1、 Jingtai brand JT-T yarn leather moisture analyzer _ Scope of application of yarn leather moisture analyzer

The JT-T yarn leather moisture analyzer is an induction based, digital moisture measurement instrument introduced by our company in China with advanced foreign technology. This instrument is widely used in industries such as leather, cowhide, fabric, clothing, yarn, axial yarn, tubular yarn, textiles, etc. that require rapid determination of moisture content (regain). This instrument has a wide range of moisture measurement, high accuracy, clear display, fast measurement, stable performance, reliable indicators, and is small in size and light in weight. It can be carried on site for rapid detection and is easy to use. It is an ideal instrument for detecting the moisture content of various textile raw materials in the textile industry.

2、 Jingtai brand JT-T yarn leather moisture analyzer - Working principle of yarn leather moisture analyzer

This instrument adopts advanced foreign technology and adopts the high-frequency principle (electromagnetic wave induction principle), which means that there is a natural frequency inside the instrument. The frequency transmitted into the machine through the sensor varies depending on the moisture content of the measured object. The difference between the two frequencies is converted into digital display through a frequency current converter.

3、 Jingtai brand JT-T yarn leather moisture analyzer - Characteristics of yarn leather moisture analyzer

1. JT-T yarn leather moisture meter adopts high-frequency principle, LCD digital display, and the probe is integrated with the host.

2. When measuring the moisture content of leather, fabric, etc., the instrument does not need to drill holes on the measured objects such as leather and fabric. Simply gently place the sensing probe of the instrument against the surface of the measured object to determine its moisture content, without any destructive effect on the surface of the measured object.

3. The JT-T yarn leather moisture meter has a wide range of moisture measurement, stable performance, accurate measurement, and fast measurement, which can be completed in one second.

4. This instrument is small in size and light in weight, and can be carried on site for rapid detection. It is a good helper for on-site detection personnel to detect moisture content.

4、 Jingtai brand JT-T yarn leather moisture analyzer - Technical parameters of yarn leather moisture analyzer

1. Measuring moisture range: 0-40%

2. Operating environment temperature: -5 ℃ to+60 ℃

3. Accuracy: ± 0.5%

4. Response time: 1 second

5. Display mode: 3 1/2 digit LCD digital display

6. Electromagnetic wave scanning depth: 50mm

7. Gear conversion: 0~10 positions

8. Power supply: One 9V (6F22 type) laminated battery

9. Volume: 160 × 60 × 27 (mm)

10. Weight: Approximately 200 grams

5、 Precautions

1. The moisture meter is a contact type measuring instrument, and the prerequisite for measurement is that the three sensing probes of the instrument must be in full contact with the measured object.

2. When measuring, hold the lower half of the instrument and keep the body of the instrument parallel to the object being measured. Gently press the three sensing probes of the instrument onto the surface of the object being measured.

3. Due to the strong penetrability of high-frequency waves, the presence of metal around the measured object can lead to inaccurate measurements. Therefore, during measurement, there should be no metal or other sensing objects around the instrument probe.

Answer to questions about the use of JT-T textile raw material moisture meter:
The JT-T textile raw material moisture meter can be used to quickly measure the moisture regain (moisture) of tube yarn, clothing, greige fabric, fabric, and leather. Many users and friends may encounter some questions during the actual operation process. Here are the unified answers:
Question 1: Can a single piece of fabric be measured? How thick does the fabric need to be when measuring?
Answer: Firstly, we need to understand the working principle of the instrument. The instrument uses electromagnetic wave induction technology for operation, and the scanning depth of electromagnetic waves at the probe can reach 50 millimeters deep; Therefore, when measuring, it is necessary to stack or stack fabrics, leather, and other measuring objects to a thickness of 50 millimeters or more in order to accurately measure their moisture regain. If only a piece of fabric is placed on a table for measurement, the measured data will not only include the moisture content of the fabric, but also the moisture content of the wooden table.
　　
Question 2: How should the instrument probe be placed when measuring fabrics and clothing?
Answer: After stacking the thickness of the measuring object such as fabric, clothing, leather, etc. to 50mm or more, place it on a table or the ground, hold the lower part of the instrument, roughly parallel the instrument housing to the measured object, and gently press the instrument probe on top of the measured object. After the data is stable, it is the moisture regain value of the substance.
　　
Question 3: Do the data measured by JT-T textile raw material moisture meter need further processing?
Answer: Some users have asked if it is necessary to divide the data of 25 layers of fabric measured by this moisture regain meter by 25? The JT-T instrument scans moisture within a thickness of 50mm using electromagnetic waves and measures the average moisture regain of fabrics within this thickness, so no further processing is required.
　　
Question 4: Where should the probe be used to measure the moisture content of cylinder yarn when using JT-T textile raw material moisture meter?
Answer: The tube yarn has sides and cross-sections (at both ends), and the texture at the two places may differ during measurement. The correct measurement method is to lightly press the probe of the instrument on the side for measurement.
　　
Question 5: Do all three sensing probes of JT-T textile raw material moisture meter need to be in contact with the measured object?
Answer: Yes. The three sensors of the instrument need to come into contact with the object being measured in order to Form a complete circuit. The data measured by only touching one or two sensors is inaccurate.