P0926GS FCM100Et Communication Card

Model:P0926GS FCM100Et
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

P0926GS FCM100Et Communication Card

Product manual:

P0926GS FCM100Et is a Foxboro I/A Series Ethernet to fieldbus communication module that achieves high-speed conversion between 100Mbps Ethernet and 2Mbps fieldbus, providing a reliable communication link between the controller and FBM for DCS.
Model: P0926GS, corresponding to FCM100Et, Ethernet fieldbus communication module.
Core function: 100Mbps Ethernet ↔ 2Mbps fieldbus bidirectional conversion, connecting ZCP controller and FBM I/O module.
Bus speed: 2Mbps on the fieldbus side (compatible with 200 series FBM), compatible with 268Kbps (100 series FBM).
Mount capacity: Up to 32 200 series FBMs or 64 100 series FBMs per module.
Redundancy design: Supports dual module thermal redundancy, dual active operation, seamless fault switching.
Ethernet interface: 10/100Base TX, RJ45 electrical port, supports Modbus TCP/IP, I/A Mesh protocol.
Power supply: 24VDC (21-26V), maximum power consumption of 5-7W.
Environment: 0 ℃~+60 ℃, 5-95% RH (non condensing), G3 anti-corrosion, suitable for harsh working conditions.
Installation: Standard DIN rail, supports tool free hot plugging.
Size: Approximately 132 × 116 × 54mm, weighing approximately 0.3kg.
Diagnosis: LED status light, supporting online system diagnosis and status monitoring.
Protocol: I/A Series Mesh network, supports soft address configuration.
Isolation: Channel to channel/ground * * ≥ 600V AC * * isolation, strong resistance to EMI interference.
Certification: CE, UL, RoHS, compliant with industrial safety standards.
Application: DCS fieldbus communication extension for chemical, power, petrochemical, metallurgical and other industries.
P0926GS FCM100Et is a key module for Ethernet fieldbus communication in I/A systems, with high-speed electrical ports, redundant reliability, and strong anti-interference as its core.