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Infrared Moisture Meter

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MOQ : 1 Unit

Infrared Moisture Meter Specification

Accuracy
0.01g %

Usage
Eliminates the need for long oven-drying cycles

Classification
Soil Mechanics / Food Science / Chemical Analysis

Model No

Measurement Range
0.01% to 100% Moisture Content

Automation Grade
Semi-Automatic

Product Type
Material Moisture Analyzer

Application
Quality control in production and research labs

Frequency
50Hz Hertz (HZ)

Capacity
70g (max) Kg

Operate Method
Thermal Drying: A weighed sample is heated by an IR lamp; the balance measures the moisture loss as it evaporates, providing a direct reading

Voltage
220V Volt (v)

Core Components
Infrared heating unit, Balance sensor, Digital display

Material
Aluminum and Steel

Temperature Range
40 C to 180 C Celsius (oC)

Power Source
AC Power Supply

Feature
Quick moisture analysis, automatic calculation, user-friendly interface

Equipment Materials
Stainless Steel and ABS body

Type
Infrared Moisture Meter

Display Type
Digital (LCD)

Dimension (L*W*H)
330mm x 220mm x 180mm Millimeter (mm)

Weight
3.5 kg Kilograms (kg)

Operating Humidity
80% RH

Safety Features
Overheat Protection, Auto Shut-off

Heating Method
Infrared Radiation (Halogen) heating

Pan Diameter
90 mm

Sample Weight
1g to 70g

Maximum Power Consumption
350W

Data Output Interface
RS232 Port

Tare Range
0-70g

Time Setting
1-99 min

Moisture Display Modes
Wet Basis, Dry Basis

Display Resolution
0.01%

About Infrared Moisture Meter

Infrared Moisture Meter

It is a fast , accurate method to derive direct moisture % in a sample by Loss on Heating Method. Heating arrangement consists of a 250 watt heating lamp with a solid state power stat to control rate of drying and also temperature.

Fast and Accurate Moisture Analysis
Powered by halogen infrared heating, the IM 70 delivers quick and reliable moisture determination with a wide measurement range and high precision. The device accommodates diverse samples, ensuring repeatable results suitable for various industries. Automatic calculation and an intuitive digital LCD display prioritize ease of use and minimize operator errors.

Robust and Safe Design
Constructed from stainless steel and ABS, the meter balances durability and lightweight handling. Overheat protection and an auto shut-off feature safeguard both users and samples during operation. The RS232 output interface allows seamless data transfer for efficient laboratory workflow and record keeping.

FAQs of Infrared Moisture Meter:

Q: How does the Infrared Moisture Meter measure moisture in samples?

A: The meter determines moisture content by heating the sample with halogen infrared radiation, evaporating water which is then measured by comparing weight loss using a sensitive balance sensor. Results are automatically displayed digitally on a wet or dry basis.

Q: What types of materials can be analyzed using this moisture meter?

A: This device is suitable for analyzing moisture in laboratory samples as well as products within the food, pharmaceutical, chemical, and related sectors, provided sample weights fall between 1g and 70g.

Q: When should I use the Infrared Moisture Meter in my process?

A: Use the IM 70 whenever rapid and accurate moisture determination is required, especially during quality control steps or material processing where moisture levels significantly impact product outcomes.

Q: Where can the Infrared Moisture Meter be installed for optimal performance?

A: The moisture meters compact dimensions (330mm x 220mm x 180mm) and sturdy build make it ideal for laboratory benchtops, quality control stations, or production facilities with AC power supply.

Q: What are the key benefits of using this moisture meter for analysis?

A: Key benefits include fast moisture measurement, high accuracy (0.01g), automatic calculation, digital LCD readout, overheat protection, and capability for data export via RS232 port, enhancing both safety and workflow efficiency.

Q: How do the safety features improve operational reliability?

A: Overheat protection and automatic shut-off prevent damage to the equipment and samples, minimize risks during operation, and ensure consistent results over repeated use.

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