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Strong Wind Three-Cup Anemometer / Model Number MC8NA-313-2S

Strong Wind Three-Cup Anemometer / Model Number MC8NA-313-2S

Aluminum body and Luran wind cup effective for long-term use in strong winds and harsh environments.

● Anodized aluminum body and Luran wind cup effective for long-term use in strong winds and harsh environments ● An optimal solution that does not consume power for applications with very low energy availability ● Frequency output (reed relay) that can be easily connected not only to LSI Lastem equipment but also to products from other manufacturers ● ISO 17025 accredited calibration facility ● STB cable and MSB cable for frequency output conversion of 4-20mA or RS485

  • Anemometer

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Strong Wind Three-Cup Anemometer / MC8NA-312-2S

Strong Wind Three-Cup Anemometer / MC8NA-312-2S

Strong Wind Three-Cup Anemometer (Low Start-Up High Precision Frequency Output) / Model Number MC8NA-312-2S

● High-precision wind speed sensor with low starting wind speed ● Multiple selectable frequency output and analog output ● Wide range power supply: AC/DC 10 to 30 V (analog output type) ● Cables available up to 100m in length ● Equipped with a heater function that operates even in frozen conditions ● ISO 17025 accredited calibration facility

  • Anemometer

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Low-temperature metal measurement radiation temperature sensor

Low-temperature metal measurement radiation temperature sensor

Achieving stable temperature measurement of low-temperature metal surfaces. For measuring metal surfaces and ceramic materials.

● Optimal for low-temperature metal measurement at a short wavelength of 2.3μm ● Space-saving ultra-compact sensor head in M12 size ● Measurement temperature range: 50 to 600℃ ● Class-leading speed of 1ms: fast low-temperature measurement ● Small spot measurement of φ3.4mm/110mm (close focus type) ● Operating ambient temperature: -40 to 85℃, no cooling required ● Durable stainless steel head and Teflon cable used ● Measurement through glass is possible

  • others

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Low-cost non-contact infrared temperature sensor M1241-IR4m-K-C1

Low-cost non-contact infrared temperature sensor M1241-IR4m-K-C1

Low-cost non-contact infrared temperature sensor K thermocouple output (1.8m) / Model number M1241-IR4m-K-C1

It is a low-cost non-contact temperature sensor that outputs the same electromotive force as a K thermocouple. It can be directly connected to the thermocouple input of a general-purpose temperature controller. It meets a wide range of needs with its wide measurement range.

  • Water quality/pH measuring device

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Smartphone Soil pH Wireless Sensor / Model Number M1172WS-1871K

Smartphone Soil pH Wireless Sensor / Model Number M1172WS-1871K

Smartphone Soil pH Wireless Sensor / Model Number M1172WS-1871K

It is possible to directly insert the sensor into the soil to measure soil pH and temperature. It can be used with a smartphone (compatible with Android and iOS) app. The sensor part can be replaced in case of damage or malfunction.

  • Other measuring instruments

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Installed radiation illuminance sensor / Model number WPLP-RAD-01

Installed radiation illuminance sensor / Model number WPLP-RAD-01

Fixed-type radiation intensity sensor

WPLP-RAD-01 measures the radiant intensity (W/m²), defined as the ratio of the radiant flux (W) incident on a surface to the unit area (m²), in the VIS-NIR spectral range (400–1050nm). These features are applicable to instruments suitable for measurements in the visible and near-infrared regions. The calibration of the probe uses the 577/579nm line of a Xe-Hg (xenon-mercury) lamp through a spectral interference filter. The outdoor installation type is the MC8P-PHOT3S series.

  • others

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Installed photosynthetic photon sensor / Model number WPLP-PAR-01

Installed photosynthetic photon sensor / Model number WPLP-PAR-01

Installed photosynthetic photon flux sensor

The WPLP-PAR-01 measures the number of photons incident on a surface per second in the spectral range of 400 to 700 nm, and the ratio to unit area (m2). This quantity is defined as PAR, or Photosynthetically Active Radiation. The calibration of the probe is performed using a halogen lamp, with specific spectra being referenced against known spectral radiation. The spectral response of the probe is slightly affected by temperature. Due to the special structure of the diffuser and probe, it also responds to changes in the angle of incidence on the diffuser, corrected for the cosine law. The outdoor installation type is the MC8P-PHOT3S series.

  • others

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Installed illuminance sensor / Model number WPLP-PHOT-01

Installed illuminance sensor / Model number WPLP-PHOT-01

Illuminance (lux), defined as the ratio of luminous flux (lumens) incident on a surface to the unit area (m²), is measured.

The spectral response curve of the light measurement probe approximates the human eye's response curve known as the standard photopic curve V(λ). The difference between "WPLP-PHOT-01" and the standard photopic curve V(λ) in spectral response is calculated as error f'1. The calibration of the probe is conducted by comparing it with a photometer that has been calibrated by a primary metrology standard institution. The calibration procedure complies with CIE Document No. 69 (1987) "Method of Characterizing Illuminance Meters and Luminance Meters." Measurements are conducted by illuminating the probe with standard light A. The outdoor installation type is the MC8P-PHOT3S series.

  • others

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Non-contact infrared temperature sensor for abnormal fever monitoring / M3085NTS-250S

Non-contact infrared temperature sensor for abnormal fever monitoring / M3085NTS-250S

Non-contact infrared temperature sensor for abnormal fever monitoring (0 to 250℃) / Model number M3085NTS-250S

Efficient early detection of heat generation inside the panel Easy setup, remote monitoring compatible, PC software included Simultaneous monitoring of temperature measurement and abnormalities Starter model for temperature anomaly monitoring with enhanced versatility

  • Other measuring instruments

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Waterproof high durability 3-axis accelerometer / Model number M3515TA-3G

Waterproof high durability 3-axis accelerometer / Model number M3515TA-3G

The circuit board and wiring, which include the sensor IC, are seamlessly molded with materials that excel in environmental durability up to the terminals.

The circuit board and wiring, which include the sensor IC, are seamlessly molded and guarded with materials that excel in environmental performance, preventing the intrusion of water and foreign substances into the sensor tip, as well as failures and deterioration caused by unintended short circuits with surrounding metals. They are also resistant to environmental changes and impacts from drops, making them very easy to handle both indoors and outdoors.

  • Other measuring instruments

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