Atlanta Precision Rack PR series 38 39 33 34

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Atlanta Precision Rack PR series 38 39 33 34 Specification

Load Capacity
High load capacity, depends on module

Shape
Rectangular

Size
Module 2 to 8, standard length 1,000 mm (other lengths on request)

Accuracy
Class 6 (DIN 3962)

Method
Precision ground and induction hardened

Thread Type
No threads (toothed profile)

Machine Type
Machining centers, cutting machines, automation cells

Type
Straight precision rack

Material
Alloy steel (hardened and ground)

Tolerance
Up to 0.01 mm

Surface
Precision ground

Use
Rack and pinion drives

Application
Automation, machine tools, robotics, conveyor systems

Usage & Applications
Linear motion transmission for high precision and load applications

Length Options
500 mm, 1,000 mm, 2,000 mm (custom lengths available)

Lubrication
Required for optimum performance

Module Range
Module 2, 3, 4, 5, 6, 7, 8

Mounting Holes
Provided along length for easy installation

Heat Treatment
Induction hardened teeth

Tooth Profile
Straight (spur) teeth

About Atlanta Precision Rack PR series 38 39 33 34

Atlanta Precision Rack PR series 38 39 33 34

PR
Precision
Rack

8 2 60 -59 1000 13.5 Portals, Handling
3 60 -59 1000 24.5 Linear Axis
4 60 -59 1000 44.0
5 60 -59 1000 64.5
8 2 100 -110 2000 8.0 Linear Axis
3 100 -110 2000 14.0
4 100 -110 2000 27.0
5 100 -110 2000 31.0

39 .. ... 2, 3, 4, 5 Induction-Hardened 8 h ZA-9
38 .. ... 2, 3, 4, 5 Quenched and 8 e 27 ZA-10

8 2 60 -59 1005 12.0 Portals, Handling
3 60 -59 1018 22.0 Linear Axis
4 60 -59 1005 39.0
5 60 -59 1005 57.5
8 2 100 -110 2011 7.0 Linear Axis
3 100 -110 2036 12.0
4 100 -110 2011 23.0
5 100 -110 2011 27.0

34 .. ... 2, 3, 4, 5 Induction-Hardened 8 h ZB-9
33 .. ... 2, 3, 4, 5 Quenched and

Engineered for High Precision and Endurance

Atlanta Precision Rack PR series racks are designed for critical linear motion systems requiring remarkable accuracy and load-bearing capabilities. Each rack features induction-hardened, precision-ground alloy steel teeth, facilitating long service life in challenging automation, machining, or robotics applications. With Class 6 (DIN 3962) accuracy and easy installation via mounting holes, these racks deliver dependable and consistent motion transmission, even in high-demand operational settings.

Tailored to Your Application Needs

Choose from module sizes ranging from 2 to 8, and standard lengths of 500 mm, 1,000 mm, or 2,000 mm. Custom lengths are also available on request, ensuring a precise fit for your specific system. The rectangular shape and consistent tooth geometry provide compatibility with a wide range of pinions, making these racks suitable for machining centers, cutting machines, automation cells, and more.

FAQs of Atlanta Precision Rack PR series 38 39 33 34:

Q: How are the Atlanta Precision Rack PR series racks installed?

A: The PR series racks are equipped with mounting holes along their length, allowing for straightforward and secure installation onto machine beds or automation frameworks. This design reduces setup time and ensures precise alignment.

Q: What materials and treatments are used for these precision racks?

A: Constructed from high-grade alloy steel, the racks undergo induction hardening and precision grinding. This combination ensures superior hardness, durability, and wear resistance necessary for high-precision, high-load applications.

Q: When should I lubricate the Atlanta PR series racks, and why is it necessary?

A: Regular lubrication is required for the racks to achieve optimum performance and minimize wear. Its recommended to maintain a consistent lubrication schedule based on the systems operating environment and usage frequency.

Q: Where are these racks manufactured, and what quality standards do they meet?

A: These precision racks are manufactured in Germany and adhere to stringent quality standards, with an accuracy classification of Class 6 according to DIN 3962. This ensures reliable performance and dimensional consistency.

Q: What is the process behind achieving precision in the PR series racks?

A: Each rack undergoes precision grinding and induction hardening, resulting in exceptionally accurate tooth profiles and a hardened wear-resistant surface. This manufacturing process ensures consistent engagement and long-term operational stability.

Q: What are the primary usage scenarios for the Atlanta Precision Rack PR series?

A: These racks are designed for use in rack and pinion drives within automation systems, machine tools, robotics, and conveyor systemsanywhere high-accuracy linear motion and substantial load handling are required.

Q: What benefits do these straight precision racks offer for machine builders and automation solutions?

A: Users gain reliable, high-precision motion control with minimal backlash, outstanding longevity due to hardened teeth, and flexible configuration options to suit a wide array of demanding industrial applications.

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