High Speed Siden Entry IML Robot SW833-S6

SWITEK IML Robot Instruction -- SigmaTek -- Variables

Abstract

With the control system developed by the Austria automatic company SIGMATEK GmbH & Co KG, SWITEK high speed side entry IML robot is providing a more efficient and outstanding performance for your quality bulk production of the IML Yogurt Cups.

1.3 Function Screen

1.3.16 Variables

At the Function screen, select the Variables button to enter this page, as the picture below 1.3.16;

1. There are ten variables you can use in a Teaching program, can be used for signs, statistics, etc. Another multiple vacuum, input, output signal monitoring.
2. At the same time the user can click on an empty area behind the variable renaming variables, facilitate the teaching mode identification of variables;
3. Stack state: 1 means stack is finish, 0 is not finish.

1.3.17 Axis Configuration

Select the Back button return to the menu interface, Choose Axis Configuration button into this page, as the picture below 1.3.17:

1. In position Rotate: If the unit is running servo axis angle, determine the minimum angle of deviation is in place. For example, if you want to rotate 30°, here is set to 0.10°, then when the servo to 29.9°, system default that has been in place. The remaining 0.1° with the next step to run together;
2. In position Linear: Running unit is mm, determine whether the minimum position deviation in place. For example: If you want to move a 30mm, this set is 0.10mm, then, when the servo to 29.90mm. System default that has been in place. The remaining 0.1mm with the next step to run together;
3. In position Linear: Running unit is mm, determine whether the minimum position deviation in place. For example: If you want to move a 30mm. This set is 0.10mm, then, when the servo to 29.90mm. System Default that has been in place. The remaining 0.1mm with the next step to run together;
   Attention: This place interval and teaching program in place each icon editing interface consistent intervals. The default value of the program between the two major party in place interval setting.
4. Reference Speed: Return to the Home when the macimum speed of the motor. Unit is RPM (r/min)
5. Reference Acceleration: Return to the HOme when the acceleration of the motor.Unit is ms (millisecond). Attention, the shorter the accelelration time acceleration is bigger.
6. Manual speed: Manual mode the maximum run speed of the motor. Unit is RPM (r/min).
7. Manual Acceleration: Manual mode the maximum run acceleration of the motor. Unit is ms (millisecond). Attention, the shorter the acceleration time acceleration is bigger.
8. Cycle Speed: Automatic mode maximum running speed of the motor. Unit is RPM (r/min)
9. Cycle Acceleration: The acceleration of time can't more than the set value when run automatically.
   Attention: Of the speed/acceleration limiting, servo motor running parameters Settings interface with maximum revolutions. Program defaults to the smaller one between the two values is the highes speed.
10. Servo axis status information: Can click on the following
    Click "SX", Enter the current picture, as the picture below 1.3.18;
    

    Information in a servo axis parameters to automatically read. Don't need to be set. Suggested that only when the default parameters inapplicable, to modify carefully.
    Attention:

    1. When all the parameters to 0 before restart automatically read the system default parameters (Mainly used in the case of parameter change chaos, other situations without modification). If these parameters are not very accurate, can be set automatically according to the actual running situation of motor. Such that the zero angle of motor is not accurate, can click on the button Get ROFF get zero. Then write into motor M-ROFF setting;
    2. When ** axis is pulse type servo, you don't need to set up and read the parameter information and status.
       CNC Status
       Hardward Error: Servo drive hardware error;
       Softward Min Limit: Axis is beyond of software minimum position setting (Servo operation parameters settings);
       Software Max Limit: Axis is beyond of software maximum position setting (Servo operation parameters settings);
       Velocity Setting Error: Actual speed exceeds the speed of the motor setting;
       Acceleration Setting Error: Actual Acceleration exceeds the Acceleration of the motor setting;
       Position controller off: Close enable or position control;
       No position reference: Didn't finish the reference action;
       Contouring error: Axis actual position beyond set deviation;
       Command error: The instructions are not allowed to perform;
       Idle position: Actual position error, idle position;
       Uncontrolled: Can't control the action;
       Other error:

As for which injection molding machine is a better choice for your IML project, it'll depends on your budget and requirement about the parts. As we know both P250E and P280K3 are excellent high speed injection molding machine designed for the injection production of thin wall containers with high injection speed for the fast injection of thin wall containers. They're no dobt excellent injection molding machine for your IML project. But, how to make a decision between?

Both P250E and P250K3 has similar injection speed (300/500 mm/s optional for P250E and 320mm/s for P250K3) but P250E is an all electric injection molding machine while P250K3 is a high speed hydraulic injection molding machine. Of course an all electric injection molding machine is a better choice for food container IML production, but, the cost of it would be much higher than P250K3. So, if your budget is sufficient, P250E, if not, P250K3 would be the right one for you.

The IML robot for YIZUMI P250K3/P250E would be SWITEK IML Robot SW833. In K2019 SWITEK IML robot SW833 work with P250E in demo of 4 cavities cups at the cycle time of 2.1s, this combination is one of the best IML solution for small size containers IML production.