DS2020PDMAG6 | GE module

GE DS2020PDMAG6 has multiple numeric input points, and the numbering method may use conventional numeric numbering, such as DI0- DI n (where n is the total number 

of numeric input points). The number of points may be between 8-32, used to receive digital signals such as device start/stop signals, switch status signals, etc.

· The voltage range of digital input signals is approximately 12-24V DC to accommodate the commonly used control voltage levels in industrial settings. And it has a certain 

detection accuracy for the rising and falling edges of the signal, which can quickly and accurately identify changes in the signal.

· Equipped with 4-8 analog input channels for receiving continuously changing physical quantity signals such as temperature, pressure, flow rate, etc. The accuracy of analog 

input may be between 12-16 bits to ensure accurate acquisition of the numerical values of these physical quantities.

· The accepted analog signal range may include common industrial standard signal types such as 0-5V DC, 0-10V DC, 4-20mA, etc. For different signal ranges, there may be 

corresponding range setting options to meet the output signals of various sensors.

· The number of digital output points may be around 8-32, used to control the opening and closing of devices such as relays and contactors. The output point can provide 

sufficient driving current, for example, the maximum driving current of each output point may be between 1-2A, to ensure reliable driving of external loads.

· The output voltage type may be 24V DC or 120V AC/230V AC, etc., to adapt to different control objects. And it may support multiple output modes, such as source output 

and drain output, making it convenient for users to choose according to actual wiring and control requirements.

· The number of analog output channels may be between 2-4, used to output continuously changing control signals such as motor speed and valve opening. The resolution 

of the analog output may be between 12-16 bits to achieve precise adjustment of the controlled object.

· The output signal range may be 0-5V DC, 0-10V DC, 4-20mA, etc., and for the output current signal, its load capacity may be between 500 Ω -1k Ω to ensure stable analog 

control signals for external devices.

· Equipped with multiple communication interfaces, such as Ethernet interface, RS-485 interface, RS-232 interface, etc. Ethernet interface can be used to achieve high-speed 

network communication, support TCP/IP protocol, and facilitate data transmission with upper computer systems or other network devices; The RS-485 interface is suitable 

for long-distance, multi node communication scenarios and supports protocols such as Modbus RTU for connecting multiple field devices.

· The communication speed of Ethernet interface may support 10/100Mbps or even higher, used for fast transmission of large amounts of data, such as real-time monitoring 

data, configuration parameters, etc. The communication baud rate of the RS-485 interface may vary between 9600bps and 115200bps to accommodate different communication requirements.