-
Supplier: ATLANTA Drive Systems, Inc.
Description: Welcome to the widest range of standard racks & pinions in the World! Consisting of both helical & straight (spur) tooth versions, in an assortment of sizes, materials and quality levels, to meet almost any axis drive requirements. These drives are perfect for a wide range of applications,
- Number of Teeth: 13
- Pitch Diameter: 82.76 mm
- Face Width: 30 mm
- Shaft Diameter (if applicable): 48 mm
-
Supplier: ATLANTA Drive Systems, Inc.
Description: well as during changes in direction of travel. We have several different different solutions to achieve a zero-backlash drive system: SPLIT-PINIONS: The simplest zero-backlash drive system utilizes a split-pinion, which consists of two pinion halves and an axial
- Axis Drive Force: 1,180 lbs
- AGMA Quality: AGMA 12
- Features: Ground Teeth
- Gearing: Helical Tooth
-
Description: Bevel gears are conically shaped gears produced as straight, spiral, and zerol bevel gears. The gears are commonly mounted on shafts that are perpendicular to each other. They are used to transfer mechanical energy between intersecting shafts. The shaft angle can be any angle, but bevel gears are
- Pitch Diameter: 0.5 inch
- Face Width: 0.16 inch
- Pressure Angle: 20°
- Material: Aluminum
-
-
Description: Bevel gears are conically shaped gears produced as straight, spiral, and zerol bevel gears. The gears are commonly mounted on shafts that are perpendicular to each other. They are used to transfer mechanical energy between intersecting shafts. The shaft angle can be any angle, but bevel gears are
- Pitch Diameter: 0.5 inch
- Face Width: 0.12 inch
- Pressure Angle: 20°
- Material: Aluminum
-
Description: Bevel gears are conically shaped gears produced as straight, spiral, and zerol bevel gears. The gears are commonly mounted on shafts that are perpendicular to each other. They are used to transfer mechanical energy between intersecting shafts. The shaft angle can be any angle, but bevel gears are
- Pitch Diameter: 0.625 inch
- Face Width: 0.18 inch
- Pressure Angle: 20°
- Material: Aluminum
-
Description: Bevel gears are conically shaped gears produced as straight, spiral, and zerol bevel gears. The gears are commonly mounted on shafts that are perpendicular to each other. They are used to transfer mechanical energy between intersecting shafts. The shaft angle can be any angle, but bevel gears are
- Pitch Diameter: 2 inch
- Face Width: 0.16 inch
- Pressure Angle: 20°
- Material: Aluminum
-
Supplier: Mile-X Equipment, Inc.
Description: OTC 1675 13 Ton Puller Set This versatile 13-ton capacity puller set removes gears, bearings, shafts, pinions, bearing outer races, and other tightly fitted parts. The set includes a Push-Puller, Grip-O-Matic pullers, bearing pulling attachments, specialized pullers, and many accessories. You
-
Supplier: ATLANTA Drive Systems, Inc.
Description: 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,
- Number of Teeth: 108
- Face Width: 59 mm
- Length: 2,035.75 mm
- Pressure Angle: 20°
-
Supplier: ATLANTA Drive Systems, Inc.
Description: 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,
- Number of Teeth: 150
- Face Width: 24 mm
- Length: 1,000 mm
- Pressure Angle: 20°
-
Supplier: Island Components Group
Description: We have a wide variety of motor types: AC 50/60/400/800Hz DC brush-type and brushless Converter-driven Specialty split-field and shunt motors Induction Synchronous Universal Hysteresis Other types We supply hundreds of motor and motor generator products for military and commercial aerospace
- Continuous Current: 0.18 amps
- Continuous Torque: 0.075 In-lbs
- Rotor Inertia: 0.00001416 oz-in-sec²
- Diameter / Width: 1.062 inch
-
Supplier: Island Components Group
Description: We have a wide variety of motor types: AC 50/60/400/800Hz DC brush-type and brushless Converter-driven Specialty split-field and shunt motors Induction Synchronous Universal Hysteresis Inertially Damped Other types We supply hundreds of motor and motor generator products for military and
- Continuous Torque: 0.0375 In-lbs
- Rotor Inertia: 0.000022656 oz-in-sec²
- Shaft Speed: 6,200 rpm
- Diameter / Width: 1.062 inch
-
Supplier: Island Components Group
Description: We have a wide variety of motor types: AC 50/60/400/800Hz DC brush-type and brushless Converter-driven Specialty split-field and shunt motors Induction Synchronous Universal Hysteresis Other types We supply hundreds of motor and motor generator products for military and commercial aerospace
- Generated Voltage: 2.75 Volts / 1000 rpm
- Maximum Speed: 4,500 rpm
- Type of Output: AC
-
Supplier: Island Components Group
Description: We have a wide variety of motor types: AC 50/60/400/800Hz DC brush-type and brushless Converter-driven Specialty split-field and shunt motors Induction Synchronous Universal Hysteresis Other types We supply hundreds of motor and motor generator products for military and commercial aerospace
- Continuous Torque: 0.16875 In-lbs
- Rotor Inertia: 0.000079296 oz-in-sec²
- Shaft Size: 1.75 inch
- Shaft Speed: 9,000 rpm
-
Supplier: Titan Tool Supply, Inc.
Description: Fluorescent Ring Illuminator. An optional ring adapter Order # RI-FX3 must be ordered to use the Ring Illuminator. The FOI-1 Split Bifurcated Light Guide can be used in place of the RI-50 Ring Illuminator. Stand: Aluminum base, plate 5.500" x 6" x .750" with .800" diameter vertical post.
- Total Magnification: 5 to 40 X
- Field of View: 7.010396214386045 to 66.92896385835951 mm
- Working Distance: 85.08995405142481 to 511.1747239656491 mm
- Grade: Benchtop
Find Suppliers by Category Top
Conduct Research Top
-
Split-Pinion Ensures Precise Positioning on Material Feed Axis
A punch press manufacturer needed to precisely position a sheet of metal in order to accurately punch parts. The material feed axis had to have high repeatability and no lost motion.
-
Differences Abound Between Traditional Rack and Pinion Twin Drives, Split-Pinion-Based Designs, and Roller-Pinion Systems
with a traditional involute rack and pinion. The latter can require clearance between rack and gear teeth to prevent jams and excessive wear, or else environmental changes (such as a 10° temperature shift) can lock up the system as gear teeth expand. On the other hand, clearance results in backlash, which
More Information Top
Indicates content that may require registration and/or purchase.
-
ATLANTA Rack & Pinion Drives Featured in Motion Systems Design Magazine Article
A split pinion can be used to eliminate axis backlash and provide precise positioning and repeatability.
-
Linear drive systems enabling precision parts production
Clearance issues in twin and split pinions .
-
Machine tools 3
Spielfreies pinion-gear rack-system with divided pinion .
-
Advanced Roller Pinion Technology Provides Increased Accuracy for Motion Control Applications
Backlash can also be a problem unless expensive dual or split pinion systems are implemented.
-
Cutting Tool Engineering | July 2012 | Machine Technology | Solutions for long-range linear motion
In addition to backlash being reduced by improving the precision of the teeth, it can be reduced by using a spring-loaded split pinion .
-
Properties of electrically preloaded rack-and-pinion drives
Mechanical preload can be achieved using a split pinion [2].
-
Machine Tools for High Performance Machining
Other systems, such as the split pinion with a single reducer, or any solutions used in the past, did not completely eliminate the intrinsic play which exists on the inside of the reducer and, consequently, does not result in being a valid …
-
Rack and Pinion Drives
• Split pinions contain a torsion spring or other anti-backlash mechanism that enables the pinion to load both sides of the rack simultaneously.
-
Intelligent Computing and Information Science
In this system, input power is given to first- level gear though pinion split -flow which transfers the torque to second-level pinion, and then converges into second-level gear for output though second-level.
-
Effect of the design arrangement of mechanical wrenches on the process of screwing together and unscrewing pump and compressor pipes
suspension type wrenches (Fig. ic, d) having gripping elements built into the rotor pinion ( split , closed, lockable); the wrenches may be provided with either of two kinds of counterrotating attachments: .