Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
91～105 item / All 1590 items
![[In Development] Directional Wind Speed Sensor](https://image.www.ipros.com/public/product/image/e8f/2000891847/IPROS66619153151138947021.gif?w=280&h=280)
You can detect wind direction and wind speed in combination with the attachment!
The small wind speed sensor under development can achieve directionality by combining attachments. We will design attachments according to the sensor's application and installation conditions and provide suggestions. Please feel free to consult us if you have any requests.
独自のセンシング技術で熱伝導率計測を実現！
八戸工業高等専門学校および弘前大学と共同で『保護熱源式温度センサ』を開発しました。センサを能動的に機能させることにより熱物性（熱伝導率）の測定が可能になった常識を変える新しいセンサです。 本センサは、SEMITEC独自の温度に俊敏に反応する薄膜サーミスタ（FTシリーズ）を複数個使用した専用デバイスと、独自の制御システムから構成されるセンサです。 ごく微小な温度変化を超高速かつ非常に精密に計測することで実現した被測定物の熱伝導率を計測することが出来ます。 この熱伝導率を計測できる特徴を生かし、皮膚がんなど、患部を切除することなく非侵襲でがんのステージ診断する機器への応用が期待できます。
We provide sensor processing for printers, copiers, and other equipment.
We supply thermistor sensors for OA equipment, including printers, copiers, scanners, projectors, fax machines, routers, and various other custom sensor processing. SEMITEC Corporation handles bulk sensors, thin-film sensors, and infrared sensors, which are widely used in various applications, including home appliances such as air conditioners and refrigerators, OA equipment like printers and copiers, as well as in automobiles and medical devices, with temperature sensors being the primary focus.
Identifiable 256 code patterns! Complete non-contact type for AGV, 8-bit binary output address sensor SMR-2352.
This is an 8-bit output type address sensor (spot mark reader) that identifies the position of an unmanned transport vehicle. It detects address magnets with arbitrary information (0 to 255) written on them and performs vehicle control (branching, stopping, accelerating, decelerating, etc.) based on the current location information. Since it reads as an absolute value, it is less likely to skip addresses. 【Main Features】 - The address code can identify 256 codes in 8-bit binary. - Adopts a mobile reading method, allowing reading while the unmanned transport vehicle (AGV) is in motion. - Available with N-pole 'SMR-2352H2-N' and S-pole 'SMR-2352H2-S'. - The spot mark reader equipped with reading timing output reads information when positioned directly above the address magnet board while in motion. - The address magnet board can be selected from yellow and green laminates. - Easily used when a large capacity RFID IC chip is not required. - Suitable for environments where barcodes cannot be used due to dust and other influences. *For more details, please contact us.
I will explain the relationship between response frequency and response speed in analog sensors!
What a third installment! In the product catalog of magnetic sensors manufactured by Makome Research Institute, there is an item labeled "Response Frequency (Frequency Characteristics)." There are similar items in the product catalogs for "Linear Displacement Sensors" and "Rotary Angle Detection Sensors," and I believe many people find this unclear. Generally, it would be "response speed for linear displacement" and "response rotation speed for rotary angles," but at Makome Research Institute, the term "frequency" is used. This time, I would like to consider how the frequency, commonly used in the world of electricity, translates to "displacement." *For more details, please download the catalog or feel free to contact us.*
Outputs relative position with DC voltage, robust and highly durable absolute type, custom shape for detecting suspension stroke in racing bikes.
The detection body consists of two components: the "sleeve" and the "probe" of the detection part. A high-frequency magnetic field is generated on the probe side, creating electromagnetic induction coupling between the sleeve and the probe. When the sleeve displaces relative to the probe, changes occur in the electromagnetic induction coupling, which are converted into voltage and output (the relative position of the sleeve and probe is output as a displacement amount in the range of 1-5V). Since the sleeve and probe have a completely non-contact structure, there is no deformation or failure due to friction. 【Main Features】 ■ Two models available: the integrated detector 'ET-850' and the separated type 'ET-851A' ■ The probe is made of stainless steel, ensuring both robustness and durability ■ The protective structure complies with IP-67, providing high dust and water resistance ■ Power supply voltage DC10-30V *For more details, please download the catalog or contact us.
Outputs relative position with DC voltage, robust and non-contact, boasting high durability, absolute type, custom-made, actively used in motorcycle racing!!
The detection system consists of two components: the "sleeve" of the detected object and the "probe" of the detection unit. A high-frequency magnetic field is generated on the probe side, creating electromagnetic induction coupling with the sleeve. When the sleeve displaces relative to the probe, changes occur in the electromagnetic induction coupling, and this change is converted into voltage for output (the relative position of the sleeve and probe is output as a displacement amount in the range of 1-5V). Since the sleeve and probe have a completely non-contact structure, there is no deformation or failure due to friction. 【Main Features】 - Two models available: the integrated detector 'ET-850' and the separated type 'ET-851A' - The probe is made of stainless steel, ensuring both robustness and durability - The protective structure complies with IP-67, providing high dust and water resistance - Power supply voltage: DC 10-30V Custom options available for installation and shape, etc. *For more details, please download the catalog or contact us.
![[New Product] CAN Communication Compatible Guidance Sensor for Automated Guided Vehicles (AGV)](https://image.www.ipros.com/public/product/image/597/2000703771/IPROS56569767028388220638.png?w=280&h=280)
New "CAN communication" specifications added to the magnetic guide sensors for Automated Guided Vehicles (AGVs)! Contributes to reduced wiring!
GS-500 Series This is a guide sensor compliant with CAN2.0A (ISO-11898-1). ■ Straight guidance mode output ■ Left-right branching mode output ■ Parallel (15bit) output are continuously output, allowing for the appropriate signals to be captured as needed! Additionally, the detection surface and cable exit direction can now be selected! ▶ Flexible adaptation to compact or low-floor vehicle designs is expected. The blue anodized case is fully metal (IP67 structure) and has a robust construction. A standard digital-analog output type is also available. If you have a course equipped with our sensors, it can be used as is. *For more details, please refer to the PDF materials or feel free to contact us.
Non-contact linear measurement over a range of 15mm. Absolute output voltage 1-5V. Also suitable for fine adjustment of positioning.
15mm stroke, non-contact detection from a position 8mm away Not affected by non-magnetic obstacles Achieves waterproof and dustproof performance with protection rating "IP67" Compact and small size design, offering high flexibility during installation and mounting Used magnets: MG-620, MG-620-1 (shape can be modified upon special request) There is also the MP-620 series with an effective length of 100mm or more. Linear potentiometer (potentiometer) Displacement measurement and measurement
For temperature monitoring of transformers, reliable temperature monitoring is possible without being affected by noise from EMI/RFI or high voltage environments.
OSENSA's fiber optic temperature sensor for transformers enables real-time temperature monitoring of transformers without being affected by noise in environments with EMI/RFI or high voltage. The basic configuration of this product consists of a temperature sensor probe, transmitter, and software. The PRB-230 probe is designed for temperature measurement in oil-filled transformers and accommodates immersion and removal processes for various types of transformer oil. The transmitter is available in a type that can connect multiple probes with a single unit, allowing for simultaneous measurement of temperatures at multiple points.
A compact digital nano spectrometer that covers a wide range from UV to near-infrared (340 to 1010 nm).
It is an ultra-compact spectral sensor based on innovative digital nano-convergence technology. ■ Capable of spectral measurement across a wide wavelength range of ultraviolet, visible, and near-infrared. (N1: 600–1,000 nm / V1: 390–760 nm / W1: 340–1,010 nm) ■ Ultra-compact size The spectral sensor module is only 6mm x 6mm x 5.3mm in size. ■ Mass production is possible Due to its excellent mass production capability and ultra-compact size, it is suitable for integration into devices and applications in the mass market that require large-scale production, such as mobile/wearable devices and IoT.
Reliable temperature monitoring is possible without being affected by noise from EMI/RFI or high voltage environments.
The OSENSA fiber optic temperature sensor is a product suitable for temperature measurement in power applications, capable of reliable temperature monitoring without being affected by electromagnetic interference or noise. The basic configuration of this product consists of a temperature sensor probe, a transmitter, and software. The probe is protected by a highly insulating material for installation against the windings of motors and generators, allowing use in environments up to 38kV (three-phase). Additionally, options for the probe's tip are available for easy installation. The transmitter designed for motors and generators (medium voltage) can connect three or six fiber optic temperature sensors with a single transmitter, making it convenient for three-phase monitoring of various equipment.
High-precision and highly reliable temperature measurement is possible in MRI and RF environments.
OSENSA's optical fiber temperature sensor enables reliable temperature monitoring unaffected by electromagnetic interference or noise. This product is specifically designed for use in MRI and RF environments, achieving accurate and reliable temperature sensing in life sciences, research, and industrial applications where resistance to high-intensity electromagnetic fields and microwaves is required. The basic configuration of the product consists of a temperature sensor probe, a transmitter, and software.
High-precision, high-resolution line sensor that withstands harsh environments! Line resolver.
● High-precision, high-resolution line sensor that withstands harsh environments ● Measurement range accommodates both short strokes and long strokes
Achieves high reproducibility and durability (passing a durability test of 10 million cycles) by incorporating a 20mm long stroke and linear bearings.
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