Use HIOKI data loggers to test the temperature distribution on the surface of a radiator that cools the train motor
Locomotive motors can generate tremendous amounts of heat when a train is in operation, and when the heat is not dissipated or managed, it can damage engine parts and/or reduce their lifespan. Just like in motor vehicles, a train’s engine compartment must also include an effective radiator system that keeps the surrounding equipment at their optimum operating temperatures by cooling the air, water and oil used in the various operating processes. As such, during train engine development, one of the most important steps is to verify the radiator’s mechanical durability with respect to thermal shock by measuring temperature distribution.
Measure multiple points with a data logger
Hioki’s multi-channel data loggers are an effective and convenient solution for measuring the temperature distribution across various points of a radiator as a tool towards determining the optimal cooling liquid temperatures or flow rate and predict the location of possible cracks.
Easily manage data with free bundled application
In the example on the right, the temperature differences between 2 sets
of measurement points are measured and the captured data and decision
results are transferred to the Memory HiLogger via LAN. The Logger
Utility application converts the data to CSV format, which can be pasted
automatically into a user-created report and printed for data
management and control.
• Measure the specific temperature at various points as well as
internally calculate the temperature differences between points in real
time. Uneven distribution of temperature in a radiator can lead to
sectional heat strains which can cause thermal fatigue, resulting in
deformation or cracks. The loggers provide a graphic representation and
log all waveforms. • Output decision results as an alarm to easily
determine the pass/fail of equipment based on the defined criteria of
Use the LR8432 Heat Flow Logger for Advanced Analysis
Use the Hioki Heat Flow Logger LR8432 and heat flow sensors to conduct
advanced analysis of heat inflow and outflow to determine the source of