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IP67 compliant waterproof outdoor digital pressure sensor
■Features ● Pressure gauge with 4-digit red LED display ● Pressure sensor with a welded structure that does not use O-rings in the wetted parts ● Waterproof structure with IP67 rating ● Stainless steel diaphragm structure, suitable for fluids such as water and oil
Not taught in school! An introduction to the points to consider when developing device drivers in a column.
One of the major tasks in embedded systems is the development of programs (device drivers) that directly control hardware (devices). This is a field where experience speaks more than in application development, and due to the essential knowledge of hardware, it could be said that this is, in a sense, the essence of embedded systems. Even though we refer to "devices" in general, there are many devices surrounding the CPU these days. This means that we must develop a wide variety of device drivers. *For detailed content of the column, you can view it through the related links. For more information, please feel free to contact us.*
Analog Bipolar Hall Effect Sensor 'DRV5053'
The DRV5053 is a chopper-stabilized Hall effect sensor that provides a highly stable magnetic detection solution across the entire temperature range. It is equipped with internal protection features against reverse voltage conditions, load dump, output short circuits, and overcurrent. It detects the direction of the magnetic field and responds the same to both poles. When the ambient magnetic flux density exceeds the BOP threshold, the open-drain output changes to LOW. The output remains LOW until the magnetic field drops below the BRP, after which the output becomes high impedance. The output current sinking capacity is 30mA. With a wide operating voltage range of 2.5V to 38V and reverse polarity protection up to -22V, it is ideal for a wide range of industrial applications. *For more details, please contact us.*
4-channel low noise inductance/digital converter 'LDC2114'
The "LDC2114" is an inductive touch solution for low-power HMI button applications. Inductive sensing technology enables the design of touch buttons for human-machine interfaces (HMI) on various materials such as metal, glass, plastic, and wood by measuring slight distortions of inductive targets. The sensors for the inductive touch system can be implemented on a small PCB on the back of the panel, allowing for protection from the surrounding environment. The inductive sensing solution does not react to humidity or non-conductive contaminants such as oil and mud. The deformation of the inductive target can be automatically corrected. The "LDC2114" incorporates algorithms for implementing inductive touch applications. It uses innovative LC resonators to achieve a high noise/interference rejection rate. Additionally, it can reliably detect distortions of less than 200nm in materials. Furthermore, it features an ultra-low power mode for power on/off buttons in battery-operated applications. An evaluation module is also available. *For more details, please contact us.*
A compact design with a width of 25mm that fully integrates EtherNet/IP and PROFINET IO RT measurement sensors (demo unit available).
The WMF series of MetraTron is a slim and compact high-precision weighing sensor specially designed for multi-line automatic networks directly connected to control systems. It can be used as a standalone weighing module or combined with multiple units as a sensor. It can be integrated deep within machinery or equipment, and it can also be integrated into glove boxes where robust equipment that is easy to clean is essential. It features all-direction shock protection ideal for robotic transport, and its dust and water resistance ratings are IP65/IP45.
The functions of the Philippine factory include reducing assembly labor hours and optimizing precision through processes such as "injection molding"!
At Meltec Co., Ltd., we have been addressing various challenges related to precision etching processing, as well as different shapes, materials, and composite processing. Our company has overseas bases in countries such as China, the Philippines, and Thailand, in addition to Japan. The functions of these bases include "injection molding," which reduces assembly man-hours and optimizes precision, as well as "encoder scale products" that support position detection technology, and "press processing of sheet materials (films, double-sided tape, etc.)." [Functions] ■ Injection Molding ■ Encoder Scale Products ■ Press Processing of Sheet Materials (Films, Double-Sided Tape, etc.) ■ Assembly *For more details, please refer to the PDF materials or feel free to contact us.
For water pressure monitoring in water treatment plants. A pressure sensor boasting high robustness.
In the water treatment industry, accurately monitoring the water pressure in pipes and tanks within the plant is essential for efficient operation and ensuring safety. Abnormal water pressure can lead to equipment failure or deterioration of water quality. The ME500 pressure sensor, with its excellent chemical resistance and robustness, is capable of long-term use in water treatment environments, providing stable water pressure measurements. 【Usage Scenarios】 - Water pressure monitoring in water treatment plants - Wastewater treatment facilities - Industrial water supply systems 【Benefits of Implementation】 - Reduced maintenance costs due to high durability - Stable operation of the plant through accurate pressure measurements - Extended lifespan due to chemical resistance
Supports extreme low to ultra-high temperatures. For temperature management in aerospace engines.
In the aerospace industry, accurate temperature measurement is essential for maintaining engine performance and ensuring safety. The temperature inside the engine significantly affects combustion efficiency and component durability, and abnormal temperature rises can lead to serious accidents. Our thermocouple sensors can handle a wide temperature range from cryogenic to ultra-high temperatures, enabling temperature measurement in the harsh environments of aerospace engines. 【Application Scenarios】 - Jet engines - Rocket engines - Turbine engines - Engine testing 【Benefits of Implementation】 - Early detection of engine overheating - Optimization of engine performance - Improved safety - Enhanced durability
Accurate management of sterilization processes in food processing.
In the food processing industry, temperature management during the sterilization process is crucial to ensure product safety. If the sterilization temperature is not appropriate, bacteria that cause food poisoning may not be killed, potentially compromising product quality. Additionally, excessive heating can reduce the flavor and nutritional value of food. Thermocouple sensors are essential for accurately monitoring the temperature during the sterilization process in food processing, as they can measure a wide range of temperatures from -273°C to 2320°C, thereby ensuring both product safety and quality. 【Usage Scenarios】 - Temperature management in food sterilization processes - Temperature management of heating cooking equipment - Temperature monitoring on food production lines 【Benefits of Implementation】 - Improved product safety through optimization of the sterilization process - Maintenance of product quality through enhanced temperature management accuracy - Reduction of defective products through early detection of temperature anomalies
Support for temperature management in semiconductor manufacturing from extreme low temperatures to ultra-high temperatures.
In the semiconductor manufacturing industry, accurate temperature measurement is essential for quality control in the manufacturing process. Particularly in processes that require high-temperature treatment or precise temperature control, the accuracy of temperature measurement significantly affects product yield and quality. Thermocouple sensors can accommodate a wide temperature range from cryogenic to ultra-high temperatures, and they come in various shapes and materials to meet the diverse needs of semiconductor manufacturing sites. 【Application Scenarios】 - Wafer manufacturing process - High-temperature sintering furnaces - Vacuum deposition equipment - Various process chambers 【Benefits of Implementation】 - Improved quality through accurate temperature measurement - Stabilization of processes - Enhanced yield - Flexible response due to diverse shapes and materials
For exhaust temperature measurement. Thermocouple sensors that support extreme low temperatures to ultra-high temperatures.
In the automotive industry, accurate measurement of exhaust temperature is essential for optimizing engine performance and meeting emissions regulations. Measuring exhaust temperature contributes to improving combustion efficiency, protecting the catalytic converter, and enhancing engine durability. Inaccurate temperature measurements can lead to decreased engine performance and premature wear of components. Our thermocouple sensors support a wide temperature range from -273°C to 2320°C, providing the ideal solution for measuring automotive exhaust temperatures. 【Application Scenarios】 - Exhaust manifold - Catalytic converter - Turbocharger - Engine development 【Benefits of Implementation】 - Optimization of engine performance through accurate exhaust temperature measurement - Compliance with emissions regulations - Improved engine durability - Enhanced combustion efficiency
Thermocouple sensor suitable for exhaust gas measurement, compatible with extreme low to ultra-high temperatures.
In the environmental monitoring industry, particularly in exhaust gas measurement, accurate temperature measurement is essential. Precisely understanding the temperature in exhaust gases leads to the optimization of combustion efficiency, management of harmful substance emissions, and compliance with environmental regulations. Durability in high-temperature environments, high response speed, and measurement accuracy are required. Our thermocouple sensors support a wide temperature measurement range from -273°C to 2320°C, meeting the needs of exhaust gas measurement. 【Application Scenarios】 - Exhaust gas treatment plants - Incinerators - Boilers - Various combustion devices 【Benefits of Implementation】 - Optimization of combustion efficiency through accurate temperature measurement - Reduction of harmful substance emissions - Compliance with environmental regulations - Stable operation of equipment
Supports temperatures from extreme low to ultra-high. For temperature measurement in experiments.
In experimental research and development, accurate temperature measurement is essential. Particularly when measurements are required across a wide temperature range from cryogenic to ultra-high temperatures, the choice of appropriate sensors significantly affects the accuracy of the experiments. Thermocouple sensors are necessary to meet the measurement needs in such diverse temperature environments. 【Application Scenarios】 - Evaluation experiments of thermal properties of materials - Temperature management in chemical reaction processes - Device evaluation in high and low temperature environments - Temperature monitoring of various experimental apparatus 【Benefits of Implementation】 - Capability to handle a wide range of temperature measurements - Improved reliability of experimental data - Flexible response due to various shapes and materials - Proposals for small quantities and short lead times
The new design's advanced shape securely grips the hexagonal hole, allowing you to remove a stripped hexagon socket bolt without hammering it.
Compatible with seven sizes of opposing edges: 0.89, 1.5, 2.0, 2.5, 3.0, 4.0, and 5.0 mm. Designed for use with enamel sets with a fine shaft specification. Can be used with electric screwdrivers. By drilling a pilot hole with your own drill, you can remove any screw. The set comes with a dedicated bit holder for convenient storage and portability.
Proposal for all cardboard packaging with consideration for the environment. Improved work efficiency by eliminating cushioning materials. Capable of stacking three layers of heavy items weighing 300 kg per pallet. *Case study available.
We would like to introduce a case where we developed collective packaging for automotive parts using our product "HiPLE-ACE." For the receiving part of the product, we have laminated a total of six sheets of "HiPLE-ACE AA700G" to increase strength. We share the outer box and have achieved compatibility with various types by changing the specifications of the interior materials, and it is also possible to handle it with a forklift. 【Effects of Improvements】 ■ Increased strength ■ Space-saving during storage due to stacking ■ No need for cushioning materials *For more details, please refer to the PDF document or feel free to contact us.
The Level Plus LP series liquid level gauge has over 25 years of experience in the sanitary specifications field.
Temposonics has developed level sensors that can accommodate many tanks for pharmaceuticals and food, leveraging its extensive experience and knowledge in sanitation over the years. The all-stainless steel level gauges and floats are certified to the US 3A standards and can be finished with sanitary polishing (200 Grit/Ra 25) and electropolishing (240 Grit/Ra 15).
ATEX Explosion-Proof Directive Certified Linear Scale
Temposonics R series and G series linear displacement sensors provide safe and reliable operation even in hazardous areas. They have been certified for use in explosive atmospheres containing flammable gases (groups IIA, IIB, IIC) and dust. The explosion-proof Temposonics linear displacement sensors comply with equipment certification categories 3D and 3G, ensuring safety when used in these zones with explosive atmospheres. Each sensor is independently tested and certified to meet the European standard ATEX directive 94/9/EC. The long lifespan and high safety of Temposonics linear displacement sensors are due to their robust construction. Various protective features prevent ignition sources even when used in hazardous explosive atmospheres. When sensors are installed in hazardous areas containing flammable dust, the sealed sensor housing guarantees completely safe operation. The IP67 rated housing prevents the ingress of dust and water, and by preventing the generation of sparks during operation, the sensors can operate safely even in atmospheres with flammable gases.
3 in 1 measurement: Measure liquid level, interface, and temperature with one liquid level gauge, digital output.
Level Plus is a high-precision, highly reliable absolute liquid level displacement sensor utilizing magnetostrictive technology. It is designed with intrinsic safety and explosion-proof specifications, making it a popular choice as a liquid level transmitter to replace radar level gauges, servo gauges, dielectric, conductivity, capacitance, and ultrasonic level sensors. It uses two floats with different specific gravities in a single level gauge, allowing for the measurement of not only liquid levels and interface levels but also temperature. Its applications are wide-ranging, and Temposonics offers sensors tailored to meet customer needs. Model LP features digital output (Modbus, DDA) and is certified for intrinsic safety and explosion-proof standards by FM, CSA, and ATEX.
Multiposition & High-Precision Position Detection + Robust = Temposonics
Temposonics sensors are highly durable absolute linear scales that use magnetostrictive technology, designed to withstand harsh environments such as shock, vibration, and temperature. They offer high precision (0.5μm), robustness (vibration resistance of 30G, waterproof rating of IP68/69K, rod pressure resistance of 80MPa, CE compliance), and stroke lengths ranging from 25mm to 20m, with a variety of interfaces available. They can be used for waterproof applications, long-length measurements, simultaneous multi-position measurements, and explosion-proof applications, making them suitable for a wide range of uses. Additionally, the pressure-resistant rod can be used directly in a vacuum, and it can accommodate long lengths and curves up to 20m. Multiple positions of transport carriers can be measured accurately and simultaneously, and since the movable part for measuring position only uses magnets, no power or signal cables are required for the movable part.
For the construction management of slopes and structures at risk of landslides and avalanches.
The Temposonics RF series is a flexible rod (cable-like) linear scale. Since the movable part only requires a magnet and does not need a cable, maintenance costs can be reduced. It is suitable for use in limited installation spaces and can measure positions at up to 20 meters, simultaneously measuring up to 30 locations. It supports various interfaces and can also be connected via a bus.
High response and high precision in liquid level control.
Temposonics offers the EH series sensors for high-response, high-precision liquid level control. It achieves filling rates of 8,000 to 14,000 bottles per hour with an error of less than 1ml for a 500ml volume. Additionally, the vacuum-resistant rod is a standard product that can measure the position of trays in a freeze dryer under vacuum with an accuracy of less than 0.1mm.
High-precision liquid level detection for precise flow control.
Temposonics sensors are durable absolute linear scales that use magnetostrictive technology, designed to withstand harsh environments such as shock, vibration, and temperature. They offer high precision, robustness (vibration resistance of 15G, IP68/69K, pressure resistance of 35MPa, operating temperature range of -40 to +75°C, CE compliant), and a maximum measurement length of 20m, along with a variety of interfaces. With features such as waterproofing, long measurement lengths, corrosion-resistant rods (Teflon, Hastelloy, SUS316L), and explosion-proof capabilities, they can be used in a wide range of applications, particularly where high precision and real-time position measurement are required, such as in liquid level measurement and precise flow control for water, oil, and chemicals. Additionally, the movable part only requires a magnet for position detection, eliminating the need for power/signal cables. This contributes to cost reduction for customers as it does not require regular maintenance or cleaning.
High response and high precision liquid level control, also available in sanitary specifications.
Temposonics has developed level sensors that can accommodate many tanks for pharmaceuticals and food, leveraging years of rich experience and knowledge in sanitation. The Level Plus LP series features all-stainless steel level gauges and floats that are certified to the US 3A standards, with the capability for sanitary polishing (200 Grit/Ra 25) and electropolishing (240 Grit/Ra 15) finishes. Additionally, the Temposonics EH series performs liquid level control with high response and high precision, achieving filling rates of 8,000 to 14,000 bottles per hour with an error of less than 1ml for 500ml.
High-precision position detection in harsh environments.
Temposonics sensors are durable non-contact absolute linear scales that use magnetostrictive technology, designed to withstand harsh environments such as shock, vibration, and temperature. They offer high precision (0.5μm) and robustness (shock resistance of 100G, vibration resistance of 30G, IP68/69K, pressure resistance of 80MPa, CE compliant), and are equipped with a variety of interfaces (analog, SSI, CANbus, Profibus, EtherCAT, EtherNet/IP, Profinet RT, etc.). They are waterproof, capable of measuring lengths up to 20m, can perform multi-point simultaneous measurements at up to 20 locations, and are suitable for explosion-proof applications, making them versatile for a wide range of uses.
Supports a wide range of interfaces, including industrial Ethernet.
The Temposonics R series is a magnetostrictive linear displacement sensor compatible with industrial Ethernet protocols such as EtherCAT, EtherNet/IP, and Profinet RT. Additionally, the E series supports IO-Link. It provides high speed, high precision, and high durability for position detection in industrial automation equipment and devices, enabling connection with control devices using these protocols. It also reduces cable wiring and helps to lower overall system costs. The measurement range is from 25mm to 20m, and a variety of sensor shapes are available, including rod/profile (rail guide) types, flexible types, and sensor head separation types. Furthermore, traditional analog outputs as well as digital outputs such as CAN, DeviceNet, Profibus, and SSI are also available.
A more robust sensor suitable for Industry 4.0 applications.
The Temposonics R Series V is the successor to the current fourth generation R Series, compatible and more robust than ever linear displacement sensor. The new Industry 4.0 features provide users with significant advantages by offering additional information about the process, in addition to pure process data (position/velocity). Since status and statistical data are recorded and processed during operation, it becomes possible to gain a deeper understanding of the processes involved. The R Series V is supported by the TempoLink Smart Assistant. TempoLink is optional and supports all R Series V sensors, connecting to the sensor via a power connection. By using the TempoLink Smart Assistant, detailed information about the application status, such as sensor status, internal temperature, total operating hours, and distance moved by the position magnet, can be relayed and evaluated via a USB port or wireless device.
![[Case Study] Interview with Companies that Introduced Taste Sensors](https://image.mono.ipros.com/public/product/image/241665/IPROS15194632127117313132.PNG?w=280&h=280)
Case studies of food contract analysis companies.
In 2013, the first taste sensor was introduced. Currently, two devices are being utilized for taste analysis. In the interview, we discussed the companies with which taste analysis is being conducted and the potential of taste sensors to create high added value.
![[Case Study] Interview with Companies that Introduced Taste Sensors](https://image.mono.ipros.com/public/product/image/241665/IPROS11344925186811373860.PNG?w=280&h=280)
Case studies of bonito flakes manufacturers.
About 15 years ago, we introduced taste sensors, and now we are fully utilizing three taste sensors.
![[Case Study] Interview with Companies that Introduced Taste Sensors](https://image.mono.ipros.com/public/product/image/241665/IPROS3875220635885528775.PNG?w=280&h=280)
Case studies of food wholesale businesses.
We asked companies that have been utilizing taste sensors for nearly 10 years about the reasons for introducing taste sensors and how they are used in the development of prepared foods after implementation.
