Hardware User Manual Instruction Manual

xMAP Technology Luminex 100E Analyzer Overview
PN 89-00002-00-013 Rev. D 3 - 3
Luminex Runtime
(LXR)
Luminex Runtime (LXR) version 2.0 is a set of software components
that provides simple, standardized mechanisms for programmable
control of the Luminex 100E analyzer.
Use the LXR Software Development Kit (SDK) version 2.0 or
greater to write your own programs that analyze the results from the
Luminex 100E analyzer. It includes sample test programs. Online
documentation and other test programs are in the LXR Programmer’s
Reference.
LXR SDK version 2.0 allows the application developer to connect to
a Luminex 100E analyzer, collect data, access its state, and control
its operations. LXR version 2.0 performs these functions:
• controls the operations of Luminex 100E analyzers through
commands
• processes real-time Luminex 100E analyzer data
• retrieves classified, statistical data in real time
• monitors and sets Luminex 100E analyzer status
• interacts with Luminex 100E analyzers using high-level, user-
oriented software and development tools, achieving easy, rapid
application development
• adds on higher-level extensions, such as monitoring, data tracing,
standardized calibration, and user error reporting
• performs automatic and custom activity logging
• provides maintenance diagnostic information
See the LXR version 2.0 Programmer’s Reference for more details.
General, Luminex
100E Analyzer
• Installation into host < 2 hours
• System calibration < 10 minutes
• Analyze up to 100 samples per hour (dependent upon
microsphere concentration within the sample)
• Analyze up to 25 xMAP microsphere sets per sample using the
Luminex 25 beadmap.
• Luminex 100E analyzer warmup: 30 minutes. Software functions
that remain inactive for at least 4 hours (programmable default)
require a warmup to restart. Warmup is required 4 hours
(programmable default) from the time the last sample was
analyzed.
• Operating temperature: 15°C to 30°C (59°F to 86°F)
• Storage temperature: 0°C to 50°C (32°F to 122°F)
• Humidity: 20% to 80%, noncondensing
• Altitude: Operation up to 2400 m (7874 ft) above mean sea level