Technical Specifications:
The system operates on 230Vac@50Hz in Europe and 110-120Vac@60Hz in the USA/Canada, with an absorbed electric power of 265VA. It includes a fuse block with 2 x 5.0 AT delayed fuses. The dimensions are 650 x 570 x 690 mm, and it weighs 60 kg. The operating room temperature ranges from +15 to +35°C, with storage up to 45°C, and allowable relative humidity from 20% to 80% without condensation.

Central Unit and Display:
The central unit features an Intel XScale PXA 255 microprocessor with 32 MB FLASH and 64MB SDRAM. It has a TFT 800x600 color touch screen display.

Control and Analytic Section:
The control unit includes a microprocessor card on an owner bus, and the internal analytic section has an 89-position chain for test tubes. It uses two pairs of optic-electronic elements (LED & analogical sensor).

Printer and Interface:
The system includes an alphanumeric printer with thermal paper, printing 36 characters per line at a speed of 20mm/sec. Interfaces include 2 x RS232C, 2 USB Host, 1 USB Client, and 1 Slot Compact Flash.

Safety and Compliance:
The device is classified under Protection Category CLASS I, complies with EN61010-1 for device security, and EN61326-1 for EMC. It falls under Installation Category II.

Consumables and Accessories:
The system uses a dedicated tube with a transponder RF for charging with the exact number of tests, available in 10,000, 5,000, and 1,000 test options. ESR Control Cubes are available in different configurations.

System Features:
The analyzer is fully automated for determining erythrocyte sedimentation rate (ESR) in primary EDTA tubes. It supports various models and brands of EDTA tubes, allowing simultaneous processing without restrictions. The system ensures high productivity with up to 95 results per hour and continuous loading of sample holder racks. It provides automated mixing of samples and delivers the first result in 22 minutes.

User Interface and Safety:
The touch screen interface is user-friendly and intuitive, offering complete traceability of samples. The system minimizes operator risk by eliminating contact with blood samples and waste fluid production. It automatically sorts ESR and non-ESR samples through a bi-directional connection to the laboratory information system.

Conclusion:
The system is designed as a walk-away solution, fitting the needs of modern clinical laboratories by reducing operator time, improving data handling safety, and minimizing bio-contamination risks.