シスコム（SysCom） List of Products and Services

■Temperature and Humidity Sensor HYT939 This sensor, equipped with a sintered metal filter, can measure even in harsh environments such as wet conditions or outdoors. It can be connected to various loggers and wireless systems. : Example of use: Embedded measurement, research on the drying process of concrete ■Multi-Temperature and Humidity Logger SCM-TH8 It can connect up to 8 temperature and humidity sensor cables, making it ideal for multi-point measurements in large areas. The length of the connectable sensor cables can be provided up to 10 meters. : Example of use: Tunnel construction sites, concrete curing management Both models support minor to full customizations, including alarm functions and analog outputs, tailored to the measurement site. Please feel free to consult us.

■Temperature and Humidity Sensor SHT45 This is a sensor cable equipped with the SHT45 temperature and humidity sensor manufactured by Sensirion. The sensor part is ultra-compact, making it suitable for measurements in narrow gaps and confined spaces. Standard board type and detachable flexible type are available. ■Temperature and Humidity Sensor HYT939 This sensor can be used even when submerged in water and is often chosen for measurements in places where condensation is expected. It is also pressure-resistant, allowing it to perform well in harsh environments. *Temperature and humidity sensor cables can be selected from 1 to 10 meters, depending on the user's measurement environment. ■8-Channel Multi-Point Compact Temperature and Humidity Logger SCM-TH8 This logger can connect up to 8 of the above temperature and humidity sensor cables. It has a large memory capacity of 16,000 points x 8 channels. In addition to scheduled measurements, real-time monitoring is possible when connected via wired connection. ■Compact Rechargeable Temperature and Humidity Logger SCHM-1 This is a 1-channel type logger that connects to the above temperature and humidity sensor cable. It features a built-in rechargeable lithium polymer battery for repeated use. It can be connected easily with a micro USB cable, and operation is simple.

We will introduce the actual purposes and scenarios in which accelerometer loggers are implemented. NGIMU is equipped not only with an accelerometer but also with a gyroscope, barometer, and temperature and humidity sensors, greatly expanding the range of measurements. Leveraging this capability, it has been widely adopted in logistics systems for measuring vibrations and shocks. ■ Detection of equipment degradation and abnormalities By installing it on the sides of lines or equipment and measuring a series of work times, it serves as a basis for identifying equipment degradation. Regular monitoring leads to risk discovery. ■ Verification of robotic arm operations Devices introduced to improve work efficiency also require inspection to ensure they are not broken. By attaching the logger to the arm and measuring, it is possible to quantify the state of movement. ■ Vibration during product transportation By attaching it to the product or inside or outside the packaging, it can measure the vibrations experienced during transportation. If a significant shock occurs, peaks will appear when the data is graphed. *Please note that NGIMU is currently discontinued, and we are now handling the third generation "X-IMU3."

This sensor is designed to be mounted on the wrist and can accurately capture the pressure applied to the wrist. The thin sensor is designed to measure the contact pressure of any device or product mounted on the wrist, measuring the comfort of items such as watch bands, wristbands, and activity trackers as a pressure distribution. It identifies areas of high pressure or discomfort and quantitatively analyzes the measurement impact of vital sensor design, providing information for optimal product development.

Aircraft engines implement multiple safety measures to prevent accidents in advance. In particular, the measurement of turbine blade vibrations is crucial for preventing blade damage, maintaining quality, and ensuring safe operations. Aircraft engines, which require maximum safety like airplanes, need to measure the vibrations of all internal blades. Our VibroMap1000 can measure not only at a single point in a non-contact manner and in a short time but also across the entire surface. Typically, for large structures, multiple accelerometer pickups are installed to perform modal analysis; however, the slight weight of the accelerometer pickups can change the vibration modes themselves. In high-frequency vibration mode analysis, such as that of turbine blades, it is difficult to measure with only a limited number of accelerometer pickups. The VibroMap1000 utilizes speckle interferometry and a CCD camera to irradiate the entire measurement surface with laser light, allowing for real-time measurement of the vibration state, which is extremely useful for reducing measurement and maintenance time.

The engine is an important part often referred to as the heart of the automobile, and I believe everyone is aware of this. In recent years, in response to the shift towards electric vehicles as well as gasoline, engines have become composed of even more various parts. Temperature measurement is crucial during confirmation tests to check if they are at the appropriate temperature, as well as during research and prototyping for performance improvement. At high temperatures, thermocouples are widely used, and I would like to introduce a temperature logger that can connect to these thermocouples.

Our company's temperature and humidity sensor cables and loggers have a proven track record of numerous deliveries to air conditioning-related sites. There is a demand for them both in the research and development stage and as a guarantee of product quality. This time, we would like to introduce a case study focusing on the verification of air conditioning effectiveness inside vehicles. Using our products, we are conducting tests to determine how efficiently and uniformly warm and cool air from the vehicle's air conditioning vents can distribute throughout the entire cabin. Additionally, measuring the temperature and humidity distribution for each seat helps in pursuing the comfort of passengers.

In modern times, it is well known that significant climate changes are affecting various fields. Furthermore, in Japan, which experiences four seasons and many natural disasters, the durability of housing has come to require a higher standard. For the peace of mind of the people, manufacturers are dedicating their efforts daily to the research and development of excellent building materials. Even when it comes to building materials, there are many types based on different materials such as wood, stone, metal, clay, glass, and concrete, and their characteristics determine their applications and the places where they are used. Since temperature and humidity data are greatly involved with any material, we would like to introduce how our temperature and humidity sensors are being used and how they can be utilized.

*Measuring Instruments and Drones In recent years, we have often heard about application cases where large drones are desired to be equipped with measuring instruments. Large drones refer to those with a body weight of 1 kg or more, produced for industrial purposes, and their main applications include pesticide spraying, aerial photography, logistics delivery, disaster relief, equipment inspection, and entertainment. The most commonly equipped measuring instruments are temperature and humidity sensors/loggers, followed by gyro acceleration sensors/loggers. This time, I would like to introduce the applications of the gyro acceleration logger [x-IMU3] and the potential future uses that can be expected in various scenarios. ▽ ▽ ▽

Durability testing under the vibration environment of circuit boards is very important for ensuring the performance of the boards. We would like to introduce how our vibrator is used in such tests.

Recent digital cameras have become very high-performance and highly integrated, with features such as autofocus and image stabilization being standard. In the process of testing these functions, we would like to introduce how our vibration testers are being used.