![](\"https:\/\/omo-oss-image.thefastimg.com\/portal-saas\/pg2024011708220329544\/cms\/image\/fe312fe1-dd30-4393-9a2a-c5c2e7e5c149.jpg\")
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The brand-new KUHNAST UV-365A, imported directly from Germany, utilises microprocessor technology and is a highly stable, high-precision UV irradiance tester. With its compact size and attractive, easy-to-read large LCD display, it is ideally suited for the effective testing of UV light sources across a wide range of industries.
\nIn order to achieve consistent UV curing results and accurately determine when to replace the lamp\u2014as relying solely on visual inspection by the human eye can lead to significant discrepancies\u2014it is therefore all the more important to select a UV intensity measuring instrument.
\nScope of application:
\nIn sectors such as hygiene, healthcare, chemicals, electronics and aerospace, it is particularly suitable for measuring UV irradiance in fields including industrial UV curing, UV disinfection, medical physiotherapy, fluorescence analysis, UV lithography, water disinfection and biological breeding.
\nThe KUHNAST UV-365A provides scientifically accurate test data, offering guidance on whether a new UV lamp needs replacing and on selecting the correct UV lamp power, thereby optimising the UV curing process and ultimately achieving cost savings.
\nKey features:
\nWith its aluminium alloy casing, it is compact and versatile, and can be operated with one hand,
\nA backlit 128\u00d764 LCD screen, with an attractive and easy-to-read user interface,
\nThe probe and main unit are designed as separate components, making it easy to swap probes with different spectral ranges,
\nAutomatic memory function, capable of storing 10 sets of data in a loop,
\nFeatures a lock function, making it convenient for recording and comparing work,
\nThe automatic shut-off function saves electricity,
\nUtilises microcomputer technology, offering high precision and low power consumption
\nLinear UV detectors offer good stability and are minimally affected by visible light,
\nIt uses eco-friendly, rechargeable lithium-ion batteries,
\nIt features a standard USB charging port, allowing it to be charged directly via a computer\u2019s USB port,
\nCalibrated in accordance with NIST measurement and traceability standards.
\nTechnical specifications:
\nSpectral range: UV 250\u2013410 nanometres, centre wavelength: 365 nanometres,
\nResolution: 0.01 mW\/cm\u00b2 (1 mW\/cm\u00b2 = 1000 \u00b5W\/cm\u00b2)
\nMeasurement range: 0\u20131999 mW\/cm\u00b2 (milliwatts per square centimetre)
\nMeasurement error: \u00b15%
\nPower source: 1000 mAh lithium-ion battery
\nBattery current consumption: approximately 0.1 mA
\nBattery life: Approximately 500 full charge and discharge cycles; a single full charge provides 60 days of normal use, although this may vary depending on usage.
\nMain housing material: aluminium alloy, anodised finish
\nDimensions: Square shape, 120 x 78 x 18 mm (millimetres)
\nDisplay: 1.5 inches (128\u00d764 LCD screen + tempered glass)
\nLight-sensitive probe: Diameter: 35 mm, Height: 16.5 mm
\nProbe cable: Standard length: 1.5 metres; extended length: 2 metres
\nLight-receiving aperture: \u03a69mm
\nSampling time: approximately 0.5 seconds
\nData logging: 10 sets of cyclic data
\nCharging port: USB (standard charging port)
\nNet weight of the unit: 240g
\nNet weight of probe: 80g
\nOperating temperature: 0 to 85 \u00b0C (degrees Celsius)
\nTemperature resistance: Continuous exposure to 120 \u00b0C (Celsius) for no more than 20 seconds
\nCalibration interval: As all electronic components, such as sensors, typically deteriorate over time, it is recommended that calibration be carried out annually to ensure measurement accuracy and performance.
\nWarranty period: The warranty is valid for one year from the date of purchase, excluding damage caused by human error or external factors.
\nStandard accessories: Main unit: 1; Charger: 1; Charging cable: 1; User manual: 1; Warranty card: 1; Carrying case: 1
\nOptional accessories: four types of probe: UVA, UVB, UVC and UVV.
\nInstructions for use:
\n1. First, insert the probe connector into the instrument\u2019s connection port. If the instrument is switched on, it will restart automatically; if it is switched off, proceed to the next step;
\n2. Press the \u201cNO\/OFF\u201d button on the far left of the instrument\u2019s front panel to switch on the device. Once the system has displayed the brand logo and product serial number, if the LCD screen shows \u2018MAX 0.000\u2019 and \u2018CUR 0.000\u2019, you may proceed with the test;
\n3. Point the detection probe towards the UV light source to be tested. When carrying out the test, bear in mind that the readings are not related to the instrument\u2019s calibration standards, but rather to the position and power of the UV lamp;
\n4. Depending on the position of the detection probe, the instrument\u2019s display will show the corresponding light intensity reading; for example, if it displays \u201c100\u201d, this indicates that the detected light intensity is 100 mW\/cm\u00b2. \u2018MAX\u2019 denotes the maximum value, which is automatically recorded and retained if no higher value is detected;
\n5. The instrument\u2019s display will show two sets of data: the maximum value \u201cMAX\u201d and the current value \u201cCUR\u201d. If the operator wishes to record the light intensity value at a specific point, they simply need to press the \u201cHOLD\u201d button once to lock the light intensity value shown on the instrument\u2019s display;
\n6. Press the \u201cCHANGE\u201d button to start testing the next set of data; a total of 10 sets of recorded data are stored in a loop,
\n7. Smart power-off function: The backlight will switch off automatically if no buttons are pressed or no test information is displayed for 10 seconds; the device will switch off automatically if no buttons are pressed for 5 minutes whilst there is no signal; the device will switch off automatically if no buttons are pressed for 10 minutes whilst there is a signal. Once switched off, please place it in its dedicated packaging and store it safely.
\n![](\"https:\/\/omo-oss-image.thefastimg.com\/portal-saas\/pg2024011708220329544\/cms\/image\/83c19621-06fc-46c2-b288-0fbb4bfaca35.png\")
<\/p>","protected":false},"excerpt":{"rendered":"
German KUHNAST UV-365A Ultraviolet Intensity Meter \u2013 Scope of application: The hygiene, medical, chemical, electronics and aerospace sectors, amongst others; particularly suitable for measuring UV irradiance in fields such as industrial UV curing, UV disinfection, medical physiotherapy, fluorescence analysis, UV lithography, water disinfection and biological breeding. The KUHNAST UV-365A provides scientifically accurate measurement data, offering guidance on whether a new UV lamp needs replacing and on the correct selection of UV lamp power, thereby optimising the UV curing process and ultimately achieving cost savings.<\/p>","protected":false},"featured_media":153,"comment_status":"open","ping_status":"closed","template":"","meta":[],"product_brand":[],"product_cat":[15,20],"product_tag":[],"class_list":["post-152","product","type-product","status-publish","has-post-thumbnail","product_cat-products","product_cat-pro5","first","instock","shipping-taxable","product-type-simple"],"yoast_head":"\n