Yarn Count by Count Data System

Introduction

The count of yarn is very important for yarn manufacturing. It is a  number that helps to identify whether the yarn is coarser or finer. Actually, it indicates the number of mass per unit length or length per unit mass. There are several count systems of yarn. The count system is divided into two systems.
1. Direct system 2. Indirect system.

In, the direct system, length is fixed and in the indirect system, weight is fixed.

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Objectives

  • To know about the yarn count, TPI, CSP, and Breaking strength of the yarn.
  • To know about the count data system.
  • To know about how the measurement of yarn count is done and the properties of the count data system.

Working Principle

The count of yarn expresses the fineness or coarseness of yarn. The principle of an indirect system is-
Yarn count (Indirect) = (Sample length / Length unit) ✕ (Weight unit / Sample weight)

and CSP = (Count of yarn  Breaking strength)

Apparatus

  • Computer
  • Yarn package
  • Yarn guide
  • Tensioner
  • TPI tester
  • Lea strength tester
  • Wrap reel etc.
Data Collected
  • Sample length: 120 yds
  • Sample weight: 2.25 gm
  • Count: 28.8
  • Tarn tension: 85
  • CSP: (28.8 ✕ 82) = 2361.6
  • TPI: 20

Working Procedure

1st steps
Log in
[Username - Administration, Password - Lab team, Mode - Process wise]
ok
System setting
Mill Master
Process data
Add/ Edit [Count type: Nominal count, CSP, Breaking strength, TPI, Yarn type, Lot no, Frame no]
Update
Close
Layout

2nd steps
Log in
[User name - Company, Password-Lab team, Mode - Process wise]
ok
Process
Count analysis
Standard department - Ring frame
New
Choose test type - count type
ok
Edit
Save
Frame no entry
ok
Value [Observe no, Sample unit]
Enter
Report preview
Export

ok

Conclusion

In this experiment, we knew about the count data system and the procedure which is done by software. This will help us in our working field later.
Yarn Count by Data System


Bijoy

Studied In Textile Engineering. Likes writing and reading articles on the internet. Likes to take on new challenges and is interested in learning new machinery items.facebooklinkedin

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