Laboratory Monitors and Controls

TSI’s laboratory monitors and controls provide precise and reliable solutions for various research and industrial applications. These instruments offer advanced capabilities for measuring flow, pressure, and temperature, providing accurate data collection and analysis. Designed for user-friendly operation, they feature customizable options and digital interfaces to meet diverse needs. Ideal for environments requiring high precision and control, TSI’s monitors and controls enhance efficiency, productivity, and compliance with industry standards.

产品

Fume Hood Monitors and Controls

Industrial-grade fume hood monitors and controls that help maintain airflow, support operator safety, and integrate with BAS for efficient lab operations.

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Laboratory Room Controls

Room controls for industrial labs that help manage pressurization, air changes, and BAS integration to support safe, efficient, and compliant operations.

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Laboratories in industrial manufacturing — from materials R&D to product verification — depend on stable environmental conditions. Laboratory monitors and controls bring real-time visibility to key parameters, helping teams maintain differential pressure, temperature, humidity, and particle levels within defined limits. By combining intelligent sensors, local displays, networked interfaces, and facility monitoring software, teams gain actionable insights that support consistent results and streamlined audits.

Why It Matters in Industrial Manufacturing

  • Product Quality: Consistent lab conditions support repeatable testing and reliable data for faster decision-making.
  • Regulatory Support: Continuous records and event logs help demonstrate adherence to internal SOPs and industry standards.
  • Operational Efficiency: Trend analysis helps identify drift and root causes, reducing rework and delays.

Key Capabilities

  • Multi-Parameter Monitoring: Track pressure, temperature, humidity, and particle counts with configurable sampling intervals.
  • Smart Alarms: Visual and audible alarms help teams respond quickly to excursions.
  • Data Integrity: Time-stamped logs, user roles, and audit trails help support data integrity initiatives.
  • Scalable Architecture: Options range from standalone room monitors to integrated facility-wide systems.
  • Connectivity: Ethernet and other interfaces simplify integration with building management systems.

Typical Applications

  • Cleanroom gowning areas and airlocks
  • Stability and environmental chambers
  • Material characterization labs
  • Calibration and metrology rooms
  • QC and QA labs

Selection Guidance

  • Parameters: Confirm which variables to monitor and the required measurement ranges.
  • Accuracy and Resolution: Match sensor performance to your tolerance needs.
  • Alarm Strategy: Define thresholds, delay times, and notification paths.
  • Data Strategy: Choose local-only logging or centralized software for trending, analytics, and reporting.
  • Integration: Verify compatibility with existing BMS/EMS and IT requirements.

Implementation Tips

  • Calibrate sensors on a planned schedule.
  • Set alarm thresholds based on SOPs and risk level.
  • Use dashboards to visualize trends and correlate events.
  • Train staff on alarm response and documentation practices.

Standards and Frameworks
Many labs align with ISO 14644 for cleanrooms, GxP principles, and internal quality systems. Monitoring platforms help support documentation and audit-readiness efforts while enabling consistent environmental control.

Results You Can Expect

  • Faster investigations through clear, time-stamped data
  • Strong support for audits with organized reports
  • Fewer retests by maintaining stable lab conditions

Next Steps
Discuss your application, facility layout, and data strategy with our specialists. We can help configure sensors, displays, and software to fit your lab workflows and IT policies.


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