ICP DAS USA’s laboratory data acquisition, control and monitoring solutions track temperature, humidity, CO2, pressure, vibration, pressure, motion and more in refrigerators, freezers, rooms and incubators. Controlled experiments are done, samples are taken and analyzed and data is collected for research and development. SCADA and LabVIEW software are used for data visualization, alerting, alarms, reporting, data logging and implementation of logic rules.
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ICP DAS USA data acquisition and control solutions are used in laboratory systems for environmental monitoring and analysis. These systems measure chemical compounds and physical parameters to support regulatory compliance and research workflows.
Laboratory setups use PC-based DAQ hardware, I/O modules, controllers, and industrial networking to collect sensor data, log measurements, and display trends on a computer for analysis and reporting.
Laboratories use DL-1038 to continuously track air pollutants (PM2.5, CO2, CO and TVOC), temperature and humidity to ensure environmental compliance. The DL-1038 logs measurements and beeps when high level alarms are triggered.
The DL300 Utility software displays a graph of measurements on a computer. The NS-205A 5-port Ethernet switch allows for networking the DL-1038 to the computer. EDGEDR-01-N-23 AVEVA Edge SCADA software runs on the computer providing a dashboard showing measurements, alarms and warnings. It logs data and allows for printing out reports and certificates.
ICP DAS USA I/O and programmable controllers are used in laboratory equipment that monitors pH, temperature, turbidity and salinity. VPD-142-H touch screen controllers and ET-7219Z/S I/O modules are embedded in an enclosure and connected to sensors for taking measurements that are displayed on the screen.
SCADA software provides centralized visualization, data logging, alarms, and reporting for laboratory monitoring systems. Measurement data from laboratory devices is displayed as dashboards and trend graphs on a computer using AVEVA Edge SCADA, supporting audits, compliance reporting, and long-term data analysis.
Laboratories use PCIe-8622 DAQ boards with CA-SCSI15-H3 cables and DN-68A daughter boards to monitor ethanol, pesticides, PFAS, and formaldehyde. These measurements support environmental compliance requirements.
LabVIEW software logs measurements and shows trend graphs on a computer screen for data visualization and analysis.
ICP DAS USA laboratory solutions support real-time monitoring and control of laboratory systems used for environmental testing and analysis. These systems collect data from sensors and data acquisition hardware, then transmit the data over Ethernet to centralized monitoring platforms. Operators use touch screen controllers and SCADA software to visualize system status, analyze trends, and respond to alarms.
Laboratory data acquisition systems use PCIe-8622 PC boards with CA-SCSI15-H3 cables and DN-68A daughter boards to collect measurements for ethanol, pesticides, PFAS, and formaldehyde monitoring. These measurements support environmental compliance and laboratory reporting.
Embedded laboratory equipment uses VPD-142-H touch screen controllers with ET-7219Z/S I/O modules to measure pH, temperature, turbidity, and salinity. Sensors connect directly to the I/O modules, and measurements are displayed on the screen for local operation.
Air quality in laboratory spaces is monitored using the DL-1038, which continuously tracks PM2.5, CO2, CO, TVOC, temperature, and humidity. The DL-1038 logs data and provides audible alerts when alarm thresholds are exceeded.
The NS-205A Ethernet switch connects laboratory devices to a computer running EDGEDR-01-N-23 AVEVA Edge SCADA software. The software displays dashboards, alarms, and trend data, logs measurements, and supports report and certificate generation for laboratory documentation.
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