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Concrete Penetrometer - Spring Type

Price 1.00 INR/ Piece

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MOQ : 1 Piece

Concrete Penetrometer - Spring Type Specification

Max Height
18 cm (Approx.)

Equipment Type
Concrete Penetrometer - Spring Type

Resolution
1 kg/cm2

Dimension (L*W*H)
18X10X5 Millimeter (mm)

Power Supply
Not Required (Manual)

Mounting Type
Handheld

Measuring Range
10 kg/cm2 - 50 kg/cm2

Port Size
Standard Compact Size

Color
White

Accuracy
1 kg/cm2

Humidity
Standard Laboratory Conditions

Application
This test is used to determine the elapsed time between batching of a concrete sample and when it is deemed by standard methods to have set

Features
Portable, Easy to Use, Durable, With Calibration Spring

Interface Type
Mechanical Push Rod

Product Type
Penetration Resistance Apparatus

Temperature
Standard Laboratory Conditions

Number of Specimens
Single Specimen at a time

Response Time
Immediate (Mechanical)

Display Type
Analog Scale

Automation Grade
Manual

Test Range
10 kg/cm2 to 50 kg/cm2

Usage
Penetration Resistance

Specimen Size
Suitable for mortar cube surface

Capacity
Spring scale up to 50 kg/cm2

Machine Weight
Approx. 1.5 kg

Test Speed
Manual (spring type, no motor)

Test Stroke
Standard penetration stroke

Control Mode
Manual Operation

Concrete Penetrometer - Spring Type Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
300 Pieces Per Month

Delivery Time
4 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

Certifications
ISO 9001 : 2015

About Concrete Penetrometer - Spring Type

Compliance With Following International Standards:

ASTM C403, IS:8142,IS:1199-part7

This test is used to determine the elapsed time between batching of a concrete sample and when it is deemed by standard methods to have set. The method involves measuring the penetration resistance of a test sample, which has had coarse particles removed at periodic intervals. It is particularly useful, in determining the effect on setting time of admixtures in the concrete, where these may have been introduced specifically to increase the setting time.

Further details available on our website.
Price and specifications mentioned here are subject to change as per the application, customer requirements and prevailing market conditions. Please refer to us for the final rates and offer.

Precisely Measure Concrete Setting Time

The Concrete Penetrometer - Spring Type is engineered for determining the elapsed time from batching to initial set of concrete, making it indispensable for time-sensitive construction assessment. Its standardized stroke and manual operation ensure consistent results under laboratory conditions, helping professionals validate compliance with industry standards effortlessly.

Durable, User-Friendly Design

Featuring a powder-coated metallic body and a compact handheld form, the Concrete Penetrometer is both portable and durable. Its analog graduated scale and mechanical push rod interface allow for easy, immediate reading without the need for external power, ideal for site or laboratory use. Calibration is provided for sustained accuracy.

Accurate Penetration Resistance Testing

Optimized for precise penetration resistance measurements, the devices spring scale is designed to assess mortar cube surfaces with a capacity up to 50 kg/cm2. This single-specimen tester supports rigorous quality control, facilitating the reliable evaluation of setting characteristics within a resolution of 1 kg/cm2.

FAQs of Concrete Penetrometer - Spring Type:

Q: How is the Concrete Penetrometer - Spring Type operated during testing?

A: This penetrometer is manually operated using its spring-loaded plunger. You press the mechanical push rod onto the mortar cube surface, and the graduated analog scale shows the penetration resistance instantly without requiring any external power source.

Q: What applications is this penetrometer ideally suited for?

A: The device is designed for determining the elapsed time between batching of a concrete sample and its initial set, as outlined in standardized testing methods. Its specifically useful for monitoring penetration resistance in laboratory or field conditions where accurate setting time assessments are needed.

Q: When and where should the penetrometer be used for optimal results?

A: Use the instrument in controlled laboratory environments or onsite during concrete batching and curing processes. Testing should follow standard laboratory conditions for temperature and humidity to maintain accuracy, and results are most reliable when applied to mortar cube surfaces.

Q: What is the process for using the penetrometer to measure concrete setting time?

A: Prepare a mortar cube specimen, position the penetrometer, and manually push the spring-loaded plunger to penetrate the surface. Read the force value on the graduated analog scale. Repeat this process at intervals to determine the setting time based on penetration resistance measurements.

Q: What benefits does this equipment offer to construction professionals?

A: It provides immediate, precise readings of concrete setting progress, facilitating timely quality control without the need for electricity. Its compact, portable design makes it easy to use onsite or in laboratories, and the supplied calibration certificate assures reliable accuracy for compliance with industry standards.

Q: How do I ensure accurate measurements with the penetrometer?

A: Always use the device under standard laboratory conditions, on properly prepared mortar cube surfaces, and refer to the supplied calibration certificate. Regular calibration and correct manual operation help maintain the accuracy of 1 kg/cm2 across the measuring range.

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