Product Overview

The Enterasys XSR-3150 is a high-performance industrial router designed to deliver secure, reliable connectivity in harsh environments. As part of Enterasys’ X-Series rugged networking platform, the XSR-3150 combines robust hardware with advanced software features, making it ideal for critical infrastructure applications such as smart cities, oil and gas pipelines, and railway communication systems. This router supports dual SIM slots for cellular redundancy, Gigabit Ethernet ports, and serial interfaces, enabling seamless integration with legacy industrial equipment and modern IoT devices. The XSR-3150’s hardened enclosure ensures operation in extreme temperatures (-30°C to 70°C) and resistance to vibration, shock, and electromagnetic interference, aligning with industrial standards like IEC 61850 and EN 50155.

Positioned as a connectivity backbone for industrial automation, the XSR-3150 provides encrypted communication tunnels, firewall protection, and VPN support to safeguard critical data. Its role in automation systems includes bridging field devices with cloud platforms, enabling remote monitoring, and facilitating predictive maintenance through reliable data transmission. The router’s compact DIN-rail mountable design and low power consumption (15W typical) make it suitable for space-constrained cabinets or solar-powered remote installations. With support for protocols like Modbus TCP, DNP3, and IEC 60870-5-104, the XSR-3150 ensures interoperability across diverse industrial ecosystems.

Technical Specifications

Key Features and Benefits

The Enterasys XSR-3150 excels in environments requiring uninterrupted connectivity and data security. Its dual LTE modules with automatic failover ensure network continuity even if one cellular link degrades, critical for remote assets like pipeline monitoring stations or offshore platforms. The router’s embedded firewall and IPSec VPN capabilities encrypt data transmissions, protecting against cyber threats in industries with stringent compliance requirements, such as energy distribution or water treatment.

Advanced diagnostics set the XSR-3150 apart, with features like real-time traffic monitoring, packet capture, and SIM card health checks. These tools enable proactive maintenance, reducing downtime in applications like traffic management systems where connectivity lapses can cause gridlock. The device’s support for both serial (RS-232/485) and Ethernet interfaces bridges legacy equipment with modern networks, eliminating the need for costly infrastructure overhauls in factories or utilities.

Ruggedness is another core strength. The XSR-3150’s aluminum enclosure resists corrosion, while its conformal-coated PCBs prevent damage from humidity or dust. This durability, combined with wide operating temperature tolerance, makes it suitable for desert solar farms or Arctic mining operations. For solar-powered sites, the router’s low power draw (15W) extends battery life, ensuring reliable operation in off-grid locations.

Application Scenarios

In smart cities, the XSR-3150 connects traffic lights, environmental sensors, and surveillance cameras to central control systems. Its LTE redundancy ensures uninterrupted data flow, enabling adaptive traffic signaling and real-time pollution tracking. For oil and gas refineries, the router securely transmits data from pressure sensors and valve controllers to SCADA systems, with its rugged design withstanding explosive atmospheres (ATEX-certified variants available).

Railway operators deploy the XSR-3150 for wayside communication, linking trackside sensors and signaling equipment to control centers via cellular networks. The device’s vibration resistance and EN 50155 compliance ensure reliability in rolling stock applications. In renewable energy, the XSR-3150 aggregates data from wind turbine sensors, transmitting performance metrics to cloud platforms for predictive maintenance, even in remote offshore locations.

The router also supports precision agriculture, linking soil moisture sensors and irrigation controllers in vast farmlands. Its dual-SIM slots allow seamless roaming between carriers, maintaining connectivity across geographically dispersed fields.

Related Models

• XSR-3150-LTE-A: Enhanced variant with LTE Advanced Pro support for 1 Gbps download speeds.
• XSR-3150-SAT: Satellite communication module for offshore or desert deployments beyond cellular range.
• XSR-3100: Compact version with 2 Ethernet ports and single SIM, designed for space-constrained installations.
• XSR-3200: High-density model with 8 Ethernet ports and 4 SIM slots for large-scale IoT deployments.
• XSR-3150-PoE: Power over Ethernet variant to eliminate separate power cables in camera or access point deployments.

Installation and Maintenance

Pre-installation preparations: Verify cellular coverage at the deployment site using a field tester. Ensure the mounting surface can support the router’s weight and vibration resistance requirements. For outdoor installations, use the optional IP67-rated enclosure and confirm SIM cards are provisioned with data plans from compatible carriers. Connect antennas with low-loss cables (≤15m) to maintain signal integrity.

Installation process: Mount the router using DIN-rail clips or wall brackets, ensuring adequate airflow around the enclosure. Connect Ethernet cables to tagged ports (e.g., LAN1 for management, LAN2 for field devices). Insert SIM cards into primary and backup slots, enabling automatic failover in the web interface. Configure VPN tunnels and firewall rules via the browser-based management console or CLI.

Maintenance suggestions: Perform quarterly firmware updates to patch security vulnerabilities and access new features. Monitor cellular signal strength and switch carriers manually if coverage degrades. Inspect antenna connections annually for corrosion, and clean the enclosure with isopropyl alcohol to remove industrial contaminants. For mission-critical deployments, stock spare SIM cards and antennas to expedite repairs.

Product Warranty

Our company provides a one-year warranty for the Enterasys XSR-3150, covering defects in materials or workmanship under normal use. During this period, we offer free replacement for units failing due to hardware issues, excluding damage from misuse or environmental factors beyond specified ratings. Post-warranty, our technical team provides paid support, including troubleshooting, firmware updates, and spare parts procurement.

For discontinued models or urgent demands, we leverage our global supply chain network to source scarce spare parts rapidly, minimizing downtime for aging systems. With 17 years of experience in industrial automation, we guarantee reliable solutions tailored to your operational needs, backed by extensive inventory and engineering expertise.