01

Manufacturing/factory

In factories, temperature, humidity, and equipment status are continuously measured and monitored to maintain product quality and equipment condition.

02

Food

In the food industry, temperature control is crucial for quality and hygiene management, from raw materials to manufacturing, cooking, and storage.

03

Pharmaceuticals

In the storage, manufacturing, and distribution of pharmaceuticals, it is crucial to properly manage temperature and humidity, and to record and verify these conditions.

04

Construction/civil engineering

In construction sites and concrete work, there are process where temperature affects quality.

05

Energy and power generation

In fuel storage and transport facilities, temperature monitoring is crucial for early detection of abnormalities and ensuring safety.

06

Search by temperature control challenges

Even if you haven't decided on a specific industry, you can find relevant information based on problems you're facing on the ground.

equipment monitoring

Examples of measurement and monitoring systems

This document summarizes examples of how measurement and monitoring can be used in response to on-site challenges, such as temperature, humidity, and equipment status.

temperature/humidity monitoring

temperature/humidity monitoring IoT

This section introduces the basic principles to consider when planning for continuous monitoring of temperature/humidity and utilizing the data.

equipment monitoring

Remote monitoring and operation system

This addresses challenges such as wanting to check equipment status without going to the site and wanting to centrally manage data.

07

dew condensation prevention

dew condensation, which occurs due to the relationship between temperature and humidity, can affect product quality and equipment safety.

08

Heat/environmental management

It is important to continuously monitor temperature and humidity in work and storage environments.

09

Testing and evaluation

To verify the performance of products and equipment, it is necessary to properly control the temperature, humidity, and other parameters of the test environment itself.

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See examples of measurement and monitoring.

Learn technology systematically

Digging deeper into the industry

Start with reading material

Find a measurement and monitoring method that suits the site.

The appropriate measurement and monitoring method varies depending on the object being measured, the temperature range, the installation environment, the required accuracy, and the recording method.

If you are unsure which method is most suitable, please consult with us after organizing the conditions at your site.

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