The digital humidity temperature meter is designed to be flexible and accurate, serving as the preferred companion for monitoring temperature and humidity levels in various environments. From indoor to outdoor settings, the display screen provides clear and easy-to-read data, including minimum and maximum values, enabling effortless tracking of fluctuating trends over time.
Digital thermo hygrometers are essential instruments for temperature and humidity monitoring in various fields including agriculture, animal husbandry, industrial production, laboratory settings, nautical applications, and incubators.
Model | SISCO-TH-817 |
Temperature Range | -10~50°C (14~122°F) |
Humidity Range | 5.0~98%RH |
Temperature Measurement Error | ±1.5°C |
Humidity Measurement Error | ±5%RH (5.0%~40%RH) ±4%RH (41%~80%RH) ±5%RH (81%~98%RH) |
Temperature Resolution | 0.1C /0.1°F |
Humidity Resolution | 0.1%RH (probe cannot be placed in water) |
°C/°F Uunit Conversion | √ |
Auto Power Off | √ (Automatically shuts down after 5 minutes without any operation) |
Low Power Reminder Function | √ |
Data Hold Function | √ |
Maximum/Minimum Value | √ |
Update Frequency | 2.5 Times/second |
Power Supply | 3 AA batteries |
Net Weight | 65g |
Dimension | 125* 5025mm |
Q1: What is a thermo hygrometer and how does it work?
A1: A thermo-hygrometer is a device used to measure both temperature and humidity in the air. It combines two sensors: a thermometer for measuring temperature and a hygrometer for measuring humidity.
The thermometer sensor typically works by measuring the change in electrical resistance or voltage caused by the temperature change. This change is then calibrated to provide an accurate temperature reading.
The hygrometer sensor measures humidity by detecting changes in capacitance, resistance, or electrical conductivity caused by the presence of water vapor in the air. These changes are then converted into a humidity reading.
Modern thermo-hygrometers often display both temperature and humidity readings digitally, making them convenient and easy to use. They are commonly used in various applications such as weather monitoring, indoor climate control, agriculture, and industrial processes where precise control of temperature and humidity is important.
Q2: Where should I place my hygro thermometer for accurate readings?
A2: To get accurate readings from your thermo hygrometer, it's important to place it in a location that represents the typical conditions of the area you want to monitor. Here are some general guidelines:
Q3: Can thermometer hygrometers be used outdoors?
A3: Yes, thermometer hygrometers can be used outdoors, but it depends on the specific model and its specifications. Some thermometer hygrometers are designed for indoor use only and may not withstand the environmental conditions outdoors, such as exposure to moisture, extreme temperatures, and direct sunlight.
However, there are also thermometer hygrometers specifically built for outdoor use. These models are typically more rugged and equipped with features that make them suitable for withstanding outdoor conditions. They may have waterproof or weather-resistant casings, UV protection for sunlight exposure, and durable sensors.
Before using a thermometer hygrometer outdoors, it's essential to check the product specifications and ensure that it's designed for outdoor use if you plan to expose it to outdoor conditions.
Tips: How do I interpret the readings from a handheld digital humidity temperature meter?
Temperature Reading: The temperature reading is usually displayed in degrees Celsius (°C) or Fahrenheit (°F). Ensure you are familiar with the selected unit of measurement.
Humidity Reading: The humidity reading is typically displayed as a percentage (%). It represents the amount of moisture in the air relative to the maximum amount of moisture the air can hold at that temperature. For example, if the humidity reading is 50%, it means the air is holding 50% of the maximum moisture it can hold at that temperature.
Comfort Levels: Understanding comfort levels can help you interpret humidity readings better. Generally, indoor humidity levels between 30% to 50% are considered comfortable for most people. Below 30% can feel dry, while above 50% can feel humid.
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