InCCA Bit Photometric Analyzer Service Manual – MSv160101 (Diconex Argentina) PDF

Description

InCCA Bit Photometric Analyzer Service Manual – MSv160101 (Diconex Argentina) – PDF DOWNLOAD

Description

Overview

This official InCCA Bit Photometric Analyzer Service Manual (Version MSv160101) provides exhaustive technical guidance for the Diconex InCCA Bit clinical chemistry analyzer, designed for in-vitro diagnostics. It covers the analyzer’s electronic, optical, hydraulic, and mechanical systems, ensuring precise maintenance and repair.

Table of Contents 

1. Transportation, Storage & Unpacking
• Handling precautions
• Unpacking procedure with Allen tools and lifting instructions

2. Installation & Connections
• Electrical (110/220V, 50–60Hz, 400 VA) and PC requirements
• Tubing and RS-232 connections
• Washing solution (Triton X-100 mix) preparation
• Analyzer setup, software configuration, calibration steps

3. Technical Specifications
• Throughput: 250 tests/hour with ISE
• 10+1 optical filters (340–700 nm)
• 100 cuvettes, warm-air incubation at 37°C
• RS-232 communication, Windows XP compatibility

4. General Functions
• Sample/Reagent Tray – 24 reagent, 22 sample positions
• Dispensing Arm & Probe – conductivity detection
• Cuvette/Reaction Tray – PMMA cuvettes
• Hydraulic & Optical Systems with krypton-halogen lamp and beam splitter

5. Basic Operations
• Command console interaction
• RS232 communication protocol structure
• EEPROM & firmware parameter retrieval

6. Disassembly & Assembly Procedures
• Cabinet, photometer, diluter, robot arm, and solenoid valve removal
• PCB Controller & Regulator board layout diagrams

7. Module Adjustments
• Cuvette, photometer, robot arm, and vertical offset calibration
• EEPROM adjustment sequences

8. Parts Replacement
• Light bulbs, filters, fuses, cuvettes, and probes

9. Maintenance Program
• Daily, weekly, and monthly routines
• Washing, lubrication, and database resets

10. Troubleshooting
• Error causes: high/low results, connection issues, EEPROM faults
• Photometer calibration and amplifier error correction

11. Validation Procedures
• Photometric precision, linearity, and stray light checks

12. Diagrams
• Complete mechanical, electrical, and electronic circuit schematics

🧩 Key Highlights

• Complete firmware EEPROM map and calibration data

• Detailed communication commands for RS232 control

• Step-by-step disassembly of all analyzer modules

• Maintenance intervals and alarm-based servicing

• Validation charts for optical and diluter precision

📂 File Details