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제품
전시회 일정
SPS IPC DRIVES
Nuremberg (D)
HALL 4A - BOOTH 448
27-29 November 2018
Nuremberg (D)
HALL 4A - BOOTH 448
27-29 November 2018
HANNOVER MESSE
Hannover (D)
1-5 April 2019
Hannover (D)
1-5 April 2019
Products list
Group items by:
MOM
Technical data
Bore diameter
from Ø 3 mm to Ø 42 mm
Oldham-type flexible coupling.
Suitable for low-speed and high-torque specification.
Long-term maintenance free.
For stepping motors and general purpose motors.
Suitable for low-speed and high-torque specification.
Long-term maintenance free.
For stepping motors and general purpose motors.
MOR
Technical data
Bore diameter
from Ø 6 mm to Ø 68 mm
Oldham-type flexible coupling.
For encoders, integration into stepping motors, general-purpose motors and rotating shafts.
The simple structure allows the unit to be easily assembled.
For encoders, integration into stepping motors, general-purpose motors and rotating shafts.
The simple structure allows the unit to be easily assembled.
MJC
Technical data
Bore diameter
from Ø 3 mm to Ø 45 mm
For Servomotors & Stepping Motors
Flexible coupling for high torque applications
Absorbs torsional vibrations
3 different hardness sleeves available
Flexible coupling for high torque applications
Absorbs torsional vibrations
3 different hardness sleeves available
MOL
Technical data
Bore diameter
from Ø 3 mm to Ø 25 mm
Modular coupling
High parallel and angular misalignment allowed
Minimized load on derived from misalignment on shafts
Electrical insulation
Operational temp. -20°C +80°C
High parallel and angular misalignment allowed
Minimized load on derived from misalignment on shafts
Electrical insulation
Operational temp. -20°C +80°C
MOS
Technical data
Bore diameter
from Ø 1 mm to Ø 14 mm
Modular coupling.
High parallel and angular misalignment allowed.
Minimized load on derived from misalignment on shafts.
Electrical insulation.
Operational temp. -20°C +80°C.
Compact design
High parallel and angular misalignment allowed.
Minimized load on derived from misalignment on shafts.
Electrical insulation.
Operational temp. -20°C +80°C.
Compact design
MLR
Technical data
Bore diameter
from Ø 6 mm to Ø 15 mm
Rigid coupling
Stainless steel versions
Stainless steel versions
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