Description
The Biolum Portable ATP Hygiene Monitoring System YG1284 is an advanced device designed to deliver real-time hygiene assessments, enabling businesses to efficiently manage their hygiene monitoring protocols. This highly accurate and portable system uses state-of-the-art swab technology to detect Adenosine Triphosphate (ATP) molecules in just seconds, ensuring quick evaluation of surface cleanliness. With an impressive detection limit of 10⁻¹⁶ moles of ATP, the YG1284 is famed for its sensitive and reliable outputs. Its robust memory can store up to 2,000 test programs, 10,000 test results, and 256 user IDs, making it an essential tool across industries such as food processing, healthcare, pharmaceuticals, and hospitality. Additionally, the device offers USB and Bluetooth connectivity for seamless integration with PCs, printers, and Android mobile apps, facilitating instant data transfers and remote monitoring.
Market Price
The Biolum YG1284 ATP Hygiene Monitoring System is priced between $1,180 and $1,200 USD. This investment not only ensures compliance with hygiene standards but also enhances quality control and operational efficiency across various sectors.
Frequently Asked Questions
- How does the YG1284 detect hygiene levels? It utilizes ATP bioluminescence technology, measuring residual organic material on surfaces using progressive check swabs with results displayed in real-time within 10 seconds.
- What industries benefit from using this device? Ideal for sectors such as food processing, pharmaceuticals, healthcare, hospitality, and environmental monitoring, it helps in maintaining high hygiene and sanitation standards.
- Can the device store multiple test plans? Yes, the YG1284 can store up to 256 test plans and 10,000 test results, providing efficient tracking and analysis of hygiene performance over time.
- Is calibration required before each use? No, the system includes automatic calibration on startup, which can be set to either 15 or 60 seconds, ensuring accuracy and reliability.
Advantages And Disadvantages
Advantages:
- Ultra-sensitive ATP detection for real-time hygiene monitoring
- Portable and lightweight, ideal for on-site testing
- Large memory capacity for storing 2,000 test programs and 10,000 results
- USB and Bluetooth connectivity for easy data transfer
- Long battery life – 8 hours of continuous use and 600 hours on standby
Disadvantages:
- ATP-based detection may require additional microbial testing for specific pathogens
- Proper swabbing technique is essential for consistent results
- Limited detection capabilities in extremely dry or high-temperature environments
Field Applications
The YG1284 ATP Hygiene Monitoring System has diverse applications, often used in:
- Food Safety & Processing – Ensuring compliance with HACCP and FDA regulations
- Healthcare & Hospitals – Monitoring sanitation levels in patient care areas and for surgical instruments
- Pharmaceutical & Biotechnology – Validating cleanroom and sterile production environments
- Hospitality & Restaurants – Maintaining high cleanliness standards in food preparation areas
- Water & Environmental Testing – Assessing contamination levels in water treatment facilities
Recommendations
To maximize accuracy and device longevity, users should:
- Store test swabs properly to avoid contamination before use
- Regularly update software via USB or Bluetooth for optimal functionality
- Conduct routine calibration checks to maintain consistent performance
- Ensure correct swabbing protocols to achieve accurate hygiene assessments
Technical Specifications
| Model | YG1284 |
| Dimensions | 189mm x 70mm x 35mm |
| Weight | 280g |
| Detection limit | 10-16 moles ATP |
| Detection deviation | ±5% or ±5 RULs |
| Autocalibration at start-up | 15s or 60s |
| Real-time detection time | 10s/test |
| Memory capacity | 256 test plans, 256 user IDs, 2,000 test programs and 10,000 results |
| Communication interface | USB, Bluetooth |
| Repeatability of tests | 8%-20% |
| Correlation coefficient | R2≥0.995 |
| Power supply | Rechargeable battery |
| Duration | Continuous operation for 8 hours, standby for 600 hours. |
| Operating temperature | 5-40℃ |
| Operating humidity range | 20-80% |


