EMERSON 5X00419G02 | Ethernet Link Controller Module

EMERSON 5X00419G02 industrial control or automation equipment module, used for data acquisition, signal processing, equipment control, or communication functions.

· The working temperature range may be between -20 ℃ and 60 ℃. Within this temperature range, the electronic components and circuits within the module are able to 

function properly, maintaining the basic functionality of the product.

· Using a DC power input, the voltage range may be between 12V-36V DC. This voltage range is more in line with the power supply situation in industrial sites and can 

provide stable power for modules.

· Used for collecting external signals, there may be analog input interfaces that can receive industrial standard analog signals such as 0-5V DC, 4-20mA, etc., for obtaining 

sensor signals of physical quantities such as temperature, pressure, flow rate, etc. The accuracy of analog signal input may be high, for example, for 4-20mA signals, the 

accuracy may reach ± 0.1% - ± 0.3% to ensure accurate signal acquisition.

· There is a digital signal input interface used to receive device status signals (such as start/stop, fault alarms, etc.) or digital sensor signals. The digital input signal may be a 

standard digital logic level, such as TTL (0-0.8V for low level, 2-5V for high level) or CMOS level. The number of input points for numbers may be around 4-24, depending on 

the functionality of the module.

· The output signal range may be 0-10V DC or 4-20mA, used to control equipment parameters such as valve opening and motor speed. For 4-20mA output signals, the load 

capacity may be around 0-700 Ω, ensuring that the output signal can stably drive external devices.

· The number of digital output points may be between 4-24, and the output type may be relay output or transistor output. Relay output can drive high voltage, high current 

devices, and the maximum load current at each output point may reach around 1-5A, used to control motors, contactors, and other equipment. Transistor output is suitable 

for fast logic control and low-power load driving. The output current may be within a few hundred milliamps, mainly used to drive small indicator lights, solid-state relays, 

and other devices. The output logic level may comply with standards, such as high level between 4.5-30V DC and low level between 0-0.8V DC, making it convenient to 

interface with other digital devices.