equipment characteristic
1. The entire unit features a steel structural design that can withstand impacts during high-speed operation, ensuring smooth machine performance without resonance noise;
2. HMI + PLC control system;
3. Features a manual teaching programming mode, along with audible and visual fault alarms and menu warnings;
4. Dual-axis drive platform featuring a lead screw modular drive system paired with a servo motor;
5. Servo motor reciprocating motion; the PCB board's forward/reverse offset can be customized;
6. Equipped with an SMEMA signal port for online connectivity with other devices;
7. The high-precision stepper motor is equipped with an anti-static belt conveyor, enabling smooth material transport and ensuring that products are delivered to their designated positions quickly, reliably, and accurately without risk of physical damage.
8. Equipped with control buttons for functions such as "Emergency Stop".
9. Install an electricity meter to display power consumption status.
10. The water droplet angle after plasma cleaning is less than 30°.
technical parameter
Plant Operations Requirements:
|
1 |
External dimensions: L*W*H |
1100mm*1200mm*1550mm |
|
2 |
sourcePower |
AC220V 50Hz |
|
3 |
Air supply |
0.2～0.4Mpa |
Configuration Instructions:
|
order number |
project |
Technical Specifications |
|
1 |
weight |
350KG |
|
2 |
aggregate capacity |
3KW |
|
3 |
PCB board dimensions |
50mm*50mm-500mm*450mm |
|
4 |
Transportation method |
High-precision belt conveyor |
|
5 |
Amplitude modulation range |
50-450mm |
|
6 |
Amplitude modulation method |
Manual width adjustment |
|
7 |
Transmission Height |
920±30mm |
|
8 |
Board clearance height |
Top: 65 mm; Bottom: 50 mm |
|
9 |
Transport Direction |
L→R& R→L |
|
10 |
Maximum track load |
3Kg |
|
11 |
Drive mode |
Servo system + Screw Drive Module |
|
12 |
maximum work rate |
500mm/sec |
|
13 |
Cleaning Scope |
W40mm |
|
14 |
Spray gun type |
Rotary spray gun |
|
15 |
Number of spray guns |
2 |
|
16 |
Single plasma generator power output Single plasma generator power |
0-1000W/25KHz |
|
17 |
Processing Diameter |
70mm |
|
18 |
Power efficiency |
>90% (at maximum power output) |
|
19 |
Cleaning output power |
150W-1800W |
|
20 |
positioning accuracy |
0.02mm |
|
21 |
repeatability precision |
0.02mm |
|
22 |
Programming Method |
teaching programming |
|
23 |
Control System |
HMI+PLC |
Spray gun parameters:
|
1 |
Nozzle type |
Rotary nozzle/Low-temperature nozzle |
|
2 |
Plasma power supply |
Analog circuits + Digital circuits |
|
3 |
source |
220V/AC, 50/60Hz, 10A; Grounding resistance <4Ω |
|
4 |
power |
0-1000W/25KHz |
|
5 |
power factor |
≥0.93 |
|
6 |
Processing Height |
5-15mm |
|
7 |
Wide-format processing |
Rotation: 20–80 mm |
|
8 |
Internal Control Model |
Analog circuits + Digital circuits |
|
9 |
External Control Mode |
Equipped with RS232/RS485 analog communication interfaces |
|
10 |
working gas |
CDA or N2 |
|
11 |
Working gas pressure |
Compressed Air (0.2~0.4mpa) |
|
12 |
Spray gun weight |
Rotary: ~5 kg; Direct injection: ~2 kg |
|
13 |
Power supply weight |
Approx. 10 kg |
|
14 |
Power supply dimensions |
460(L)*310(W)*120(H)mm |
|
15 |
Alarm Upload |
Pressure alarm, High temperature alarm, Overvoltage alarm |
