JF810 HIGH SPEED ENERGY SAVING CAM/DOBBY AIR JET LOOM

HIGH SPEED

New beating weft device,new frame structure,high speed controlled by CPU system,making machine speed to reach 1300rpm.

ENERGY CONSERVATION

Because auxiliary air tank and auxiliary air valve is directly connected,no air loss.The sub nozzle has a tapered opening to prevent air dispersion,thus enable stable weft insertion with less air.drafting nozzle give a draft to wefts yarn,reduce air consumption for auxiliary nozzle.

INTELLIGENT

New-model  interface,internet and new communications technology,realizing machine highly intelligent.

LOW VIBRATION

Through 3D design and computer analysis to achieve the best value for machine structure and light value,balance value for weft institutions.

Remarkable Energy Savings

High speed and plenty time weft beating

Using four connecting rod or six connecting rod beating-up mechanism,ensure beating plenty time for weft insertion,this gives JF810excellent weaving performance.

Adopting High Speed,Lower Vibration Technology To Meet The Stable Operation.

Perfect Stop Mark Preventing System

Shakes Of The Cloth Face When Starting

When starting, the thin road(especially the side support) can be effectively prevented by reversing and turning according to the quantity(mm) set for let-off and take-up

* Can set momentum and number of turns

Adjustment Of Let-off Volume

According to the different causes of shutdown and downtime, the amount of let off can be set at will, which can reliably prevent the production of parking gear.

Mechanical Stop Angle. Selection Of Starting Angle

According to the type of fabric and the state of the parking gear, the stop and starting angle of the loom can be set arbitrarily.

Knitting Fabric Following Device

Immediately after shutting down, prevent reversion of the reed contact fabric, and eliminate the cause of parking gear.

When starting again, it automatically returns to the original set of tension and starts beating up at the normal weaving position.

Selection Of The Starting Method For The Main Motor

The main motor adopts a super start motor that can start in a short time to ensure that the first weft beating has sufficient beating force. Because of the triangulation type, starter's two different starting methods get different starting torque, so that the production of sparse circuit can be prevented.