ATLANTA has updated their Servo Drive Systems catalog (2nd Edition 2009) to include it's new product offerings, including:

• High-Precision DIN 4 and 5 Racks
• Module 12.0 Racks
• Rack Assembly Kits
• TR "Torque Reduction" Flanged Pinions
• Expanded Servo Reducer Range

To receive a printed copy of the new catalog, please fill out the Catalog Request Form.  The new catalog can also be downloaded in PDF format here.

ATLANTA is pleased to expand their wide range of racks to include high-precision DIN 4 and 5 racks, which are precision manufactured in a controlled environment.  Three levels of precision are now available, with pitch accuracies down to 0.012 mm per 1,000 mm length.  This gives the machine designer the flexibility of choosing the desired level of rack precision to meet the application needs.

These racks are available in straight (spur) and helical versions, in modules 2.0 through 12.0, in half meter and one meter lengths.  These racks are ideal for high accuracy applications requiring minimal pitch error over the complete travel length.  The high precision pitch of the racks can eliminate the need for electronic compensation and the high precision parallelism allows for drives with extremely low backlash without the need for preloading.  Used with our split-pinions, ultra-precise zero-backlash axis drives can be achieved.

ATLANTA Drive Systems, Inc. is pleased to announce a new range of ISO 9409-1 flanged pinions, which have compact designs to reduce the amount of drive torque required.  Traditionally, flanged pinions have large pitch diameters which increase the amount of torque on the reducer they mount to.

With the new TR Pinion range, the pinion pitch diameters are significantly smaller, reducing the drive torque required and allowing a smaller reducer to be used.

This hardened & ground pinion range has a quality level of DIN 5 and is available in straight (spur) and helical-toothed versions, in metric modules 2.0 through 8.0.  The pinions can mount to any reducers with ISO 9409-1 flanged connections, such as ATLANTA HT, Alpha TP, Stober PH, Apex AD and Neugart PLF.  The pinions are easily mounted and replaceable if future repair is needed.

The combination of the TR pinions, with their low inertia and high accuracy, used with ATLANTA’s precision gear racks, make it possible to achieve very highly dynamic axis drives with high precision and repeatability.

We are pleased to announce the expansion of our range of Servo Reducers, now offering In-Line and Right-Angle versions in five levels of precision to meet any application requirements.

For applications requiring higher efficiency, we can now offer our Bevel-Gear (BG) Servo Reducers, which are available in three sizes with ratios from 4.75:1 to 9.25:1.

For applications requiring an in-line solution, we can now offer our Precision Planetary Reducer Series, available in eight sizes with ratios from 3:1 to 600:1 and backlash levels down to less than one arc-minute.  This new series features HeliCamber® gearing which make them the most accurate and efficient planetaries available, with minimum wear, low backlash and low noise.  Design features include mounting any servo motors (IEC, NEMA, or customized motors), standard low backlash, high torsional stiffness, 95 to 97% efficiency and quiet running.

To set the pitch in-between rack segments, a companion rack is typically used.  While this works well for most applications, it can induce error into the axis.  This error can accumulate with each rack joint, especially on long axis drives.

When using our Precision Hardened & Ground Racks in high accuracy applications, we recommend using our Rack Assembly Kits to achieve the most accurate pitch in-between rack segments.

The assembly kit consists of a measuring bridge, an adjusting device and magnetic rollers.  With this kit, it is possible to achieve perfect rack joints without adding error to the system.

This is perfect for applications requiring very slow output speeds while keeping the motor at a desirable speed.  The planetary input also allows a high efficiency of the overall reducer.  For more information, please consult the factory.