Parameters and specifications
Input voltage: 85 to 265 volts AC or 108 to 145 volts DC, nominal 125 volts DC.
Input frequency: 47 to 63 Hz.
Input current:
5.6A (RMS maximum) for 85 V AC input.
2.5A (RMS maximum) for 230 V AC input.
Output voltage: 24.0 V DC, 0.2 V DC nominal.
Factory setting voltage line adjustment rate: 2.0% of Vout.
Working environment:
Operating temperature: -30 to 71 degrees Celsius (-58 to +160 degrees Fahrenheit).
Operating relative humidity: 5 to 95% (non-condensing).
Operating height: -300 to +3000 m (-1000 to + 10,000 ft).
Origin: It could be Switzerland or the United States, with different origins mentioned in the search results.
Voltage: 24V (at least in some applications).
Current: 100-400A (at least in some applications).
Type: May be related to industrial automation control or related systems, such as DCS/ distributed control systems, PLC (programmable logic controller) modules or controllers, etc.
Communication interface: The FBM224 has four ports, each of which can be individually configured as RS-232, RS-422, or RS-485.
Modbus protocol: Support Modbus protocol RTU mode to achieve communication.
Function code: Supports a variety of Modbus function codes, such as read coil status, read input status, read hold login, read input login, forced single coil, preset single login, etc.
Communication mode: The FBM224 communicates with the Modbus slave device in master/slave mode. The FBM224 acts as the master station to start data exchange.
Signal conversion function: The module can convert the input DC current or voltage signal into a digital output, so that it can effectively process various signals in industrial automation and control systems to achieve accurate monitoring and control.
High precision performance: The FBM214B has an accuracy of 0.1%, which guarantees a high degree of accuracy during signal conversion and processing, thus improving the reliability and stability of the entire control system.
Power supply voltage range: The power supply voltage range of the FBM214B is 10V to 30V DC, providing users with greater flexibility in power supply selection, so that it can adapt to different power supply environments.
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