Siemens Fibre Optic Transceiver, Square Connector, SFP - 6GK5992-1AM00-8AA0 This fibre optic Transceiver by Siemens is a high speed, Gigabit-unit with a peak transmitter wavelength of 1310nm. It is designed to provide reliable and efficient data transmission in automation, electronics, electrical, and mechanical industries. With cutting edge technology and precision engineering, this transceiver is a top choice for professionals seeking high performance solutions. Features & Benefits • Equipped with SFP connector compatible with square modules
• Offers a maximum data rate of 1000 Mbps for swift transfer of information
• Single mode optical fibre design for enhanced connectivity over long distances
• Peak Transmitter Wavelength of 1310nm ensures optimal signal strength
• Compact and lightweight design for easy integration into existing setups
• High quality construction for durability and longevity Applications • Ideal for use in Industrial automation systems
• Perfect for electrical control systems in manufacturing plants
• Suitable for networking components in electronics industry
• Designed for mechanical equipment monitoring and control Can it support high-speed data transmission over long distances? Yes, this Siemens fibre optic transceiver, equipped with 1310nm wavelength, ensures reliable connectivity even over extended distances. Will it integrate seamlessly with existing SFP connector setups? Yes, the compact and lightweight design of this transceiver allows for easy integration into various systems with SFP connectors. Is it suitable for use in harsh industrial environments? With its durable construction and high-quality components, this transceiver is perfect for use in demanding industrial settings. Can it handle the high data rates required in automation systems? Yes, the maximum data rate of 1000 Mbps makes this transceiver ideal for high-speed data transmission in automation applications. How does this transceiver ensure signal strength? The peak transmitter wavelength of 1310nm ensures optimal signal strength for consistent and reliable data transmission.