Portable Fruit Hardness Tester LFHT-T2010

Introduction

Portable Fruit Hardness Tester unit of measurement is kilograms per square centimeter (Kg/cm²), equal to ×10⁵ pascals, with a precision of 0.01 Kg/cm². The device offers high precision and resolution for reliable measurements. Our portable fruit hardness tester can store up to 896 test results. It comes with a high-quality rechargeable battery that supports 100V to 240V input, making it suitable for both domestic and international use.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Portable Fruit Hardness Tester is commonly used to measure the hardness of fruits in food industries, agriculture, laboratories, and educational institutions.

Specifications

Unit	Kg/cm² (×10⁵ Pa)
Division Value	0.01 Kg/cm²
Indication Error	±0.5%
Measurement Range	0.4 to 20 Kg/cm² (×10⁵ Pa)
Seaming Chuck Diameter	2″ Φ7.9 mm
Depth Pressed by Seaming Chuck	10 mm
Indication Way	±1% (Digital)
Data Interface	RS232 nine-hole socket
Sensor Structure	Type sensor with high precision (inner sensor)
Ambient Temperature	5°C to 35°C
Transport Temperature	-10°C to 60°C
Relative Humidity	15% to 80% RH
Working Conditions	No hypocentre and corrosive medium
Power	Rechargeable batteries, charger (charging voltage 100V to 240V)
Dimension	230 × 66 × 36 mm
Net Weight	0.45 Kg

Features

Large Display

Easy Mounting

Peak Hold Function

Energy Saving

Easy Mounting

FAQs

1. What is the It Portable Fruit Hardness Tester used for, and who can benefit from it?

The It Portable Fruit Hardness Tester is designed to measure the firmness or hardness of fruits. It helps ensure that fruits meet quality standards in terms of ripeness and texture. This device is especially useful in the food industry, agriculture, research laboratories, and educational institutions. It allows users to consistently monitor fruit quality during production, storage, and shipping, making it a valuable tool for farmers, food processors, and researchers alike.

2. How accurate is the It Fruit Hardness Tester, and what is its measurement range?

The It tester offers high precision and reliability. It can measure hardness within a range of 0.4 to 20 kilograms per square centimeter (Kg/cm²), which is equivalent to ×10? pascals. The device has a fine resolution of 0.01 Kg/cm² and an indication error margin of just ±0.5%, ensuring accurate and repeatable measurements. This level of precision makes it suitable for professional applications where detailed analysis of fruit firmness is important.

3. What features make the It Fruit Hardness Tester user-friendly?

The device is equipped with a large digital display for clear readings and includes a peak hold function to capture the maximum value during testing. It has easy mounting, making it simple to set up and operate in various environments. The tester is energy-efficient, with a rechargeable battery that supports both 100V to 240V input, allowing it to be used internationally. Additionally, it stores up to 896 test results, which is helpful for keeping track of testing history without needing to manually log each reading.

4. How is data stored and transferred from the It Fruit Hardness Tester?

The tester includes a RS232 nine-hole socket data interface, which allows users to connect it to external devices such as computers or printers for data transfer and analysis. This feature is particularly useful for researchers or quality control professionals who need to archive and analyze large amounts of test data. With its internal storage capacity of up to 896 test results, users can also review previous readings directly on the device before transferring them.

5. Can the It Fruit Hardness Tester be used in different environmental conditions?

Yes, the device is built to function reliably under various environmental conditions. It operates effectively within an ambient temperature range of 5°C to 35°C, and it can be transported in temperatures from -10°C to 60°C. It works well in environments with 15% to 80% relative humidity, as long as there are no corrosive substances or strong vibrations present. This makes it suitable for use in both fieldwork and laboratory settings.