Last Updated： Aggregation Period:Jan 21, 2026～Feb 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 21, 2026～Feb 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 21, 2026～Feb 17, 2026
This ranking is based on the number of page views on our site.
31～60 item / All 644 items
The definitive version of high performance, multifunctional, and low price.
● Reaction speed with 3 samples per second ● Supports various situations with different sensors. ● RoHS compliant ● RS232C output ● Lightweight 170g handheld type ● Compatible with various sensors
It is a high-performance and simple design thermometer that is very easy to use.
● It supports K-type thermocouple sensors, allowing for various sensor variations to be used. ● It is a thermometer with a bright display that is easy to read. ● Available in single-point detection type (MF6K-100SF) and two-point detection type (MF6K-102SF). ● It has a battery level indicator, so you can use it with peace of mind. ● It has a sturdy ABS body that is IP-54 compliant. ● It can also be made splash-proof with an optional feature (MF6EP-100F).
Portable Digital Platinum High-Precision Thermometer
High-spec thermometer with a resolution of 0.01℃, featuring a platinum resistance temperature detector Pt100 (Class A: 4-wire type) sensor.
Infrared radiation temperature sensor, no external power required (+160 to +260℃) / Model number MI1RTC3X-K-260M
This is a non-contact infrared (IR) temperature sensor that does not require an external power source. It can detect temperature very quickly, in just 100 milliseconds, and can be connected to thermometers, temperature data loggers, temperature controllers, etc., similar to thermocouple types K/J/E/T, making it suitable for a wide range of applications. The MI1RTC3X-K-260M series comes with an air purge jacket for lens cleaning and cooling, and has a distance coefficient (field of view) of 3:1 (17°), allowing it to measure temperature in narrow ranges.
Low-cost non-contact infrared temperature sensor K thermocouple output (1.8m) / Model number M1241-IR4m-K-C1
It is a low-cost non-contact temperature sensor that outputs the same electromotive force as a K-type thermocouple. It can be directly connected to the thermocouple input of general-purpose temperature controllers. It meets a wide range of needs with its broad measurement range.
The M248DWS-K530ATF-01ANP has a head mass of approximately 100g.
This is an underwater immersion type temperature sensor suitable for temperature measurement in deep water areas.
The M3272QRT-MH32G-01 series high-precision thermocouple thermometer has a fast response time and supports seven types of thermocouples.
The connection of the thermocouple uses a standard miniature plug, allowing for a wide variety of sensors to be used.
![[Case Study] Research and Development of Building Materials_Insulation Materials](https://image.mono.ipros.com/public/product/image/4c5/2001432381/IPROS6145305733545874275.jpg?w=280&h=280)
To protect people from natural disasters and climate change, improving the performance of building materials has become important, and this is being introduced in research and development through temperature and humidity measurement.
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.
A temperature sensor for process evaluation that is highly accurate, reliable, and convenient!
TEMPRIS offers a variety of temperature sensors suitable for high-precision, reliable, and convenient process evaluation in fields such as pharmaceuticals and food processing. The wireless and battery-free design simplifies monitoring in various environments. It accommodates a wide range of applications, from experimental machines to production freeze dryers with auto-loaders. It is suitable for evaluating hot spots and cold spots in freeze dryers. 【Features】 ■ Wireless sensor / Battery-free ■ Passive design (heat source-free) ■ Real-time monitoring (data transmission on 2.4GHz ISM band) ■ High-precision monitoring of sample temperature during processes (±1% FS) ■ Sterilization compatible ■ Easily installable on existing equipment *For more details, please download the PDF or contact us.
Inline temperature sensor for fluid control equipment. Measurement possible without delay!
Temperature sensor for inline fluid control devices that can be measured without retention.
Pinpoint temperature measurement non-contact temperature sensor with voltage output.
It is used in the drying process of products and in equipment control. Customization is available.
Temperature measurement of small targets.
Embedded temperature monitoring/control in the device. Small parts can also be measured.
Small-scale, low-cost, in-house manufacturing
Power supply: DC 5V ±10% (4.5–5.5V) Measurement temperature range: Selectable from -20℃ to 100℃, 200℃, or 300℃ Output: 1.0–5.0V Operating temperature range: -10 to 70℃, with no condensation below 90% RH FOV characteristics: φ24/100mm (Field of view angle 14°) Housing: ABS resin
Custom specifications can be accommodated due to in-house manufacturing.
SSC Corporation develops and sells thermopile-type infrared sensors and engages in application development, design, and the development and sale of electronic products using various sensors (including infrared sensors). The "SST Temperature Sensor/SSS Temperature Switch Series" includes a general-purpose standard version with narrow field standard type, wide field standard type, and point focus standard type, as well as a cost-effective version for specific applications with narrow field type, wide field type, and point focus special type. Additionally, there are products such as "temperature sensors with integrated control function temperature switches," "non-contact temperature measurement introductory kits," "PC-compatible data collection units," and "gas concentration measurement sensors." We can supply products with specifications tailored to customer needs. For more details, please contact us.
![[Care Monitoring Edition] Thermal Camera Module Use Case Collection Presented *Rental Items Available](https://image.mono.ipros.com/public/product/image/152/2000828648/IPROS98793411477331095148.jpeg?w=280&h=280)
[Examples of Introduction to Care Monitoring Devices] Measures against the shortage of caregivers and support for home care! An explanation of the applications of thermal camera modules, which are in high demand.
This is a collection of applications for the "SSV Series" thermal camera modules, which are in high demand for caregiving monitoring devices. We also offer rentals (with demo software), so please feel free to consult us. <What is the SSV Series> - A thermal camera module that excels in temperature measurement - A wide range of options tailored to various applications - Low-cost products suitable for mass production
An explanation of non-contact temperature sensors using thermopile technology and why temperature can be measured without contact.
(Excerpt) <Introduction> - Why can temperature be measured without contact? All objects emit radiant energy based on absolute temperature, and by measuring this radiant energy, temperature can be measured without contact. Radiant energy has no wavelength dependence and has the property of being absorbed by dark objects. When an object absorbs energy, its temperature rises. By measuring this temperature rise, it is equivalent to measuring the temperature of the object itself. The thermopile element introduced here is a type of thermocouple. Non-contact thermometers (sensors) that utilize thermopiles are also referred to as "radiation thermometers (sensors)." While a typical sensor has only one element inside, this product contains multiple elements aligned within the sensor. Additionally, each element inside the sensor can capture the temperature distribution within the field of view by looking in different directions through the optical system. [Features] ■ Created with a thermopile ■ Two types of component: "Sensor" and "Module" are available *For more details, please refer to the PDF document or feel free to contact us.
A non-contact temperature anomaly monitoring unit with enhanced versatility. It can simultaneously monitor temperature measurements and the presence of temperature anomalies.
This product is a non-contact temperature monitoring unit that is divided into a sensor and a controller, allowing for simultaneous temperature measurement and abnormality monitoring over a wide area. <Applications> Temperature monitoring in control panels / Fire prevention Prevention of server overheating Monitoring of heating conditions in industrial equipment and more.
Ultra-compact low-cost type! Usable at ambient temperatures up to 180°C without cooling.
The "CSmicro LT/LTH" is a robust infrared non-contact temperature sensor with a silicone coating. The measurement temperature range is -50 to 1030°C, and it detects wavelengths from 8 to 14μm. Additionally, the size is M12x1, with a length of 28mm, and it features a stainless steel housing. 【Features】 ■ Usable up to an environmental temperature of 180°C without cooling (LTH sensing head) ■ Green LED display, aiming support, self-diagnosis, or temperature code display ■ Expandable analog output: 0-5/10V or 4-20mA (2-wire) alarm output ■ Easy programming via smartphone app (IR Mobile) or Windows software (Compact Connect) *For more details, please refer to the PDF document or feel free to contact us.
Detection wavelength is 2.3μm! Compact size stainless steel housing.
The "CSmicro 3M" is a low-cost micro-sized infrared non-contact temperature sensor that achieves accurate temperature measurement. It is designed for measuring the temperature of metals, metal oxides, and ceramic materials, and features a green LED display, aiming support, self-diagnosis, and temperature code display functions. Additionally, the temperature resolution is 30mK (3ML) / 50mK (3MH). 【Features】 ■ Compact infrared thermometer for measuring the temperature of metals, metal oxides, and ceramic materials ■ Starting temperature from 50℃ and a limited wavelength range of 2.3μm ■ Expandable 0-5/10, 4-20mA (2-wire) analog output / simultaneous additional alarm output ■ Green LED display, aiming support, self-diagnosis, and temperature code display ■ Easy programming via smartphone app (IR Mobile) or Windows software (Compact Connect) *For more details, please refer to the PDF materials or feel free to contact us.
Very fast response time of 6ms (90% signal)! Product with a maximum power consumption of 100mA.
The "CT fast" is a robust, high-precision infrared non-contact temperature sensor capable of measuring up to 120°C ambient temperature without cooling. It features high-speed analog output (0/4-20mA, 0-5/10V) for smart real-time data processing. Additionally, it has a response time of 4ms, allowing for continuous process monitoring without a chopper sensor system for instant digital (0/10V) output at 50% signal. 【Features】 ■ Extremely fast response time of 6ms (90% signal) ■ One of the smallest infrared thermometers in the world ■ Easy assembly of multiple arrays for small, fast line scanners (hotspot detection) with RS485 communication ■ Robust and capable of measuring up to 120°C ambient temperature without cooling *For more details, please refer to the PDF document or feel free to contact us.
Can be used in harsh high-temperature environments! Suitable for a variety of applications.
The "CT hot" is an infrared non-contact temperature sensor developed for applications with ultra-high ambient temperatures up to 250°C without cooling. Narrow beam optics can avoid the impact on temperature reading errors due to material thickness through oblique irradiation. It monitors programming and temperature display boxes. 【Features】 ■ Optical system selectable from 10:1 or 2:1 ■ Small-sized sensor head ■ Analog output 0/4-20mA, 0-5/10V, thermocouple (J, K), digital interface (optional) Profibus DP, USB, RS232, RS485 or CAN *For more details, please refer to the PDF materials or feel free to contact us.
High-precision measurement is possible! Spot size of 1.8mm and a fast response time of 1ms.
The "CT 1M/2M" is a high-precision infrared non-contact temperature sensor with a measurement temperature range of 250 to 2200°C. With detection wavelengths of 1.0μm and 1.6μm in the short wavelength band, it allows for temperature measurement of objects such as shiny metals, secondary metal processing, metal oxides, and ceramic materials through glass. Additionally, the output/alarm is a product with 24V/50mA (open collector). 【Features】 ■ The short wavelength bands of 1.0μm and 1.6μm minimize emissivity errors during measurement, enabling high-precision measurements. ■ The compact sensing head with dimensions (D) 14×(L) 28mm is suitable for installation in any location and can be used at ambient temperatures up to 125°C without cooling. ■ The measurement temperature range is 250 to 2200°C, with a spot size of 1.8mm and a response time of 1ms for high speed. *For more details, please refer to the PDF document or feel free to contact us.
It is suitable for applications such as solar cell manufacturing, automotive glass manufacturing, and light bulb production processes!
The "CT G5" is a high-precision infrared non-contact temperature sensor for measuring glass temperatures. It is suitable for measuring a wide temperature range of 100 to 1650°C for glass containers, plate glass, etc., and can be used up to an ambient temperature of 85°C without cooling. Additionally, it allows for external emissivity adjustment, ambient temperature compensation, and input for trigger programming functions (hold function reset). 【Features】 ■ High-precision infrared temperature sensor suitable for measuring a wide temperature range of 100 to 1650°C ■ Can be used up to an ambient temperature of 85°C without cooling *For more details, please refer to the PDF document or feel free to contact us.
Wavelength range of 2.3μm! A compact infrared non-contact thermometer for measuring metals and secondary metal processing.
The "CTXL 3M" is a high-precision infrared non-contact temperature sensor with a temperature resolution of 0.1K. The short wavelength range of 2.3μm allows for reduced measurement errors when measuring the surface of materials with unknown emissivity. Additionally, it has a maximum power consumption of 100mA and operates on a power supply of 8-36V DC. 【Features】 ■ A compact infrared non-contact thermometer that measures metals, secondary noble metal processing, metal oxides, and ceramic materials in the 2.3μm wavelength range. ■ Temperature measurement range from 50℃ to 1800℃ with a fast response time of 1ms. ■ The sensing head with a compact size of (D) 14×(L) 28mm can be used without cooling up to an ambient temperature of 85℃. *For more details, please refer to the PDF document or feel free to contact us.
Video targeting and high-precision laser targeting features! For measuring metals from 250°C to 1600°C.
The "CSvideo 2M" is a two-wire infrared temperature sensor for measuring metals and ceramics. With video targeting and a dual laser, it allows for easy aiming even at a measurement spot of 0.5mm. The standard two-wire interface enables reliable data transmission and easy PLC integration. Additionally, the CompactConnect software allows for sensor configuration, video editing, real-time processing, and monitoring. 【Features】 ■ Measurement distance from 90mm ■ Response time of 10ms ■ Usable up to 70℃ ambient temperature without cooling ■ Equipped with video targeting and high-precision laser targeting functions ■ For measuring metals from 250℃ to 1600℃ *For more details, please refer to the PDF document or feel free to contact us.
Smart form! Low-cost compact lightweight serial (RS-232C) data logger.
The "SD Logger 5" is a product whose basic function is to record all data received from power-up to shutdown onto an SD card. If the device autonomously transmits data, it can record data just from that. Additionally, data can also be sent via scripts. This allows for data recording from devices that require commands through data transmission. 【Features】 ■ Low-cost logger with serial connection ■ Compatible with a wide range of RS-232C devices ■ Supports SD cards up to 32GB (SDHC) ■ Can add date and time to the data ■ Supports high-speed bit rates of 230 and 400 bps *For more details, please refer to the PDF document or feel free to contact us.
You can effectively use the print data! It is possible to receive RS-232C communication with another device.
The "RS-232C Distribution Adapter" is an adapter that distributes RS-232C signals. It allows RS-232C communication to be received by another device, and when data is being printed from measuring instruments or electronic scales to a serial printer, connecting it to an SD logger via the distribution adapter enables simultaneous saving of printed data to a file. Printed materials are stored on paper to prevent tampering, while the data saved in files facilitates electronic data analysis and verification, allowing effective use of printed data. 【Specifications (partial)】 ■ Model name: DT-LC-BRC ■ Power supply: 8–12V, 100mA or less ■ Communication speed that can be distributed: up to 230400bps ■ Operating temperature range: 0–60℃ ■ Size: 67×67×28mm (excluding protrusions) ■ Weight: 80g *For more details, please refer to the PDF document or feel free to contact us.
An alternative to discontinued plasma displays! No wiring modifications needed in the manufacturing equipment.
We would like to introduce our product, the "Scan Converter VGA Mini." This product replaces defective plasma displays with commercially available LCD monitors, extending the lifespan of manufacturing equipment and supporting continuous operation of production lines. It is compatible not only with plasma displays but also with CRTs and various types of displays. Please feel free to contact us if you have any inquiries. 【Features】 ■ Easy replacement with signal cable swapping ■ No need for wiring modifications within manufacturing equipment ■ Compatible with various displays *For more details, please refer to the related links or feel free to contact us.
Low-cost, compact, and lightweight! Serial (RS-232C) communication protocol monitor.
The "Serial Monitor" is a device that monitors RS232C asynchronous serial communication lines and displays the acquired data on an LCD screen. With an easy-to-read color display and clear Japanese text, it allows for scrolling while acquiring data, enabling operation without any stress. Including various settings, it can operate independently without the need for a computer or other devices. 【Features】 ■ Compact and lightweight, powered by batteries ■ Standalone operation, no PC required ■ Easy-to-read and stress-free operation ■ Convenient features to acquire desired data and understand timing *For more details, please refer to the PDF document or feel free to contact us.
This is a high-performance, low-power microcontroller compatible with the standalone AI solution "Solist-AI"!
The "DT-EBML63Q2557" is a microcontroller board equipped with the standalone AI built-in "Solist-AI IC (ML63Q2557)" manufactured by Rohm Co., Ltd. It features interfaces such as I2C, SPI, analog, USB, and LCD, as well as FRAM, making it suitable for use as an evaluation and development environment for the ML63Q2557. The enclosure is also included, and by implementing an application program, it can be used directly as an AI-based anomaly monitoring device at the endpoint. 【Features of ML63Q2557】 ■ With the AI accelerator and newly developed on-device learning algorithm, it is possible to perform machine learning and inference on the microcontroller. ■ Since AI can be executed on the microcontroller, it is easy to visualize "something different" in sensor data solely at the endpoint. ■ It has built-in ADC and FFT functions, making it well-suited for vibration monitoring applications using accelerometers. *For more details, please download the PDF or feel free to contact us.
