Short Span Compression Tester LSCT-T2010

Introduction

Short Span Compression Tester can measure forces ranging from 1 to 500 Newtons, which is equal to 0.06 to 33.3 kilonewtons per meter. It is suitable for testing materials with a sample width of 15 mm, with a tolerance of ±0.1 mm. Open design of our short span compression tester makes it simple to place the sample in the test area. It uses a pneumatic system to clamp the sample firmly in place, ensuring stable and accurate testing without manual effort.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Short Span Compression Tester is mainly used to test paper and cardboard in carton manufacturing. It can also be used to test paper sheets made in labs during pulp testing.

Specifications

Test Range	1 to 500 N (0.06 to 33.3 kN/m)
Sample Width	15 ± 0.1 mm
Compression Distance	0.3 to 0.7 mm
Clamping Length	30 ± 0.5 mm
Accuracy	0.15 N, 0.01 kN/m
Air Source	0.5 MPa
Specimen Holding Force	2300 ± 500 N
Gauge Pressure	0.53 ± 0.07 MPa
Display	Liquid Crystal Display
Indication Range	5 to 500 N
Indication Error	±1%
Indication Variability	≤1%
Test Speed (Alternate)	3 ± 1 mm/min
Storage Capacity	20 results
Printer	Yes
Working Temperature	0 to 40℃
Working Humidity	≤85% RH
Power Supply	220 , 50/60 Hz
Dimension	505 × 355 × 480 mm
Weight	25 Kg

Features

Easy to use

Built-in touch screen

Adjustable Clamping pressure

Multiple languages

FAQs

1. What is the It Short Span Compression Tester used for?

The It Short Span Compression Tester is mainly used to measure the compressive strength of paper and cardboard, especially those used in carton production. It helps manufacturers and quality control teams understand how much force the material can withstand before getting crushed. This is important for designing strong and reliable packaging materials. Additionally, this tester can be used in pulp and paper laboratories to test handmade paper sheets during the pulp quality testing process.

2. How does the pneumatic clamping system in the It Short Span Compression Tester improve testing accuracy?

The It Short Span Compression Tester uses a pneumatic system to clamp the sample automatically and firmly. This eliminates the need for manual clamping, which can often lead to uneven pressure and inaccurate results. The pneumatic clamping applies a consistent holding force of about 2300 ± 500 N, ensuring that every test is done under the same conditions. This stable and repeatable clamping method helps improve the reliability and precision of the test results.

3. What are the key features that make the It Short Span Compression Tester easy to operate?

The It Short Span Compression Tester is designed with user-friendliness in mind. It has a built-in touchscreen display that makes it simple to control and monitor the tests. The open design of the test area allows users to easily place the sample without any difficulty. It also offers adjustable clamping pressure and supports multiple languages, which helps operators from different backgrounds use the machine with ease. All these features combine to provide a smooth and efficient testing experience.

4. What makes the It Short Span Compression Tester suitable for precise compression testing?

Several factors make the It Short Span Compression Tester ideal for precise short-span compression tests. It can measure forces from 1 to 500 Newtons with an accuracy of 0.15 N and an indication error of only ±1%. The sample width tolerance is tight (15 ± 0.1 mm), ensuring that each test is carried out with high consistency. The compression distance is small (0.3 to 0.7 mm), making it perfect for short-span measurements. These specifications make it a reliable tool for laboratories and manufacturers needing accurate results.

5. Can the It Short Span Compression Tester store and print test results?

Yes, the It Short Span Compression Tester has a storage capacity for up to 20 test results, allowing users to review previous measurements when needed. It also includes a built-in printer, so results can be printed immediately after testing. This is especially useful in quality control settings, where maintaining records of material strength is important for production and reporting purposes. The ability to store and print results adds convenience and helps improve workflow in the lab or factory.