Touch Screen Micro Vickers Hardness Tester (HT-1000AT)

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Touch Screen Micro Vickers Hardness Tester (HT-1000AT)

Name: Touch Screen Micro Vickers Hardness Tester (HT-1000AT)
Brand: OM ENGINEERING INSTRUMENTS
Price: 1 INR
Availability: InStock

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MOQ : 1 Number

Touch Screen Micro Vickers Hardness Tester (HT-1000AT) Specification

Resolution
0.01 μm

Test Range
5gf – 1000gf

Max Height
80 mm

Operating Voltage
AC220V ±5% 50-60Hz

Application
Micro Vickers hardness testing for metals, alloys and coatings

Display Type
7-inch Color Touch Screen

Specimen Size
Max. Height 80mm, Depth 98mm

Dimension (L*W*H)
530X200X530 Millimeter (mm)

Interface Type
USB, RS232

Features
Automatic turret, data storage, built-in printer, image analysis

Temperature
Operating: 10°C~30°C

Power Supply
AC220V±5% 50-60Hz

Hardness
Micro Vickers

Accuracy
Conforms to ISO 6507, GB/T 4340, ASTM E92

Measuring Range
1 HV – 2967 HV

Equipment Type
Micro Vickers Hardness Tester

Automation Grade
Automatic

Mounting Type
Benchtop

Response Time
Instantaneous touch response

Frequency
50-60 Hz

Humidity
≤ 85%

Usage
Laboratory, Quality Control

Machine Weight
35 Kilograms (kg)

Control Mode
Touch Screen Control

Touch Screen Micro Vickers Hardness Tester (HT-1000AT) Trade Information

Minimum Order Quantity
1 Number

Payment Terms
Cheque, Telegraphic Transfer (T/T)

Supply Ability
1 Number Per Day

Delivery Time
1 Week

Main Domestic Market
All India

About Touch Screen Micro Vickers Hardness Tester (HT-1000AT)

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.

CAMERA PORT :Machine equipped with dual optical channel, one optical channel for 10X eyepiece and another optical channel is for camera by which machine can be upgraded into computerized/ computer controlled model. Both optical channel works simultaneously.

ILLUMINATION SYSTEM :Halogen illumination unit with adjustable intensity 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.

TEST FORCE :Wide range of test force (10gm to 1000gm) can be selected with external force selection knob. The test force is automatically displayed on the 7 inch LCD touch display.

DATA OUTPUT :Equipped with built is thermal printer to take the print out the hardness result USB port is also available to get the data in pendrive.

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 touch panel.

Z-AXIS LIFTING SYSTEM :Side-Ways lifting system makes the z-axis movement more stable and accurate.

LCD TOUCH SCREEN PANEL :7 Inch LCD touch screen can visually display the hardness value, hardness conversion (4 conversion scales can be displayed at the same time), test force, dwell time, statistical data, upper & lower limit and brightness of optical system.

EMERGENCY SWITCH :Equipped with emergency stop switch.

Touch Screen Control & User-Friendly Operation

Navigate all testing procedures through a vivid 7-inch color touch screen, delivering instantaneous response and intuitive controls. The automatic turret and motorized load cell application add convenience and accuracy, facilitating efficient operation for laboratory and quality control environments.

Comprehensive Data Management and Output

Collect, analyze, and export test data effortlessly via USB or RS232 interfaces. The built-in printer and image analysis capability allow for direct report generation and advanced assessment of hardness values, supporting both data archiving and workflow integration.

Precision Testing Conforming to Industry Standards

The HT-1000AT meets international standards including ISO 6507, GB/T 4340, and ASTM E92. With forces ranging from 5g to 1000g and exceptional resolution (0.01 m), it accommodates a wide test range (1 HV 2967 HV) and specimen size up to 80 mm in height.

FAQs of Touch Screen Micro Vickers Hardness Tester (HT-1000AT):

Q: How does the HT-1000AT Micro Vickers Hardness Tester operate?

A: This tester uses a load cell with a motorized application to apply a precise force between 5g and 1000g on the specimen. The process is fully automated through a 7-inch color touch screen, ensuring smooth operation and measurement accuracy.

Q: What are the main benefits of using this Micro Vickers hardness tester?

A: Key advantages include automated turret movement, instantaneous touch response, advanced data management, image analysis, and compliance with rigorously recognized standards. These features enhance workflow efficiency and ensure reliable, repeatable hardness values.

Q: When should I use the HT-1000AT tester?

A: This equipment is ideal for laboratories, quality control departments, or research facilities that require precise microhardness measurements of metals, alloys, and coatings. It is especially suited for thin films, surface layers, and small components.

Q: Where can the tester be installed and what are its space requirements?

A: Designed as a benchtop instrument, it can be conveniently placed in any laboratory or quality control area. The dimensions are 530 x 200 x 530 mm, requiring minimal floor space and supporting a maximum specimen height of 80 mm.

Q: What is the process for data output and report generation?

A: After measurement, data can be exported through USB or RS232, printed directly using the built-in printer, or analyzed via the integrated image analysis software. This supports record keeping, further evaluation, and seamless workflow integration.

Q: How does the device ensure measurement accuracy and compliance?

A: The HT-1000AT is engineered to conform to ISO 6507, GB/T 4340, and ASTM E92 standards. Its high-brightness LED, precision optics, and advanced electronics provide both resolution and accuracy across a wide measurement range.