Handheld Thermo-Hygrometer
Brand
TECPEL
|
Model
DTM-552
|
🇨🇳 China
# Portable Temperature and Humidity Meter
The DTM-552 is a lightweight, compact, and portable temperature and humidity meter. Its protruding temperature and humidity sensor probe design allows it to respond quickly to ambient temperature and humidity.
It is an affordable environmental temperature and humidity instrument with high accuracy.
Price
NT$ 1,050
Out of Stock
Views: 18
Description
The DTM-552 handheld temperature and humidity meter is a compact mini temperature and humidity measuring instrument, designed for easy portability, featuring a streamlined appearance combined with a high-precision sensing module.
This product provides accurate temperature and humidity data in various environments, making it suitable for a wide range of applications such as indoor breeding, livestock farming, warehousing, and public facilities.
It is an ideal choice for both professionals and everyday users.
Specifications
- Temperature Range-10.0 ~ 60.0 °C (-4 ~ 140 °F)
- Humidity Range0.0 ~ 99.9 %RH
- Accuracy±5 %RH (10~99 %RH)
- Resolution0.1 °C / 0.1 %RH
- Display Update1 second
Features
- Temperature Unit SwitchingCelsius °C/Fahrenheit °F
- Auto Power Off5 minutes
Attributes
- Operating Temperature0~40 °C / less than 90 %RH non-condensing
- Storage Temperature20~60 °C / less than 70 %RH non-condensing
- Altitude Limitationbelow 2,000 meters
- Power Supply1.5V AAA battery x 3
- Dimensions155 x 50 x 28 mm
- Weightapprox. 102g
- AccessoriesBattery x4, Carrying case, Manual
Product Q&A
Q
Why does the humidity reading keep fluctuating and cannot stabilize?
A
The humidity unit %RH is the relative humidity value, which is a very sensitive measurement unit. Factors such as airflow in the environment, being too close to the person taking the measurement, etc., can all cause the reading to fluctuate.
Q
What is the sensing range of the instrument for temperature and humidity?
A
The temperature and humidity values displayed by the thermo-hygrometer are sensed values that are only reflected when “air” flows through the sensor. You can imagine it like when someone nearby lights a cigarette—you basically cannot feel the heat of the flame on your skin.
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