Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
31～45 item / All 53 items
Microcurrent measurement unit for embedded systems
Measuring currents in the femto to picoampere range ■ Measurement range: -250pA to +250pA, noise level: 5fAp-p ■ Simultaneous measurement of up to 8 currents ■ Data collection via dedicated computer *For details, please refer to the catalog.
An ideal solution for detecting process anomalies during metal cutting with machine tools!
"GEMTP" is a power measurement module suitable for tool and process monitoring to avoid damage to workpieces. It supports 127 types of cycles and can connect to all machine controls via I/O signals. With multiple monitoring strategies (static, dynamic, area), it can be applied to various cutting processes. 【Features】 ■ Single-channel system for drive monitoring ■ Monitoring of tool conditions (breakage, wear, missing) ■ Supports 127 types of cycles ■ Can connect to all machine controls via I/O signals ■ Easy installation in control cabinets *For more details, please refer to the PDF materials or feel free to contact us.
![[VICON] Evaluation Device 'Blue Trident'](https://image.mono.ipros.com/public/product/image/c0f/2000491203/IPROS63642272755257147502.png?w=280&h=280)
Measuring acceleration to the fullest extent! Leading inertial data measurement into a new era.
The "Blue Trident" is an evaluation device that allows sports biomechanics researchers, sports orthopedic surgeons, trainers, athletes, and professional teams to track and analyze performance in a cost-effective and straightforward manner. By combining it with motion capture, hybrid measurement is achieved. The HighG and LowG sensors simultaneously measure data to avoid magnetic saturation, ensuring high-precision data. Additionally, it can be used in various sports, including swimming, thanks to its waterproof and dustproof specifications. 【Features】 ■ Dual-G IMU capable of measuring up to 200G ■ IP68 dustproof/waterproof rating ■ Maximum battery life of 12 hours ■ 1GB of onboard memory ■ Selectable post-processing options ■ Gyroscope capable of measuring up to 2000 deg/sec ■ Compatible with VICON *For more details, please refer to the PDF document or feel free to contact us.
The HDA measurement device comprehensively analyzes the characteristics of the injector!
The company MEHWALD was established in 1973 by Mr. Ralph Mehwald and entered into a licensing agreement with Robert Bosch in 1990 regarding the testing of components for diesel injection systems, starting the sale of Bosch injection test benches. In 1999, it became part of the Bosch Group and is the only company within the Bosch Group that can sell test benches for injection systems using Bosch's testing and measurement technology. Additionally, it also handles test benches for gasoline. In recent years, it has also been developing measurement devices for fuel cells.
Low-cost, short-delivery inertial measurement unit for small satellites.
We provide a low-cost, short-delivery small inertial measurement unit (IMU) that can be used for attitude control and other applications in small satellites, including CubeSats. The IMU consists of gyros (in a redundant configuration), a 3-axis accelerometer, two geomagnetic sensors, and a temperature sensor.
A high-precision MEMS inertial measurement device that replaces the IMU equipped with a fiber optic gyro. Compared to the old model, it achieves compact size, lightweight, and low power consumption.
The DMU41 is a high-precision MEMS inertial measurement device that replaces the IMU equipped with a fiber optic gyro. Suitable for applications requiring high accuracy, the DMU41 achieves a compact, lightweight, and low power consumption design compared to the previous model, the DMU30. The previous model (DMU30) has a proven track record in a wide range of applications, including ultra-small satellites, and this product can also be used for the same applications. 【Features】 ■ Improved output accuracy and stability ■ Compact (50mm x 50mm x 50mm) and lightweight (200g) ■ Low power consumption of 1.5W (depending on usage conditions) ■ Various interface options available RS422/RS485/SPI/CAN * Evaluation samples are available for loan. * For more details, please download the PDF or feel free to contact us.
To reduce the power cost of the compressor. Display the correlation between air pressure and instantaneous flow rate, as well as the specific flow rate, in a graph.
The "Air Miel" is a flow measurement unit that measures air usage by connecting pressure sensors and flow sensors to production equipment, allowing for visualization through graphs. It is said that the power consumption of compressors accounts for 20-30% of a factory's total power consumption. By visualizing air usage, it enables the consideration of appropriate flow rates and the implementation of maintenance at the right timing. This contributes to cost reduction through the reduction of power consumption and maintenance labor. 【Features】 ■ Supports mode switching according to system environment with a single unit ■ In "Communication Mode," simultaneous measurement of up to 10 units is possible via RS485 communication ■ In "SD Mode," measurement can be performed in 0.1-second intervals by connecting to a PC ■ Contributes to the consideration of compressor capacity during installation *For more details, please refer to the materials. Feel free to contact us with any inquiries.
The latest version of the cutting-edge compact inertial sensor "Ellipse Series," suitable for navigation, motion, and heave measurement!
We use cutting-edge MEMS sensors, particularly very low-noise gyroscopes. Additionally, by combining a high-quality accelerometer equipped with an internal FIR filter and Corning and skull integration, we can maintain accuracy even under strong vibrations. Furthermore, for the INS model (E, N, D), an internal extended Kalman filter fuses real-time inertial data with GPS data, enhancing position and orientation measurements in harsh environments such as urban canyons and tunnels.
The ultimate solution for current, voltage, and temperature measurement under high voltage, with galvanic isolation for all measurement channels up to 1,500V, high precision, and wide range measurement.
The high voltage measurement module "MULTI-HV UIT" is a measurement module specialized for current, voltage, and temperature measurement in harsh environments. ● One measurement module supports current, voltage, and temperature measurement. ● All measurement channels are galvanically isolated up to 1,500V, allowing safe access to high voltage terminals. ● The auto-range function switches the measurement range according to the measured values, enabling wide-range measurement while maintaining precision. ● The automatic probe recognition function sets up the sensor probes automatically. ● The dynamic sampling function reduces the amount of measurement data. ● It automatically calculates and outputs AC and DC components such as work, power, frequency, RMS values, and power factor. ● Measurement data output can be selected from CAN 2.0 or Ethernet. ● By using Klaric's current, voltage, and temperature sensor probes, access to measurement signals can be performed safely and easily. *For more details, please refer to the PDF document or feel free to contact us.*
Solving the issues of high voltage and current measurement for EVs and HEVs all at once. It is a measurement module for current, voltage, and temperature with 1500V galvanic isolation.
High Voltage Measurement Module Current, voltage, power, and temperature measurements are conducted on actual vehicles and in test labs. A wide range of accessories solves wiring issues for measurements. In particular, a low shunt resistance breakout box is effective for signal measurement from the inverter to the motor. Outputs can be obtained via CAN or Ethernet, minimizing wiring. Main Applications ● Power measurement in power electronics ● High voltage electrical systems and battery measurement ● Thermocouple/RTD temperature measurement for high voltage components and batteries Features ● Four universal inputs ● Eight measurement points ● 1,500V galvanic isolation for each channel ● Auto-ranging function ● Automatic probe recognition function (similar to TEDS) ● Automatic generation of DBC/A2L ● Variable sampling rate ● Internal power calculation function (AC, DC) ● XPC-on-Ethernet 100Mbit/s communication or communication with Klaric server ● 1MBaud CAN I/F with independent 2 channels
Low voltage and current measurement module for all vehicles including EVs. By directly connecting to the actual vehicle's fuse box, it solves the issues of real vehicle measurement all at once.
This is a measurement module for low voltage measurement in vehicles. Features: ● 8-channel measurement module: composed of a microcontroller and eight parallel ASICs ● Each channel supports measurement of current, voltage, and temperature, with one terminal per probe ● Compatible with various measurement applications ● 80V galvanic isolation: applicable to measurement channels, CAN USB I/F, and power supply
The ultimate solution for voltage measurement under high voltage! Safely measure signals from high voltage components. Wide range, high precision measurement.
MULTI-HV ANALOG is a measurement module specialized for voltage measurement under high voltage conditions. It is a measurement module that allows for safe and easy measurement of voltage signals from EV battery voltages and high voltage components, which can be cumbersome to handle, ensuring safety during measurements under high voltage.
Ultimate solution for current, voltage, and temperature measurement under low voltage: ultra-wide range and high precision measurement, logging of measurement data to USB memory.
Main Features ● A single measurement module supports current, voltage, and temperature measurements. Measurement requires sensor probes corresponding to the measurement items and ranges. (*) Current measurement is conducted using a shunt resistor. Temperature measurement can be selected from Pt100/Pt1000. ● All measurement channels are galvanically isolated. ● The auto-range function allows switching the measurement range according to the measured values. With a wide measurement range, high-resolution and precise measurements can be made even in low ranges. High operating currents and low standby currents of electrical components can be measured simultaneously with high precision. ● Automatic probe recognition function enables automatic setup of sensor probes. ● Automatic calculation of Ah is performed and output as measurement values. ● The dynamic sampling rate function reduces the amount of measurement data. It saves memory space and reduces the burden of post-processing calculations, efficiently accommodating long-term measurements. ● Measurement data output can be logged to CAN 2.0 A/B or a USB memory. Standalone measurements are possible. ● By using Klaric's current and voltage sensor probes, access to measurement signals can be performed safely and easily.
Ultimate solution for current, voltage, and temperature measurement under low voltage conditions. Ultra-wide range and high precision measurement. Measurement data is output via Ethernet.
Main Features ● A single measurement module supports current, voltage, and temperature measurements. Measurement requires sensor probes according to the measurement items and ranges. Current measurement is done using shunt resistors. Temperature measurement can be selected from Pt100/Pt1000. ● All measurement channels are galvanically isolated. ● The auto-range function allows switching of the measurement range based on the measurement values. It has a wide measurement range, enabling high-resolution and precise measurements even in low ranges. It can simultaneously measure high operating currents and low standby currents of electrical components with high precision. ● Automatic probe recognition function allows for automatic setup of sensor probes. ● Automatic calculation of Ah and output as measurement values. ● Dynamic sampling rate function reduces the amount of measurement data. This saves memory space and reduces the burden of post-processing calculations, efficiently accommodating long-term measurements. ● Measurement data output is via XCP-on-Ethernet, with automatic A2L file generation. ● Multiple measurement module enclosures can be connected, allowing for easy expansion of measurement scale. ● By using Klaric's current and voltage sensor probes, access to measurement signals can be performed safely and easily.
Equipped with pulse waveform acquisition, list (TDC + QDC), and CFD, TDC, and PSA functions!
The "APV8102-14MWPSAGb" is a waveform acquisition/analysis board equipped with a high-speed, high-resolution ADC (1GHz, 14bit) with 2 channels. In addition to real-time analysis at 1GHz using FPGA, it enables waveform acquisition at over 1Mcps by incorporating high-speed DDR memory. With support for Gigabit Ethernet communication, it achieves high-speed reading of acquired waveform data and high-speed processing (list data generation/transmission) without dead time through signal processing, all with high time resolution and high throughput. 【Features】 ■ Realization of high-speed reading and high-speed processing ■ Real-time analysis capability ■ Usable for multiple signal analyses ■ Easy to expand *For more details, please refer to the catalog or feel free to contact us.
