Payment:
T/TPart Number:
F6217Weight:
0.2kgDimensions:
19x13x2mManufacture Year:
The latest yearPlace of Origin:
GermanyCertification:
COODescription:
Module
Parameters
Model: 3503E
Brand: HIMA
Condition: Brand New and Origin
Analog input parameters
Input signal range: It can handle a variety of common industrial analog input signal ranges, such as 0 - 10V DC, - 10V - +10V DC, 4 - 20mA, etc., which makes it compatible with various analog sensors (such as temperature sensors, pressure sensors, liquid level sensors, etc.).
Number of input channels: As its name suggests, the module has 8 analog input channels. These channels can be configured and used independently, and can simultaneously collect analog signals from 8 different sensors, improving the efficiency of data acquisition.
Resolution: For analog input signals, it has a higher resolution, for example, in voltage input mode, the resolution may reach 12 - 16 bits, and in current input mode, it also has considerable accuracy, which ensures that analog signals can be accurately collected and quantified, providing accurate data for subsequent processing.
Jenny Chan ~~ E-mail: sales3@mooreplc.com ~~ Phone/Whatsapp/Skype: +86 18020714662
Feature
Sampling frequency: The sampling frequency can be configured according to application requirements, generally between thousands and tens of thousands of times per second, such as the sampling frequency range of 1kHz - 10kHz, which can meet the requirements for effective collection of analog signals with different dynamic characteristics.
Working voltage range: Usually works in a stable DC voltage range, such as 20-30V DC. This voltage range is to adapt to the standard power supply in the industrial control system, ensure that the module can work stably, and have a certain tolerance to a certain degree of power supply voltage fluctuation.
Working Mode
Signal acquisition mode: Each analog input channel receives an analog signal (such as a 0-10V voltage signal or a 4-20mA current signal) from a sensor through an external connection interface. After the signal enters the module, it first passes through the signal conditioning circuit to filter and amplify the signal (if necessary) to remove noise interference and adjust the signal to a suitable range, and then the analog signal is converted into a digital signal through the analog-to-digital conversion circuit. The converted digital signal is stored in the buffer area inside the module, waiting for further processing or transmission.
The examples of industrial replacement parts we provide include programmable logic controllers (PLCs), human-machine interface (HMI) panels, and variable frequency drives (VFDs) distributed control systems (DCS).
We proudly serve the MRO and OEM markets. Let us know how we can help you resume production.
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