KSL Conveyor Belt of Anti -tearing Steel Mesh Rapier Loom

KSL Conveyor Belt of Anti -tearing Steel Mesh Rapier Loom,PLC polyester fabric loom supplier,PLC polyester fabric loom manufacturer

PLC polyester fabric loom supplier

PLC polyester fabric loom manufacturer

JW series polyester fabric loom, a new electromechanical product, is improved in main drive power on the basis of TW series copper fabric loom with stable frame, reliable take-up and let-off, and is entirely more stable by adopting crankshaft four-bar linkage for once beating-up. The advanced PLC is possible to automatically control motions such as line pressing, picking, weft holding, shuttle braking and shutdown on mis-picks, easy to operate and effective to improve efficiency over 30%. It can make common forming fabric and common dryer fabric, and is ideal for our paper making fabric industry with very high cost performance.

1、Reed Width: 3.2～7.2m. 

2、Machine Speed: 22～35rpm

3、Machine Weight: About 20～50T.  

4、Drive: One-sided motor, pneumatic clutch brake, motor power 5.5～11KW.

5、Shedding: Double dobby shedding, 8 pieces of  heald frames.

6、Weft Insertion:  Pneumatic shooting-in, automatic weft holding by projectile shuttle, pneumatic shuttle braking.

7、Beating-up: Crankshaft four-bar linkage for once beating-up, or

multi-section split four-bar linkage for once beating-up on wider

reed width.

8、Take-up: Mechanical semi-active take-up.

9、Let-off: Mechanical active let-off.

1、Reed Width: 3.2～7.2m. 

2、Machine Speed: 22～35rpm

3、easy to operate polyester fabric loom Weight: About 20～50T.  

4、Drive: One-sided motor, pneumatic clutch brake, motor power 5.5～11KW.

5、Shedding: Double dobby shedding, 8 pieces of  heald frames.

6、Weft Insertion:  Pneumatic shooting-in, automatic weft holding by projectile shuttle, pneumatic shuttle braking.

7、Beating-up: Crankshaft four-bar linkage for once beating-up, or

multi-section split four-bar linkage for once beating-up on wider

reed width.

8、Take-up: Mechanical semi-active take-up.

9、Let-off: Mechanical active let-off.