Smart Thermal hygrometer

Name: Smart Thermal hygrometer
Brand: TESTO INDIA PRIVATE LIMITED
Price: 13700.00 INR
Availability: InStock

Price 13700.00 INR/ Piece

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Smart Thermal hygrometer Specification

Product Type
Thermal hygrometer

Usage
For Electronics, research labs, material analysis,

Weight
100-300 Grams (g)

Material
Metal And Plastic

Power Supply
Battery

Smart Thermal hygrometer Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Week

Delivery Time
1 Week

Main Domestic Market
All India

About Smart Thermal hygrometer

The compact testoï605i temperature and humidity measuring instrument with bendable probe head features professional measuring technology in an intelligent format it can be used in conjunction with a smartphone/tablet and the testoïSmart Probes App to reliably measure air temperature and humidity in rooms and ducts.

Features ofïSmart Thermal hygrometer:

Compact professional measuring instrument from the TestoïSmart Probes series for use with smart phones/tablets
Measurement of air humidity and temperature in rooms and ducts
Automatic calculation of dewpoint and wet bulb temperature via testo Smart Probes App
Measurement data analyzed and sent via testo Smart Probes App
Problem-free use at measuring points that are a long distance apartï Bluetooth range up to 100 m
Bendable probe head for particularly convenient measurements

Advanced Sensing Technology

Utilizing highly sensitive sensors, the Smart Thermal Hygrometer delivers real-time, accurate readings of temperature and humidity. This makes it an essential tool for applications where precise environmental control is paramount, such as in research laboratories and electronics manufacturing.

Durable and Lightweight Design

Constructed from a robust blend of metal and plastic, the hygrometer achieves a balance between durability and lightness, weighing just 100300 grams. This ensures easy handling and portability, making it suitable for field and laboratory work alike.

FAQs of Smart Thermal hygrometer:

Q: How do I use the Smart Thermal Hygrometer in a laboratory environment?

A: To use the Smart Thermal Hygrometer in a laboratory, simply power it on with the provided battery and position it in the area requiring environmental monitoring. The device will display real-time temperature and humidity readings, allowing researchers to maintain optimal conditions for experiments or sensitive equipment.

Q: What are the main benefits of using this hygrometer for electronics and material analysis?

A: This hygrometer offers precise environmental data critical for electronics and material analysis. It helps prevent damage to sensitive components and ensures accurate research results by maintaining controlled humidity and temperature levels.

Q: When should the battery be replaced in the Smart Thermal Hygrometer?

A: Battery replacement is recommended when the device shows signs of low power or irregular readings. Under typical use, the battery should last several months, but frequent monitoring is advisable in high-demand environments.

Q: Where is this Smart Thermal Hygrometer manufactured and supplied from?

A: The hygrometer is designed, manufactured, and supplied in Germany, ensuring adherence to rigorous German engineering standards for accuracy and quality.

Q: What materials are used in the construction of the Smart Thermal Hygrometer?

A: The device is made from a durable combination of metal and plastic, providing both strength and lightweight convenience for a variety of professional applications.

Q: How does the Smart Thermal Hygrometer process temperature and humidity readings?

A: It utilizes advanced sensor technology to continuously measure and display both temperature and humidity levels. The real-time data output allows users to instantly assess and adjust environmental conditions as needed.

Q: What is the typical usage process for this device in material research?

A: In material research, the hygrometer is placed near the materials under investigation. Continuous monitoring ensures that environmental variables remain within specified parameters, supporting accurate experimentation and analysis.

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