About Temperature Humidity Transmitter
We offer Temperature Humidity Transmitters, which come with high-precision sensors and long-term stability. Suitable for all high humidity applications, the analog outputs of these enable optimal integration into single automation system. These serve as the high-quality digital probes as well as intelligent calibration concepts and have been offered with self-monitoring and primal warning function. Configured for monitoring critical climate in industrial procedures, these help the user to optimize the climatic conditions, accurately. When used with the right probes, these Temperature Humidity Transmitters provide superior properties and advantages in comparison with the customary climate transmitters. the products are available with versatile applications, some of which are bulletined below :
Areas of applications ofTemperature Humidity Transmitter:
- Painting installations
- Drying procedures (e.g. production of ceramics & drying of roofing tiles)
- Food production (e.g. ripening fruit, cheese processing, drying pasta)
- Sterilization processes in an H2O2 environment
- Bio-research
- Clean rooms
- Museums
- High-humidity specialist orbits
- Breeding mushrooms
- Stocking hygroscopic substances
Key Features and ApplicationsThis transmitter embodies durability and accuracy, integrating metal and plastic construction to withstand demanding environments. Its digital display delivers clear, real-time data critical for electronics testing, research labs, and material evaluation. The portable battery-powered design ensures flexibility, making it ideal for both field and laboratory use.
Reliable Performance for Professional NeedsAs a versatile solution, it meets the requirements of manufacturers, researchers, and suppliers across India. Its precise monitoring capability supports a range of applications, from maintaining optimal conditions in lab experiments to assessing environmental stability during material analysis.
FAQs of Temperature Humidity Transmitter:
Q: How do I operate the temperature and humidity transmitter?
A: Simply power the device using batteries and use the digital display to read temperature and humidity data. Operation is straightforward, making it suitable for quick setup in laboratories and electronics workflows.
Q: What are the material components of the transmitter, and how do they benefit usage?
A: The transmitter is made from metal and plastic, ensuring durability and resilience in various environments. This robust construction protects internal components, making the instrument reliable for daily use in research labs and material analysis.
Q: When should this transmitter be used for optimal results?
A: Optimal usage is in environments where accurate measurement of temperature and humidity is critical, such as during electronics testing, material analysis, and scientific experiments. Its portability allows for immediate deployment wherever environmental data is needed.
Q: Where can I purchase or request supply of this transmitter in India?
A: This transmitter is available through authorized manufacturers and suppliers across India. You may contact specialized electronics or laboratory equipment providers to obtain it for your application.
Q: What is the process for installing and calibrating the device?
A: Installation involves placing the transmitter in the desired location and ensuring battery power. For calibration, follow the manufacturers provided instructions, which typically entail setting reference points using the digital display to ensure measurement accuracy.
Q: How does the digital display enhance overall user experience?
A: The digital-only display offers clear and immediate access to temperature and humidity data, reducing the possibility of reading errors. This feature simplifies monitoring and enables quick response to changes in environmental conditions.
Q: What are the key benefits of using this transmitter in research lab and material analysis applications?
A: Key benefits include high measurement accuracy, portability due to its battery operation, and robust construction suitable for rigorous applications. It supports researchers and technicians who require reliable environmental data for sensitive electronics and material testing.