>= 1 Set(s)
US $300.00
Brief Introduction
XC2005 position controller is an improved version of XC2001. Compatibility and user habits are fully considered in the design. The appearance and installation dimensions of the product are consistent with the original model, and all functions and input/output terminals of the original model are retained. Added servo motor interface, second color mark sensor input and several external button inputs. The arrangement of the terminal block is basically the same as the original model.
The parameter setting is as simple as possible, and only 15 commonly used computer parameters are reserved, and the rest are classified as computer constants. In use, computer constants generally do not need to be modified or can be assigned by the computer. Allows dynamic modification of computer parameters and executes immediately after exiting. When modifying parameters, directly input numbers instead of the original method of shifting, adding and subtracting.
The independent digital pulse module is used to improve the frequency accuracy, so that the operation of the feeding motor (hereinafter referred to as: stepping motor) is more stable and the speed is improved. It supports dual-motor machinery (dual-stepping or dual-servo), and can adopt dual-color marking plus floating roller control.
Applicable models are rich and can be continuously expanded (rather than modified). At present, 9 basic models and 4 model options have been integrated inside the computer, which can be combined into multiple models.
Main Technical Data
1. Power supply: 220V (AC) ± 10%; 50Hz/60Hz;
2. Dimensions: 240mm (width) × 122mm (height) × 110mm (depth); or
304mm(width)×138mm(height)×120mm(depth);
3. Pulse frequency: 2100~9500Hz;
4. Display: LED, four windows;
5. Driver support: two shafts;
6. Software: RigourIII Ver6.20
Operation Panel
Operation Procedures
Regardless of whether the main motor is running or not, it is called the 'running state' to distinguish it from the 'setting state'. The panel in the running state is shown in Figure 1, and the indicator lights and windows display the working status and progress of the computer. The meanings of each indicator light and window data are as follows:
GK2: Hall 2 input indicator. Bright---alnico position (position E). Extinguish---empty position (position F).
GK3: Input indicator of the first color mark sensor(hereinafter named “color 1 photoelectric” for short). After turning on the self-test function, press “Polarity 1” key to modify the input polarity. Bright---the color mark is pitched on. Extinguish---not pitched on.
GK4: Input indicator of the second color mark sensor(hereinafter named “color 2 photoelectric
” for short). After turning on the self-test function, press “Polarity 2” key to modify the input polarity. Bright---the color mark is pitched on. Extinguish---not pitched on. The sensor is in effect in the occasion of two shaft driving
<Count number>: Bag-making quantity.Bag-making quantity = Material-pulling times÷Sending multiple
<Batch number>: When the count number reaches the
<Length>: Bag-making length. Material-pulling length=Bag-making length÷Sending multiple
<Speed>:
Keyboard
In order to reduce the number of keys, most of the keys on the control panel are designed as dual-function keys, with different function definitions in different states. The definition of each button is as follows:
Table 1 Key function description
Key name | In running state | In setting state |
---|---|---|
Run | Start the main motor | No use |
Stop | Stop the main motor | Abandon all modifications, turn back to running state |
Set | Turn into setting state | Save parameters, turn back to running state |
SETUP | Turn into setting state | Select the next parameter circularly |
0/Clear | Clear the low digit of count number/the high digit of count number/batch number | Number '0' |
1/CHECK | Turn on/off the self-test function | Number '1' |
2/INCH B | Shaft motor B click forward (XC2005A/S) | Number '2' |
3/INCH A | Shaft motor A click forward | Number '3' |
4/MARK | Modify settings of color mark | Number '4' |
5/INCH B | Shaft motor B click backward (XC2005A/S) | Number '5' |
6/INCH A | Shaft motor A click backward (XC2005A/S) | Number '6' |
7 | F1 | Number '7' |
8/POLE 2 | Modify the polarity of color mark photoelectric 2 (GK4) | Number ‘8’ |
9/POLE 1 | Modify the polarity of color mark photoelectric 1 (GK3) | Number '9' |
Due to the differences in models, the functions of the jog buttons are different.
Parameter Display
Panel in setting state is as Figure 2. Indicator
For more parameter information, please download the instruction book here or contact us.
Hall Switch Installation
The Hall switch is an important part to coordinate the work of the main motor and the stepper motor, reflecting the cycle, phase and other information of the working machine, and is essentially a time distributor. If there is a deviation in these information, it will affect the electromechanical coordination, resulting in poor working conditions or reduced efficiency. The following describes the installation requirements in conjunction with Figure 5.
Position A: The opening position of the cutter, the starting position of feeding, the feeding process must be completed before the position C, otherwise it will stop at overspeed.
B position: The stop position for all stop operations. Due to inertia, it will actually stop after position B, and the cutter is at the highest position at this time. (For some models) The leading edge of the stripping signal, the stripping signal ends after a delay, and the trailing edge has nothing to do with the position.
C position: the falling position of the cutter, the limit position of feeding. Move the C position back as far as possible under the condition of the machine, which can improve the efficiency, and the end position of the eager cutting machine unloading signal.
D position: (for some models) the leading edge of the stripping signal, the stripping signal ends after a delay, and the trailing edge has nothing to do with the position.
E position: (for the return model), the starting position of the material return, the material return process must be completed before the next A position, otherwise the machine will stop at overspeed. Down blow signal leading edge.
F position: the trailing edge of the downblowing signal.