Careshine Smart Geiger Radiation Counter nuclear Gamma, X-ray Detector for iOS Android [並行輸入品]
- メーカー
- Careshine
- JAN
- 0712324756340
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- Amazonでのレビュー
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商品説明
It is easy to measure the radiation, can be connected to the earphone jack (3.5φ) of the smartphone.
Features:
Personal Home Purpose Radiation Detector for Smart Phone
Preliminary simple measurement
Use the Semiconductor sensors, measurement of radiation (Gamma, X-ray)
Ultra -compact design, ultra -low power consumption, No External Battery.
High sensitivity measurements using a precision signal measurement technology.
Real-time display of measurement results.
It is easy to measure the radiation, can be connected to the earphone jack (3.5φ) of the smart phone.
Smart Geiger displays the radiation dose rates, radiation pulse count, the measurement time in Smartphone applications.
Specifications:
Radiation measurement of: gamma, X-rays
Measurement range: 0.1 to 200 μSv/h
Measurement error: <30% within a given deviation between
Sensor Size : Φ10 x 30 mm (total length: 47mm)
Smartphone plug size: 3.5Φ, Sensor Weight: 6 grams
Operating temperature: 10 to 40 at ℃
Compatible:
Apple IPhone 4S and later/Android 3.0 later
Usage Method:
Smart Geiger is available to the operating system of Androd / IOS (Apple ihone).
Please download and install the smartphone APP "FTLAB" in the Google Play store or Apple App store
Initial configuration will take up to 1 minute or the App the first run
If you want to use the Smat Geiger, please do not run the music of smartphone
Measure and close with a minimum of 3 minutes or more suspicious object.
If you need to obtain accurate results, please measured 10 minutes
Notice; Measurements may vary slightly depending on the smartphone or smartphone model.
特記事項
- 新品、並行輸入品です。Brand new parallel imports from the US.
- Personal Home Purpose Radiation Detector for Smart Phone.
- Use the Semiconductor sensors, measurement of radiation (Gamma, X-ray).
- Ultra -compact design, ultra -low power consumption, No External Battery.
- High sensitivity measurements using a precision signal measurement technology.
