| Component Sets |
| The compact design
of the backlash-free Harmonic Drive component sets allows a space-saving
integration directly into machines. The component sets are available in various
sizes and in different variants. |
|
 |
 |
 |
 |
| HFUC Series |
Ratio: 30 to 160
Nominal Output Torque:
0.9 to 3550 NmThe proven HFUC component sets achieve excellent accuracy and
high efficiency.
|
|
| CSG Series |
Ratio: 50 to 160
Nominal Output Torque:
23 to 3263 NmThe CSG component sets feature a further increase in torque
capacity and operating life. Optimisation of the Flexspline and Circular Spline
teeth combined with a new Wave Generator bearing form the basis for this
improvement. |
|
| CSD Series |
Hollow-shaft: 11 to 50 mm
Ratio: 50 to 160
Nominal Output Torque:
3.7 to 823 NmBecause of their extremely short axial length the CSD component
sets are ideally suited for applications demanding an especially flat design. |
|
| HFUS Series |
Ratio: 50 to 160
Nominal Output Torque:
5.4 to 745 NmThe HFUS component sets feature a Flexspline diaphragm, which
opens outwards, rather than inwards. This design allows the integration of a
large central hollow-shaft through the gear. |
|
| Units |
| Harmonic Drive
Units consist of a gear component set, equipped with a high capacity output
bearing, which are intended for integration into a machine. |
|
 |
 |
 |
 |
| CPU-M Series |
Ratio: 50 to 160
Nominal Output Torque:
5.4 to 745 NmThe CPU-M Series Units are designed for direct mounting on any
servo motor. Additionally counter bored through-holes in the outer ring of the
output bearing allow even large motors to be mounted using only one adaptor
flange. |
|
| CPU-H Series |
Hollow-shaft: 14 to 70 mm
Ratio: 50 to 160
Nominal Output Torque:
5.4 to 745 NmThe CPU-H Series Units are designed with a large, central hollow
shaft. These units are completely sealed and are delivered ready for immediate
installation.
|
|
| CPU-S Series |
Ratio: 50 to 160
Nominal Output Torque:
5.4 to 745 NmThe CPU-S Units are driven via a solid shaft. These units are
completely sealed and are delivered ready for immediate installation.
|
|
| SHG-2UH Series |
Hollow-shaft: 80 mm
Ratio: 80 to 160
Nominal Output Torque:
969 to 1236 NmThe SHG-2UH Unit complements the CPU-H product programme for
applications with high loads. It is distinguished by its 80 mm hollow shaft and
the increased torque capacity by 40% compared with standard Harmonic Drive
gears. |
|
 |
 |
 |
 |
| HFUC-2UH Series |
Ratio: 30 to 160
Nominal Output Torque:
4 to 2700 NmHFUC-2UH Units have been designed for easy assembly to all common
servo motors. The improved performance characteristics of the IH-type gearing
make them well suited for highly dynamic applications.
|
|
| CSG-2UH Series |
Ratio: 50 to 160
Nominal Output Torque:
7 to 1236 NmAs a result of the optimisation of the Flexspline and Circular
Spline teeth combined with a new Wave Generator bearing CSG-2UH Units provide a
significant increase in torque capacity and rated operating life.
|
|
| HFUS-2SH Series |
Hollow-shaft: 14 to 70 mm
Ratio: 50 to 160
Nominal Output Torque:
5.4 to 745 NmHFUS-2SH Units have a reduced parts count (Simplicity Unit).
They consist of a component set and a high capacity and high stiffness output
bearing. HFUS-2SH Units feature a hollow shaft.
|
|
| HFUS-2SO Series |
Ratio: 50 to 160
Nominal Output Torque:
5.4 to 745 NmHFUS-2SO Units have a reduced parts count and are particularly
well-suited to highly integrated designs where the housing is not required
(Simplicity Unit).
|
|
| Gearboxes and
Planetary Gears |
|
 |
 |
|
|
| Gearboxes - HDUC Serie |
Ratio: 50 to 110
Nominal Output Torque:
0.2 to 7.8 NmThe key element of Harmonic Drive gearboxes is a component set
within a housing with a flange or shaft as output assembly. |
|
| Planetary Gears- HPG Series |
Ratio: 5 to 45
Nominal Output Torque:
2.5 to 850 NmThe Harmonic Planetary Gears comprise three variants with
different accuracy classes in order to fulfill the demands of applications
requiring ratios smaller than 50:1 |
|
|
|
| Servo Motors, Servo
Actuators and Controllers |
| Harmonic Drive
servo motors, servo actuators and controllers a combination of precision
gearboxes with specially developed AC or DC servo motors. Used in applications
with demanding requirements they provide precision motion control, high torque
capacity in a very compact package. |
|
 |
 |
 |
 |
| CHA |
Hollow-shaft: 18 to 45 mm
Ratio: 50 to 160
Max Output Torque: 56 to 1840 Nm
Max Speed: 19 to 120 rpmThe CHA and FHA-C Series hollow-shaft actuator
combines a maintenance-free motor and back-free Harmonic-Drive gear in a very
compact design. The unique feature of this series is the central hollow-shaft,
which enables cables, pipes, shafts, spindles or laser beams to be passed
through the actuator. The new CHA Series is the increased-performance
advancement of the FHA-C Series. |
|
| FHA-C Series |
Hollow-shaft: 18 to 45 mm
Ratio: 50 to 160
Max Output Torque: 39 to 823 Nm
Max Speed: 22 to 96 rpmThe CHA and FHA-C Series hollow-shaft actuator
combines a maintenance-free motor and back-free Harmonic-Drive gear in a very
compact design. The unique feature of this series is the central hollow-shaft,
which enables cables, pipes, shafts, spindles or laser beams to be passed
through the actuator. |
|
| CHM Series |
Max Output Torque: 2.9 to 27.3 Nm
Max Speed: 4000 to 6500 rpmThe CHM motor "made in Germany" is based on a
customized frameless motor for easy integration. Sensors for position, speed,
acceleration and torque feedback are available to provide an optimized
implementation in your machine design. |
|
| FHA-C mini Series |
Hollow-shaft: 6.2 to 13.5 mm
Ratio: 30 to 100
Max Output Torque: 1.8 to 28 Nm
Max Speed: 60 to 200 rpmThe new FHA-C mini Series is presently the most
compact hollow shaft actuator series available.
|
|
 |
 |
 |
 |
| FFA Series |
Ratio: 50 to 100
Max Output Torque: 56 to 1590 Nm
Max Speed: 30 to 130 rpmThe FFA Series compact actuators combine Harmonic
Drive precision gearing with AC servo motors in a compact design. A choice of
resolver, incremental encoder or absolute encoder makes this actuator compatible
with a wide variety of available servo controllers. |
|
| FPA Series |
Ratio: 21 to 33
Max Output Torque: 23 to 300 Nm
Max Speed: 136 to 286 rpmThe FPA Series compact actuators combine Harmonic
planetary gearing with AC servo motors in a compact design. A choice of
resolver, incremental encoder or absolute encoder makes this actuator compatible
with a wide variety of available servo controllers.
|
|
| SC-610 Series drivers |
Matching to the FHA-C, FFA and FPA series digital servo
controllers are also available. These SC-610 Series drivers can be used for
current, speed or position control. The controllers are prepared for 230V AC
power supply and for various feedback systems.
|
|
| PMA DC servo actuators |
Ratio: 50 to 110
Max Output Torque: 0.39 to 20 Nm
Max Speed: 45 to 180 rpmThe PMA DC servo actuators are be based on proved DC
technology and are equipped with encoders guaranteeing sensitive speed and
position control.
|
|
| Special Actuators |
| We offer
customer-specific solutions in a variety of configurations for both linear and
rotational motion. |
|
 |
 |
 |
 |
| Series FHA-EC |
| As a new option the FHA-EC series AC-hollow-shaft actuator
offers a servo system with output-side singleturn absolute encoder type ECN-113
from Dr. Johannes Heidenhain GmbH, connected to the output flange via an
extension of the hollow-shaft. This allows the absolute position of the gear
output to be measured. |
|
| Series FHA-EC |
As a new option the FHA-AS series AC-hollow-shaft actuator
offers an output-side acceleration sensor according to Ferraris principle. In
conjunction with a particular controller a precise clocking and a re-improved
transmission accuracy can be achieved to fulfil even extreme requirements.
|
|
| HDVA Series |
The HDVA series valve actuator with stainless steel
housing consists of a stepping motor combined with Harmonic Drive precision
gear. The feedback follows via motor-side encoder or output-side potentiometer.
|
|
| HDVA Series |
The HDPL series linear actuator was specially developed
for the coating section of a paper machine. It can be used for applications
demanding high linear forces and exceptionally high accuracy.
|
|