1～15 item / All 22 items
Measurement parameters: L, C, R (AC/DC), D, Q, ESR, θ. It is a compact handheld LCR meter.
Equipped with an auto LCR function, it automatically identifies the parameters of specific L, C, or R in both parallel and series circuits while measuring the device under test. Please choose either: - LCR-916 (100/120/1k/10/100kHz) or - LCR-915 (100/120/1k/10kHz). *If you require a calibration certificate, please contact us.
The TM-206 is a solar power meter that can measure solar radiation intensity up to 1999 W/m² with range switching.
The intensity of sunlight is measured at 0.25-second intervals and displayed digitally on a large screen. It has a hold function and memory for maximum and minimum values.
The LA-1017 is a new type of solar power meter that has the functionality of a multimeter added.
By measuring the intensity of sunlight while simultaneously measuring voltage and current with a multimeter, it is easy to evaluate solar panels. This solar power meter is ideal for checking the power generation when installing solar panels and for regular maintenance of solar panels.
The solar radiation intensity can be measured up to 1999 W/m² with range switching. It is recommended for solar power generation systems and solar transmission tests.
The DT-1307 is a solar power meter with a measurement range of 0 to 1999 W/m². It measures solar intensity at 0.25-second intervals and displays the results digitally on a large screen. It features hold, maximum and minimum value memory functions. It is easy to operate, with quick response and high accuracy. It is ideal for solar power generation systems, solar research, solar transmission testing (for car windows and glass), meteorological research, and agricultural fields. For more details, please contact us.
This is a dedicated device for measuring light wind speed, a single-function anemometer. Measurement range: wind speed 0.05 to 2.00 m/s (1 range).
Simultaneous analog output is also possible, allowing for a wide range of applications beyond air conditioning. *Please note that this product requires adjustment in combination with the main unit when replacing the sensor (considered a repair). An additional adjustment fee will be required on top of the price for the sensor probe alone.*
It is a handheld, compact digital manometer.
This is a handheld, compact digital manometer that can be used for gauge pressure measurement, differential pressure measurement, and the measurement of positive pressure, negative pressure, and differential pressure. We offer four types to suit different applications. *Please select one type from the options below according to your application.* - HT-1500NS: -99.9Pa to +99.9Pa - HT-1500NL: -29.9hPa to +29.9hPa - HT-1500NM: -199.9hPa to +199.9hPa - HT-1500NH: -749hPa to +1499hPa
Differential pressure can be measured in the range of -34.48 kPa to +34.48 kPa.
The units of differential pressure can be displayed in 11 types: kPa, mbar, bar, psi, kgc, mmHg, inHg, cmH2O, ftH2O, inH2O, and ozin². The DT-8890 features zero calibration, maximum, minimum, and average value memory, hold function, and change value display function. Additionally, using the analysis software and USB cable included in the set, differential pressure data can be transferred to a computer in real-time during measurement.
It is possible to measure a differential pressure of -3.447 kPa to +3.447 kPa.
The unit of differential pressure can be displayed in 11 types: kPa, mbar, bar, psi, kgc, mmHg, inHg, cmH2O, ftH2O, inH2O, and ozin². The DT-8890B features zero calibration, maximum/minimum/average memory, hold function, and change value display function. Using the analysis software and USB cable included in the set, you can transfer the differential pressure data being measured to a computer in real-time.
The solar radiation intensity can be measured up to 1999 W/m² with range switching.
The intensity of sunlight is measured at 0.25-second intervals and displayed digitally on a large screen. It features hold and maximum/minimum value memory functions.
This is a digital O2 meter capable of measuring oxygen concentration (0-30%) and temperature (0-50°C).
It is a lightweight handheld digital oxygen meter weighing only 194g.
Wind speed, temperature at two points, temperature difference between the two points, and humidity can be measured as the five elements of air conditioning.
The display is a large, bright LED screen.
It is a small, handheld type of Gauss meter.
The measured electromagnetic wave data is displayed in micro Tesla and milli Gauss. Anyone can easily measure the intensity of electromagnetic waves generated by electronic devices such as computer monitors, televisions, video equipment, fluorescent lights, and the environmental electromagnetic fields around high-voltage power lines and substations.
The sensor probe is telescopic, making it easy to measure wind speed and temperature at high altitudes.
It comes with maximum and minimum value functions. Diverse display formats: m/s, km/s, mile/h, knots, °C, °F.
It measures differential pressure in the range of -13.78 kPa to +13.78 kPa.
The DT-8897 is a multifunctional digital manometer with the capability to measure wind speed, air volume, and temperature, and it can measure differential pressure in the range of -13.78 kPa to +13.78 kPa. Using the analysis software and USB cable included in the set, the DT-8897 can transfer real-time data of the measured differential pressure, wind speed or air volume, and temperature to a computer. The DT-8897 features zero pressure calibration, memory for maximum, minimum, and average values, hold function, and change value display, along with a backlight that makes the readings visible even in dark conditions. For more details, please contact us.
The Cone Penetrometer S-217 is the easiest to operate and portable static cone penetration testing device.
- Soft ground primarily composed of weak clay, silt, or peat is optimal, and it is convenient to quickly measure the approximate cohesion and depth of cohesive soil and to grasp an outline of the ground profile. - The penetration resistance required when statically pushing a cone into the soil manually is measured with a probing ring, and estimates of the relative strength, cohesion, unconfined compressive strength, and allowable bearing capacity of cohesive soil are obtained.
