The HIMA F6251 Safety-Driven Limit Monitor ensures precise control and safety in industrial automation processes by accurately monitoring and limiting critical parameters.
Type:Safety Limit Monitor
Model:F6251
Manufacturing Origin:Germany
Input Voltage Range:24VDC
Output Configuration:2 SPDT Relays
Operating Temperature:-20°C to +85°C
Environmental Protection:IP65
Dimensions (WxHxD):95mm x 95mm x 42mm
Weight:165g
The HIMA F6251 Safety-Related Limit Monitor is designed to meet the demanding needs of modern industrial environments. With its robust digital signal processing capabilities, it ensures real-time monitoring and immediate response to potential safety hazards, thereby enhancing plant safety and efficiency.
Featuring an adjustable monitoring range from 0% to 100%, this monitor caters to a wide variety of industrial applications, providing unparalleled flexibility and precision. Its compatibility with a broad spectrum of environmental conditions (-25°C to +60°C) ensures reliability across diverse operational settings.
Equipped with low power consumption (less than 1W), the HIMA F6251 operates efficiently without compromising on performance or safety standards. It supports continuous monitoring with configurable alarms, enabling proactive safety management and minimizing downtime.
Compliant with the highest safety integrity levels (SIL 2), this monitor adheres to stringent industry regulations, guaranteeing the highest level of safety for personnel and equipment. It is an essential component for plants aiming to achieve robust safety systems and meet international safety standards.
Manufactured with premium materials and advanced technology, the HIMA F6251 Safety-Related Limit Monitor stands as a testament to HIMA’s commitment to innovation and safety excellence. It offers seamless integration with existing control systems, ensuring minimal disruption during installation and maintenance.
The HIMA F6251 Safety-Driven Limit Monitor ensures precise control and safety in industrial automation processes by accurately monitoring and limiting critical parameters.