The air suction flow rate of PBS-E microbial sampler is 100 liters per minute

The air suction flow rate of PBS-E microbial sampler is 100 liters per minute. Each collection cycle can collect up to 9999 liters of air. This performance enables sampling to be conducted under strict requirements for monitoring sterile and clean rooms.
The impact velocity (the speed at which microorganisms in the air collide with the agar surface) is approximately 10 meters per second, equivalent to level 5 of the Andersen sampler.
Sampling speed of 100L ± 2.5%, using a culture dish diameter of 90-100mm Technical Features
Ø One piece molded shell, solid and durable, stylish and beautiful.
High precision flow control.
Sampling heads are available in stainless steel and aluminum oxide (optional).
Real time clock display.
Equipped with a large capacity lithium battery, it can continuously sample for more than 4 hours External Bluetooth printer that can print data information (time, date, temperature and humidity, sampling volume) Equipped with data export software, producing EXCEL spreadsheets, automatically storing sampling records for easy querying, and supporting USB data export.
Ø Flow calibration can be performed through internal settings.
Customized upper computer operation software for easy use.
Optional triangular bracket with adjustable sampling height. technical indicators
Flow rate: 100 L/min
Sampling volume: (100~9999) L
Specification of culture dish: (φ 90 x 15) mm
External power supply: DC16.8V, 2A
Dimensions: 120 * 120 * 175mm length * width * height
Net weight of a single machine: 2.1kg
Power consumption:<30 W
structural characteristics
The main material of PBS-E microbial sampler is made of anodized aluminum, and the surface is polished and sandblasted to prevent dust from affecting the surrounding environment. The upper part has a porous sampling head with 465 0.6mm micropores.
The micropores are perpendicular to the plane without chamfers, with high roundness and smooth interior to ensure the accuracy and effectiveness of sampling.