Comac 3012 HV Maunual rotation rolls 1

Comac 3012 HV Maunual rotation rolls 

Mod.3012  3012HV

Our model designations
M : manual rotation and positioning.
PM : manual roll positioning with graduated scales.
PH : hydraulic roll positioning with graduated scales and roll stop
position counters.
HV : hydraulic roll positioning with digital readouts.
HV2 : hydraulic roll positioning with digítal readouts - lateral guides positioned hydraulicly in axial direction with graduated scales.
HV4 : hydraulic roll positioning with digital readouts lateral guides
E positioned hydraulicly in three axis with graduated scales.
HV8V: hydraulic roll positioning with digital readouts lateral guides positioned hydraulicly in three axis with digital readouts.
CN1R: numeric control - 3 variable with electronic proportioning valve.
= rise and return velocity of left roll
Z= position of left roll
X = profile translation.
CN2R: numeric control - 4 variable with electronic proportioning valve. 
= rise and return velocity of left roll
Z= position of left roll
Y= position of right roll
X = profile translation.
Photo E- Command pulpit for HV models.
Photo F- Command pulpit for Numerical Control models.
Maximum section sízes and mínímum
ínsíde bending diameters.
Tab1e based upon steel 45 kg/mm2 tensíle strength
Legend
With standard rolls.
Special rolls required for each tube diameter.
Δ Special rolls required for thin walled profiles.
Special rolls and tooling required.
On request:
1. Special rolls for tubes and bars
2. Special rolls for thin walled square and rectangular tube
З. Custom rolls for special profiles
4. Special rolls and tooling for 1NP - UNP - HE profiles
5. Custom tooling to customer specifications
6. Electric motors with specific voltage and frequency
7. For models PM: lateral guide rolls for bending angle iron leg in.
Maximum sectíon sízes and mínimum ínsíde bending díameters. Table based upon steel 45 kg/mm2 tensile strength
MACHINE MODEL 3001 Pм 3003 HV 3005 нv 3012 HV 3025 CN1R нv2 3055 HV4 3100 нvвv 3300 HVBV
PH CN1R CN1R CN1R HVBV CN2R CN2R