Amprobe TH-3 Relative Humidity Temperature Meter
The Amprobe TH-3 is a measuring instrument for those who need to keep track of both humidity and temperature in one single measurement. It is used when it is important to quickly read the conditions in a room, in ducts or other places where the climate needs to be controlled.
The instrument is based on a precise capacitive sensor, which is designed for stable measurement over time. It can measure relative humidity from 0% to 100%, and the temperature measurement ranges from -4 °F to 140 °F. The manual also states the temperature range as -20 °C to 60 °C. This makes it suitable for general climate monitoring when a clear picture of both humidity and heat is needed.
The long probe shaft makes it easier to get into air ducts and other hard-to-reach places. At the same time, the dual display shows both values at once, so you don't have to switch between measurements. With Min/Max and Data Hold, measurements can be locked and development tracked as values change during work.
The TH-3 comes as a complete package with a carrying case, sensor cover, battery, and manual. In addition, there is an automatic shut-off function, so the instrument does not use power unnecessarily.
See datasheet from the manufacturer
See product video from the manufacturer
Typical applications
- Control of relative humidity and temperature in HVAC work
- Measurement in air ducts and other hard-to-reach places
- Monitoring of indoor climate in technical and operational environments
Specifications
- Relative humidity: 0% to 100%
- Temperature: -4 °F to 140 °F
- Temperature: -20 °C to 60 °C
- Sensor: precise capacitive sensor
- Display: dual display
- Functions: Min/Max, Data Hold, relative function
- Probe shaft: extended probe stem
- Auto power off
- Power supply: 9 V battery, NEDA 1604 or JIS 006P or IEC6F22
- Accessories: carrying case, sensor cover, battery and manual
- SKU: 3027060
- MPN: 3027060
The content is generated using AI - we reserve the right to make errors.
Contact HIN for further information about the product.