9510-X Remote Airborne Particle Counter

Particles Plus Remote Particle Counters

 

Particles Plus 9301 cropped

Model 9510-X Remote Airborne
Particle Counter

0.5 – 25.0 µm @ 1.0 CFM

Particles Plus® 9510 remote series particle counters monitor particle sizes ranging from 0.5 to 25 μm across six user-selectable channels at a flow rate of 1.0 CFM (28.3 LPM). These instruments are designed for collecting particle data in cleanrooms or other controlled environments, and seamlessly integrate with Particles Plus® Software, facility monitoring systems, or local data collection platforms.

The 9510 supports data reporting in standard cleanroom formats or as mass concentration in μg/m³, with density and refractive index corrections. Optional temperature and relative humidity probes allow integration of three key data points into a single monitoring location.

Standardized hardware and firmware across the Particles Plus® product line streamline maintenance and lower the total cost of ownership. With extensive remote diagnostics and a lifetime warranty, the 9510 delivers reliable performance and long-term value.

1.0 CFM (28.3 LPM) flow rate
Long-life laser diode technology for reliable performance
Measures up to 30 user-selectable particle size channels
Internal critical orifice provides precise airflow control for consistent measurements
Accurate in high concentration environments with minimal time to zero-count
Troubleshoot issues remotely from anywhere with an internet connection
Stores up to 65,000 sample records, 1,000 locations, and 50 sampling recipes
Optional temperature and relative humidity probe available
Connect via MODBUS™ RTU or MODBUS™ ASCII over isolated RS-485, or MODBUS™ TCP over Wired, PoE, or WiFi
Complies with ISO 21501-4 and JIS B9921 standards
Easy to clean, lightweight stainless steel enclosure with minimal particle traps
Included mounting bracket
User configurable alarm light and LED indicators for real-time alerts
Seamless integration into a facility monitoring system
2 Year Limited Warranty (Extended and Lifetime Warranties available)

Model9510
Size Range0.5 μm to 25 μm
Size ChannelsFactory calibrated at 0.5, 1.0, 2.5, 5.0, 10.0 μm
Counting Efficiency50% @ 0.5μm; 100% for particles > 0.75 μm per JIS
Flow Rate1.0 CFM (28.3 LPM)
Concentration Limits1,500,000 particles/ft3 @ 10% coincidence (per ISO 21501-4),
3,000,000 particles/ft3 @ 10% coincidence (as tested and validated)*
Light SourceLong life laser diode
Zero Count<1 count / 5 minutes (< 1 particles / 15ft3). No fault count subtraction. No appreciable drift.
AlarmsChannel alarms on Raw counts, concentrations or mass (alarms on environmental sensors optional)
CalibrationNIST traceable
Vacuum RequirementsExternal vacuum > 15” (38.1cm) of Hg
AirflowInternally monitored
Number of Channels6 channels (up to 30 channels of simultaneous data)
Configuration/DownloadUSB mini-B
AlarmAlarm LED ring
Communication ModesMODBUS™ RTU or MODBUS™ ASCII over isolated RS-485, or MODBUS™ TCP over Wired, PoE, or WiFi
StandardsISO 21501-4 and JIS B9921
Instrument CalibrationRecommended minimum once per year
External SurfaceStainless steel
Dimensions (L x W x H)3.59 x 1.83 x 5.01 in (9.1 cm x 4.6 cm x 12.7 cm) including probes and connectors
Weight1.08 lb. (494 grams)
AccessoriesTerminal block plug, User Manual, and Instrument Management Software (USB Key)
Optional AccessoriesPower Supply, Remote Mounting Bracket, Stainless Steel Barbed Isoprobe (1.0 CFM/28.3 LPM), Purge Filter Assembly, USB-A to USB-Mini cable and Sample & Vacuum Tubing
Buffer Memory65,000 sample records (rotating buffer) including particle count data and environmental data
Sample Time1 second to 99 hours
Power9 - 24 VDC (< 3.5 watts)
Operating Conditions41-104ºF (5-40ºC) / 20% to 95% non-condensing
Storage Conditions32-122ºF (0-50ºC) / Up to 98% non-condensing
Warranty2 Year Limited Warranty (Extended and Lifetime Warranties available)
*Validated by independent analysis. See paper available at www.particlesplus.com/aac2022_paper

1- Validated by independent analysis see paper available at www.particlesplus.com/aac2022_paper

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