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Jiekom Technology (Hangzhou) Co., Ltd
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Jiekom Technology (Hangzhou) Co., Ltd

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    杭州市余杭区瓶仓大道966号IOT未来城2幢C区7楼(J-KEM中国)

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J-KEM Customized Laboratory Data Remote Interconnection Collection System

NegotiableUpdate on 05/06
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Overview

J-KEM instrument equipment can be connected to edge controllers, PLCs, DCS data systems, MODBUS gateways, etc., and standard protocols are compatible. Similarly, all J-KEM temperature controllers, temperature recorders, and vacuum controllers can achieve data networking, remote interconnection, and real-time collection, data processing, remote monitoring, cloud storage, and settings based on experimental data.

Product Details

The J-KEM device supports remote data reading and adopts the standard MODBUS protocol. Users can connect the device to the industrial network system by selecting a remote communication module (standard component).
Through internet communication, the current measurement value, current set value, etc. of the device can be obtained, and preset values can also be modified. All settings follow standard communication protocols. At the same time, users can set device addresses, device communication parameters, etc.
J-KEM instrument equipment can be connected to edge controllers, PLCs, DCS data systems, MODBUS gateways, etc., and standard protocols are compatible.
Similarly, all J-KEM temperature controllers, temperature recorders, and vacuum controllers can achieve data networking, remote interconnection, and real-time collection, data processing, remote monitoring, cloud storage, and settings based on experimental data.
Advantages of Remote Interconnected Laboratory Data Collection System:
• Strong real-time performance: By utilizing the real-time data processing capability of the collection system, real-time collection and processing of experimental data can be achieved, ensuring the timeliness of the data.
High precision: By using high-precision data collection and precise sensors, the accuracy and reliability of data are ensured.
Remote monitoring: Remote monitoring and control of experimental data are achieved through the network, which improves the flexibility and security of the experiment.
• Easy to expand: The system adopts a modular design, which is easy to expand and upgrade according to different experimental needs.
The remote experimental data collection system has successfully achieved real-time collection, processing, storage, and remote monitoring of experimental data. This system not only improves the efficiency of experiments and the accuracy of data, but also provides effective technical support for the automation and intelligence development of laboratories.
Note: J-KEM provides a customized complete laboratory data acquisition system.