
- Character size 30 mm upwards
- low cost marking machine
- high legibility by means of one-nozzle characters
Technical Characteristics
Completely new marking heads for high performance, even in harsh steel plant environments. Forced air cooling to maintain low ambient temperatures within the marking unit. System based on paint marking with single-nozzle marking heads. Marking equipment can be combined with all NUMTEC-INTERSTAHL base machines. Available as stand-alone machine or in combination with MX needle marker.
Economical and technical benefits
Variable character size and special characters beneath alphanumeric characters possible. Large characters and highly visible marking.
Alternative to Hot Spray Marker, Metal Powder Marker for strand cast products.
Technical Design
Equipment manufactured using standardised modules combined with either linear modules or industrial robots, resulting in high reliability and low maintenance of equipment. Control systems (standard SPS Siemens S7) with standard interfaces to steel plant equipment and fault diagnosis system.
Options
- Air processing unit with refrigerator dryer
- Heat protection covers
- Air compressor with air processing unit
- Special characters, dot code
- Water-based or mechanical descaling for hot applications
- Other control systems (Allen Bradley, etc.)
Technical data:
| General data |
| Usual applications |
Coils, tubes, sections, slabs, blooms and billets |
| Temperature range of product |
-5°C – 1,100°C |
| Type of mark |
White |
| Marking data |
| Standard character size |
30 mm upwards |
| Number of characters and lines |
On request |
| Electrical |
| Mains supply |
3 x 400 V, 50 Hz (other voltages also possible) |
| Power consumption |
Approx. 5 kVA |
| Control voltage |
24 VDC |
| Pneumatic |
| Compressed air |
Filtered and drained |
| Pressure |
Min. 4 bar |
| Consumption |
Max. 0.1 Nm³/min during marking process |
| Consumables |
| Paint |
Water-based for ‘hot products’ (< 1,100 °C); Solvent-based for ‘cold products’ (5 °C - ~ 200 °C) |
Image Gallery:
References