These provide torque multiplication and speed reduction for the procedure of prime movers in industrial machinery. Some have essential motors while others are given with adapters for motors to be added.
From simple movement to heavy duty applications, we’ve a quickness reducer for you.
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A servo electric motor is constructed of a compatible electric motor coupled to a sensor that gives feedback about the position. In addition, it necessitates having a refined controller specifically made for servo motor make use of. As a rotary actuator, it allows exact control of the position, velocity and acceleration. A unique feature of the servo motor is usually that it consumes power while rotating to the required position and then rests upon arrival.
Servo-Worm Reducers were specifically developed for use with the most recent servo motors in applications that demand specific positioning and repeatability.

These reducers are suitable for applications in material managing, automation, machine tool, and robotics.

The light-weight modular aluminum housing design allows for easy machine integration, and excellent heat dissipation. A multitude of input flanges and couplings can be found to allow easy mounting of almost any servo-motor and custom flanges can be accommodated. Output configurations with pinion, hollow bore, or solid shaft can be found and can be configured for insight with motor flange, free insight shaft, or both totally free input shaft and engine flange.
Our close partnerships with this installed customer base provided much insight into their evolving dependence on more high-precision right-angle gearing options.
These servo grade speed reducers are perfect for the most difficult of motion control applications. Each series incorporates a globoidal worm equipment mesh design to be able to accomplish the torque handling capability and the best levels of precision that our clients have come to expect from us. The input design of our EJ right-angle gearbox applies the same concept of motor modularity that is common across our High Precision product family, meaning our customers and distribution partners get the same degree of flexibility, product variety, and overall availability that is unparalleled in your industry.
This standard range of Servo Reducers are perfect for use in applications that demand high performance, precise positioning and repeatability. These were specifically developed for use with state-of-the-art servo electric motor technology, providing restricted integration of the engine to the unit. Angular backlash of significantly less than 1 arc-moments is provided standard.

They are available in four sizes (50 mm to 100 mm center range) with input boosts to 5,000 rpm, reduction ratios from 4.75 to 52:1 and output torque capacities up to 1700Nm. A wide variety of engine couplings and mounting flanges are available for assembly to practically all servo motors, and the hollow bore result can be used to mount result shafts, pinion shafts, or other drive elements.

Typical applications for these reducers include precision rotary axis drives, traveling gantries & columns, materials handling axis drives, zero-backlash axis drives and electronic line shafting. Industries served include Material Managing, Automation, Aerospace, Machine Tool and Robotics.
Our range of worm gearboxes is particularly suited to demanding stepper and servo engine applications.

The range covers:

torque rankings up to 4700Nm continuous
torque ratings up to 7800Nm peak (12,800Nm maximum emergency prevent torque)
input speed 6000 maximum
backlash right down to 0.5 arc-min
solid, hollow and robot flange output shaft options
We check the stator windings, replace bearings, repair the armature, change and undercut the commutator, rewind the engine, dip and bake the windings and fully check all of the electro-mechanical properties of your servo motor.

Our electronic restoration laboratory performs repairs at component level (tachometer, encoder, resolver, hall effects or tachsyns). Feedback devices are altered to the correct timing, waveform form, offset angle, and voltage level.

Our in-home machine shop can repair or remanufacture damaged shafts, sleeve endbells, or repair motor housings. Shafts are dynamically well balanced to mil specifications to eliminate vibration.

State-of-the-art equipment allows us to precisely arranged encoder or opinions alignment and to run test the engine.
Designers generally change to gear reducers in servopositioning applications for just two reasons. First, many applications require much less swiftness and more torque than economically offered from a servo-motor only. A gear reducer trades top-end acceleration, which may not be required, for higher result torque. Servomotors typically operate at 3,000 to 5,000 rpm although for small, high-power applications, some motors are wound to use at higher speeds.

Second, a servocontrolled program has optimized performance when load inertia and electric motor inertia are similar. Settling-time delays frequently result if load inertia can be high weighed against motor-armature inertia. Gear reducers solve this universal problem, reducing reflected inertia (the load inertia seen by the control program) by the square of the apparatus reduction ratio. For example, a 5:1 reduction ratio offers a 25:1 decrease in the reflected load-inertia ratio, ensuring stable program procedure and optimal machine functionality.

When high performance is necessary, one good option is integral planetary gears, where in fact the gear set is part of the actuator unit. In additional systems gears bolt on to the engine and are not necessarily planetary. A built-in servoactuator gives one of the highest power densities available in an electric-actuator system and pays to in applications that want high torque and/or power while minimizing weight and space. Standard uses include robotics, materials handling, packaging machinery, and process control.

Planetary gearheads have high torque rankings because a number of gears uniformly share the strain. The mixing movement of the planet gears with the external ring gear keeps all the teeth well lubricated. An individual drop of oil using one tooth evenly redistributes over the entire gear set, which isn’t the case for nonplanetary equipment reducers. Planetary reducers also provide low backlash, which may be important for positioning accuracy and servosystem stability.

A built-in planetary-geared servoactuator offers all the benefits of normal servomotors and bolt-upon planetary gear-heads with few of the drawbacks. Add-on servogearheads make use of a collar clamp to add the pinion gear and electric motor shaft, which in turn causes problems for some users. The pinion gear may mount too much in or out and decrease the mesh with various other gears. It could be misaligned, which reduces gear-head existence. And incorrect fastener torque can lead to failure under load. Geared servomotors without clamps remove these problems and increase the program stiffness. Integrated planetary-geared actuators may also reduce inertia by eliminating unneeded components. This may improve performance through lower RMS current and quicker establishing times.

Fewer components also offer compact packaging in comparison to bolt-on reducers. Bolt-on gear-heads frequently use right-position gears to reduce the space a reducer extends beyond a machine. Right-angle gears, however, require yet another group of bevel gears to make the switch. These gears increase the solution’s size, price, complexity, and total backlash since another system is placed between your load and the engine. Use of beveled gears defeats the advantage of a planetary gearhead completely.

Some planetary-geared servo-motors offer additional options. For example, oil-movement lubrication and cooling lets devices operate continuously at up to three times the nominal torque and power rating. Oil-cooling also maintains the actuator awesome in high-temperature environments. Various other options include explosionproof styles, alternative materials and coatings, customized shafts, nonstandard electric motor voltages such as for example 24 or 48 Vdc, special feedback devices, and special electrical connectors to operate with most amplifiers.
This standard range of Precision Planetary Reducers are ideal for use in applications that demand powerful, precise positioning and repeatability. These were specifically developed for make use of with state-of-the-art servo motor technology, providing tight integration of the engine to the unit. Design features include mounting any servo motors (IEC, NEMA, or personalized motors), standard low backlash, high torsional stiffness, 95 to 97% efficiency and quiet running.

They are available in nine sizes with decrease ratios from 3:1 to 600:1 and result torque capacities up to 16,227 lb.ft. The output can be provided with a good shaft or ISO 9409-1 flange, for installation to rotary or indexing tables, pinion gears, pulleys or other drive elements with no need for a coupling. For high precision applications, backlash levels right down to 1 arc-minute are available. Right-angle and insight shaft versions of these reducers are also obtainable.

Common applications for these reducers include precision rotary axis drives, traveling gantries & columns, materials handling axis drives and electronic line shafting. Industries offered include Material Handling, Automation, Aerospace, Machine Tool and Robotics.
The servo gearboxes PT complete the complete selection of our servo gearboxes that contain high-end planetary gearboxes, right angle gearboxes, hypoid gearboxes, cycloid gearboxes in addition to various combinations thereof. All common servo motors can be very easily set up with all sizes of our gearboxes. Our PT servo planetary gearboxes assure high stiffness and dependable transmission through their unique design. All ring gears, world gears and sunlight pinions are case – hardened and ground. This provides a superb transmission quality and permits precise positioning tasks.

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