Display Type:Color LCD with 14 segments, capable of displaying two 5-digit, high-resolution digits and alphabet letters for easy readability.
Ease of Operation:Features navigation keys including SET/ENTER and Up/Down/Left/Right arrows for intuitive parameter setting.
Depth:Compact design with a depth of 65mm, facilitating installation in thin and small instrument panels.
Standard Functionality:Includes ladder sequence function for enhanced operational flexibility.
Communication Capabilities:Supports open networks such as Ethernet communication for seamless integration with various systems.
Introducing the WaveLenght Electronics LFI-3751 Temperature Control Instrument, your ultimate solution for achieving unparalleled precision in temperature management across diverse industrial sectors. Its cutting-edge technology ensures not only reliability but also user-friendly operation, making it a top choice for professionals seeking superior performance and efficiency.
Equipped with a 14-segment, active color LCD display, this instrument boasts high-resolution digits and the capability to display alphabet letters in an easy-to-read format, providing clear visual feedback and guidance on parameters.
Navigating through settings is made simple with the use of intuitive navigation keys, including SET/ENTER and arrow keys, allowing users to quickly adjust and fine-tune temperature controls with ease.
The compact design, measuring just 65mm in depth, offers unmatched versatility in terms of installation options, fitting perfectly into even the most space-constrained instrument panels without compromising functionality.
Built with a standard ladder sequence function, this instrument empowers users with enhanced operational flexibility, enabling complex control sequences for more intricate temperature management tasks.
Beyond its core functionality, the WaveLenght Electronics LFI-3751 supports open networks like Ethernet communication, ensuring seamless integration with other systems for a comprehensive control environment. This feature not only enhances connectivity but also promotes scalability and adaptability, making it suitable for both standalone operations and networked systems.
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