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ACOPOSmicro drive system |
This series provides the user with solutions for the low and the lowest power range.
Flexibility
Ever-changing fields of application and the necessity to integrate different types of drives in one machine often creates accordingly large challenges for the developers of the application. Creating projects with B&R Automation Studio makes it possible to operate a wide range of drive designs using the same tools. That means that flexible drive architectures can be implemented by linking them together or keeping them independent of each other. It is also possible to include various machine versions in the configuration phase and to account for different models with alternating drive types. Combining stepper motors and servos is very easy. This gives the machine manufacturer new levels of freedom with regard to flexibility.
Smallest dimensions
The compactness of the module is clearly evident in the two-channel version. The ACOPOSmicro requires an area of less than 50 cm² per axis. This not only saves space in the switching cabinet for applications with multiple axes but also provides advantages in wiring because the bus and supply voltage connection is only needed for every second motor. A continuous current of 10 A and a peak current of 15 A are possible for each stepper motor. This power rating is sufficient to run even the largest stepper motors. The module is protected against overcurrent, overtemperature and other prohibited operating conditions. Appropriate warnings and error messages are output via the fieldbus.
Variable rated voltage ranges
To achieve higher torque values at high speeds, the first voltage variation was designed for a rated voltage of 80 VDC. A withstand capability is provided up to 100 VDC. However, the drive can also be utilized in the low voltage range with nearly no limitations. This means that the ACOPOSmicro product line can be operated down to a voltage of 18 VDC. XXXIntegrated I/O In addition to trigger inputs, a 24 VDC output is also provided. This can be used, for example, to control external brakes and is also available for other tasks. If required, additional functionality can be added via optional modules at a minimum cost and without taking up extra space. This makes it possible to implement even extraordinary customer-specific requirements. The optional support of many different encoder systems, even on the stepper motor variation, illustrates this product line's high degree of flexibility.
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ACOPOSmulti
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Modular drive system
The new drive generation from B&R provides a universal solution for any automation task in machine manufacturing. A new milestone on the path to "Perfection in Automation".
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Omron's Accurax G5 Series |
Servo Drives 50W to 5.0KW High Accuracy with Built In Safety Function
Accurax G5 gives you that extra edge to build faster, accurate, smaller and safer machines. You will gain almost 25% in motor weight reduction and 50% savings in cabinet space. You will achieve sub micron precision and ms settling time
Specifications
- MECHATROLINK-II and Analog/Pulse drive models
- Frequency response of 2kHz
- Safety conforming to ISO13849-1 (PL d)
- High accuracy provided by 20 bit encoder
- Side by side mounting of drives
- Advanced vibration suppression
- Full closed loop encoder built-in
- Double registration input provides application versatility
- Configuration and commissioning using CX-Drive software
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Omron'sR7 Series - Servo Drives 50 W to 400W Ultra Compact Form Factors |
Advanced Functionality in an Ultra Compact Design
- Small footprint, reduces the control panel space requirements
- Simple real-time auto tuning, eliminates the need for complicated adjustments, reducing start up time
- Adaptive vibration suppression, reducing the amount of vibration improves positioning time and accuracy
- Command pulse frequencies up to 500 kpps enabling high-speed positioning and high-precision control
- Torque limiting function, set two torque limits, and switch between them; great for application, such as pressing or part insertion
- Copy function: Parameters can be easily set for many servo drives using the copy function in the programming unit or the configuration software, reducing start up time
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Omron's W-Series Servo Drives |
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These compact AC servo drives and servo system drive motors deliver ultra-high performance, with advanced monitoring features built into the servo drives. Covering power ranges up to 5.5kW, the W-Series servo motor drive systems are a sure fit to solving many types of problems. Torque, position and speed control modes are all configurable from one servo drive system, providing maximum flexibility. |
 Cylinder style and slim profile
 motors, with and without brakes.
Rated speed ranges of 1000 and
3000 rpm.
Models designed to handle high
torque, low inertia, fast rotation
speeds.
IP67 water-resistant models
available.
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Reduced cogging torque for
smooth motor rotation at low
speeds.
Capacities to match your
application: 30W, 50W, 100W,
200W, 300W, 400W, 500W,
600W, 750W, 900W, 1kW, 1.2kW,
1.5kW, 2kW, 3kW, 4kW, 5kW and
5.5kW. |
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Parker's Aries Servo Drives |
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High-Power, Compact
Digital Servo Drives
With its “plug in and spin” design, the Aries family of compact
digital servo drives requires no setup. Users simply attach any
Compumotor “smart encoder” motor and the drive automatically
configures. Available in four versions (100, 200, 400 and
750 Watts), the Aries family gives users a robust and costeffective
digital servo product – users only pay for the level of
performance they need. Unlike the competition, the Aries
family is designed with open architecture in mind, so it can also
be configured for use with any manufacturer’s motion controller
and servo motor.
The Aries comes standard as a torque-only amplifier but is
software selectable to run in velocity mode. An optional stepand-
direction version is also available for users replacing
stepper systems or not wanting to change their current stepand-
direction command interface.
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Parker's Gemini Servo Drives- GV |
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The
Gemini GV is a compact, low-cost,
digital servo drive
available in six power levels for
producing up to 40 Amps
continuous and 100 Amps peak current,
or up to 29.4 kW of
peak power. The Gemini GV is easily
configurable via RS232/
485 using Compumotor’s Motion
PlannerTM on a PC or Pocket
Motion PlannerTM on a Window’s
CETM-based palm PC. With
the available power levels, small
package size, low cost, and
numerous drive features, the Gemini
GV will be the obvious
choice for all of your low-to-mid
power servo drive
applications.
Simplified Tuning/Configuration
Tuning and configuration are
easy. They are accomplished
via
RS232/485 with a PC or palm PC.
Only the motor and some
basic load information must be
known by the drive to determine
baseline-tuning gains. These
are simple Parameter
entries the user can complete
with the help of the front-end
software tools. Users also have
the ability to override these
parameters for special application
requirements.
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Parker's Compax3 Servo Drives
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With its high-performance, flexible
design, the Compax3 family
of industrial servo drives and
drive/controllers offers a new
level
of servo performance. Available
in both drive-only and
intelligent-positioning platforms,
the Compax3 family gives
users a robust and cost-effective
industrial servo product. The
Compax3 family is also ultra-compact,
offering some of the
smallest 480 V chassis designs
in the industry.
The Compax3 “I10 T10” control
level is the drive-only model
(or “base drive”),
designed for use with an external
motion
controller in centralized motion
control systems. The I10 T10
accepts both ±10 V analog
command signals and step/
direction command signals and can
be setup as a torque,
velocity or position control drive
via software. The I10 T10 drive
has four digital inputs and outputs
with pre-defined functions.
The Compax3 “I11 T11” control
level adds control functionality
for retaining up to 31 motion profiles,
allowing the I11 T11 to
act as a simple position controller
(via its 8 onboard inputs and
4 onboard outputs). Acceleration,
deceleration, target speed,
target position and jerk are all
user-configurable for each profile.
Individual motion profiles are
assigned a binary input mask and
are selected when the appropriate
input pattern is read.
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