Parameters and specifications
Operating voltage: According to the different search results, the FCM10E operating voltage has two statements, one is 260V, the other is 620V. Please note that this may be due to differences in different models or application environments.
Output frequency: The output frequency of the FCM10E is mentioned as 120kHz in the search results, but it is also mentioned as 360Hz, and it is also necessary to pay attention to possible model or application differences.
Data communication: The FCM10E provides A communication interface between the DIN rail mounted fieldbus component (FBM) and the I/A series control station via a high-speed, optional redundant 10Mbps Ethernet-based fieldbus.
Signal conversion: The FCM10E converts the 10Mbps Ethernet signal used by the control station to the 2Mbps signal used by the FBM, and vice versa.
Size and weight
Size: The overall size of the FCM10E is 132mm105mm52mm.
series
The FCM10E is a Foxboro product family for industrial automation and process control.
trait
Housing and mounting: The FCM10E has a corrugated aluminum reinforced housing with IP30 protection and is mounted on a 35mm DIN rail.
Working environment: The working temperature is -10℃ to 70℃, the humidity is not more than 90% (no condensation), and has a wide range of temperature options.
Network activity Indicator: The front module of the FCM10E has six light emitting diodes (leds) to indicate the status of network activity.
Compact design: The compact design and robust pressed aluminum housing of the FCM10E components protect the electronic circuitry from physical damage.
effect
Communication interface: FCM10E, as a fieldbus communication component, provides the communication interface between the control station and FBM.
Signal conversion: In a redundant configuration, the FCM10E is used in pairs to convert between a 10Mbps Ethernet signal and a 2Mbps component fieldbus.
Industrial control: As part of industrial automation, the FCM10E is used for control and monitoring of various power and industrial automation processes.