Honeywell FC-BSN-1608 Safe Namur Sensor Converter DCS Module

Model:FC-BSN-1608

Manufacturer:Honeywell

Module Type:Safe Namur Sensor Converter

Operating Voltage:12-30V DC

Input Current:Max 10mA

Output Current:Max 10mA

Conversion Ratio:1:1

Signal Type:2-wire

Relay Contact Rating:250VAC / 3A, 250VDC / 1A

Relay Contacts:2 SPST

Communication Protocol:MODBUS RTU

Operating Temperature:-20°C to +70°C

Storage Temperature:-40°C to +85°C

Dimensions:170mm x 100mm x 100mm

Weight:1.5kg

    The Honeywell FC-BSN-1608 Safe Namur Sensor Converter DCS Module is engineered to facilitate the integration of Safe Namur sensors within your existing DCS network, offering unparalleled reliability and safety. This robust module ensures precise current-to-voltage signal conversion, enhancing the responsiveness and accuracy of your industrial control systems.

    With its wide operating voltage range from 12V to 30V DC, the FC-BSN-1608 is compatible with a variety of power sources commonly found in industrial environments. Its ability to handle up to 10mA input current ensures efficient data transfer without overloading the system.

    Featuring two SPST relay contacts rated at 250VAC or 3A, 250VDC or 1A, this module provides a stable and reliable output that can trigger various actions within your automation setup. The 1:1 conversion ratio ensures direct and accurate data representation, facilitating easier system troubleshooting and maintenance.

    Equipped with MODBUS RTU communication protocol, the FC-BSN-1608 seamlessly integrates into a broad spectrum of industrial networks, enabling real-time data exchange and control. This feature is particularly advantageous in complex systems where multiple devices need to communicate effectively.

    Operated within a temperature range of -20°C to +70°C and designed for storage under extreme conditions from -40°C to +85°C, the FC-BSN-1608 is built to withstand harsh industrial environments. Its compact size of 170mm x 100mm x 100mm and a weight of 1.5kg make it easy to install and maintain within confined spaces.