The online planktonic bacteria sampler has a long continuous working time
2025-07-31 07:38:29
Background of using online monitoring system for clean room environment
In recent years, the acceleration of global digital transformation and the promotion of strategies such as Industry 4.0 and Intelligent Manufacturing 2025 have prompted various industries to upgrade their production towards intelligence and refinement. As a special space with extremely high environmental requirements, the stability of environmental parameters in a clean room is crucial to the success or failure of production activities. At the same time, relevant regulatory departments at home and abroad continue to introduce and improve clean room environmental management regulations. For example, China´s new version of GMP has put forward higher requirements for the frequency and data integrity of clean room environmental monitoring, and the European Union continues to update clean room acceptance and operation standards.
Traditional manual recording and decentralized equipment monitoring are not only inefficient, but also difficult to meet regulatory requirements for data traceability and authenticity. Against the backdrop of the booming development of technologies such as the Internet of Things, big data, and artificial intelligence, the clean room environment online monitoring system, with its automation, integration, and visualization characteristics, can integrate multidimensional data such as temperature and humidity, dust particles, and microbial concentration in real time, generate dynamic environmental reports, and provide solid support for enterprise compliance operation and efficient management, becoming an inevitable choice for clean room environmental control in various industries.
Partial hardware equipment
OSEN-FY6014 online planktonic bacteria sampler
The OSEN-FY6014 online planktonic bacteria sampler is a porous suction sampler used in online monitoring systems. The sampler consists of a sampling head and an independent pump. The sampling head is made of 304 stainless steel material with a mirror finish on the surface, which is high-end and atmospheric. 218 mesh p0.5mm microporous design reduces bacterial overlap and minimizes microbial counting errors. The sampling head bracket is thick and stable, avoiding shaking of the culture dish during the sampling process, which may cause counting errors. The independent pump body is also made of 304 stainless steel material, which meets the requirements of GMP standards. Built in long-life fan, capable of continuous operation for 10000 hours with minimal vibration and low noise. At the same time, precise digital flow sensors are used to monitor the flow in real-time. Through intelligent algorithms, the flow negative feedback self adjustment function is achieved to ensure the stability of the sampling flow, which is not affected by environmental interference and ensures the accuracy of the sampling results.
Technical Parameter
name：Online planktonic bacteria sampler (independent pump)
model：OSEN-FY6014
sample flow：50L/min ± 5% (pipeline length s10M)
sampling volume：1-6000L (adjustable)
Impact velocity：10.8m/s
Sample：218 mesh p0.5 micropores, reducing bacterial overlap and minimizing microbial counting errors
Air pump requirements：External independent pump, low vibration and noise
Display requirements：External display screen, displaying data or debugging parameters (optional)
Power requirements：AC220V/50Hz
Execution standards：ISO14698-1/2GB/T16293-2010
petri dish：Standard universal culture dish with a diameter of 90 * 15mm
Communication method：RS485 @ Modbus RTU protocol
Sampling head: 304 stainless steel, mirror treated
Material requirements：Independent pump: 304 stainless steel, surface brushed electrolytic
work environment：Temperature 10-40 ℃, humidity 10% -90%, no condensation
Environment：Temperature -10-50 ℃, humidity 90%, no condensation
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