Recently in the leading-edge industries such as automobile, electric instruments or industrial instruments, products are getting smaller, higher in performance, and higher in density. As a result, generation of heat within these instruments have become serious problem.
This means thermal management is one of the key technical themes on both performance side and safety side of the instruments.
For the purpose of this thermal management, R&D engineers are doing more evaluations with CAE (computer aided engineering) to analyze and simulate new designs, fully utilizing the computer technology.
Even in these cases, it is inevitable to verify correlation between the simulated results and the actually measured temperature at the last stage of evaluation. Therefore demands for temperature measurement is quite large.
To measure temperature in such occasions, thermometers using thermocouples are mainly used with temperature loggers to record temperature change over time.
There are many occasions simultaneous temperature measurement of multiple points are required. In such cases, multi-channel temperature loggers are used. Nowadays, there are various kinds of temperature loggers in the market , to meet different kinds of requirements.
Most of the loggers are employing “wired” method to connect logger mainframe (data processing part) and thermocouple (temperature measurement part) with cables.
This method has limitations because cables are required for connection. Adding to that, preparation, measurement, and cleanup processes are quite complicated, which is one of the reasons to decrease operation efficiency. We are introducing a new temperature logger, “Wireless Temperature Logger, AirLogger™ WM1010” to solve these problems and improve efficiency of temperature measurement dramatically.
We started to develop “Wireless Temperature Logger, AirLogger™ WM1010” with two goals, the first goal is to solve problems with wired method. The second goal is to add a new value to conventional temperature loggers. To begin with, to solve the problems of conventional temperature loggers, we picked up complaints we were feeling for temperature loggers because we ourselves are actual users of temperature loggers. Our complaints are as follows:
We tried to solve above complaints and as the viewpoint of adding new values, we focused on measuring objects difficult to measure with conventional temperature loggers. For example, measuring moving or rotating objects, or measuring inside of shielded space.
Then, in order to solve above problems, we have made following development concept which will become the fundamental parts of the specifications of the product.
To verify if this concept meets demands from customers or not, we visited customers to explain above concept.
Their reactions were better than we have expected and we also found they have serious concern over troubles on measuring temperature in occasions described above. Lots of customers requested us for earlier delivery of this product, so we advanced delivery date from the original schedule to meet their enthusiastic request.
In the production field, physical values are measured with various purposes such as performance check, quality control, management of operation site environment, maintenance of facilities, and so on.
Recently, demands for these measurements are increasing due to higher performance of products and stronger requirements from the society.
There are cases more precise measurements are required for what were measured before, such as precise management of heating values due to higher performance or smaller size of products, or management of precise stress due to lighter parts being used. Also, there are new cases what were not measured before are measured, such as temperature and humidity management based on new standard for food production, or temperature and vibration control for preventive maintenance of facilities.
While demands for these measurements are increasing, measurement methods have many limitations, so there are large demands to resolve these limitations.
Now we introduce Wireless Datalogger “AirLogger™” and new series “AirLogger™ WM2000”, trying to eliminate these limitations.
The “AirLogger™” is a multi channel wireless data logger. A small measurement unit equipped with data processing part is connected with a sensor, enabling measurement of temperature, voltage or other physical quantity. Acquired data are sent to a small USB stick type unit called “PC Communication Unit” by wireless transmission, then displayed and stored in a PC in real time. One PC Communication Unit can communicate with max 100 measurement units enabling multiple-point simultaneous measurement.
The new series “AirLogger™ WM2000” has three kinds of measurement units. The WM2000TA and WM2000TB with temperature/voltage measurement unit have sensor connection terminals of 2 channels, 7 channels, respectively. These units can measure both temperature with thermocouples and voltage using voltage output sensors. The Strain measurement unit WM2000SA can measure strain using strain gauges. These three different kinds of measurement units can be connected to one PC Measurement unit.
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