Product Details
Efficient Warping Machine For Hook And Loop Yarn With Smooth
Operation
Main Technical Parameters:
Model: | HY-VT002 |
Mani motor power: | 7500W |
Volt | 380 V/440 V |
Beam type | 700*410mm |
Line Speed | 0~1000 M/Min. |
Max. Tension of Line | 500 N |
Brake Torque | 1600 NM |
Up and Down of Beam | Pneumatic Control |
Tight and Release of Beam | Pneumatic Control |
Diameter of Speed Roller | 120 MM |
Control Type of Main Motor | Converter Control |
Monitoring Way | Immediate Monitor by Microcomputer Controlled Touch Screen |
Pressure of Pneumatic Source | 6 Bar |
Machine size | 15924*1500*2246mm |
Net weight | 4000kg |
Main Configuration:
Main Motor | WNM of China |
Converter | INVT of China |
Test Components A | AUTONICS of South Korea |
Test Components B | Koyo of Japan |
Pneumatic Components | AIRTAC of Taiwan |
PLC | MITSUBISHI of JAPAN |
Touch Screen | MCGS of Beijing |
Operating Components | SCHNEIDER of France |
Terminal Components | PHOENIXCONTACT of Germany |
Bearings | NSK of Japan |
Technical Specification:
- The main motor is controlled by converter. The constant and
reliable digital pulse close ring controlled by the PLC guarantees
the speed of winding and storing yarn is stable.
- The bracket movement of beam is controlled by pneumatic, and its
position is accuracy controlled by photoelectric sensor and the PLC
automatically, which select the different position according to
beam's diameter.
- The tail bracket is controlled by pneumatic, and the shaft adepts
centre fixing shaft head. These two features make the damage to
inner beam caused by the shift lower down to the minimum.
- The main brake adepts pneumatic butterfly brake. The breaking tray
with middle unoccupied has a nice heat-dissipated function. On the
other hand, the using of break pincer with auto-compensation and
the hoofed piece makes the butterfly brake stable and last a long
life.
- The brake of Positive roller and Speed roller can make different
brake pressures according to different speeds (more than 200
m/min). These different pressures, together with the main beam
break, guarantees the yarn tension in the breaking time is the same
as the tension under the constant speed.