TSI OmniCount™ Portable Water-based Condensation Particle Counter Model 3002

The OmniCount™ model 3002 is a portable, water-based condensation particle counter (PWCPC) with dual-channel synchronized measurement capabilities, that allows simultaneous comparison of UFP concentrations in two nearby environments, making it ideal for applications like real-time personal protective equipment (PPE) assessment, indoor/outdoor air quality assessments, filtration efficiency measurement, and more.

Capable of precise measurements in mobile and stationary environments where power may be unavailable, it operates for more than four hours continuously, ensuring reliable data collection, even when tilted. Its Bluetooth LE connectivity further enhances usability, enabling seamless, wireless data monitoring for on-the-go analysis.

This powerful tool is perfect for researchers and professionals who need precise, dual-channel, cost-effective measurements without the limitations of traditional laboratory instruments or the need for two CPCs.

• Two channels for simultaneous measurements from different locations or inputs
• Lightweight and portable, ideal for fieldwork
• Detects particles ranging from <10-1,000 nm
• >4 hr battery operation and plug-in power options for flexibility (at 20°C)
• Hot-swappable battery
• Easy data management with Bluetooth and USB-C, on-board data storage with three different operation modes, PC software for data collection access and export
• Suitable for various particle concentration levels (up to 200,000 particles/cm³)
• Cost-effective and environmentally friendly, uses distilled water, each CPC samples at 0.1 L/min
• Compatible with the OmniTrak™ Solution

• Filter Assessment: Measure UFP levels inside and outside buildings to assess particle infiltration or indoor pollution sources.
• Real-time Personal Protective Equipment (PPE) Assessment: With its dual-channel capability, the OmniCount™ PWCPC is perfect for evaluating the performance of PPE, such as military respirators or fire protection clothing, by measuring particle levels inside and outside the protective equipment during real-time use.
• Drone-based Measurements: Perform UFP monitoring in hard-to-reach or remote locations.
• Personal Monitoring: Ideal for portable use, allowing researchers to monitor UFP exposure on the go.
• Mobile Ambient Air Monitoring: Can be easily carried in a backpack for real-time UFP concentration measurements in urban or industrial settings.
• Indoor Air Quality Assessments: Detect emission sources, leaks, and air quality fluctuations in spaces such as classrooms and offices.
• Harmful Emissions Monitoring: Measure emissions from devices like 3D printers, providing an affordable solution for indoor air quality assessments.