Italpresse Model XL/10 38-16 PMBO Hydraulic Hot Press
Platen dimensions: 3,800 x 1,600 mm (149 x 63 in.)
Number of daylights: 1
Total cylinder stroke: 400 mm (15 ¾ in.)
Number of pressing cylinders: 10
Diameter of pressing cylinders: 85mm each
Total thrust: 190 metric tons (418,878 lbs)
Max. laminating pressure on 80% of platen area 4.17 kg/cm2 (60 psi)
Max. laminating pressure on 100% of platen area: 3.34kg/cm2 (48 psi)
Hydraulic pump: 3 kw (4 hp)
Boiler power: 36 kw
Maximum platen temperature: 120o C (248o F)
Torsion free, heavy-duty press frame fabricated from welded structural steel
Massive, solid steel platens drilled for circulation of thermal oil – superior heat characteristics!
Platens covered with easy to replace, glue resistant Mylar film
Self-lubricating corner guides and rack and pinion system to maintain parallelism of the press platens during opening and closing
Automatic regeneration of pressure during press cycle
Electrical resistance thermal oil boiler, complete with circulation pump, expansion tank, thermostatic controls, and automatic startup timer
TS-400 color graphic touch screen controller with the following features:
Memory for 200 programs containing different panel dimensions, laminating pressures, cycle times, and platen temperatures
Automatic calculation of the hydraulic pressure based on programmed panel dimensions
Automatic exclusion of one or two pairs of press cylinders based on programmed panel dimensions
Digital temperature control of the platen temperature
Digital pressing timer with automatic initiation of press opening and panel unloading
7-day auto startup and shut down timer for the thermal oil boiler
PLC I/O status monitoring for troubleshooting
Display of fault and warning messages
EFC System - sensors to detect deflection of the lower platen and stop the buildup of pressure in case of improper positioning of the panels
Dual cycle-start buttons requiring two hands to initiate cycle for safety
Safety pull rope on all four sides with emergency stop switch
Safety locking plates to secure the mobile lower platen while performing maintenance on the hydraulic system
