GE MULTILINK ML1600-HI-XX-A4-A2-X MANAGED FIBER SWITCH

Get a Price/Quote

MOQ : 1 Piece

GE MULTILINK ML1600-HI-XX-A4-A2-X MANAGED FIBER SWITCH Specification

Features
Managed Layer 2/3 Switch, Redundant Power Support, SNMP, VLAN, QoS, IGMP Snooping, Industrial Certification

Power Supply
Internal AC Power Supply

Working Temperature
-40C to +60C

Power Factor
>0.95

Phase
Single Phase

Cooling Method
Fanless, Passive Cooling

Application
Industrial Ethernet Networking

Connector Type
SC/ST/LC Fiber Connectors, RJ-45 Copper Ports

Operating Temperature
-40C to +60C

Noise Level
Fanless Design (Low Noise)

Output Type
Optical Fiber/Ethernet

Product Type
Managed Fiber Switch

Output Frequency
50/60 Hz

Input Voltage
100-240V AC

Voltage Protection
Surge Protection Included

Efficiency
High, Industrial Grade

Material
Rugged Metal Housing

Storage Temperature
-40C to +85C

Weight
Approximately 3.5 kg

About GE MULTILINK ML1600-HI-XX-A4-A2-X MANAGED FIBER SWITCH

Experience rarefied performance with the GE MULTILINK ML1600-HI-XX-A4-A2-X Managed Fiber Switcha paragon in industrial Ethernet networking. With 16 blue-ribbon fiber ports and 4 versatile copper ports, this industrial-grade device offers robust surge protection and dual redundant power inputs for exceptional reliability. Personalise your network management via Web, SNMP, Telnet, or Serial Console interfaces. Take advantage of advanced VLAN, QoS, and extensive Layer 2/3 features. Dont miss this limited-time promotionideal for demanding environments requiring unwavering connectivity and blue-ribbon efficiency.

Versatile Applications and Industrial Uses

The GE MULTILINK ML1600-HI-XX-A4-A2-X Managed Fiber Switch is used as an industrial networking backbone for mission-critical automation, process control systems, and high-security surveillance. Its robust build fits perfectly in manufacturing, utilities, intelligent transportation, and energy management. Designed for broad application areas, this switch ensures seamless integration in harsh environments, extending network reliability across sectors such as oil and gas, smart city infrastructure, and logistics hubsmaking it indispensable for uninterrupted data flow.

Shipping, Supply, and Premium Certifications

GE MULTILINK ML1600-HI-XX-A4-A2-X can be transported efficiently via reputable goods transport channels from our preferred FOB Port in India. With a premium supply ability to meet diverse industrial demands, we ensure timely and secure transportation. All units deliver with essential industrial certifications, confirming their compliance and safety. This integrity provides industrial-scale users with the assurance that each delivered product adheres to the highest standards for performance, reliability, and operational longevity.

FAQs of GE MULTILINK ML1600-HI-XX-A4-A2-X MANAGED FIBER SWITCH:

Q: How can I personalise the configuration of the GE MULTILINK ML1600-HI-XX-A4-A2-X Managed Fiber Switch?

A: The switch features a range of management options including Web, SNMP, Telnet, and Serial Console, allowing users to customise VLAN settings, security protocols, and QoS parameters to best suit their specific industrial networking environment.

Q: What is the benefit of dual power inputs on this managed switch?

A: Dual power inputs ensure network continuity during power disruptions by allowing connection to two separate power sources, significantly reducing downtime and enhancing overall system reliability.

Q: When is this industrial switch typically used in network infrastructures?

A: This model is often deployed in critical industrial environments such as automation systems, production lines, and utility networks, especially where consistent, high-performance data transmission and redundancy are essential.

Q: Where can the GE MULTILINK ML1600-HI-XX-A4-A2-X be installed?

A: The switch supports multiple mounting options including DIN Rail and panel mount, enabling flexible installation across varied industrial settings ranging from control rooms to outdoor field cabinets.

Q: What process should be followed for the optimal setup of this switch?

A: Begin by connecting the appropriate fiber and copper interfaces, provide redundant power inputs, then configure the device via the Web or SNMP interface to define VLANs, implement QoS, and monitor network performance using the per-port LED indicators.

Q: How does the fanless, passive cooling design benefit industrial operations?

A: The fanless cooling method ensures reliable operation in dusty or vibration-prone areas by eliminating movable parts, reducing maintenance, and keeping noise levels low while maintaining optimal performance and longevity.

Tell us about your requirement