PM₂.₅ / PM₁₀PARTICULATE & AEROSOL HAZARD

Particulate Matter Monitors: Rent or Buy

Particulate matter (PM) refers to a complex mixture of solid particles and liquid droplets suspended in air. In occupational settings, particulates arise from grinding, sanding, drilling, blasting, cutting, combustion, and handling of powdered materials.

TOP PARTICULATE MATTER RENTAL
DustTrak DRX 8534 by TSI - Handheld Particulate Monitor
Real-time Aerosol Monitor · Area
DustTrak DRX 8534 by TSI
Starting at $225.00 / day

PICK HOW YOU NEED TO MONITOR

Monitors to Rent for Particulate Matter

Personal monitors are worn by each worker and record that worker's own exposure. Area monitors measure at a fixed point, room or job site. Pick a style below, then compare every option in the table.

Aeroqual AQS1 Air Quality Monitor
Outdoor Monitoring Station · Area
Aeroqual AQS1 Air Quality Monitor
XD1+ by Trolex - Personal Aerosol Monitor
Real-time Aerosol Monitor · Personal
XD1+ by Trolex
AeroTrak 9306-V2 by TSI - Six-Channel Optical Particle Counter
Particle Counter · Area
AeroTrak 9306-V2 by TSI
P-TRAK 8525 by TSI - Ultrafine Particle Counter
Particle Counter · Area
P-TRAK 8525 by TSI
SidePak AM520 by TSI - Personal Aerosol Monitor
Real-time Aerosol Monitor · Personal
SidePak AM520 by TSI
DustTrak DRX 8533 by TSI - Aerosol Monitor
Real-time Aerosol Monitor · Area
DustTrak DRX 8533 by TSI
DustTrak DRX 8534 by TSI - Handheld Particulate Monitor Top pick
Real-time Aerosol Monitor · Area
DustTrak DRX 8534 by TSI
TSI Q-Trak XP 7585 - Indoor Air Quality Monitor
Indoor Air Quality Monitor · Area
TSI Q-Trak XP 7585

Add-ons, kits and consumables

COMPARE OPTIONS

Particulate Matter monitors side by side

InstrumentMonitoringPM sizes How sizes are read RangeBattery run time Intrinsically safe Data logging Starting at
Real-time Aerosol Monitors Read particulate mass concentration live (mg/m³), so you can see exposure as it happens.
XD1+ by TrolexPersonalPM1, PM2.5, PM4.25 (Respirable), PM10 All at once Up to ~150 mg/m³16 hours No Yes $115.00 / day
SidePak AM520 by TSIPersonalPM1, PM2.5, PM4 (Respirable), PM5, PM10, DPM 0.8 µm One at a time 0.001-100 mg/m³Approximately 20 hours runtime No Yes $115.00 / day
DustTrak DRX 8533 by TSIAreaPM1, PM2.5, PM4 (Respirable), PM10, Total PM All at once 0.001 to 150 mg/m³Up to 13 hours continuous No Yes $225.00 / day
DustTrak DRX 8534 by TSITop pickAreaPM1, PM2.5, PM4 (Respirable), PM10, Total PM All at once 0.001 to 150 mg/m³Up to 6 hours continuous No Yes $225.00 / day
Particle Counters Count airborne particles by size. They report particle counts, not mass concentration, so their readings are not comparable with a mass monitor's.
AeroTrak 9306-V2 by TSIArea0.3, 0.5, 1, 3, 5, 10 µm By size channel Particle counts by size6 hours No Yes $140.00 / day
P-TRAK 8525 by TSIArea0.02–1 µm Single total count 0 to 5 × 10⁵ particles/cm³6 hours at 70°F No Yes $170.00 / day
Indoor Air Quality Monitors Multi-parameter instruments for indoor surveys that log temperature and humidity alongside gases and particulate.
TSI Q-Trak XP 7585AreaPM1.0, PM2.5, PM10 All at once 0 to 500 µg/m³Approximately 8+ hours No Yes $225.00 / day
Outdoor Monitoring Stations Weatherproof stations left on site for continuous perimeter or fenceline monitoring, with remote access to the data.
Aeroqual AQS1 Air Quality MonitorAreaPM1, PM2.5, PM4 (Respirable), PM10, TSP All at once PCX 0 to 30 mg/m³No internal battery. Runs on AC power No Yes Request a quote

Mass monitors report concentration (mg/m³ or µg/m³). Particle counters report the number of particles in each size channel, so their ranges are not directly comparable with a mass monitor's. Run times are manufacturer estimates and vary with configuration and conditions. Not sure? Talk to our team.

WHERE EXPOSURE OCCURS

Risks: Where Particulate Matter Exposure Occurs

Particulate matter (PM) monitoring helps measure airborne dust levels, including PM₁₀ and PM₂.₅, so you can spot exposure risks and verify controls on active jobsites. All particulate matter monitors from RAECO Rents are zero-calibrated or bump tested prior to rental, and our team provides fast turnaround and technical phone support to help you choose the right monitor, settings, and accessories so you can capture usable field readings quickly.

Construction & remediation perimeters

Dust leaving a job site during earthwork, demolition or remediation.

Typical setup: Area dust monitors at the site perimeter.

Indoor air quality

Offices, schools and healthcare spaces during complaints or renovation.

Typical setup: An indoor air quality monitor or a handheld particle counter.

Cleanrooms & contamination control

Particle counts in controlled environments.

Typical setup: An optical particle counter.

Worker exposure assessments

Dusty tasks where each worker's own exposure must be measured.

Typical setup: A personal aerosol monitor, or a sampling pump with lab media.

When do rental charges start? On the Rental Start Date you choose, not the day we ship. See how renting works

Particulate Matter monitoring questions

All rental FAQs →
What should I know before renting for perimeter or community particulate monitoring?
Confirm the PM fraction required (PM2.5, PM10, TSP), applicable permit or regulatory standard, required datalogging interval, power source availability at each site, and whether telemetry or remote access is needed. Also consider weather protection for outdoor instruments and whether you need regulatory-grade or near-reference instruments versus screening-grade monitors.
Should I focus on PM2.5 or PM10 for my project?
Focus on PM2.5 for combustion sources, wildfires, traffic emissions, and health-based air quality assessments. Focus on PM10 when coarser dust is the concern (construction, quarrying, unpaved roads) or when your permit or regulatory standard specifies PM10. Many outdoor monitoring projects require both. When in doubt, check your applicable standard or permit requirements first.
What commonly causes poor PM monitoring data quality?
The most common causes are: instrument not zeroed or calibrated before deployment, inlet not matched to the target PM fraction, filter or inlet contamination, high humidity affecting optical readings without correction, and logging intervals too coarse to capture peak events. Also: deploying instruments in locations that don't represent actual exposure or community impact (too close to the source or too far away).
How do I avoid over-interpreting real-time PM numbers?
Real-time optical PM monitors measure particle count or scattering and convert it to mass concentration using assumptions about particle density and composition that may not match your actual aerosol. They are screening tools. Don't compare real-time readings directly to OSHA PELs or NAAQS without understanding the instrument's correlation to gravimetric methods for your specific aerosol. Use real-time data for trends and relative comparisons; use gravimetric or reference-method sampling for compliance decisions.
Should I use real-time PM monitoring or filter-based gravimetric sampling?
Use gravimetric sampling when you need a method-based, reportable TWA result for compliance. Use real-time monitors (DustTrak, SidePak) when you need immediate field feedback, want to identify peak periods, or need to evaluate controls on the spot.
Where should PM monitors be placed for meaningful outdoor readings?
Place monitors upwind and downwind of the source to characterize impact, at the fence line for perimeter monitoring, and at receptor locations if community impact is a concern. Height, distance from obstructions, and local airflow patterns all affect reading quality.

Not sure which particulate matter monitors fit your job?

Tell us where the hazard is and how many workers need coverage. We'll recommend the instrument, range and alarm settings.

For educational purposes only. Exposure limits are summarized from the cited agencies; confirm monitoring requirements for your site with a qualified safety professional.