Can be setted to single lacing in all slots / alternate slots (Leap Mode).
The tension device to adjust the lacing tension is also equipped.laced coil in the shape of tortoise shell increases the lacing efficiency.
Microprocessor in this machine ensure it to suitable for different kind of lacing function.
Special type of thread tensioner ensures no repeated tightening of the thread.
Slot selection can be done directly from monitor. The same machine can be used for 16 slot, 24 slot, 32 slot, 36 slots stators with no need to adjust the mechanical settings. From Monitor you have facility to select the number of slot the stator have.
This is the latest technological machine to have Servo Transposition mechanism enabling controls form Monitor.
Can be selected to have single lacing / double lacing option.
Can be settled to single lacing in all slots.
In addition to this, it has servo transposition mechanism enabling controls form monitor. The machine we offer is equipped with a microprocessor that helps in different kind of lacing function. We have gained expertise in trading and supplying quality-approved Single Lacing Machine.
Memory function in 99 sets of 20 steps or 45 sets of 50 steps and auto-stop device when wire cut-off.
Speed of main spindle can be adjusted steplessly.
Feeding speed is adjustable automatic according to wire diameter.
A battery-free design is equipped for the interior memory system of microprocessor to avoid inconvenience of battery life limitation.
It is very powerful, quick stable and safety response for control procession
Equipped with the programmable RISC-Microcontroller.
the feeding speed of wire arrangement can be selected simultaneously according to.
The winding machine is suitable for minimum winding 24 Pieces of coils simultaneously.
In addition to this, our range is equipped with the programmable RISC-microcontroller. Our offered machines are suitable for minimum winding twenty four pieces of coils simultaneously. We are a prominent organization that is engaged in trading and supplying finest quality Automatic Coil Winding Machines.
The stator be put on the left side of the roller to form up inner side of coil, then put the stator on the right side of forming die to form up height, inner and outer side of the coil finally to ensure the end product to meet the required specification.Ĩ00-1000 rpm, 1000-1500 rpm, 500-800 rpm, 0-500 rpm.
Using upper,lower and center axis molds,this machine can not only rearrange the outlook of the coil ,but also fit the sizing rearrangement,especially suitable for the difficult rearrangement of 2 pole stator.
The machine is suitable for forming up the small to medium size stator coil.
Latest machinery and advanced technology are employed in the manufacturing process. These machines are suitable for forming up the small to medium size stator coil. We are a well-known organization that is engaged in trading and supplying high quality Coil Forming Machine. Once the operating point is reached (300 N, 5 m/s), the angular speedĭecreases and the torque increases, both linearly, so that the power The winder angular speed, mechanical torque, and power. Winder Angular Speed, Mechanical Torque, and Power shows Start the simulation and observe how well the material tensionĪnd the surface speed ramp to their prescribed values in Material Tension and Surface Speed respectively. Is 1 µs in order to comply with the speed reducer, which is theīlock that requires the smallest simulation time step. Note that the simulation time step of the complete model To 25 N/s so that the tension set point requires 12 s to reach itsįinal value. The rate of change of the tension set point is limited internally Set point is 300 N and the surface speed set point is 5 m/s. The Winder Control block, you will see that the tension The Winder Control block, the DC Motor Drive block, In the Simulink masks of the Winder Model block, The simulation parameters are those of a paper winding application The winding machine simulation model is contained in the file cs_winder. The torque required by the winder in this case study isĪpproximately 200 N.m. Motor, while the shaft-transmitted torque is almost 10 times higher on the Reduction ratio is 10, allowing the winder to turn 10 times slower than the The DC motor is connected to the winder by a Speed Reducer block. The DC drive is rated 5 hp, 220 V, 50 HzĪnd is torque regulated. This block contains a complete two-quadrant three-phase rectifier DC drive