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Indentation Test - Low Temp

Name: Indentation Test - Low Temp
Brand: CALTECH ENGINEERING SERVICES
Price: 50 INR
Availability: InStock

Price 50 INR/ Piece

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MOQ : 50 Pieces

Indentation Test - Low Temp Specification

Frequency
50 Hz

Protection
Overload Protection

Resolution
0.01 mm

Diameter
10 mm Indenter

Measurement Range
0-25 mm

Temperature Range
-10C to +50C

Connectivity Type
Standalone

Capacity
25 mm Max Indentation

Humidity %
up to 90% RH

Sensor Type
Strain Gauge

Equipment Type
Indentation Hardness Tester

Application Media
Rubber Testing

Material
Mild Steel

Power Supply
230 V AC, 50 Hz

Power Consumption
15 W

Accuracy
1% of Full Scale

Display Type
Digital LED

Range
0-25 mm

Finish
Powder Coated

Sample Size
50 x 50 mm minimum

Operating Temperature
Programmable

Type
Low Temperature Indentation Test

Heating System
PID Controlled

Data Output
USB interface

Control
Microprocessor-based

Test Method
IS 3400 (Part 22) / ASTM D1321

Color
Blue-Grey

Indentation Test - Low Temp Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
500 Pieces Per Day

Delivery Time
1 Week

About Indentation Test - Low Temp

Technical specification

Construction	Stainless Steel
External Body	Mild Steel Powder Coated
Size of Bath	285 x 165 x 530mm
Control Panel	Automatic Control Panel
Compressor	HP
Controller	Electronic PID controlled
Temperature	Ambient to 5 deg cent
Sensor	PT-100
Timer	Digital timer 0-999.9 Hrs
Std Weights	2 Kg Stainless Steel
Indenter	0.250 Kg Suitable for above bath
Dial Gauge	0 to 5mm lc 0.010mm (06 Nos.)
Magnetic Stand	To feet dial gauges with extra length (06 Nos)
Stirrer	Motorized lab stirrer for water

Precision Measurement for Rubber Testing

This indentation hardness tester ensures accurate evaluation of rubber materials at low temperatures using a 10 mm indenter. With programmable parameters and microprocessor control, users can rely on highly repeatable measurements. Its digital LED display and USB data output simplify analysis and documentation, supporting test applications in research, quality control, and manufacturing environments.

Durable Design and Advanced Controls

Constructed from mild steel with a durable powder-coated finish in blue-grey, the device withstands demanding laboratory conditions. It integrates modern sensor technology (strain gauge) and PID heating for consistent temperature management. Overload protection ensures safety during operation, while standalone connectivity supports flexible usage in different settings.

Compliance and Easy Operation

Suitable for Indian and international standards, the tester offers a wide temperature and humidity operating range, catering to various environments. Its simple interface allows fast setup and smooth testing process, while the USB connectivity facilitates efficient data management for dealers, distributors, and manufacturers.

FAQs of Indentation Test - Low Temp:

Q: How is the Indentation Hardness Tester operated for low temperature rubber testing?

A: The tester is operated using its microprocessor-based controls and digital LED display. The user programs the required temperature within the -10C to +50C range, places the sample (min 50 x 50 mm), and initiates the test. The device uses a PID-controlled heating system for stable conditions and a 10 mm indenter to perform indentation.

Q: What standards does this indentation test equipment comply with?

A: The equipment complies with both IS 3400 (Part 22) and ASTM D1321 test methods, ensuring precise and reliable results for rubber hardness measurement at low temperatures.

Q: When should I use this tester instead of other hardness measurement devices?

A: This tester should be used when you require accurate hardness measurements of rubber samples at low or programmable temperatures, especially in environments that meet the tests specified humidity and temperature ranges.

Q: Where can the data from the indentation test be exported or analyzed?

A: Test data is easily exported via the built-in USB interface, allowing users to transfer measurement results to any compatible computer or analysis software for storage or further examination.

Q: What is the process for preparing a sample for this indentation test?

A: Samples must be at least 50 x 50 mm in size. After conditioning the rubber to the desired temperature, place it on the test platform and ensure correct alignment with the indenter for accurate measurement.

Q: How does overload protection benefit the user during operation?

A: Overload protection safeguards both the tester and the sample by automatically preventing excess loads, ensuring consistent results and prolonging equipment lifespan during repeated industrial usage.

Q: What are the advantages of the digital LED display and USB connectivity?

A: The digital LED display provides quick, clear readouts, and the USB connectivity allows simple, fast export of test data. Together, they streamline the testing workflow and facilitate effective documentation and analysis.

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