Vibro-Meter IOCT16T 200-565-000-013 Input/output conversion module

Vibro Meter IOCT16T 200-565-000-013 input/output conversion module or sensor interface module.

· It may have 16 channels and can process multiple input or output signals simultaneously, making it convenient for multi-channel data acquisition and conversion in complex 

systems.

· It may support a variety of input signal types, such as voltage, current, frequency, pulse, etc., to adapt to the output signals of different sensors. It can receive signals from 

various sensors (such as vibration sensors, displacement sensors, speed sensors, etc.) and convert them into signals suitable for subsequent equipment processing.

· Supports converting processed signals into standard analog signals (such as 0-10V DC, 4-20mA) or digital signals (such as TTL levels, RS485/RS232 interface signals) for 

communication and data transmission with other instruments, PLCs, or computer systems.

· It has a certain operating frequency range, such as from a few hertz to several tens of kilohertz, depending on its design purpose and application scenario. In terms of 

vibration measurement, this range can cover the vibration frequencies of most rotating machinery, allowing it to detect and process vibration signals from rotating equipment.

· Support standard industrial power supply voltage, such as 24V DC, to ensure the normal operation of the module and provide stable power support for the circuits and 

signal processing parts inside the module.

· It has a certain power consumption, and the power consumption varies under different working states. When designing the system power supply, the total power 

consumption of the module needs to be considered.

· It has high accuracy, such as an accuracy of ± 0.5% or higher, to ensure the accuracy of signal conversion and processing, and can provide more accurate data when measuring 

and monitoring equipment status.

· It has a certain resolution, which depends on the type and number of bits of the signal it processes. For analog signals, it may have a high resolution and can distinguish 

small signal changes, which is helpful for accurate measurement and analysis.