Cubic optical particle counter (OPC), with channels for 0.3μm, 0.5μm, 1.0μm, 2.5μm, 5μm, and 10μm particles, can realize continuous monitoring. The optical particle counter sensor also enables efficient data transmission through multiple communication methods (RS485 and Analog signals for example) for streamlined connectivity and integration into various monitoring systems.
0.3, 0.5, 1.0, 5.0&10μm output
ISO 21501-4 compliance
Rechargeable battery.
Sound and light alarm.
Calibration coefficient correction is available.
ISO 21501-4 compliance
Touch screen, calibration coefficient correction available
Output in pcs/28.3LPM or pcs/m³
Sound and light alarm
ModBus RTU, MQTT communication
0.3~10μm particles monitoring
Temperature and humidity monitoring
Built-in high-power linear laser
Built-in flow rate control system
Modbus RTU, MQTT protocol
Industrial grade laser with high reliability.
Constant flow sampling system to ensure stable sampling.
0.3μm, 0.5μm, 1.0μm, 2.5μm, 5.0μm and 10μm output.
Modbus RTU & MQTT communication protocols.
Calibration coefficient correction is available.
Real-time display ISO 14644-1 grade level.
6 channels output: 0.3μm, 0.5μm, 1.0μm, 2.5μm, 5.0μm, 10μm
Industrial grade linear laser
Modbus, MQTT, 4-20mA for communication
Built-in flow control system
6 channels output: 0.3μm,0.5μm,1.0μm,2.5μm, 5.0μm, 10μm
High power industrial grade linear laser for accurate identification
Vehicle-grade constant current sampling structure fan for constant stable sampling flow
Wide working temperature -30°C-70°C
Suitable for areas with potentially explosive working environments
12 channels from 0.3 to 10μm
Measure particle distribution and concentration
Suitable for climate diagnostic
Built in flow control system
ModBus RTU and MQTT communications
In semiconductor manufacturing, minimizing yield losses requires rigorous contamination control in cleanrooms. Particulate matter, a major source of micro-contamination, must be continuously monitored. Cubic's optical particle counters, using Light Scattering technology, help fabs maintain low airborne particle levels effectively.
In lithium-ion battery manufacturing, controlling airborne particulate contamination is crucial for battery performance and reliability. Regulatory standards like ISO 14644 classify air cleanliness, often requiring ISO Class 5 or higher for EV battery production. Cubic's OPC-6303 and OPC-6510 Series Particle Counters, using light scattering technology, help monitor and control contamination. These advanced OPC optical particle counters ensure exceptional reliability in detecting airborne particles, making them indispensable for maintaining cleanroom standards in critical manufacturing environments
In pharmaceutical manufacturing, controlling airborne particles is essential for product purity and safety. Cubic's OPC-6303 and OPC-6510 Particle Counters monitor cleanroom conditions, meeting regulatory standards. By utilizing an optical particle sensor, these counters effectively track particle concentrations and sizes, enabling manufacturers to minimize contamination risks and maintain product quality
In pharmaceutical manufacturing, controlling airborne particles is essential for product purity and safety. Cubic's 2.83LPM 6303 OPC sensor and 28.3LPM 6510 continuous particle counter monitor cleanroom conditions, meeting regulatory standards. By tracking particle concentrations and sizes, manufacturers can minimize contamination risks and maintain product quality.
Modbus RTU and MQTT data communication enable factories to centralize the remote monitoring and real-time air cleanliness adjustment through the FFU control online, which helps accelerate the informatization of smart factories
OPC can be integrated into a filtration system to maintain the particle counts in the cleanroom environment within a certain low range to further help reduce particle matter pollution during manufacturing process.
To ensure the air cleanliness compliant with the required level, the FFU fan does not need to operate at high speeds continuously, instead it ramps up when necessary, therefore reducing the FFU workload and achieving energy consumption.
Compared with manual inspection with a handheld particle counter, online monitoring offers significant savings in labor costs while simultaneously minimizing the potential for contamination caused by human activity.
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