Atlanta Servoangle gearbox
HT – High Torque servo worm-gear units
4 sizes: centre distance 50, 63, 80 and 100 mm
8 ratios: 4,75; 6,75; 9,25; 14,5; 19,5; 29; 39 and 52:1
Output torque: 50 % over HP- und E-Servo gearbox, from 90 to 1200 Nm
Circumferential backlash < 1 arcmin, adjustable
Output hollow shaft for clamp connection or with interface according analog EN ISO 9409-1-A, generously dimensioned and supported for high additional forces
Highest rigidity
Highest precision
ATEX design available
HP – High Performance servo worm-gear units
5 sizes: centre distance 50, 63, 80, 100 and 125 mm
8 ratios: 4,75; 6,75; 9,25; 14,5; 19,5; 29; 39 and 52:1
Output torque: from 60 to 1500 Nm
Circumferential backlash < 2 arcmin, adjustable
Output hollow shaft with key connection or for clamp connection generously dimensioned and supported for additional forces
Very high rigidity
Very high precision
ATEX design available
E – Economy servo worm-gear units
5 sizes: centre distance 32, 50, 63, 80 and 100 mm
8 ratios: 4,75; 6,75; 9,25; 14,5; 19,5; 29; 39 and 52:1
Output torque: from 15 to 800 Nm
Circumferential backlash < 6 arcmin
Output hollow shaft with key connection or for clamp connection generously dimensioned and supported for additional forces
High rigidity
High precision
ATEX design available
B – Basic servo worm-gear units
4 sizes: centre distance 50, 63, 80 and 100 mm
8 ratios: 4,75; 6,75; 9,25; 14,5; 19,5; 29; 39 and 52:1
Output torque: 90 % of HP- and E-servo gearbox, from 50 to 720 Nm
Circumferential backlash < 12 arcmin
Output hollow shaft with key connection or for clamp connection sufficiently dimensioned and supported for additional forces
Normal rigidity
Medium precision
BG – Servo bevel gear units
3 sizes: centre distance 50, 63 and 80 mm
3 ratios: 4,75; 6,75; 9,25:1
Driving speed till 5000 min-1 for all sizes and ratios
Output torque: 50 % over HP- and E-servo gearbox, from 100 to 450 Nm
Circumferential backlash < 6 arcmin
Output hollow shaft with key connection or for clamp connection, generously dimensioned and supported for high additional forces
Very high rigidity
High precision
