Olympus AU5400 Chemistry Immuno Analyzer
The Olympus AU5400 is a high-volume performer that increases laboratory productivity and saves operators and managers valuable time, enabling them to perform other vital functions.
Product Code: 211250
Manufacturer: Olympus
Model: AU5400
Serial: 3010156
Location: Woonsocket, RI
- Product Details
- Capabilities
Meeting the needs of high-volume commercial and hospital core laboratories, the Olympus AU5400 automates and consolidates chemistry-immuno testing with up to 147 on-board chemistries and performs up to 6,600 tests per hour. The AU5400 is designed to upgrade and replace Olympus AU5200 analyzers used in the majority of large commercial laboratories.
The Olympus AU5400 is a high-volume performer that increases laboratory productivity and saves operators and managers valuable time, enabling them to perform other vital functions. The system requires less maintenance, consumes less reagent, and incorporates probe crash prevention and sample clot detection - features not currently available on other high-volume analyzers.
The Olympus AU5400 is a high-volume performer that increases laboratory productivity and saves operators and managers valuable time, enabling them to perform other vital functions. The system requires less maintenance, consumes less reagent, and incorporates probe crash prevention and sample clot detection - features not currently available on other high-volume analyzers.
Electrical: 230V, 50HZ, 10KVA
Configuration: AU5421
Features two module units
Heat Output: 20900 BTU/H
Water Supply:
Water Supply:
Average quantity consumed (with ISE): 125 L / Hour (50/60 Hz)
Maximum consumption: 4 L / min (50/60 Hz)
Maximum consumption: 4 L / min (50/60 Hz)
Processing speed:
3200 tests per hour
4100 tests per hour with a single ISE
5000 tests per hour with a dual ISE
4100 tests per hour with a single ISE
5000 tests per hour with a dual ISE
Reaction total vol.: 120 to 430 µl
Reaction time: Maximum 8 min. 20 sec.
Reaction temp.: 37 °C
Reaction time: Maximum 8 min. 20 sec.
Reaction temp.: 37 °C
