GRAESSNER (Right angle gear box)

DYNA GEAR ECO

Company:NIDEC DRIVE TECHNOLOGY CORPORATION

DYNA GEAR ECO
Precision right-angle reducer for servo motor
Manufactured by Germany Nidec Graessner Features: right-angle shaft, lightweight, low cost model of DYNE GEAR

Product's data

Basic information

Size
DE-PL55,DE-PL75,DE-PL90
Reduction ratio
5 /8 / 10 / 15 Single stage reduction with hypoid gears
Nominal output torque
25 ~ 140Nm
Maximum output torque *1
38 ~ 210Nm
Emergency stop torque *2
50 ~ 280Nm
Nominal input speed
2100 ~ 3800rpm
Maximum input speed
5000 ~ 6000rpm
Backlash *3
DE-PL55 / DE-PL75: 7 arc-min or less, DE-PL90: 6 arc-min or less
Allowable radial load *4
2200 ~ 6200N
Allowable axial load *4
1100 ~ 3100N
Torsional rigidity *5
2.5 ~ 12Nm / arcmin
Mounting direction
All direction
Output shaft form
Solid shaft , hollow shaft
*1
At max.1000 cycles per hour, please consider reducing factor in the other cases.
*2
Max.1000 times during the service life of the gearbox
*3
At the output, at 2% load or max. 10Nm
*4
Resulting force centre of output shaft at output speed 400 min-1
*5
At rated torque without coupling
Size
DE-PL55,DE-PL75,DE-PL90
Reduction ratio
5 /8 / 10 / 15 Single stage reduction with hypoid gears
Nominal output torque
25 ~ 140Nm
Maximum output torque *1
38 ~ 210Nm
Emergency stop torque *2
50 ~ 280Nm
Nominal input speed
2100 ~ 3800rpm
Maximum input speed
5000 ~ 6000rpm
Backlash *3
DE-PL55 / DE-PL75: 7 arc-min or less, DE-PL90: 6 arc-min or less
Allowable radial load *4
2200 ~ 6200N
Allowable axial load *4
1100 ~ 3100N
Torsional rigidity *5
2.5 ~ 12Nm / arcmin
Mounting direction
All direction
Output shaft form
Solid shaft , hollow shaft
*1
At max.1000 cycles per hour, please consider reducing factor in the other cases.
*2
Max.1000 times during the service life of the gearbox
*3
At the output, at 2% load or max. 10Nm
*4
Resulting force centre of output shaft at output speed 400 min-1
*5
At rated torque without coupling

Download

GRAESSNER_Digest_71100

OPERATION MANUAL DYNAGEAR_JPN 348-23-028

Power transmission