Laboratory Monitors and Controls

TSI's Lab Monitors and Controls are expertly designed to enhance the performance and reliability of laboratory environments. These advanced monitoring solutions provide real-time data on key parameters such as temperature, humidity, and particulate levels, ensuring optimal conditions for research and experimentation. Known for their user-friendly interfaces and robust functionality, TSI's lab monitors and controls support compliance with industry standards and regulations. By integrating these solutions, laboratories can maintain high-quality data integrity and create safer, more efficient working environments.

Produkte

Fume Hood Monitors and Controls

R&D fume hood monitors with face velocity display, alarms, sash prompts, and BAS integration for fast-moving lab environments.

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Laboratory Room Controls

Room controls for R&D labs that help manage pressurization, airflow tracking, and ACH with BAS integration for agile, data-driven operations.

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R&D organizations thrive on agility. New instruments, evolving protocols, and changing space layouts are routine. TSI laboratory monitors and controls are designed to help you keep environmental conditions aligned with project needs while maintaining consistency and visibility across your lab portfolio.

What R&D Teams Value

  • Rapid feedback: Large, intuitive displays show face velocity, room pressure, and alarm states so users can confirm status before starting work.
  • Flexible configuration: Adjustable setpoints, multi-level alarms, and occupancy modes fit diverse projects and scheduling patterns.
  • Data-driven decision-making: BACnet or Modbus integration supports trending and analysis across hoods and rooms to guide improvements and capacity planning.
  • Streamlined deployment: Commissioning tools and standard sequences speed rollouts and help maintain consistency as spaces and teams evolve.

Portfolio Components

  • Fume hood monitors and controls for clear visibility and repeatable operation.
  • Room controls that maintain differential pressure and track supply/exhaust flows.
  • Integrated monitoring to centralize data, route alarms, and inform facility changes.

Use Cases

  • Multidisciplinary labs where instrument swaps and new assays are frequent.
  • Pilot spaces bridging research to scale-up with variable exhaust demands.
  • Shared core labs where clear, consistent user interfaces reduce training time.

Capabilities Snapshot

  • Real-time displays for key parameters at the point of use.
  • Configurable setpoints, alarm thresholds, and delay timers for each space.
  • Occupancy and schedule-based modes that align airflow with actual use.
  • BAS integration for trend logs, centralized alarming, and analytics.
  • Commissioning utilities that help verify performance during layout changes.

Planning Tips

  • Establish standard naming, setpoints, and alarm behaviors to simplify changes over time.
  • Map priority points — face velocity, room pressure, alarm states — to your BAS for portfolio-level insights.
  • Place displays where users make go/no-go decisions, such as entry doors and workstations.

Partner With TSI
TSI collaborates with R&D teams to define requirements, align sequences with workflows, and support smooth integration. Request a consultation to see how TSI can help you deploy flexible, scalable monitoring and control across your research spaces.


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