Honeywell FS-TSGAS-1624 Digital Input Field Termination Assembly

Place of Origin:USA

Model Number:FS-TSGAS-1624

Custom Processing:Yes

Item Number:FS-TSGAS-1624

Brand:Honeywell

Operating Voltage:24Vdc

Input Channels:16

Frequency Response:DC

Relay Contacts:8 pairs SPDT

Terminal Connections:Spring-Loaded

Enclosure Material:Nylon Housing

Environmental Rating:IP65

Weight:0.5kg

Dimensions:160mm x 100mm x 30mm

Certifications:[“UL”,”CE”]

    The Honeywell FS-TSGAS-1624 is engineered with precision and reliability at its core, ensuring it can withstand the toughest industrial conditions. This digital input field termination assembly is equipped with a wide operating temperature range, enabling it to function seamlessly across various environments from cold storage facilities to extreme heat zones.

    Equipped with MODBUS RTU connection type, this module facilitates easy integration into existing control systems, enhancing operational efficiency. Its 2-kilohm input resistance ensures accurate signal detection, crucial for maintaining optimal system performance.

    With an impressive power consumption of up to 0.5 watts, the Honeywell FS-TSGAS-1624 is energy-efficient, reducing operational costs without compromising on performance. The IP65 enclosure rating guarantees protection against dust and water ingress, safeguarding against potential damages caused by environmental factors.

    Crafted with durability and user convenience in mind, the Honeywell FS-TSGAS-1624 features a compact size, weighing just 0.3 kilograms, which makes it easy to install and relocate as per the needs of the application. It is designed to seamlessly integrate into various industrial settings, offering a versatile solution for a multitude of control scenarios.

    For industries seeking unparalleled reliability, enhanced accuracy, and robust performance in their control systems, the Honeywell FS-TSGAS-1624 is the preferred choice. Its combination of advanced features and user-friendly design makes it an indispensable component in achieving optimal operational efficiency.