DIRECT READING GSM BALANCE-GRAMMAGE TESTER

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DIRECT READING GSM BALANCE-GRAMMAGE TESTER

Name: DIRECT READING GSM BALANCE-GRAMMAGE TESTER
Brand: EIE INSTRUMENTS PRIVATE LIMITED
Price: 15680.00 INR
Availability: InStock

Price 15680.00 INR/ Number

Get a Price/Quote

MOQ : 1 Number

DIRECT READING GSM BALANCE-GRAMMAGE TESTER Specification

Measuring Range
0600 GSM

Application
Digital Quadrant Scale is intended for measuring the GSM of paper and other sheet materials by weighing a small test sample with given dimensions

Accuracy
1 GSM

Temperature
10 to 40C

Display Type
Direct Dial/Analog/Mechanical Scale

Humidity
Up to 85% RH (Non-condensing)

Max Height
Approx. 250 mm

Power Supply
Not Required (Manual Balance)

Equipment Type
DIRECT READING GSM BALANCE-GRAMMAGE TESTER

Number of Specimens
Single Specimen per Test

Features
Direct reading, highly accurate balance, sturdy base, anti-corrosive finish

Response Time
Immediate

Specimen Size
100 cm circular (as per standard GSM cutter)

Test Range
0600 GSM (Grams per square meter)

Product Type
DIRECT READING GSM BALANCE-GRAMMAGE TESTER

Usage
Civil Engineering Testing Instrument

Mounting Type
Table Top

Resolution
1 GSM

Automation Grade
Manual

Capacity
Up to 600 GSM

Machine Weight
Approx. 3-5 kg

Test Speed
Manual Operation (No speed setting required)

Test Width
100 mm

Control Mode
Direct Reading (Manual)

Sample Holder
Hardened and precision-engineered for consistent placement

Construction Material
Mild Steel with powder coated finish

Balance Type
Quadrant Balance

Pan Diameter
Approx. 110 mm

Safety
Non-electrical, safe for all operators

Calibration Method
Standard Weights Provided

Compliance Standards
IS 1060/ISO 536/ASTM D646

Scale Graduation
Clearly engraved graduations

Surface Finish
Corrosion Resistant Epoxy Coating

DIRECT READING GSM BALANCE-GRAMMAGE TESTER Trade Information

Minimum Order Quantity
1 Number

Supply Ability
100 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 DIRECT READING GSM BALANCE-GRAMMAGE TESTER

ELECTRONIC GRAMMAGE TESTER (Microcontroller Based):

Digital Quadrant Scale is intended for measuring the GSM of paper and other sheet materials by weighing a small test sample with given dimensions. The GSM of the specimen is being Displayed directly on Digital Panel

Salient Features:

Covered with Transparent Shield
Stainless Steel tearing templates.
Digital GSM Scale display direct weight in GSM in tworange : 20 X 25 cm2 and 10 X 10 cm square Templates
Weight up to 0 to 200 gm with accuracy 0.001gm.
Plate Form Size :110 mm Dia.

Furtherdetails available on our website.

The Price mentioned here are subject to change as per the capacity,specifications and application of the user.

Precision and Reliability in Material Testing

Engineered for accuracy, the DIRECT READING GSM BALANCE-GRAMMAGE TESTER offers consistent measurement of paper grammage, supporting a wide range of industry standards. The precision-engineered sample holder and clearly marked quadrant scale ensure reliable and repeatable results, making it a preferred instrument for laboratories, educational institutes, and quality control departments.

Robust Construction and User-Friendly Operation

Constructed from mild steel and finished with a durable, anti-corrosive epoxy coating, this balance is built to withstand rigorous daily use. No electrical supply is required, ensuring operator safety and reliable performance in varied environments. The analog display provides direct, immediate readings, simplifying the testing process for users of all experience levels.

Versatile Applications and Compliance

Complying with IS 1060, ISO 536, and ASTM D646 standards, the tester is ideal for determining GSM in a range of paper and sheet materials. Its versatility and compliance make it suitable for exporters, manufacturers, service providers, and traders seeking dependable, accurate testing for product quality and research applications.

FAQs of DIRECT READING GSM BALANCE-GRAMMAGE TESTER:

Q: How is the DIRECT READING GSM BALANCE-GRAMMAGE TESTER operated?

A: The tester operates manually, requiring no electrical power. Users place a 100 cm circular specimen (prepared according to standard GSM cutter dimensions) on the sample holder and set counterweights to calibrate the device. The quadrant balance provides a direct, immediate reading of the specimens GSM.

Q: What materials and applications is this balance tester suitable for?

A: This instrument is designed for measuring the grammage of paper and other flat sheet materials. Its compliant design makes it appropriate for civil engineering labs, quality control, and research facilities needing accurate GSM measurements.

Q: When is calibration necessary, and how is it performed?

A: Calibration should be performed before initial use and periodically thereafter using the provided standard weights. Place the calibration weight on the pan and adjust the balance until the pointer aligns with zero, ensuring measurement accuracy.

Q: Where should the device be placed for optimal results?

A: The tester is a tabletop model that should be positioned on a stable, level surface within a controlled environment, ideally at temperatures between 10C and 40C and humidity levels up to 85% RH (non-condensing). This ensures precise and reliable results.

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

A: First, cut a specimen of exactly 100 cm using a standard GSM cutter. Place the specimen on the pan, and the balances quadrant scale provides the direct reading of its GSM. No speed setting or electronic adjustments are required, making the process straightforward and efficient.

Q: What are the key benefits of using this GSM balance?

A: Key benefits include direct, highly accurate GSM readings (1 GSM), a corrosion-resistant build, no requirement for electricity, and immediate response time. Its sturdy construction and safety features make it practical for routine, long-term use in diverse laboratory settings.

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