Marking Machine for Shear Blades (QLZDJD-I)

Technical parameters
Kinko CPU306 microcomputer control: 16 bits
Eview MT506S colour touch screen: 5.7 256 colours
Power supply: AC220V
Total power: 400W
Max marking output power (dual power output): 320W
Max marking output current: 21.8A
Marking current, AC: 025V
Power consumption, static: Less than30W
Marking timing range: 0.15s
Marking frequency counting range: 1200000
Stencil counter range: 110000
Marking liquid supply counting range: 1-100000
Marking liquid flow rate0.01ml -10ml (depending on the time)
Max marking amount (when marking time is 0.8s): Abt. 3000PCS/hour
Length of shear bladefor different equipment, the length is different: Less than100mm
Air pressure: 0.21Mpa

Features
1. Kinko CPU306 24 dots 16bits microcomputer control, programmable program controller, high integration, high marking precision, accurate marking time by milliseconds.
2. Clear and easy operation from Eview MT506T 256 colours, 5.7STN touch screen
3. A high precision industrial stabilizer is provided free.
4. A main control circuit board is allocated, it can help restoring production after trouble.
5. Over-current protection for marking voltage (alarming in case of more than approx. 16A) to prolong the service life of marking power parts;
6. Over-voltage protection for marking voltage (alarming in case of more than approx. 15V) to prevent the stencil plate from burning due to higher voltage;
7. Fully utomatic and intelligent supply of marking liquid without manual interfere after setting up;
8. Automatic supply time of marking liquid can be set up in the initialization at will;
9. Alarm in case of a lack of marking liquid in the storage vessel;
10. Marking conter for the reference of manual marking;
11. Printing frequency counting of stencil plate for the reference of stencil plate change;
12. Marketing liquid counting for reference of storage vessel consumption;
13. One-key recovery of ex-factory parameters;
14. One-key storage of user parameters;
15. One-key recovery of user parameters;
16. Pushing the shear blades by hand.
17. Automatic collection of the shear blades.
18. Performances of the equipment can be controlled owing to the complete alarm information, such as over-voltage alarm, over-current alarm, etc.
19. Ejecting plate can push the shear blades in to the accurate marking position without manual adjustment.
20. Many kinds of shear blades can be marked only by replacing the pushing board, storage bin and ejecting plate.
21. Double-power output for
(1). The smooth large power output
(2). The reduction of power part burden
(3). The easy maintenance of power parts;
22. A start protection circuit for the main board of marking interface to avoid the high pulse into the circuit system of the marking machine when it starts;
23. The exclusive stencil can avoid adherence between stencil and workpiece, thereby influence the ejecting plate.