Table Top CSP machine consists of a table top lea strength tester and yarn count balance.

It measures the lea strength and count and then expresses the result as count strength product.

Lea strength is measured in constant rate of elongation principle.

TECHNICAL SPECIFICATIONS:

It is a combination of Statex Table Top Lea Strength Tester, Statex Lab data software and an electronic balance.

Inbuilt mini printer for simultaneous printout of results.

External printer attachment provision for printout of results.

Lea tester can be operated in standalone mode without computer.

Lea strength measures in constant rate of elongation principle.

Testing range: Upto 500 Lbs (or) 250 Kgs.

Traverse speed: 300mm/min.

It is compact in size and easy to maintain, since it is table top model.

This system is made up of rigid body for better stability.

TABLE TOP CSP LAB DATA SOFTWARE:

The user friendly “windows based software” has been provided for conducting majority of tests like

1) Wrapping tests in sliver, roving, yarn.

2) Noil testing at comber.

3) Roving stretch tests at simplex.

4) Auto leveler tests at draw frame

Provision provided for designing the printout format as per user choice.

Majority of tests are supported with graphical representation in terms of histogram, line diagrams and stacked bar diagrams.

In case of draw frame auto leveler tests, potentiometer reading can be given for easy tests and the same can be seen in graphical form for knowing its change in trend.

Results shall be compared between groups.

Periodical reports such as weekly, monthly can be taken for each department, group of mechanism and for a separate machine for better analysis.

RESULT PARAMETERS FOR CSP:

Numerical reports: Individual count, strength and CSP.

Statistical reports: Average, CV%, Minimum, Maximum, Range, Standard deviation and Q95%.

Periodic statistical reports: Periodical reports can be taken for all departments with user defined inputs.

Graphical reports: Variation graph for individual tests, periodical variation graphs for average and CV% with user defined inputs.