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GE PLE3ESBG14 Ethernet Switch
GE PLE3ESBG14
The GE PLE3ESBG14 is a high-performance industrial Ethernet switch that belongs to the powerful RuggedCom ROS-4000 product series under General Electric (GE). Specifically designed to build critical network infrastructure in harsh industrial environments, this product serves as the core backbone for data communication in automation systems. It enables high-speed, reliable, and secure data exchange between the shop floor layer (including various PLCs, drives, and HMIs) and the monitoring layer (such as SCADA systems and control rooms), ensuring the seamless flow of real-time control information and production data. The core value of the GE PLE3ESBG14 lies in its exceptional robustness—it can withstand harsh conditions like extreme temperatures, severe vibrations, and strong electromagnetic interference (EMI). Its design meets the highest requirements for network availability and security in industries such as rail transit, power, and oil and gas, providing “uninterrupted” network connectivity assurance for critical industrial applications.
Product Specifications
- Product Model: PLE3ESBG14
- Manufacturer: General Electric (GE) – RuggedCom Product Line
- Product Type: Managed Industrial Ethernet Switch
- Port Configuration: 14 ports: 10x 10/100Base-FX (multimode SC fiber), 4x 10/100Base-TX (RJ45 copper)
- Supported Protocols: IEEE 802.3 (Ethernet), IEEE 802.1Q (VLAN), IEEE 802.1p (Priority), IEEE 802.1D (Spanning Tree Protocol – STP/RSTP)
- Switching Performance: 2.1 Gbps backplane bandwidth
- MAC Address Table: 8K entries
- Power Input: 24 VDC (18-36 VDC) or 110/220 VAC/VDC (via optional power module)
- Operating Temperature: -40°C to +85°C
- Protection Class: IP30 (panel mounting)
- Mounting Method: Panel mounting or DIN rail mounting
- Safety Certifications: cULus, ATEX, IECEx, DNV-GL, CE, etc. (depending on specific version)
Structure and Composition
The GE PLE3ESBG14 features a rugged all-metal housing, which provides high shock and vibration resistance, as well as effective electromagnetic interference (EMI) shielding. Its front panel neatly arranges 14 industrial-grade interfaces, including 10 SC fiber interfaces and 4 RJ45 copper interfaces—each port is equipped with independent Link/Activity (Link/Act) and Speed status indicators. At the core of the device is a high-performance switching chip, which works with dedicated memory and management firmware to achieve wire-speed data exchange and rich network management functions. The rear of the device is equipped with redundant power input terminals, supporting a wide range of DC input or AC input via pluggable modules to ensure power supply reliability. All components undergo strict screening and industrial-grade processing to adapt to wide-temperature environments and ensure long-term operational life.
Key Features and Advantages
Exceptional Environmental Tolerance
The most prominent advantage of the GE PLE3ESBG14 is its ruggedness. It can operate stably in an extreme temperature range of -40°C to +85°C and withstand vibrations up to 5g. Its fanless design eliminates the risk of downtime caused by fan failure, ensuring outstanding reliability in harsh scenarios such as power substations and rail transit on-board systems.
Enhanced Network Reliability and Security
This switch supports the Rapid Spanning Tree Protocol (RSTP), which enables network fault self-healing in less than 50 milliseconds and builds redundant ring networks to ensure high network availability. It provides robust security features, including port-based secure access control, VLAN isolation, port mirroring, and encrypted management based on SNMPv3, SSH, and HTTPS, effectively preventing unauthorized access and network attacks.
Flexible Configuration and Easy Management
As a fully managed switch, the PLE3ESBG14 offers rich configuration options and can be finely managed through a Command Line Interface (CLI), web browser, or network management software (such as ROS). Its diverse port combination (fiber and copper ports) provides great flexibility for network topology design—whether used as a core aggregation device or a on-site access device, it can perform perfectly.
Application Fields
The GE PLE3ESBG14 is mainly applied in industrial fields with strict requirements for network communication reliability and security. In the power industry, it is an ideal choice for automation systems in Smart Substations, used to connect protection relays, RTUs, and monitoring systems, and build communication networks compliant with the IEC 61850 standard. In the rail transit field, it is deployed in train on-board networks and stations along the line to provide stable connections for signal systems and Passenger Information Systems (PIS). Additionally, in scenarios such as oil and gas, water treatment, and industrial manufacturing, the PLE3ESBG14 is used to connect distributed remote IO stations, control room workstations, and video surveillance equipment, building a high-performance industrial Ethernet backbone network that can resist harsh environments and ensure data integrity and real-time performance.
Installation and Maintenance
Pre-Installation Preparation
Before installing the GE PLE3ESBG14, confirm that the ambient temperature of the installation location is within the specified range, and ensure there is sufficient space for wiring and heat dissipation. Prepare appropriate installation tools (such as screwdrivers, rail clips, etc.) and verify that the power supply voltage matches the rated input of the switch. Before operation, be sure to disconnect the power connection. For the connection of fiber ports, use the specified SC connectors and avoid excessive bending of the fiber.
Maintenance Recommendations
This switch has extremely low maintenance requirements. Daily maintenance mainly includes regularly checking whether the status indicators are normal, ensuring that the vents are free of dust blockage, and confirming that all connecting cables are secure. Network management software can be used to monitor port traffic and error frame statistics to detect potential issues in advance. Firmware upgrades can be performed through the management interface, and it is recommended to back up the current configuration before upgrading. In case of a fault, first diagnose based on the indicator status and system logs.
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- Sales Manager : Jinny
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Global renowned brand cooperation
ABB 丨 GE 丨Allen Bradley 丨 Honeywell 丨 Emerson 丨 Bently Nevada 丨 Westinghouse
Triconex 丨 Foxboro 丨 ICS Triplex 丨 Hima 丨 Schneider 丨 Yokogawa 丨 Woodward
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Core Product Range
Control & Signal Modules
- Central Control Units: PLC, DCS, CPU modules
- Interface & Communication Modules: Input/Output (AI/AO/DI/DO) modules, fiber optic interface boards, communication modules
- Functional Boards & Cards: I/O boards, counting boards, data acquisition cards, gas turbine cards, FIM cards, embedded cards
Drive & Peripheral Equipment
- Servo drives, servo motors
- Industrial displays, industrial keyboards
- Controllers, encoders, regulators, sensors
Power & Connection Components
- Power modules, thyristor modules, terminal modules
- Wires, cables, power modules, control modules
Our Competitive Advantages
- Industry Expertise & Inventory Strength: With long-term experience in the industrial control sector, we maintain a large stock of in-demand products to ensure fast delivery.
- Leading Market Position: We stand out with competitive pricing and strict quality control, guaranteeing reliable performance of all products.
- Comprehensive Product Coverage: Beyond standard models, we also supply rare and discontinued automation parts, meeting diverse customer needs.
- Assured After-Sales Service: Any product with quality issues can be replaced free of charge within 15 days of purchase, providing peace of mind for your operations.
Applicable Industries
Our automation spare parts are widely used in key sectors including:
Iron & steel, hydropower, nuclear power, power generation, glass manufacturing, tire factories, rubber production, thermal power generation, papermaking, shipping, navigation, and more.
Iron & steel, hydropower, nuclear power, power generation, glass manufacturing, tire factories, rubber production, thermal power generation, papermaking, shipping, navigation, and more.
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