ADYAA

Humidity Temperature Transmitter

Unstable temperature and humidity can affect HVAC performance, indoor comfort, equipment and storage conditions. A Humidity Temperature Transmitter provides continuous measurement of both parameters for monitoring and control.

ADYAA’s range includes different configurations for HVAC, building automation and environmental monitoring applications.

What Problems Can a Humidity Temperature Transmitter Help Solve?

Unstable Environmental Conditions

Continuous measurement helps identify temperature and humidity changes.

Excessive Humidity

Humidity monitoring helps detect conditions that may contribute to condensation and moisture-related problems.

HVAC Control Issues

Accurate measurement provides useful data for heating, ventilation and air conditioning control.

Manual Monitoring

Electronic measurement reduces the need for repeated manual checks.

How Does a Humidity Temperature Transmitter Work?

The transmitter measures temperature and relative humidity using integrated sensors and provides the readings through electrical or digital outputs.

The selected model can be matched to the required measurement range, installation method and control system.

ADYAA's Humidity Temperature Transmitter Range

EE046-humidity-pipe-mount

EE046

Suitable for HVAC and general environmental temperature and humidity monitoring.

EE150

EE150

Designed for building and HVAC applications requiring temperature and relative humidity measurement.

EE160

Suitable for indoor environmental and HVAC monitoring applications.

EE210

EE210

Used for temperature and humidity measurement in HVAC and building automation systems.

EE211

EE211

Suitable for environmental monitoring and HVAC control applications.

EE212-humidity-wallmount_display

EE212

Designed for temperature and humidity monitoring in building and indoor environments.

EE650

Suitable for HVAC systems and environmental condition monitoring.

Omniport 30 | ADYAA

Omniport 30

Multifunction meter for measuring and monitoring temperature and humidity across various environments. 

EE060

EE060

Suitable for HVAC and indoor climate monitoring applications.

EE07

EE07

Used for temperature and humidity measurement in HVAC and environmental applications.

EE072

EE072

Suitable for environmental monitoring and HVAC-related measurement requirements.

EE08

EE08

Used for temperature and humidity monitoring in building and climate-control applications.

EE260

EE260

Suitable for HVAC and environmental monitoring where reliable temperature and humidity measurement is required.

EE99-1

EE99-1

Used for temperature and humidity measurement in indoor and OEM applications.

HTP201

HTP201

Suitable for HVAC and environmental monitoring applications requiring temperature and humidity measurement.

HTP501

HTP501

Used for temperature and humidity monitoring in HVAC and industrial environments.

EE431

EE431

Suitable for HVAC and building automation applications requiring temperature and humidity measurement.

EE451

EE451

Used for environmental monitoring and HVAC control applications.

EE461

EE461

Suitable for HVAC and indoor climate monitoring.

EE462

EE462

Used for temperature and humidity measurement in HVAC and environmental systems.

TES201

TES201

Suitable for temperature and humidity monitoring in HVAC and environmental applications.

Key Selection Factors

Consider:

  • Temperature range
  • Relative humidity range
  • Measurement accuracy
  • Installation location
  • Mounting requirements
  • Output signal
  • Communication options
  • Display requirements
  • Environmental conditions
  • Building automation integration

Where Are Humidity Temperature Transmitters Used?

HVAC Systems

Monitor temperature and humidity for heating, ventilation and air conditioning control.

Commercial Buildings

Support indoor climate monitoring in offices, retail spaces and facilities.

Data Centres

Monitor environmental conditions around sensitive equipment.

Warehouses

Help track storage temperature and humidity conditions.

Laboratories

Support controlled environmental monitoring.

Industrial Facilities

Monitor temperature and humidity in production and process areas.



Common Temperature & Humidity Monitoring Problems

Poor Sensor Placement

Heat sources, air outlets and direct sunlight can affect readings.

Wrong Measurement Range

The transmitter should match the expected environmental conditions.

Insufficient Accuracy

Inaccurate readings can affect HVAC and environmental control.

Integration Issues

The output must match the building management or control system.

Lack of Maintenance

Periodic inspection and calibration help maintain reliable measurements.

How ADYAA Helps With Humidity & Temperature Monitoring

Different applications require different measurement ranges, accuracies, mounting options and outputs.

ADYAA’s range provides multiple Humidity Temperature Transmitter options, allowing the product to be selected around the actual HVAC or environmental monitoring requirement.

HVAC Instrumentation

Smarter Climate Control, Effortless Precision. Our Products – Built to Keep You in Perfect Balance

Know airflow like the back of your hand, optimize ventilation without the guesswork.

Protect your machinery from hidden water damage because oil shouldn’t swim.

Seamless integration, flawless performance, the silent hero inside your equipment.

Stop condensation surprises before they become moldy problems.

The brain of your HVAC system connects, controls, and simplifies everything.

Breathe easy knowing your air quality is fresh,  detects stuffy air before people notice.

Humidity Temperature Transmitter FAQs

What is a Humidity Temperature Transmitter?

It measures temperature and relative humidity for monitoring or control systems.

HVAC, commercial buildings, data centres, warehouses, laboratories and industrial facilities.

Yes, suitable models can provide data for HVAC and building automation systems.

It helps identify excessive moisture and maintain required environmental conditions.

Consider range, accuracy, installation, output and system integration requirements.

Periodic inspection and calibration can help maintain measurement accuracy.

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Need the Right Humidity Temperature Transmitter?

The right transmitter can provide the data needed to manage temperature and humidity variations across HVAC and environmental applications.

ADYAA can help you select a suitable model from the range based on your application and measurement requirements.

Visit ADYAA ENGINEERING
Unit 3, 5 Murphy Street
O’Connor, Perth WA 6163
Australia

Contact:
✉ [email protected]
📞 +61 439 602 113

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