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.
271～300 item / All 2904 items
Compact and simple low-cost laser power sensor.
A laser power sensor designed for our equipment-integrated laser pointer, with an outer diameter of φ12mm, in a compact and simple form. It can be used with DC5V and measures laser power up to a maximum of 3.5mW. Please use it for simple laser power measurement or sensor applications. *For wavelengths other than the calibration wavelength of 670nm, please contact us.
Introducing a wireless motion sensor that is ideal for crime prevention and security, and can be used maintenance-free for 10 years!
The "ETC-PIR-T2" is a wireless motion sensor that does not require battery replacement. It detects "motion" when there is movement within the area, and when it does not detect "motion" for a certain period, it detects "absence." It adopts a specific low-power wireless standard (920MHz band) and covers an area of over 150 meters in outdoor line-of-sight environments. 【Features】 ■ Easy to install ■ Peace of mind with 10 years of maintenance-free operation ■ Utilizes ultra-low power consumption sensors and wireless methods ■ Wide communication area ■ Detailed settings for response conditions *For more details, please refer to the PDF document or feel free to contact us.
Battery-less wireless sensors using "environmental energy generation" technology. High waterproof and weather-resistant features suitable for various usage scenarios.
This product is a wireless door opening and closing sensor that does not require battery replacement. No wiring work is needed. It can be easily installed. Additionally, the power required for transmission is generated by solar cells, so there is no need to worry about the timing, cost, or hassle of battery replacement. Furthermore, it can be used in outdoor environments exposed to strong wind, rain, and sunlight. 【Features】 ■ Easy to install ■ Maintenance-free ■ Suitable for various usage scenarios ■ High waterproof and weather resistance ■ Wide communication area *For more details, please refer to the PDF document or feel free to contact us.
Since it is wireless, no wiring work is necessary! It can be used in outdoor environments exposed to strong wind, rain, and sunlight.
This product is a battery-less wireless sensor that can be easily installed. It has high waterproof and weather resistance, making it suitable for various usage scenarios. By adopting a specific low-power wireless standard (920MHz band), it covers an area of over 150 meters in outdoor line-of-sight environments. It can also be used in outdoor environments exposed to strong wind, rain, and sunlight. 【Features】 ■ Utilizes "environmental energy generation" technology ■ Does not require battery replacement ■ Operates using energy generated and stored by solar cells ■ Measures "temperature" at regular intervals ■ Measures the temperature along with a "sensor-specific ID," allowing for wireless transmission each time *For more details, please refer to the PDF document or feel free to contact us.
Adopts the specific low-power wireless standard (920MHz band)! It covers an area of over 150 meters in outdoor line-of-sight environments.
This product is a battery-less wireless sensor that operates using energy generated and stored by solar cells. If there is movement within the area, it detects it as "motion detected," and if it does not detect motion for a certain period, it detects it as "no motion." Additionally, being wireless means no wiring work is required, making installation easy. 【Features】 ■ Utilizes "environmental energy generation" technology ■ Does not require battery replacement ■ Operates using energy generated and stored by solar cells ■ Wirelessly transmits detection results along with a "sensor-specific ID" ■ Equipped with a test mode *For more details, please refer to the PDF document or feel free to contact us.
At the installation location, you can easily check the level of illumination (5 levels) and the range of motion sensing.
This product is a battery-less wireless sensor that allows for adjustments to the detection distance and detection area by replacing the included lens. It detects motion as "human presence" when there is movement within the area, and when it does not detect "human presence" for a certain period, it detects as "no human presence." Additionally, the power required for transmission is generated by a solar cell, so there is no need to worry about the timing, cost, or hassle of battery replacement. 【Features】 ■ Adjustable detection area ■ Equipped with test mode ■ Easy to install ■ Maintenance-free ■ Wide communication area *For more details, please refer to the PDF document or feel free to contact us.
Non-contact measurement of road surface conditions (dry, wet, damp, slush, snow or frost, freezing), water ice film thickness, friction coefficient, road surface temperature, etc.! Mobile compatible.
The Road Surface Condition Detection System RWS10 is a compact system that covers basic road weather measurements. This product is designed as a tool to optimize winter road maintenance, achieving performance equivalent to previous road condition meters while enabling low-cost production. The device can be installed on existing poles along the road, allowing for real-time monitoring of road conditions and friction coefficients. Additionally, the installation is straightforward, taking less than an hour if mounted on an existing mast. It measures the thickness of water and ice layers in millimeters, up to a maximum of 5mm, and uses the measured road conditions and the thickness of the water and ice layers to estimate the friction coefficient. The measurement results are sent to a server, and all data can be viewed online. Furthermore, the measurement data can be integrated into other data management systems.
![[Current Sensor Related] S21S Series](https://image.www.ipros.com/public/product/image/c9c/2000128263/IPROS2290407326325927876.jpg?w=280&h=280)
This is the "S21S" series of current sensor-related products. They can be used in inverters, motor control, UPS, and welding machines!
<Rohs Directive Compliant Products> The "S21S" series of current sensor-related products can be utilized in inverters, motor control, UPS, and welding machines. They feature a low-cost magnetic balance type/current output design, with a connector mounting structure, a through primary conductor, a rated current of 180A, and a power supply voltage of ±15V. The Hall current detector measures current non-contact by combining a magnetic core and a magnetic sensor (Hall element) that generates a magnetic flux proportional to the current, eliminating voltage drop for measurement. It is an ideal device with excellent insulation properties that can measure alternating current, direct current, and mixed AC/DC currents. The magnetic flux generated proportional to the current If is concentrated by the iron core and passes through the Hall element inserted in the gap, outputting a voltage according to the Hall effect described by the formula Vh = k ・ Ic ・ B. For more details, please contact us or download the catalog.
This is the "S22P" series of current sensor-related products. They can be used in UPS systems, inverters, motor control, welding machines, and more!
<Rohs Directive Compliant Products> The "S22P" series of current sensor-related products can be utilized in UPS systems, inverters, motor control, welding machines, and more! It features a low-cost M2: enhanced type for resistance to external magnetic field noise (model: S22P***S05M2), and is a magnetic balance type / voltage output type. The mounting structure is on-board, the primary conductor is built into a busbar, the rated current is 6 to 25A, and the power supply voltage is ±5V. The Hall current detector measures current non-contact by combining a magnetic core and a magnetic sensor (Hall element) that generates magnetic flux proportional to the current, eliminating voltage drop for measurement, providing excellent insulation, and allowing measurement of AC, DC, and mixed currents, making it an ideal device. The magnetic flux generated proportional to the current If is concentrated by the iron core and passes through the Hall element inserted in the gap, outputting a voltage according to the Hall effect described by the formula Vh = k ・ Ic ・ B. For more details, please contact us or download the catalog.
It is now possible to measure small direct currents of exchange weight that were difficult to measure with conventional methods! A compact, high-performance device that achieves ultra-high precision, high speed, and high stability compared to servo methods!
Measuring small direct currents of exchange weight, which was difficult with conventional methods, is now possible! ■ Adopting a fluxgate circuit method, achieving astonishing ultra-high precision and high stability (small temperature drift) ■ F02P, F03P: With reference input/output function ■ F03P: Enhanced spatial surface distance ■ Single power supply +5V, rated current (6A to 50A), multi-range, 105℃ compatible, voltage output format
Ultra-high precision & high stability
The "Flux Gate Type Current Sensor F01P" is a compact, high-performance product that achieves ultra-high precision, high speed, and high stability (low temperature drift) compared to conventional servo methods. It is specifically designed to target low offset and low drift, which are required for PV power conditioners, UPS systems, etc., and features an easy-to-use multi busbar. For more details, please contact us or download the catalog.
![[Current Sensor Related] High Precision & High Performance Current Sensor S28 Series](https://image.www.ipros.com/public/product/image/132/2000141981/IPROS2788752230543060863.JPG?w=280&h=280)
Solar/UPS, perfect for elevators! High precision & high performance current sensor.
Tamura Manufacturing's current sensors utilize unique technology to achieve high-speed response, low heat generation at high frequencies, high voltage dv, and stability against external magnetic fields, making them reliable for a wide range of applications. ● The S28S series is a high-current, high-precision servo type (500A) ideal for solar/UPS and elevators. ● It pursues high precision, high performance, and excellent cost performance. For more details, please contact us or download the catalog.
![[Electronic Components] Current Sensor L32 Series ≪Rated Current 50–400A≫](https://image.www.ipros.com/public/product/image/5f7/2000159107/IPROS5943539334290400058.png?w=280&h=280)
Low heat generation even at high frequency! Compact design and sulfur resistance make it an ideal current sensor for medium-capacity general-purpose inverters.
The Tamura Manufacturing Company's current sensor "L32 Series" is an optimal current sensor for medium-capacity general-purpose inverters, featuring a ferrite core that reduces high-frequency heating. There are through-type and busbar-compatible types available. 【Main Features】 ■ Compact design, single power supply +5V, with input/output reference function ■ Ferrite core reduces high-frequency heating ■ Six models in one series support rated currents from 50 to 400A ■ Busbar-compatible models available (50A, 100A) ■ Wide measurement range (saturation current 150 to 600A) ■ PCB mountable ■ Through part dimensions: □15×8mm
A lineup of popular model sulfur-resistant products! Current sensors for small-capacity general-purpose inverters.
The popular L18P series and L07P series of general-purpose inverters now include sulfur-resistant products (featuring gold-plated resistors and board coating treatment) in their lineup. They are pin-compatible with conventional models, making switching easy. 'SL18PxxxD15' Magnetic proportional type / 1 circuit / ±15V / Gain 4V - 10 models in one series supporting rated currents from 3 to 60A 'L07PxxxD15S' Magnetic proportional type / 2 circuits / ±15V / Gain 4V - 7 models in one series supporting rated currents from 3 to 30A *For more details, please feel free to contact us.
Overwhelming impact! For large screen touch walls, trust the experienced MINATO!
We will create an overwhelming size touch panel wall ranging from 120 inches to a maximum of 270 inches.
Next-generation touch sensor with a maximum size of 105 inches and support for 100-point multi-touch.
High transparency and excellent responsiveness achieve a tablet-like operating feel on a large screen. Since it uses a capacitive touch method, it is not affected by external light or lighting, making it suitable for outdoor use. HID - No dedicated driver is required, and it is compatible with major operating systems, so it can be considered for various usage scenarios. *For more details, please refer to the PDF document or feel free to contact us.*
A lineup of various products including built-in amplifier ultra-high precision models and digital output pressure gauge transmitters!
This product is a pressure-type water level sensor and pressure sensor from STS (Switzerland) that can accommodate everything from field measurements to process automation. It is suitable for a wide range of applications, such as water level observation in dams and estuaries, as well as pressure measurement in process industry equipment. Please feel free to contact us when you need assistance. 【Features】 ■ Wide measurement range and customizable output options ■ Supports various options (titanium, connectors, with alarm, with weight, etc.) ■ Energy-efficient design, compatible with various output methods (analog and digital output) ■ Can accommodate individual specifications from customers *For more details, please download the PDF or feel free to contact us.
A low-cost differential pressure sensor for measuring micro differential pressure in liquids.
Enables low-cost differential pressure measurement in liquids. It allows for fast response with minimal line pressure influence and can be used at high overload pressures and maximum line pressures. The measurement modes are unidirectional differential pressure or bidirectional differential pressure. Optionally, it can also be provided with a valve manifold.
The 278 pressure sensor instantly starts from sleep mode, offers high precision and fast response, and excels in long-term stability, making it suitable for barometric measurement applications.
It is designed for barometric measurement requiring high precision, fast response, long-term stability, and reliability. The case is made of stainless steel and polyester to withstand extreme environments such as automatic weather applications. During normal use, it has a low current consumption of 3 mA, which can reduce to as low as 1 μA in sleep mode, allowing for instant startup and measurement when needed.
The gas, air conditioning, ultra-micro differential pressure sensor 265 can measure air pressure from 0 to 50 Pa up to 25 kPa. The accuracy is ±1% FS.
Model 265 was developed for building energy management systems. It is a differential pressure sensor for gases that can measure pressure and flow with an accuracy of ±1% FS in fields required for controlling building air conditioning pressure and airflow. The pressure range offers nine options for unidirectional differential pressure from 0 to 50 Pa up to 25 kPa, and nine options for bidirectional differential pressure from 0 to ±25 Pa up to ±10 kPa. The power supply is compatible with both AC and DC, ranging from 9 to 30 V, with a voltage output of 0 to 5 VDC, and for AC/DC compatibility, 12 to 30 V with a voltage output of 0 to 10 V is also available. Additionally, there is a current output type of 4 to 20 mA. It features complete protection against miswiring, preventing wiring accidents. Zero and span adjustments can be made from the outside of the case, allowing for accurate use over a long period.
The gas connection section uses Inconel 600 series and SUS 316, featuring a fully welded structure with a robust design. It is also designed to withstand high pressure of 69 kPa.
Model 201 is a corrosion-resistant differential pressure transmitter. The gas contact part has a fully welded structure, eliminating concerns about leaks. The material for the gas contact part is made of Inconel 600 series, while the joint part uses SUS316, providing excellent corrosion resistance. It allows for low-cost measurement of low pressure. The compensation temperature range is also wide, from -7°C to 80°C, ensuring long-term stability in demanding applications. Accuracy is ±0.5% FS. The unidirectional range is available in three ranges from 0 to 10 kPa, and the bidirectional range is available in three ranges from 0 to ±5 kPa.
It measures absolute pressure, gauge pressure, and atmospheric pressure with an accuracy of ±0.02% FS. It can be used as a high-precision pressure reference with excellent long-term stability. Various digital settings are available.
The Model 370/470 combines Setra's proprietary Setra Serum Sensor (patented technology) with advanced microprocessor-based digital electronic circuits and sophisticated firmware, resulting in a compact, low-power system with high precision of ±0.02% FS.
The PVDf pharmaceutical liquid precision flow sensor IR-OPFLOW covers a range from 0.1 to 120 L/min in six different flow sizes.
The precision flow sensor IR-OPFLOW for liquid medication covers a range from 0.1 to 120 L/min across six flow sizes. The wetted parts are made entirely of PVDF due to a unique design, achieving low friction and long lifespan. The output signal is picked up as a photoelectric signal, which is shaped into a rectangular form by a preamplifier before being output. The turndown ratio is wide at 30:1, and there is no need for a rectifying section upstream of the sensor, making it unaffected by installation orientation. The operating temperature range is broad, from -40 to 85°C, and measurement accuracy is available in two types: 1% and 3%. The operating pressure range is up to 1000 kPa at 80°C. For further details, please request documentation or download the catalog.
The FM series flow sensor can measure the flow of all liquids. High stability and long lifespan are guaranteed.
The FM series flow sensor enables flow measurement of various liquids through material selection. By adopting the multi-stream principle, the structure is designed to apply uniform force to the rotor blades, ensuring high stability and a long lifespan. Flow measurement is possible up to 19 L/min. The output is a rectangular wave open collector output (NPN). For more details, please request documentation or download the catalog.
Compact size and low cost. Active in semiconductor manufacturing lines, etc. Capacitive type.
The "730 Series" is a capacitance vacuum sensor from Setra Systems that achieves compact size, low cost, and high precision. It detects changes in capacitance and converts them into a linear DC voltage signal for output. With a wide temperature compensation range and excellent pressure resistance, it can be used in various applications, playing a crucial role in measuring vacuum pressure ranges in a wide range of fields such as solar panels, semiconductors, and petrochemicals. 【Features】 ■ Extremely low noise influence ■ Inconel used in gas contact parts ■ CE mark compliant / RoHS compliant ■ Option to select connection fittings *The catalog for the "730 Series" can be immediately accessed via PDF download. If you have any other questions, please feel free to contact us.
Model 267 can measure and control differential pressure over a wide pressure range from 0 to 25 Pa of ultra-low differential pressure.
Pressure range: 0 to 25 Pa to 0 to 2.5 kPa, 0 to ±25 Pa to 0 to ±2.5 kPa Accuracy: ±1% FS (±0.25% FS option) Compensation temperature: 5 to 65°C Operating temperature: -18 to 65°C Output: DC 0 to 5V, 4 to 20mA Power supply: Can be used with AC 24V and DC 24V. *For details, please contact us.
The model 106F is a sensor that can measure low viscosity liquids from a low flow rate of 15 mL/min to a large flow rate of up to 50 L/min.
Model 106F is a sensor that can measure low viscosity liquids from a low flow rate of 15 mL/min to a large flow rate of up to 50 L/min. It employs a Belton-type micro turbine wheel (patented), allowing for long-term accurate measurements with excellent reproducibility. The design is adapted for ultra-clean applications, ensuring no particle generation. The connection uses flare fittings to prevent fluid from entering the threaded parts. An electrical connection is provided with a 1.8 m cable, and the power supply and output can be selected based on the application.
The U707/708 series liquid flow sensors are available for low-viscosity liquids, ranging from a small flow rate of 7 mL/min to a large flow rate of 10 L/min.
The U707/708 series is a sensor capable of measuring low-viscosity liquids from a small flow rate of 7 mL/min to a large flow rate of up to 10 L/min. It employs a Belton-type micro turbine wheel (patented) that allows for long-term accurate measurements with excellent reproducibility. The design is adapted for ultra-clean applications, ensuring no particle generation. The connection uses flare fittings to prevent fluid from entering the threaded parts. The length of the electrical cable, as well as power supply and output options, can be selected from several choices, making it easy to use for various applications.
Ultra-clean sensor developed for monitoring and controlling special gases.
The Setra model 224 is an ultra-clean sensor developed for monitoring and controlling special gases. The model 224 features a streamlined sensor chamber with a high purging effect, designed to achieve excellent stability even under conditions of instantaneous temperature changes caused by gas flow.
Setora Corporation Humidity Sensor Model SRH offers three levels of accuracy: 2%, 3%, and 5%.
The SRH series is created by combining the long-established capacitance measurement technology of Setra Corporation with a unique ASIC. It achieves sensors that are highly resistant to contamination, have excellent long-term stability, and exhibit minimal drift. There are three types available: wall-mounted, duct insertion, and outdoor models. In particular, the wall-mounted type does not require any space other than for power extraction. The duct insertion and outdoor types are easy to assemble, allowing for the removal of the sensor probe while leaving the main unit and wiring intact, which reduces the time and cost for recalibration. Accuracy is available in three levels: 2%, 3%, and 5%, with long-term stability at 1% per year. The detection unit uses replaceable modules, making it easy to swap out in the field, and since all units are calibrated and shipped by computer, field calibration is unnecessary.
