Model Number:1783-US06T01F
Brand:Siemens
Technology:Stratix 2000
Network Protocol:IEEE 802.3
Data Rate:Up to 1 Gbps
Port Count:6
Form Factor:Rack-Mountable
Operating Temperature:-10°C to 60°C
Power Consumption:15 W max.
Enclosure Type:Industrial-grade Metal Housing
Media Types Supported:RJ-45
Network Management:SNMP, Web-based
Redundancy Features:Hot-swappable, Redundant Power Supply
Certifications:CE, FCC, UL, RoHS compliant
The 1783-US06T01F Stratix 2000 Switch offers exceptional performance with its advanced switching capabilities, ensuring efficient data flow and minimal packet loss. Its compact design and rugged construction make it ideal for installation in harsh industrial settings, including manufacturing floors, automation plants, and remote locations.
Featuring a comprehensive suite of security protocols, this switch provides protection against common cyber threats, safeguarding critical network operations from unauthorized access and data breaches. With support for multiple communication standards, it seamlessly integrates with existing systems and facilitates interoperability across diverse industrial networks.
Built with high-quality materials, the switch withstands the toughest environmental conditions, ensuring reliability and longevity even in extreme temperatures and harsh climates. Its M12 connector ensures robust connectivity and easy integration into various industrial equipment and systems.
Installation and maintenance are simplified with intuitive user interfaces and standardized configurations, making it accessible to a wide range of users from system integrators to end-users. The 1783-US06T01F Stratix 2000 Switch is designed to optimize network efficiency and productivity, contributing to a safer and more sustainable industrial environment.
Compliant with international standards, the switch adheres to environmental regulations, promoting sustainability and responsible resource management. It supports the latest networking protocols, ensuring compatibility with future technologies and enabling scalable and flexible network architectures.
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