AZA 0875 INFRARED MOISTURE METER

  • Infrared Heating: Utilizes advanced infrared technology for rapid and uniform sample drying.
  • Precise Measurement: Delivers highly accurate moisture content results in a fraction of the time.
  • Versatile Application: Ideal for various materials including soils, aggregates, chemicals, food products, and more.
  • User-Friendly: Features intuitive controls and a clear display for straightforward operation.
  • Rapid Analysis: Significantly speeds up testing processes compared to conventional oven drying.
  • Azalab Quality: Reliable and efficient instrument for critical quality control and material testing.
Category:
Description

Description

AZA 0875: Advanced Infrared Moisture Meter for Rapid Material Analysis

The AZA 0875 Infrared Moisture Meter from Azalab represents a significant advancement in the efficient and accurate determination of moisture content across a diverse range of materials. This state-of-the-art instrument employs sophisticated infrared heating technology to rapidly dry samples, providing precise results in minutes rather than hours, which is the typical duration for conventional oven-drying methods. For industries where time-sensitive data is crucial, such as geotechnical testing (for soil moisture), construction, pharmaceuticals, food processing, and chemicals, the AZA 0875 offers an invaluable solution for quality control and process optimization.

The principle behind the Infrared Moisture Meter involves placing a sample on a weighing pan, where its initial weight is recorded. An integrated infrared heating element then rapidly elevates the sample’s temperature, causing the moisture to evaporate. The meter continuously measures the sample’s weight throughout the drying process. Once the sample reaches a constant weight, indicating that all moisture has been driven off, the instrument calculates the moisture content based on the difference between the initial and final dry weights. This direct measurement method provides a highly reliable and repeatable result.

A key advantage of the AZA 0875 is its speed. Traditional methods, like oven drying, can take several hours, sometimes even a full day, to achieve complete dryness. The Infrared Moisture Meter, by contrast, can complete a test cycle in typically 5 to 25 minutes, depending on the material type and moisture level. This rapid analysis allows for immediate adjustments in production processes or quick verification of material quality, significantly reducing downtime and improving operational efficiency. Furthermore, the uniform heating provided by infrared technology helps to prevent scorching or uneven drying, which can occur with other rapid methods.

The AZA 0875 is designed with user-friendliness in mind. It typically features an intuitive interface, a clear digital display for real-time readings (such as weight, temperature, and elapsed time), and easy-to-clean components. Many models also include programmable drying parameters, allowing users to customize temperature profiles and drying times for specific materials, ensuring optimal accuracy for various applications. For example, in soil moisture determination, rapid moisture content data is essential for compaction control or classifying soil behavior. In construction, it’s vital for aggregates, asphalt, and concrete mixes. In food and pharmaceuticals, it’s critical for product stability and shelf life.

Azalab’s commitment to quality ensures that the AZA 0875 Infrared Moisture Meter is built for reliability and precision. It’s a robust instrument suitable for continuous use in demanding laboratory and industrial environments. While there isn’t a single universal standard for all infrared moisture meters due to the diverse applications, specific industry standards (e.g., related to moisture content determination in particular materials) often guide their use. For a deeper understanding of moisture content analysis methods, resources from professional organizations like ASTM International or scientific texts on analytical chemistry or materials science can provide valuable background.

By incorporating the AZA 0875 Infrared Moisture Meter into your testing protocols, you gain a powerful, fast, and accurate tool that enhances quality control, streamlines operations, and provides critical data for informed decision-making across numerous industries.


Specifications for the AZA 0875 INFRARED MOISTURE METER

  • Model Number: AZA 0875
  • Measurement Principle: Loss-on-drying using infrared heating.
  • Moisture Content Range: Typically 0.01% to 100% (wet basis), or 0.01% to several hundred percent (dry basis).
  • Readability/Resolution: 0.01% for moisture content; 0.001g (1mg) for weight.
  • Weighing Capacity: Generally 50g, 100g, or 200g (specify model).
  • Temperature Range: Adjustable, typically up to 160°C or 200°C.
  • Heating Source: Infrared heater (Halogen lamp often used for efficiency).
  • Drying Programs: Standard, rapid, step-drying, user-defined programs.
  • Display: Large LCD or graphical display showing moisture content, weight, temperature, time, etc.
  • Interface: Intuitive keypad or touchscreen.
  • Connectivity: Often includes USB or RS232 for PC connection and data transfer.
  • Features:
    • Automatic shutdown.
    • Audible alerts.
    • Data storage/memory for results.
    • Calibration function.
  • Power Supply: Standard AC power (e.g., 230V AC, 50/60 Hz).
  • Pan Size: Standard aluminum sample pans.
  • Construction: Durable housing, easy-to-clean components.
  • Application: Wide range of materials including soil, aggregates, chemicals, food, pharmaceuticals, plastics, etc.

FREQUENTLY ASKED QUESTIONS (FAQ) about the AZA 0875 INFRARED MOISTURE METER

Q1: What is the primary function of the AZA 0875 Infrared Moisture Meter? A1: The AZA 0875 is used for rapid and accurate determination of the moisture content in various materials by using infrared heating to dry the sample.

Q2: How fast does the AZA 0875 determine moisture content compared to traditional methods? A2: It significantly speeds up the process, typically providing results in 5 to 25 minutes, which is much faster than the several hours or a full day required by conventional oven-drying methods.

Q3: What types of materials can be tested with this Infrared Moisture Meter? A3: The AZA 0875 is highly versatile and can be used to test moisture in a wide range of materials, including soils, aggregates, chemicals, food products, pharmaceuticals, plastics, and more.

Q4: How does the infrared heating technology work? A4: Infrared heating provides uniform and rapid drying by directly heating the sample. The meter continuously measures the sample’s weight, calculating the moisture content once all moisture has evaporated.

Q5: What are the key benefits of using the AZA 0875 for moisture analysis? A5: Key benefits include speed, high accuracy, ease of use, precise control over drying parameters, and improved efficiency in quality control processes.

Q6: Does the AZA 0875 come with any connectivity options? A6: Many Infrared Moisture Meters like the AZA 0875 typically include USB or RS232 ports for connecting to a PC, allowing for easy data transfer and analysis.

Q7: Is the AZA 0875 suitable for field use, or is it a lab instrument? A7: While portable to some extent, the AZA 0875 is primarily designed as a laboratory instrument due to its precision requirements and need for a stable power source.

Additional information

Additional information

Model Number

AZA 0875

Measurement Principle

Loss-on-drying using infrared heating.

Moisture Content Range

Typically 0.01% to 100% (wet basis), or 0.01% to several hundred percent (dry basis).

Readability/Resolution

0.01% for moisture content; 0.001g (1mg) for weight.

Weighing Capacity

Generally 50g, 100g, or 200g (specify model).