Atlanta Helical Rack

Get a Price/Quote

MOQ : 1 Piece

Atlanta Helical Rack Specification

Method
Induction Hardened

Accuracy
High Precision

Cutting Speed
Up to 80 m/min

Load Capacity
High Load Bearing

Spindle Speed
Up to 3000 rpm

Thread Type
Helical Groove

Weight
Varies as per length and module

Coating
Black Oxide

Machine Type
CNC Router, Milling Machine

Shape
Helical

Type
Gear Rack

Material
Alloy Steel

Tolerance
0.05 mm

Surface
Precision Ground

Use
Industrial Automation, Power Transmission

Application
CNC Machines, Robotics, Gantry Systems

Face Width
12 mm 32 mm (as per module)

Rack Tooth Angle
Standard 19 31' 42''

Packaging
Rust protective coated, packed in wooden cases

Dynamic Load Rating
as per application/machine requirement

Max Operating Temperature
Up to 120C

Mounting Hole Type
Drilled & Counterbored

Number of Teeth
As per length and module

Pitch Error per Meter
0.05 mm

About Atlanta Helical Rack

Atlanta Helical Rack

1/2012 Dimensions in mm ZA 1
Overview of Helical Racks
Class Quality Module Total Tooth Thickness Max. Max. Feed Force per Applications (examples)
Pitch Error Tolerance Length Pinion Contact
(m/m) (m) (mm) (kN)
4 5 12 -13 1000 76.5 High Precision Machine Tools
6 12 -13 1000 109.0 with Electrical Preload
8 12 -13 960 191.0
10 12 -13 1000 287.5
12 12 -13 1000 409.0
5 2 26 -15 2000 20.5 Machine Tools, Lifting Axis,
3 26 -15 2000 31.0 Multiple Pinion Contact
4 26 -15 2000 60.0
5 26 -15 2000 92.0
6 2 36 -37 2000 19.5 Wood, Plastic, Composite,
3 36 -37 2000 31.0 Aluminium Working Machines
4 36 -37 2000 60.0
6 1.5 36 -37 1000 9.0 Machine Tools, Integrated Racks
2 36 -37 2000 15.5 Water Cutting Machines,
3 36 -37 2000 28.5 Tube Bending Systems,
4 36 -37 2000 51.5 Plasma Cutting Machines
5 36 -22 2000 76.0
6 36 -22 2000 109.0
8 36 -22 1920 191.0
10 36 -22 1500 287.0
12 36 -22 1000 409.0
7 2 52 -51 2000 16.0 Woodworking machines,
3 52 -51 2000 29.0 Linear Axis with High Requirement
4 52 -51 2000 52.5 for a smooth Running
5 52 -37 2000 77.0
6 52 -37 2000 110.0
8 52 -37 1920 192.5
10 52 -37 1500 289.0
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
9 1.5 150 -110 2000 1.5 Linear Axis with Low Load
2 150 -110 2000 4.0 Feed Units for Adjustment
3 150 -110 2000 7.0
4 150 -110 2000 13.5
5 150 -110 2000 16.0
6 150 -110 2000 23.0
8 150 -110 1920 41.5
10 150 -110 1000 53.5
10 1.5 200 -110 1000 3.5 Lifting Axis, Handling,
2 200 -110 2000 9.5 Welding Robots
3 200 -110 2000 17.5
4 200 -110 2000 32.0
5 200 -110 2000 49.0
6 200 -110 2000 67.5
8 200 -110 1920 118.5
10 200 -110 1000 178.5
12 200 -110 1000 252.5
UHPR
Ultra High Precision Rack
HPR
High Precision Rack
PR
Precision Rack
BR
Basic Rack
When using the maximum capacity of the teeth, or multiple pinions in contact, the mounting screw loads must be checked
separately!

Overview of Helical 1) Racks
Class Series Module Page
48 .. ... 5, 6, 8, 10, 12 Induction-Hardened 4 ZA-4
29 .. ... 2, 3, 4, 5, 6 Case-Hardened 5 ZA-5
29 .. ... 2, 3, 4 Case-Hardened 6 h ZA-6
29 .. ... 1.5, 2, 3, 4, 5, 6, 8, 10, 12 Induction-Hardened 6 h ZA-7
29 .. ... 2, 3, 4, 5, 6, 8, 10 Induction-Hardened 7 h ZA-8
39 .. ... 2, 3, 4, 5 Induction-Hardened 8 h ZA-9
38 .. ... 2, 3, 4, 5 Quenched and 8 e 27 ZA-10
Tempered
47 .. ... 1.5, 2, 3, 4, 5, 6, 8, 10 Soft 9 e 27 ZA-11
39 .. ... 1.5, 2, 3, 4, 5, 6, 8, 10, 12 Induction-Hardened 10 e 27 ZA-1213
Selection and Load Tables ZA-3038
Electronically Controlled Lubricators, Sliding-Type Lubricating Brushes and Hose-Connection Sets ZE-2 6
Felt Gear and Mounting Shaft ZE-7 8
Mounting ZF-9
Heat-Treatment
of Teeth
Tolerance
of Teeth
UHPR
HPR
PR
BR
1) All our helical racks are right hand, except the companion racks, which are left hand!

Precision Performance for Critical Applications

The Atlanta Helical Rack guarantees exceptional accuracy in motion control, thanks to its advanced manufacturing tolerances and induction-hardened surface. Its helical groove design ensures quieter and smoother operation, crucial for CNC routers, milling machines, and automated gantry systems in demanding industrial environments.

Engineered for Versatility and Reliability

Suitable for both heavy-duty and high-speed applications, this gear rack supports numerous industrial sectors. Whether you require reliable performance under dynamic loading or need seamless integration with robotics and power transmission setups, this racks robust alloy steel construction adapts to varied operational needs.

FAQs of Atlanta Helical Rack:

Q: How is the Atlanta Helical Rack installed, and what mounting options are available?

A: The rack is provided with precisely drilled and counterbored mounting holes, making installation straightforward on machines such as CNC routers, milling machines, and gantry systems. The number and pattern of mounting holes are determined by the gear racks length and module to ensure secure and accurate alignment.

Q: What makes the Atlanta Helical Rack suitable for high-precision and high-speed applications?

A: This helical gear rack boasts a pitch error per meter of 0.05 mm and a tolerance of 0.05 mm, ensuring consistently accurate motion control. Its robust alloy steel build and induction-hardened, precision-ground surface enable fast cutting speeds (up to 80 m/min) and high spindle speeds (up to 3000 rpm), making it optimal for CNC and automation systems.

Q: Where can the Atlanta Helical Rack be used, and what industries benefit most?

A: The rack is designed for use in CNC machinery, industrial automation, robotics, and gantry systems. Its versatility makes it an excellent choice for manufacturing sectors requiring high precision, such as automotive, aerospace, electronics, and fabrication industries.

Q: What processes and treatments give the rack its durability and corrosion resistance?

A: The alloy steel rack undergoes induction hardening for superior wear resistance. Its surface is finished with black oxide coating and a rust-protective layer, then packed in sturdy wooden cases for secure transit and storage.

Q: How does the rack benefit end-users in terms of operational efficiency?

A: By offering high load-bearing capacity, reduced backlash due to helical tooth design, and long service life from quality hardening processes, the rack minimizes maintenance needs and ensures smooth motion, driving productivity in power transmission and automation tasks.

Q: When should this gear rack be chosen over straight tooth racks?

A: Select the Atlanta Helical Rack when your application demands quieter operation, higher load capacity, and better positional accuracyespecially important in rapid, precise movements within CNC, robotic, and gantry systems.

Tell us about your requirement