IC3600STKJ1C 热电偶放大器卡

IC3600STKJ1C 热电偶放大器卡

IC3600STKJ1C 是一款专为采集热电偶信号而设计的高性能热电偶放大器卡。它通常集成在工业控制系统中，用于将热电偶产生的微弱电信号放大并转换为标准的电压或电流信号，以便PLC或其他控制设备进行处理和显示。

主要特点

高精度: 采用高精度A/D转换器，确保测量结果的准确性。

高稳定性: 具有良好的温度稳定性和长期稳定性，保证测量数据的可靠性。

多通道: 单卡通常支持多个热电偶通道，提高了系统的灵活性。

多种热电偶类型: 可兼容多种类型的热电偶，如K型、T型等。

隔离设计: 输入与输出之间隔离，提高系统的抗干扰能力。

数字滤波: 内置数字滤波功能，有效抑制噪声。

应用场景

工业过程控制： 用于测量高温炉、反应釜、管道等设备的温度。

环境监测： 用于监测环境温度、气体温度等。

食品加工： 用于测量食品加工过程中的温度。

科研实验： 用于各种温度测量实验。

工作原理

热电偶产生的微弱电信号经过放大器卡的放大、滤波等处理后，转换为标准的电压或电流信号。然后，这些信号被送入PLC或其他控制设备，进行进一步的处理和显示。

选型注意事项

通道数： 根据需要测量的热电偶数量选择通道数。

热电偶类型： 根据测量介质的温度范围选择合适的热电偶类型。

精度要求： 根据测量精度要求选择合适的模块。

输入范围： 确保模块的输入范围能够覆盖所需的温度测量范围。

隔离方式： 根据系统要求选择是否需要隔离。

IC3600STKJ1C 热电偶放大器卡

The IC3600STKJ1C is a high performance thermocouple amplifier card designed for the acquisition of thermocouple signals. It is usually integrated in industrial control systems and is used to amplify and convert the weak electrical signals generated by thermocouples into standard voltage or current signals for PLC or other control devices to process and display.

Main feature

High precision: High precision A/D converter is used to ensure the accuracy of measurement results.

High stability: It has good temperature stability and long-term stability to ensure the reliability of measurement data.

Multi-channel: Single card often supports multiple thermocouple channels, improving the flexibility of the system.

Multiple thermocouple types: Compatible with various types of thermocouples, such as K type, T type, etc.

Isolation design: isolation between input and output, improve the anti-interference ability of the system.

Digital filter: Built-in digital filter function, effectively suppress noise.

Application scenario

Industrial process control: used to measure the temperature of high temperature furnace, reactor, pipeline and other equipment.

Environmental monitoring: Used to monitor environmental temperature, gas temperature, etc.

Food processing: Used to measure the temperature during food processing.

Scientific experiments: Used in various temperature measurement experiments.

Working principle

The weak electrical signal generated by the thermocouple is amplified and filtered by the amplifier card, and then converted into a standard voltage or current signal. These signals are then fed into a PLC or other control device for further processing and display.

Selection precautions

Number of channels: Select the number of channels according to the number of thermocouples to be measured.

Thermocouple type: Select the appropriate thermocouple type according to the temperature range of the measuring medium.

Accuracy requirements: Select the appropriate module according to the measurement accuracy requirements.

Input range: Ensure that the input range of the module covers the desired temperature measurement range.

Isolation mode: Determine whether to isolate the device based on system requirements.

IC3600STKJ1C 热电偶放大器卡