三弘 List of Products and Services

Solar radiation meters have been used for monitoring weather data for some time. Weather data is widely utilized across various industrial sectors, from factories and construction sites to research institutions, and the applications are further expanding with the use of IoT in smart agriculture, disaster prevention and mitigation, and the efficiency of solar power generation. In this article, we introduce recommended solar radiation meters, so please take a look for reference. [Contents (partial)] ■ San Hiro PV Solar Radiation Meter PVSS-03 ■ Koshin Electric Industry Solar Radiation Meter SR-015 ■ Ishikawa Industry Radiation Intensity Sensor S-150 ■ Eihou Seiki Thin Solar Radiation Meter ML-02 ■ Eihou Seiki Compact Solar Radiation Meter ML-01 *For more details, please refer to the related links or feel free to contact us.

• Other measuring instruments

Are you familiar with solar radiation sensors that can measure the heat and intensity of solar radiation? Also known as pyranometers, these measuring devices are used to measure the amount of solar energy radiated over a certain area and time period. This article provides a detailed explanation of the principles, types, and applications of solar radiation sensors. [Contents (partial)] ■ What is a solar radiation sensor ■ Types of solar radiation measurements ■ Solar radiation amounts that can be measured with a solar radiation sensor ■ Situations where solar radiation sensors can be utilized *For more details, please refer to the related links or feel free to contact us.

• Other measuring instruments

Due to the declining birthrate and aging population, the agricultural sector has long faced challenges such as a shortage of successors and a lack of workforce. There are issues such as "even if I take over the farm, there aren't enough workers" and "hiring employees reduces income," leading to situations where individuals manage large greenhouses alone or where farms are run solely by couples or families. As the demand for work style reform among farmers, who have little time to sleep or rest, increases, solar radiation sensors are addressing the challenges of solar radiation in agriculture. This article introduces how to use and utilize these sensors. [Contents] ■ Utilizing solar radiation sensor observation data in agriculture ■ Recommended solar radiation sensors: 7 selections here ■ Features and usage of Mikihiro's solar radiation sensors ■ Summary ■ Other articles you may also find interesting! *For more details, please refer to the related links or feel free to contact us.

• Other measuring instruments

To grow crops, one must pay attention to various factors such as sunlight, humidity, and temperature. Since sunlight affects how crops grow, a solar radiation meter is an essential item in agriculture. In this article, we will introduce the "PV Array Solar Radiation Meter," which is also highly effective in smart agriculture. [Contents (partial)] - What are the challenges of agriculture in Japan? - What is smart agriculture? - What is a solar radiation meter utilizing IoT technology? - Recommended: Mikko PV Array Solar Radiation Meter (PVSS-03) - Other recommended solar radiation meters: 7 selections *For more details, please refer to the related links or feel free to contact us.

• Other measuring instruments

To increase the harvest rate in agriculture, it is essential to improve the conditions inside the greenhouse. Among these, it is important to control sunlight, as plants perform photosynthesis. It is not good for there to be prolonged periods without sunlight, but too much sunlight is also not beneficial. This article introduces methods for controlling sunlight in greenhouses and user-friendly equipment. [Contents (partial)] - Photosynthesis necessary for plant growth - Strong light is not always better - Controlling sunlight that changes with the seasons - Sometimes moderately weak light is preferable - What is necessary to control sunlight - If sunlight has adverse effects, measures are important *For more details, please refer to the related links or feel free to contact us.

• Other measuring instruments

A small tensile testing machine is an important testing device for fundamental research and evaluation verification in material development. It is necessary to select a suitable testing machine according to its intended use, as each has unique features. In this article, we introduce five recommended small tensile testing machines. Please take a moment to read it. [Content (partial)] ■ Sanko on-site observation stress loading testing machine ISL-T300/S500 (on-site observation stress loading testing machine) ■ DEBEN small tensile testing machine ■ AcroEdge on-site observation tensile testing machine Stency ■ Kammrath & Weiss bulk material mechanics testing device ■ Imoto Manufacturing small material testing machine 90FD *For more details, please refer to the related links or feel free to contact us.

• Other measuring instruments

Various tests are conducted to confirm safety and durability before developing products and materials or linking them to sales, and tensile testing is one of them. Experiments are conducted to determine how much tension will cause a material to break, confirming its physical properties. General tensile testing machines can measure the stress at which a material fails, but the process cannot be observed. To meet the need to understand how materials break, the testing machine "ISL" was developed. This article introduces the benefits of being able to see the moment of failure, along with the features of the ISL. [Contents] ■ Features of Sanhiro's ISL (on-site observation stress loading testing machine) ■ Shape and benefits of Sanhiro's ISL ■ Case studies ■ Recommended five compact tensile testing machines ■ Summary ■ Other articles you may also find interesting! *For more details, please refer to the related links or feel free to contact us.

• Other measuring instruments

No matter how much I want to observe the moment of destruction, I have to confirm the state after the fracture through microscopic observation and analytical devices, and infer from the results. The "ISL," a product of Sankoh, allows you to visually confirm the moment of fracture and capture how the damage progresses. This article provides a detailed explanation of the "ISL," which can also be used in combination with a microscope. [Contents (partial)] ■ What is Sankoh ISL (on-site observation stress loading testing machine)? ■ Let's consult the testing machine professionals at Sankoh! ■ Features of Sankoh ISL (on-site observation stress loading testing machine) ■ About the equipment configuration of ISL ■ About the operation of ISL equipment *For more details, please refer to the related links or feel free to contact us.

• Other measuring instruments

"Preventing Crowding and Enclosure" Let's ensure a safe space by thoroughly implementing measures against density. Visualizing the increase in "CO2 concentration" caused by exhalation! Let's maintain a space filled with fresh air through ventilation. *High CO2 concentration can lead to decreased concentration and cognitive ability, as well as headaches and drowsiness. *Simultaneously managing temperature and humidity will also help with ☆Droplet measures ☆Heatstroke prevention ☆Other infectious disease measures. "Usage Scenarios" Can be utilized to avoid crowding and enclosure in various scenes and locations. 1. Offices and conference rooms 2. Schools and community centers 3. Hospitals and waiting rooms 4. Welfare facilities 5. Art museums and galleries 6. Ceremony halls and funeral homes 7. Gyms 8. Event venues

• Other measuring instruments
• Environmental Survey
• Analysis and prediction system

Easily capable of continuous noise level measurement! ☆ Simple design with no complicated operations ☆ Understanding of current status against environmental standard values and noise regulation law standards ☆ Identification of change points through continuous measurement ☆ Easy connection to PC via USB cable ☆ Compatible with Rion noise meters "NL42-EX" and "NL52-EX"

• Environmental Survey