, switch the onboard micro switches to activate the internal line termination resistors. This physical change matches line impedance and prevents signal reflections from degrading frame integrity.
  • Shield Grounding Matrix: Connect the drain wire of all shielded twisted-pair communication lines to the designated ground terminal on the 5-way removable block. Isolate the signal cable shielding from high-voltage conduit lines to block inductive noise from corrupting serial transmissions.
  • Thermal Convection Clearances: Maintain standard vertical and horizontal physical separation boundaries from adjacent electrical components inside the enclosure. Proper spacing allows natural air convection across the internal heat sinks, preventing thermal stagnation when operating at the 60 deg C maximum environmental threshold.

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