Capacity is based on A36 steel plate with a yield rating of 36,000 PSI.
Performances are rated for standard working diameter 3 times top roll.
TECHNICAL DATA:
Top Roll Diameter ................................... 9.6"
Lower Central Roll Diameter ......................... 9.1"
Side Rolls .......................................... 7.1"
Electric Power (Energy Saving) ...................... 7.25 HP
Length .............................................. 215"
Width ............................................... 47.6"
Height .............................................. 52"
Working Height ...................................... 34.3"
Weight (approx.) .................................... 16,280 LBS.
Electrics (Maximum Line Voltage) .................... 380/50HZ/3PH
or per your specifications
The machine offered will be manufactured using the following technology:
A. AAC-AUTOMATIC ADJUSTMENT FOR CONE - Constant parallel leveling control of
movable rolls by MASSIVE MECHANICAL TORSION SHAFTS without any of the
adjustments and re-balancing required by hydraulic leveling systems.
B. APM-ALL PLANETARY MOVEMENTS - Eliminating all friction common to vertical,
diagonal or horizontal sliding guide systems and requiring absolutely no
adjustment.
C. PERMANENT LUBE SYSTEM - No more ordinary greasing and lubrication for all
the life of the machine by specially protected screened and full-life pre-
greased components.
D. Replacement of all low efficiency components (reduction unit, high friction
bronze bushings, mechanical drives, gears, belts joined arms, sliding
guides, etc.) by new high energy efficiency drives (planetary gears DIRECT
DRIVE COUPLED to the rolls, bearings, central multi-way Electro/hydraulic
power motor) keeping the real force available on the plate to bend
(positive power) Energy saving system conforms to the "International High
Efficiency and Anti-Pollution" rules and standards.
FEATURES:
All steel structural welded frame construction (often no foundation required)
Hydraulic drives with infinitely variable speeds automatically adjusted by