Service Manual Cobas Integra 400: Plus

Accessing the Service Manual for the COBAS INTEGRA 400 Plus is significantly more complex than a standard web search. Roche tightly controls its proprietary service documentation to ensure safety and regulatory compliance.

Execute the daily initialization and automated wake-up routines. Weekly Maintenance Clean the wash stations and sample/reagent rotors. Perform a baseline check on the photometer lamp. Execute an automated ISE cleaning and conditioning cycle. Monthly & Quarterly Maintenance

If you have specific questions about the , I can help you by: Finding specific troubleshooting steps for an error code. Locating information about a particular consumable part. Service Manual Cobas Integra 400 Plus

Perform an intensive deproteinization cycle. If the slope fails to recover, replace the specific electrode ( Na+cap N a raised to the positive power K+cap K raised to the positive power Cl−cap C l raised to the negative power ) and verify the reference housing fluid levels. Error: Temperature Fluctuation (Cuvette Rotor)

Access the service software interface to check the raw ADC (Analog-to-Digital Converter) values for the lamp. If values are uniformly low across all filters, replace the lamp. If only one wavelength is affected, inspect the specific optical filter on the wheel for degradation. Fluidic Clots and Bubbles (Error Code: ISE Drift) Accessing the Service Manual for the COBAS INTEGRA

Check for fluid leaks around the pump blocks and syringes.

Utilizes a high-intensity halogen lamp and a wheel with multiple filters to measure absorbance across specific wavelengths (340 to 800 nm). Monthly & Quarterly Maintenance If you have specific

Always wear lab coats, powder-free gloves, and protective eyewear when working near the probe assembly or waste lines. 6. Accessing the Official Service Manual

Perform a visual inspection of the probe for bends or salt buildup.

Cobas Integra 400 Plus is a fully automated, tabletop clinical chemistry analyzer designed for laboratories with a moderate throughput (roughly 50 to 250 samples per day). Efficient maintenance and service of this unit are critical for ensuring high-precision results and reducing downtime. Diamond Diagnostics Core Components & Specifications The system integrates four measurement principles: absorbance photometry turbidimetry fluorescence polarimetry ion-selective electrode (ISE) potentiometry Block Scientific Throughput: Up to 400 tests per hour. Sample Capacity: 90 samples on-board with 6 sample racks. Reagent Storage: On-board cooling at 10–15°C for 32 Dimensions: