|
|
|
|
|
|
TPM+ power
Rotary Servo Actuators
For more torque and power. The TPM+ power is the new strong member of the TPN+ product family.
TPM+ power overview
* Superior dynamics thanks to the latest motor technology
* Superior running thanks to the helical teeth
* Superior power density and reduced length thanks to the unification of the motor and the gearhead
* Reduced sensitivity to dirt thanks to the functional design
More features at a glance
* Possible to reduce gearhead backlash to less than 1 arcmin Direct attachment of drive components (pinion, belt pulley, indexing table) to standard output flange
* An additional bearing is not required due to the stability of the output bearing
* Ready-assembled cables and operating instructions available for more than 20 servo controllers
* Easy operation in minutes
* UL model as standard
* Electrical connections with convenient bayonet connectors
Technical Data
* TPM sizes: 004, 010, 025, 050, 110
* ratio: 4, 5, 7, 10, 16, 20, 25, 28, 35, 40, 50, 70, 100
* Bus voltage: 320*, 560 V DC *(sizes 004-025)
* max. output torque: 50 - 1600 Nm
* max. speed: 40 - 1500 rpm
* Current at standstill: 0,9 - 27,8A at 560V DC
* weight: 4 - 50kg
* max. tilting moment: 110 - 3280 Nm
* ambient temperature: 0 - 40°C
* protection class: IP65
* Insulation class: F
Options for TPM+ power
* Permanet-magnet brake
* Resolver (standard), EnDat single- and multiturn, Hiperface single-and multiturn
* reduced backlash
* Temperature sensor as PTC or KTYPermanent-magnet brake
|
|
|
A DDL motor is basically a rotary motor that is laid out flat and directly coupled to the driven load. With this configuration, all mechanical transmissions, such as ball/lead screws, rack and pinions, belts/pulleys, and gearboxes are eliminated. This in turn eliminates backlash and other problems associated with these mechanical transmissions. DDL designs deliver exceptional high performance, extremely high stiffness, very high dynamic speeds and accelerations, high positional accuracy, higher throughput, compact mechanical assembly, smooth, error-free motion, zero maintenance, and quiet operation.
|
|
|
|
|
|
Linear Servo Motor
DX Series (DX20B, DX30B, DX50B & DX65B, DX20, DX30, DX50 & DX65)
Specifications Range across DX series
Parallel Connection
--------------------------------------------
Motor Constant: 4.25 - 43.93 N/Sqrt(W)
Force Constant: 5.38 - 144.4 N/Amp
Back EMF Constant: 4.3 - 150 V/m/s
Continuous Current: 4 - 6.4 Amps
Peak Current: 16 - 32 Amps
Continuous Force: 21.5 - 924 N
Peak Force: 86 - 4620 N
Phase to Phase Inductance: 0.3 - 15.0 mH
Phase to Phase Resistance @25°C: 1.6 - 10.8 ohms
Series Connection
--------------------------------------------
Motor Constant: 3 - 43.93 N/Sqrt(W)
Force Constant: 5.38 - 288.8 N/Amp
Back EMF Constant: 7.2 - 328 V/m/s
Continuous Current: 2 - 3.2 Amps
Peak Current: 8 - 16 Amps
Continuous Force: 10.75 - 924 N
Peak Force: 43 - 4620 N
Phase to Phase Inductance: 0.6 - 60 mH
Phase to Phase Resistance @25°C: 3.2 - 43.2 ohms
Parallel and Series Connection
--------------------------------------------
Continuous Power: 12.8 - 442.4W
Peak Power: 204.8 - 11059W
Coil Weight: 72.5 - 5040g
Coil Length: 61 - 760mm
Coils are built with normally closed thermostat sensor for over temperature protection. Thermosistor option is also available.
Standard cable length = 2 metres. Other length options are available.
Standard coil comes with digital hall sensor.
|
|
Linear Sigma Series
Range: 50W - 7.5kW
New speed records are achieved at margins as slim as 1/100 of a second. A finely tuned machine such as a competition bobsled can reach its peak speeds only when the driver's steering, weight shifting and other critical motion tasks are optimized during the trials.
Yaskawa Electric continuously challenges the performance barrier with the Linear Sigma Direct Drive Servomotor products to improve the speeds and accuracies of your machines. Backed by the company's rich technological expertise in the advanced rotary servo drive products, the Linear Sigma Direct Drive Servomotors will take your machine performance to the next level into the new Millennium. The Yaskawa Linear Sigma Direct Drive Servomotors are in use to improve the reliability, speed and accuracy performance in semiconductor / LCD panel production machinery, SMD placement systems as well as virtually all types of general automation applications.
|
|
|
Omron-Yaskawa's linear servo motors feature plug-and-play connection with the Sigma II and XtraDrive servo drives through use of automatic motor recognition and serial encoder technology. We offer motors with a peak force up to 7500N and a maximum speed of 5m/s.
|
|
|
All Yaskawa linear servomotors feature plug-and-play connection with the Sigma II and LEGEND amplifiers through use of automatic motor recognition and serial encoder technology. Yaskawa's linear servomotors are supplied as components or an integrated slide. The components include a coil that directly drives the load and modular magnet tracks that allow almost unlimited machine length. The Sigma Trac slide includes direct drive components, carriage, bearings, base, and linear encoder all integrated into a plug-and-play package.
|
|
FHA-C mini Series Servo Actuators, combining precision Harmonic Drive gearing with AC servo motors, offer unique features unsurpassed by conventionally geared drives. Used in highly demanding industrial servo systems they provide precision motion control and high torque capacity in a very compact package.
Sine-commutated AC servo motors provide smooth torque without the brush wear or commutation limit associates with DC servo actuators. Encoder, mounted directly onto the motor shaft, provide position feedback information. The backlash-free Harmonic Drive gear is provided with grease lubrication specially developed to ensure minimum maintenance requirements and long service life.
The fully digital SC-610 Series Controllers are available for the control of these Servo Actuators. A menu driven setup software running under MS-Windows allows a comfortable parameter optimisation and system diagnosis.
|
|
SAX 100
CComplete line of DC Brushed servomotors. Torque range from 0.045 up to 2.7 Nm.
Typical applications are Axis Controlled by CNC. Particularly indicated for cost effective applications with smooth speed control and high reliability. Specially designed for use with Microspeed, Minispeed and Masterspeed servoamplifiers.
|
|
|
Our AC synchronous servomotors have a very high power density and enable highly dynamic positioning drives with an excellent price/performance ratio. For maximum flexibility, the servomotors are compatible with the standard servo connection dimensions. The AC synchronous servomotors are equipped with an absolute sensor system: SinCos® Singleturn (SRS, SKS) or SinCos® Multiturn (SRM, SKM). The encoder system with the Hiperface® interface enables auto-initialisation of the motor and current controller parameters. This greatly simplifies the commissioning procedure of the drive system.
|
|
Technical Data: FMD motors
- Nominal torque: 0.5 Nm to 68 Nm
- Rated speed range: 2000 to 6000U/min
- Flange dimensions: 58, 70, 92, 115, 142 and 190mm
- Protection class: IP65
|
|
Brushless three-phase synchronous servo motors with permanent magnets.
- Static torque 0.1 to 115 Nm.
- Particularly high power density
- Large rotational speed control range
- High dynamics and precision
- Maintenance-free
- Optionally with brake
Customer-specific solutions: high rotational speeds, special flanges, special shafts etc.
|
|
|
|
|
|
DSD - the servo motors for highly dynamic applications
The six installation sizes for the DSD-range of Baumüller offer a suitable solutions for almost every application in the automation.
The servo motors for highly dynamic applications with the highest requirements of acceleration capacity and the best start-stop qualities, such as for:
packaging machines
textile machines
plastic machines
handling machines
special machines
small robots
DSD 28-100 - Dynamic Motors
high torque accuracy
high speed
almost no cogging effect
compact frame size with high power density
maximum dynamic response due to excellent torque - inertia ratio
smooth housing surface – not easily soiled
sleek, uniform housing
permanent field synchronous servo motors
main connection via terminal box or connector (DSD 28 - 45 only via connector)
IP44, other protection type on request (DSD 28 - 36)
IP65 non-ventilated, IP54 surface-ventilated with fan (DSD 45 - 100)
encoders: resolver 2-pole, SinCos-encoder (optional)
more encoders available on request
all types optionally with brake
|
|
While smaller in size, gives highest dynamics and output power.
The servomotors presented here are only a small part of the wide Groschopp product range.
|
|
Meeting stringent requirements in terms of response, precision and excellent power-to-size ratio.
The motor sizes have been carefully graded and offer rated torques from 0.8 to 64 Nm (0.25 to 10.0 kW) and peak torques of up to 191 Nm. As a result, finding the optimum motor for any drive task is easy.
|
|
The LSH Servomotor - the power pack
Nominal torque 0,2 Nm up to 20 Nm
Based on the new winding technology, the so-called concentrated winding, the new LSH generation of motors improves power density by between 30% and 70% relative to conventional technologies. For the user that means as much as a 100% improvement in dynamics, and more compact installation combined with smooth running.
The LST-Servomotor - the versatile one
Nominal torque 0,1 Nm up to 24 Nm
Featuring conventional winding technology, the LST motor combines all the advantages of a 6-pole synchronous servomotor.
* Well suited to speeds up to 9000 rpm. Special windings are possible on request.
* High overload capacity even at standstill based on efficient heat distribution in the stator packet.
* Increased rotor moment of inertia for torque adaptation.
|
|
Together with our AZS servo-drievs, D.Electron can supply a complete range of brushless servomotors with permanent magnets.
All the motors can be mounted with the following transducers:
Sin-Cos 1Vpp
EnDat (Absolute)
TTL + Sensore Hall
D.Electron motors meet the ever more demanding requirements of the Machine-tools: need of higher and higher performances, smoothness at low speed, reliability and absence of service.
This series of servomotors uses the last-generation magnets (Neodymium-Iron-Boron) and adopts technical solutions that ensure:
• Sinusoidal back EMF
• Interchangeability with other commercially available units
• Reduced inertia, that is high accelerations and decelerations
• High overload capability
• Low torque cogging
D.Electron supplies motors only together with its CNC and AZS drive system (full packet)
|
|
|
|
|
|
Distributed Drive Technology
Modern machine construction concepts require intelligent automation systems. Control tasks need no longer be carried out by a central control system, but can also be handled locally. Distributed configurations in automation technology contribute greatly towards improving installation and service efficiency. With SIMODRIVE POSMO A, SIMODRIVE POSMO SI and SIMODRIVE POSMO CD/CA, control and drive tasks can now be implemented as independent modular functional units directly on site.
Consistent use of distributed systems transfers the drive technology from the control cabinet directly to the machines. The user benefits from a consequent reduction in infrastructure requirements and from lower system costs.
Distributed drives offer the following features:
- Complete solutions "without control cabinet" through "local" installation of the drives.
- Fast machine installation through the assembly of a complete functional unit.
- Low installation costs through a universal power and signal bus
|
|
Motor model No. Unit Q4AA1811KB
Rated Output kW 11
Rated Rotation Speed min-1 1500
Max. Rotation Speed min-1 2000
Rated Torque N·m 70
Continuous Stall Torque N·m 70
Inst. Max. Stall Torque N·m 190
Rated Armature Current Arms 54
Continuous Stall Armature Current Arms 53
Instant. Max. Stall Armature Current Arms 155
Torque Constant N·m/Arms 1.42
Induced Voltage Constant mv/min-1 49.7
Per-Phase Armature Resistance Ohm 0.025
Rated Power Rate kW/s 780
Electrical Time Constant ms 31
Mechanical Time Constant ms 0.23
Rotor Inertia (INC) ×10-4 kg·m2 63
Sensor: Reduced Wiring INC P/R 2000
Mass-including Red. Wiring INC kg 60
Motor Operating Temp 0 to 40 °C
Rel. Humidity Maximum 90% RH (no condensation) Maximum 90% RH (no condensation)
Cooling Fan Motor W 39/33 200V AC +10% Single phase 50/60Hz
|
|
MAD Series – Air-Cooled Asynchronous Servo Motors
With modern development and production processes, a significant performance increase can be achieved in contrast to previous models. Unparalleled performance: Drive and fan motors offer an IP65 protection rating
MAF Series – Liquid-Cooled Asynchronous Servo Motors
The MAF series with liquid cooling provides high sustained performance in a compact package. Robust and maintainable. The quick-release coupler with integrated leakage protection can be disconnected under full coolant pressure. The encoder systems are accessible from the outside and simplify on-site service.
|
|
The broad AMK motor program offers you the right motor for every application: High-torque motors, hollow-shaft motors, geared motors, integrated motors as well as customer-specific motors. The motors are available in a variety of power classes, types of construction, and cooling types. They excel by high reliability, high dynamics, small dimensions, low moments of inertia, and largely no maintenance. You can implement standard as well as high-end solutions.
Synchronous servo motors:
- High-torque motors of series DT
- DTK high-torque motors (short design)
- Synchronous servo motors of series DS
|
|
Servo Motors
Servo motors must provide the highest performance with the best possible durability and reliability. Today's high-speed, high-precision machine tools require the high acceleration, large torque and high maximum speeds of GE Fanuc servo motors. GE Fanuc's broad range of highly reliable servo motors utilizes the latest technologies of high-speed serial encoders and rare earth magnets.
|
|
|
|
|
|
All advantages of IndraDrive Mi at one glance:
* Significant reduction of the cabinet size by up to 70 %
* Drastic reduction of wiring work by up to 85 %
* Significant increase of flexibility and modularity of machines and plants
highest performance, smallest space requirements
* With IndraDrive Mi, Rexroth introduces another milestone in drive technology – electronic control system and servo motor combined in one ultra-compact unit. This makes IndraDrive Mi the ideal solution for all applications where maximum flexibility and economic efficiency should come along with minimum space requirements.
the ultra-compact drive system
* The compact control electronics of the IndraDrive Mi uses the lateral surface of the servo motor as a cooling element. This reduces the total unit size by more than 50 % compared to classical servo drive solutions and by up to 30 % compared to other integrated solutions.
* Another advantage of the IndraDrive Mi is the significantly reduced installation work – a single cable is sufficient for power supply and communcation via SERCOS interface.
|
|
MSK Series
This series offers complete scalability, with performance options for standard and more challenging applications. The compact construction with increased torque density provides a costomer-orriented range of size and performance.
|
|
|
The servo-motors are declined in 3 families with the complementary applications. Series "SMARTSTEP", intelligent alternative to the stepper motors combining installation and ease of use. From 30 to 750 W. Ideal series "SIGMAII" for the control of axes, combining prompt response, high speed and high degree of accuracy. Analogical control speed and couple. From 30 W to 55 kw. The series "XTRA-DRIVE", the Servo intelligent driver allowing speed control, of couple and position. Integrated controller and connectivity network. From 30 W to 3 kw.
|
|
| ... products without technical information |
| |
|
|
