Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 81 items
Convert relative humidity into an analog electrical signal.
This product is a probe-type humidity converter, which is the most commonly used model featuring a basic design where the sensor part and circuit part are connected by a 14mm diameter probe. The sensor probe length and probe extraction direction can vary in shape.
This is a high-precision hygrometer with a humidity calibration bottle.
● High-precision measurement with thermistor sensor adoption ● Comes with a stand for use even when placed down ● Backlight function for use in dark places ● Can record 16,000 data points, making PC management easy
It is a hygrometer with excellent durability and functionality.
● You can select any two of humidity, temperature, or dew point temperature to display simultaneously. ● IP54 (Dust protection level 5 for operational safety, dust prevention, and water protection level 4 for splashing water).
"Suitable for embedded applications" High-precision temperature and humidity sensor converts digital signals to analog signals. It can be easily connected to existing measuring instruments!
The temperature and humidity analog conversion output module is suitable for integration into control devices and equipment, as it performs DA conversion and outputs data. It enables simultaneous collection and control of other data. The analog board size is 10x20mm, making it compact enough to be considered part of a cable, while providing simultaneous output for two channels of temperature and humidity. We have also developed a version compatible with the new SHT45 sensor, and the model numbers have been revised for clarity. ◆ SCM-DA1 - Compatible sensors: Various SHT35, HYT939 - Power supply: DC 5V - Output voltage range: 0 to 4096 mV ◆ SCM-DA2 - Compatible sensors: Various SHT45, HYT939 - Power supply: DC 5V to 24V - Output voltage range: 0 to 3.0V The SHT45 is a new temperature and humidity sensor cable exclusive to Syscom, so please make use of it for advanced development. ◎ For more details or inquiries, please contact us through our website. https://syscom-corp.jp/
LoRaWAN temperature and humidity sensor for temperature management of pharmaceuticals and food, operates for 5 years without battery replacement, ultra-long-range transmission with a line-of-sight of 10 km.
Features ■ Equipped with Sensirion high-precision sensor chip ■ IP67 waterproof housing with multi-layer structure and sealing ring design ensures strong waterproof performance even in harsh environments ■ Made with FDA-approved food-grade housing, safe for contact with food and pharmaceuticals ■ Built-in 5400 mAh replaceable battery with 5 years of operation without replacement ■ Easy setup with NFC (Near Field Communication) ■ Ultra-long-range transmission up to 10 km line of sight ■ Compliant with standard LoRaWAN gateways and network servers ■ Quick and easy management with Milesight IoT Cloud solution ■ Wall, pillar mounting, and magnetic mounting options ■ Sturdy installation achieved with anti-theft and non-slip pad design Applications ■ Freezers and refrigerators, food and pharmaceutical factories, cold chain transportation, agricultural greenhouses
Remote monitoring of temperature, humidity, CO2 concentration, noise, and occupancy status (door open/close detection) in a centralized manner using smartphones and PCs, with low maintenance costs due to built-in battery sensors.
LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but due to its fast transmission and reception speeds, it consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that it can achieve bidirectional communication with just one button battery, and it is said that such batteries can last over 10 years of continuous operation in some cases. ■ Long-Distance Communication: While the range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, LoRaWAN can communicate over distances of approximately 10 km, more than double that. In areas with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to assume a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps minimize communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoor settings.
The temperature sensor is a resistance temperature detector with 100Ω at 0°C, and the humidity sensor is of the capacitive change type!
We would like to introduce the 'DSW-100 Series' that we handle. We offer the indoor temperature sensor "DSW-100-T□□", the indoor humidity sensor "DSW-100-H□", and the indoor temperature and humidity sensor "DSW-100-T□H□". The temperature element is a resistance temperature detector of 100Ω/0℃, and the humidity element is of the capacitive change type. 【Features】 ■ Temperature element (DSW-100-TR□, -TRH□) ・Resistance temperature detector 100Ω/0℃ (Pt100) (IEC 60751 class) ・Accuracy: ±(0.1+0.0017|t|)℃ ■ Humidity element (DSW-100-H, -T□H□) ・Capacitive change type ・Connector type for easy replacement *For more details, please refer to the PDF document or feel free to contact us.
Compact humidity sensors suitable for humidity control in food factories, greenhouses, and fermentation rooms!
The "RHA" is a humidity sensor that outputs a linear voltage proportional to humidity in the range of DC 0.5V to 4V. It features an easy-to-maintain connector type and can be easily mounted with M3 screws. 【Lineup】 ■RHA ■RHA-5V *For more details, please download the PDF or feel free to contact us.
How to measure the humidity of a tiny space of a few square centimeters with high precision? Providing important know-how for humidity measurement.
Recently, there has been an increasing demand for humidity measurement not only in standard environmental conditions but also in low-temperature and high-humidity environments. There are several methods for measurement, and maintaining higher accuracy over the long term presents technical challenges and many issues. This report, "Humidity Measurement/Generation Technology in Micro Spaces," introduces specific case studies and summarizes proposals. It concisely compiles specialized know-how regarding humidity measurement, allowing for efficient understanding of important points. [Contents (partial)] ■ Principles and types of measurement methods - Measurement methods using polymer humidity sensors ■ Selection of measurement methods in the atmosphere ■ Examples of micro-space control using humidity supply devices and explanations of generation devices - Principles of generation using a split-type humidity supply device - What humidity control in micro spaces entails For more details, please download the PDF document. Feel free to contact us with any inquiries regarding the equipment.
Metal-compatible UHF band RFID wireless temperature and humidity detection sensor
The AZN3110 is a wireless temperature and temperature sensor that does not require a battery. This product detects liquids that come into direct contact with the sensor or liquids that are transported to the sensor through a wicking tail. Typical applications include humidity detection for quality control in automotive assembly processes and temperature monitoring of chassis.
Long-lasting even in environments where condensation occurs! Traceability certification can also be obtained. A cable type that can flexibly adapt.
The humidity conversion cable type TA50C is a humidity sensor that outputs relative humidity as an analog electrical signal. The sensor part is connected to the circuit part via a flexible cable, allowing for adaptability to complex shapes. The sensor cable length and cable extraction direction can vary, and there are many options available, including temperature sensors, waterproof and water-repellent processing for condensation environments, humidity displays, and sensor filter caps. 【Features】 - The humidity sensor element TI-A is compatible, eliminating the need for circuit adjustments during replacement. - Traceability certification is available. - The long-term variation is less than 1% RH per year (in normal temperature, humidity, and clean environments), demonstrating excellent durability. - It can be used with a power supply voltage of DC 9-25V due to the built-in stabilized power supply. - Custom products can be accommodated from a single unit, including changes in specifications and shapes. *For more details, please download the PDF. Feel free to contact us with any inquiries.
![[Column] What is the difference between hardware and software? Characteristics and specific examples.](https://image.mono.ipros.com/public/product/image/b35/2001529732/IPROS10481848706331213414.jpg?w=280&h=280)
What is the difference between hardware and software? We will introduce their characteristics and specific examples! We have a proven track record in product development across various fields! For product development inquiries, please contact Nippo!
This time, we will introduce what hardware and software are. Hardware refers to the physical components that have a tangible presence, such as the computer itself and the display, which can be seen as 'physical enclosures.' In analogy to the human body, it can be compared to 'the parts that perform actions,' like arms and legs. Software refers to the instructions and content that enable hardware to operate, written in a language that computers can understand (programming languages), which instructs the computer to function. Operating systems (OS) and applications that run on computers and smartphones are classified as software. Software is not physically visible, and in analogy to the human body, it can be compared to 'commands from the brain.' Below are specific examples of hardware: ◆ Input devices ◆ Storage devices ◆ Control/processing devices ◆ Output devices Below are specific examples of software: ◆ OS (Operating System) ◆ Application software Our company utilizes over 60 years of expertise in circuit board development to undertake product development in various fields. Please feel free to contact us!
![[Column] What is a Smart Factory? Benefits and Current Challenges](https://image.mono.ipros.com/public/product/image/e59/2001529920/IPROS9643879977143528332.jpg?w=280&h=280)
What is a smart factory? Introducing the benefits and current challenges! Leave application development to Nippo!
A smart factory is generally a factory that manages operations based on digital data by utilizing advanced technologies such as IoT, AI, and big data processing. If realized, it can improve business processes and produce high-quality products at low cost and in a short period. Unlike traditional manufacturing, which relies on automation through machines like robots, smart factories focus on the collection and utilization of data. A significant feature is the ability to review the entire business process and automatically analyze accurate workflows to enhance operational efficiency on the production floor. ■ Benefits of Implementation 1. Visualization of on-site conditions 2. Reduction of workforce on-site and appropriate safety measures 3. Skill inheritance ■ Challenges 1. Slow penetration of digitalization 2. Loss of initiatives aimed at pursuing management effectiveness The introduction of a smart factory is a means, not an end. Its main aim is to attract talented personnel, create new production methods, and lead to high profitability and growth. For companies to smoothly advance implementation, it is crucial to understand the current challenges of existing factories, which allows them to narrow down the actions that need to be taken.
![[Column] What is Web API Integration? Important Considerations for Design and Choosing Integration Partners](https://image.mono.ipros.com/public/product/image/bda/2001530532/IPROS14053686565433483632.jpg?w=280&h=280)
What is WebAPI integration? Introducing points to consider in design and how to choose integration partners! / Leave cloud services and system development to Nippo! /
An API is an interface that connects software, programs, and web services, serving as a means for different software components and services to communicate with each other and share functionalities. It is widely used behind the scenes of social networking services and websites for various purposes. By implementing an API, your company's services or programs can be utilized by other companies as well. For example, with membership sites, you no longer need to enter personal information every time for registration, inputting shipping information on e-commerce sites, or using payment services on e-commerce sites. ◆ Points to consider in design - Version compatibility - Security measures - Access restrictions - Latency and performance In API integration, the functionality provided by external services is used, and the system specifications depend on the API provider. Therefore, if there is a malfunction on the provider's server, your company will not be able to address it. Coordination with the integration partner will be necessary, so choose a partner that can adequately respond to any potential issues. Nippo offers development of cloud services. If you have any interest, please feel free to contact us.
![[Production Example] Temperature and Humidity Control](https://image.mono.ipros.com/public/product/image/59f/2000428084/IPROS15772666305648017138.png?w=280&h=280)
By adding a communication device to the sensor, the temperature and humidity conditions can be managed in real-time.
We introduce a system that monitors the temperature and humidity of various locations in a wide agricultural area in real-time. No server is required. You can use your current computer as a server. The collected data can be utilized in various formats. You can output it in CSV format for use with existing systems or import it into Excel for further use. 【Features】 ■ Real-time management of temperature and humidity ■ Warning alarms can be set when the temperature reaches a specified level ■ Email distribution to smartphones and mobile phones is also possible ■ Collected data can be printed out and converted into various formats, including CSV ■ Control and management of pump water flow is also possible *For more details, please feel free to contact us.
Accurately detects humidity up to 100% in a small package.
Achieving high linearity in the industry's smallest size with a capacitance change type humidity sensor.
![[Information] "Easy HACCP" Product Description](https://image.mono.ipros.com/public/product/image/20c/2001502962/IPROS07900349809573599358.png?w=280&h=280)
Proposal for improving the quality of hygiene management and streamlining operations! Automatic creation of plans and implementation records.
This document introduces the IoT solution tool "Easy HACCP" using temperature and humidity sensors and an app. It features easy installation by simply placing the device, and the ability to check records anytime and anywhere on a computer or smartphone, along with detailed specifications of the equipment. Additionally, images of the app screens and reports are included, making it a user-friendly reference. Please feel free to download and take a look. 【Contents】 ■ Overview ■ Features ■ Equipment Specifications ■ App (Screens) ■ App (Reports) *For more details, please download the PDF or feel free to contact us.
High-performance polymer thin-film capacitive sensor with excellent long-term stability.
In 1973, Vaisala developed the polymer thin-film capacitive humidity sensor HUMICAP. Since then, Vaisala has grown into a leading manufacturer in the relative humidity measurement market, and the polymer thin-film capacitive humidity sensor has evolved from a new technology of a single company to the global standard in the industry.
![[Technical Explanation] Vaisala PEROXCAP Relative Humidity Sensor](https://image.mono.ipros.com/public/product/image/720/2000607597/IPROS60441608663229311253.jpeg?w=280&h=280)
Hydrogen peroxide vapor, relative humidity saturation level, for relative humidity measurement.
The PEROXCAP measurement uses two Vaisala HUMICAP sensors. One has a catalytic layer, and the other does not. HUMICAP is a polymer film capacitive sensor that has a polymer thin film sandwiched between two electrodes on an alumina substrate. In the PEROXCAP measurement, the concentration of hydrogen peroxide vapor is indicated by the difference in the measurement values of the two sensors.
Equipped with a newly developed humidity sensor. A high-response, high-precision temperature and humidity meter.
● Digital Probe Newly developed digital probe. High precision and fast response. ● Direct Connection and Separation The probe connects directly to the main unit. It can also be separated using a cable. ● Data Logger The main unit can record up to 16,000 data points for temperature and humidity. Easy analysis with dedicated software. ● Shared Power Supply Can use both dry batteries and AC adapters. ● Calibration Pot Easily check humidity accuracy with a calibration pot.
For those who want to capture data with analog voltage. Compatible with the high-precision temperature and humidity sensor "SHT45."
The SCM-DAW "4ch Temperature and Humidity Analog Conversion Output Unit" is a unit that converts digital data from up to four temperature and humidity sensor cables into analog output all at once. The supported sensors include the IST "HYT939" as well as the high-precision Sensirion "SHT45" sensor, which boasts an accuracy of ±1.0% RH. Both sensors can be automatically recognized and connected compatibly. The output voltage ranges from 0 to 5.0V, with an easy-to-understand conversion formula, and data monitoring is also possible with a backlit LCD. 【Features】 ■ Improved from our conventional products to support the newer and more precise "SHT45" sensor over the "SHT35" ■ Capable of connecting up to four temperature and humidity sensor cables, suitable for multi-point temperature and humidity measurement ■ Power supply via microUSB, with BNC output designed for ease of use in the field ■ Successful weight reduction achieved through case improvements ■ Can synchronize with analog measurements of other parameters besides temperature and humidity *We are currently accepting requests for a one-week free loan of product demo units. Please contact us if you are interested.
We support the validation of pharmaceutical storage cabinets!
"Temperature mapping" refers to the installation of multiple temperature loggers and the analysis of measurement data over a certain period. By conducting temperature mapping, it is possible to evaluate the temporal and spatial characteristics of temperature within a warehouse. Using the installation positions of sensors for continuous monitoring as a reference, assessments and evaluations are made for each room and each management area of the warehouse. [Frequency of Temperature Mapping Implementation] ■ When relocating a warehouse ■ When there are changes in the product accumulation state or air conditioning system ■ Once every three years ■ For rooms affected by seasonal changes: summer and winter ■ When temperature behaviors, such as difficult-to-explain spikes, are observed in continuous monitoring *For more details, please download the PDF or feel free to contact us.
By mapping the temperature, it is possible to evaluate the temporal and spatial characteristics of the temperature within the warehouse.
We would like to introduce our "Temperature Mapping Service" in compliance with GMP/GDP. In the storage of pharmaceuticals, temperature mapping is necessary to measure the temperature distribution indoors for compliance with GMP and warehouse validation. Even after the establishment of a new warehouse, regular mapping is required to confirm the validity of the existing sensor positions. Our company provides this service to support our customers in their audit responses and also offers various systems for continuous monitoring. [Purpose] ■ Understanding of worst points (highest and lowest temperatures) - Reference for the installation positions of sensors for continuous monitoring - Judgment and evaluation against management values for each room and warehouse ■ Operational qualification (OQ) assessment for validation of new warehouses ■ Performance qualification (PQ) assessment for existing pharmaceutical warehouses and cold storage *For more details, please refer to the PDF document or feel free to contact us.
Increased odor sensitivity. Monitoring data can be transferred to a PC and instantly graphed using dedicated software.
The "OMX-SRM/ADM/TDM" is a simple monitor designed to quantify the relative strength of odors compared to clean air, allowing you to observe changes in smell. It features an easy-to-use function that anyone can operate. Measurement is possible simply by turning on the power. Please note that the displayed values are based on our proprietary scale (coefficient). Since the gases generated may vary depending on the measurement environment, please choose a model that suits your usage conditions. 【Features】 ■ Easy-to-use function that anyone can operate ■ Measurement possible with just a power-on ■ Maximum storage of 32,732 data points (approximately 45.5 hours at 5-second intervals) ■ Filing of 511 entries ■ Automatic graphing with dedicated software *For more details, please refer to the PDF document or feel free to contact us.
For temperature management in vinyl houses and offices, long-distance communication, wide area, low power consumption LoRaWAN communication, compact and robust IP6X enclosure.
【Temperature Sensor EM300-TH-915M】 Features - Equipped with Sensirion high-precision sensor chip - Ultra-long-distance transmission up to 10km line of sight - IP67 waterproof housing for harsh environmental applications - Built-in 4000 mAh replaceable battery, operates for 5 years without replacement - Easy setup with NFC (Near Field Communication) - Compliant with standard LoRaWAN gateways and network servers - Quick and easy management with Milesight IoT Cloud solution 【LoRaWAN Gateway UG65-L00J-915M-EA】 Features - Robust 8CH LoRaWAN gateway, TELEC certified - High-performance quad-core 64-bit ARM Cortex-A53 CPU - Compact and rugged IP65 housing - Built-in Python SDK and Node-RED development tools
