Computer Controlled Load Cell Based Vickers Hardness Tester (THT-A Series with VIDAS 4.0)

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Computer Controlled Load Cell Based Vickers Hardness Tester (THT-A Series with VIDAS 4.0)

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MOQ : 1 Millimeter

Computer Controlled Load Cell Based Vickers Hardness Tester (THT-A Series with VIDAS 4.0) Specification

Dimension (L*W*H)
585X200X630 Millimeter (mm)

Interface Type
USB / Ethernet

Equipment Type
Vickers Hardness Tester

Measuring Range
1HV – 2967HV

Port Size
Standard USB / Ethernet for PC connection

Frequency
50-60Hz

Test Range
5HV – 2900HV

Automation Grade
Fully Automatic

Number of Specimens
Multiple via automated positioning

Response Time
≤3 seconds per indent

Application
Metals, alloys, ceramics, surface coatings

Power Supply
AC220V±5% 50-60Hz

Display Type
High-definition touchscreen display

Max Height
160 mm

Resolution
0.1 μm

Operating Voltage
AC220V ±5% 50-60Hz

Hardness
Vickers (HV)

Specimen Size
Up to 120 mm width, max height 160 mm

Accuracy
±1%

Mounting Type
Benchtop

Features
Load cell based, PC controlled, automatic turret, image analysis, data storage, motorized stage, auto measurement

Temperature
10°C ~ 40°C

Humidity
≤85% RH

Usage
Vickers hardness measurement

Capacity
Load cell selectable: 10g to 1kg

Machine Weight
42 Kilograms (kg)

Test Speed
Variable, computer controlled

Test Width
Up to 120 mm

Test Stroke
Max 90 mm

Control Mode
Computer Controlled via VIDAS 4.0 software

Computer Controlled Load Cell Based Vickers Hardness Tester (THT-A Series with VIDAS 4.0) Trade Information

Minimum Order Quantity
1 Millimeter

Payment Terms
Cheque, Telegraphic Transfer (T/T)

Supply Ability
1 Millimeter Per Day

Delivery Time
1 Week

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Computer Controlled Load Cell Based Vickers Hardness Tester (THT-A Series with VIDAS 4.0)

Features

MANUAL EYEPIECE : Equipped with 10x Manual Eyepiece to measure the length of diagonal. The hardness value can be displayed directly on LCD screen by entering the indentation diagonal length.

ILLUMINATION SYSTEM : Halogen illumination unit gives very clear images and can be also used as a simple microscope. Halogen illumination unit enter stand by mode after a certain period of inactivity which gives it a long service life and low power consumption.

LCD SCREEN : 80X25mm LCD Screen can visually display the hardness value, conversion hardness, test force and dwell time.

CAMERA PORT : Machine equipped with dual optical channel. 5 MP USB Camera is connected to one of the dual optical channels, other optical channel is for 10X eyepiece. Both optical channel works simultaneously.

TEST FORCE : All the test force is applied by load cell. The high quality load sensing system can do a wide-range of vickers test by one load cell.

AUTO TURRET MECHANISM : Equipped with auto turret mechanism. Auto turret perform a series of operation and measuring lens automatically comes back to central position after making indentation. The position of the indenter and the objective lens can be automatically switched using keypad.

EMERGENCY SWITCH : Equipped with emergency stop switch.

Advanced Automated Hardness Testing

Designed for professional environments, the THT-A Series Vickers Hardness Tester integrates computer-controlled load application, a motorized automatic turret, and high-definition optical imaging. Users benefit from customizable test parameters, automatic objective and indenter selection, and error-reducing digital measurement, ensuring accuracy and efficiency with each test cycle.

Efficient Data Management and Reporting

With the VIDAS 4.0 software, this tester provides streamlined storage and export of test results. Large built-in memory allows for storage of extensive result sets, while data can be exported to Excel, Word, or PDF formats for easy reporting and sharing. Multi-language support ensures accessible operation for global users.

Comprehensive Safety and User Experience

The instrument features overload protection, test interruption alerts, and adjustable LED illumination to safeguard both the equipment and users. The ergonomic touchscreen display and computer integration with USB/Ethernet connectivity offer a modern and intuitive user experience for laboratories, production facilities, or educational institutions.

FAQs of Computer Controlled Load Cell Based Vickers Hardness Tester (THT-A Series with VIDAS 4.0):

Q: How does the THT-A Series Vickers Hardness Tester perform automatic indentation measurement?

A: The THT-A Series utilizes a high-precision optical lens and a digital camera, allowing the system to capture and analyze indentation images instantly. VIDAS 4.0 software processes these images, automatically measuring the indentation dimensions for consistent and accurate hardness calculations.

Q: What materials and specimen sizes can this Vickers Hardness Tester evaluate?

A: This tester is suitable for metals, alloys, ceramics, and surface coatings. It accommodates specimens up to 120 mm in width and 160 mm in height, making it versatile for both laboratory and industrial use.

Q: When should I export test results, and in which formats are they available?

A: You can export results after each measurement or at any selected time via VIDAS 4.0 software. The tester supports report export in Excel, Word, and PDF formats, aiding efficient data management and documentation.

Q: Where does the THT-A Series obtain its precise load control?

A: The system uses an advanced load cell mechanism, selectable from 10g to 1kg, ensuring programmable load application managed directly by the VIDAS 4.0 software. This enables precise and repeatable hardness measurements according to test requirements.

Q: What is the process for measuring Vickers hardness with this tester?

A: Simply mount the specimen, select your parameters through the touchscreen or VIDAS software, and the systems motorized turret and stage will automatically position, load, and measure the indentation. Results are calculated and displayed promptly, with response times under 3 seconds per indent.

Q: How does the tester improve user safety and protect against operational risks?

A: The instrument is equipped with overload protection and test interruption alerts, helping prevent both specimen and equipment damage. Adjustable LED illumination and ergonomic design further support safe, accurate testing environments.

Q: What are the main benefits of using the fully automatic, computer-controlled THT-A Series?

A: Benefits include high accuracy (1%), rapid, automatic measurements, comprehensive data storage and reporting, intuitive operation via touchscreen and PC, as well as automated processes that minimize human error and maximize throughput for quality assurance workflows.