Humidity measuring device - control of the air humidity
- High-quality moisture meters from our range of innovative measurement and control technology
- Accurate measurement of humidity values
- Creation of optimum conditions for material processing
- Sophisticated quality 100% "Made in Germany"
Benefit from our wide range of products for regulating humidity and climate. Take a look at our online store and discover our humidity meters.
Sophisticated moisture meters from the experts
Over the past 30 years, we at SEIKOM Electronic have established ourselves as one of the leading suppliers of high-quality measurement and control technology products with a TÜV-certified range for, among other things heating, ventilation, air conditioningappliances. Our portfolio includes pressure transmitters for pressure measurement and air quality sensors for measure air qualitytemperature switches for precise temperature measurement. Particularly noteworthy is our expertise in the areas of safety integrity level and explosion protection for demanding ATEX productswhere we offer customized solutions. Moisture meters, which are used to accurately determine humidity in various environments, are also an integral part of our wide range. We understand the importance of measurement and regulation in your industry and have therefore specialized in fast and reliable services to meet your requirements directly and without detours.
What are the benefits of moisture meters?
A moisture meter measures the amount of water in the air, soil, building materials such as wood or concrete and other raw materials to provide information about their condition or quality. Moisture meters are therefore used to actively monitor the current humidity level and are essential in many industries, including construction, agriculture and HVAC, to ensure optimal conditions or to prevent material damage caused by too high or too low humidity.
Ambient humidity also plays a decisive role in the function of electronic devices. If the humidity is too high, condensation can form on surfaces, which can cause short circuits and damage the electronics.
Humidity meters can come in various forms, including handheld units, stationary units and integrated systems that perform specific measurements such as relative humidity, dew point and water content.
How do moisture meters work?
Moisture meters use various methods to determine the water content in materials or the air, depending on the type of device and its intended use. One common method is capacitive measurement, in which the capacitance of a capacitor is measured.
This changes due to the moisture in the environment or in the material, which influences the dielectric properties of the capacitor and causes a measurable change in capacitance. In the capacitive method, also known as the dielectric water content measurement method, electromagnetic waves are used to measure the moisture via a moisture meter.
Another method is resistance measurement, in which the moisture meter determines the electrical resistance between two electrodes, which changes with the moisture content. Moist materials conduct electricity better than dry ones, which enables the moisture content to be measured directly. The technique was previously mainly used for wood, but is now also suitable for mineral building materials. The measured resistance is analyzed taking into account the type of building material, with conversion tables contributing to an accurate evaluation.
Infrared moisture meters allow moisture to be measured without direct contact by analyzing the infrared radiation emitted by objects. This method is particularly suitable for quickly checking surface moisture on large surfaces.
A moisture meter determines and converts the value into absolute or relative humidity. Absolute humidity is expressed in units of mass or volume such as grams, liters or milliliters, often in relation to quantity. Relative humidity, on the other hand, is expressed as a percentage.
What are the advantages of moisture analyzers?
Humidity sensors have some notable advantages that are essential in many industries, as well as in private environments.
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Preventing damage
Moisture meters help to identify moisture problems in materials before they cause serious damage. Detecting moisture at an early stage can prevent the development of mold and rot and thus increase service life and safety. -
Improving product quality
Moisture control is sometimes crucial to ensure the quality and shelf life of products. Moisture analyzers help to monitor and control production processes to ensure compliance with quality standards. -
Storage and logistics
Moisture analyzers are also essential for the storage and transportation of goods that are sensitive to moisture. They ensure that conditions remain optimal during storage and transportation to prevent damage and preserve the integrity of the products. -
Energy saving
In heating, ventilation and air conditioning (HVAC) systems, monitoring the humidity can help to efficiently create a comfortable indoor climate and save energy at the same time. By setting the correct humidity level, heating and cooling costs can be reduced. -
Environmental protection
Precise control of humidity levels in industrial processes can reduce emissions and waste. This contributes to environmental protection and helps companies to comply with legal environmental regulations. -
Health and comfort
Humidity that is too high or too low can be harmful to health and impair well-being. Humidity measuring devices in living and working spaces ensure a healthy indoor climate by helping to keep the humidity at a comfortable level. -
Preventing corrosion and rust
In industrial applications, monitoring humidity is important to prevent corrosion and rust on machinery and equipment. This extends the service life of the equipment and minimizes maintenance costs. -
Safety in the workplace
In industries that work with highly flammable or explosive materials, monitoring humidity can contribute to safety. Moisture meters can help to identify potentially hazardous conditions and take preventative measures.
Where are moisture analyzers used?
Moisture analyzers are used in a wide range of industries and applications, as monitoring and controlling moisture is critical for many processes.
Building industry: Moisture meters are used to measure the moisture content in building materials such as wood, concrete and plaster. This helps to prevent problems such as mold growth, rotting and structural integrity damage.
Agriculture: Moisture meters are used in agriculture to determine the water content of the soil. This enables optimized irrigation, which leads to better crop performance and water efficiency.
Paper production: In paper production, moisture control is crucial for the quality of the end products. Moisture meters help to monitor the moisture content of the paper during processing to avoid cracks, warping and other quality problems.
HVAC: Humidity measuring devices are important for monitoring and regulating humidity in residential and commercial buildings to ensure a comfortable and healthy indoor climate.
Food industry: In food processing, humidity is monitored to ensure the safety and quality of products. Excessively high or low humidity can lead to spoilage and the growth of microorganisms.
Transport control: Moisture analyzers are essential for effective transport control to monitor the moisture conditions in vans or loads. They are practical for protecting moisture-sensitive products such as electronics or food from damage during transportation and ensuring their quality.
Pharmaceutical industry: Moisture meters are used to monitor conditions in production and storage areas, as many pharmaceutical products are sensitive in terms of their storage conditions.
Textile industry: Moisture control is important in textile production in order to optimize the processing properties of the fibres and ensure the quality of the end product.
Science and research: Humidity meters are used in laboratories to control experimental or environmental conditions and to ensure the accuracy of scientific experiments.
Moisture meters are not only suitable for professional use, but can also be used effectively in the home or in offices.
How do you find the right moisture meter?
As there are various moisture meters available, you should consider your requirements when making your decision and take your time to select the right moisture meter. You should pay attention to this.
Determine the purpose of use: First of all, you should clearly define what the moisture meter is to be used for. Different industries and materials require different types of moisture meters. For example, in the construction industry you may need a device that can measure moisture in concrete or wood, while in agriculture you may need devices that can determine soil moisture.
Measuring range and accuracy: Check the required measuring range and accuracy of the device. Some applications require very precise measurements, while others may need to cover a wider measuring range.
Ease of use: Choose a device that is easy to operate. This is particularly important if the device is regularly used by different people or under field conditions.
Robustness and durability: For outdoor applications or in harsh conditions, it is important to choose a robust device that can withstand environmental influences such as moisture, dust and temperature fluctuations.
Technology and functions: Different moisture meters use different technologies, such as capacitive, resistive or optical sensors. Each technology has its own advantages and disadvantages depending on the application. Additional functions such as data storage, Bluetooth connectivity or software integration can also be an advantage.
What are the optimum installation conditions for moisture meters?
To ensure that you can rely on your moisture meter at all times, it must be installed correctly. The following tips will help you to install it correctly.
Identify environmental conditions: First, it is important to understand the specific environmental conditions in which the moisture meter will be used. The presence of chemicals, extreme temperatures or high humidity can affect the performance of certain sensor types.
Avoid heat sources and draughts: Moisture meters should not be installed near heat sources such as radiators, direct sunlight or air conditioning systems, as these can falsify the measurement results. Places where there is a strong draught, such as near doors or window openings, should also be avoided.
Ensure sufficient air circulation: To ensure accurate measurement of ambient humidity, the moisture meter should be mounted so that there is good air circulation around the sensor.
Protection against water and dust: If moisture meters are used in environments that are exposed to dust, dirt or high humidity, you should take appropriate protective measures. This may include the use of housings or covers to protect the sensor from environmental stresses.
Accessibility for maintenance and calibration: You should install each moisture meter in such a way that it is easily accessible for regular maintenance and calibration work.
Height placement: In rooms, the moisture meter should be mounted at a height that is representative of the room conditions, normally at a height of about 1.2 to 1.5 meters above the floor.
At SEIKOM Electronic, we are continuously expanding our product range with high-quality moisture analyzers that are known for their reliability, precision and durability. We invite you to explore our diverse range and our product categories categories. Do not hesitate to contact our team of experts if you have any questions about moisture meters or other technology. Together we will find a moisture analyzer that is tailored to your individual needs.
