Description
The Parker PS115010SH gear head is a high-precision helical planetary gearbox designed for inline motion control applications. Engineered with a square flange interface, it delivers controlled torque transmission and accurate positioning performance. This gear head is intended for industrial systems where precision, stiffness, and repeatable motion are critical.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Parker |
| Category |
Motion Control |
| Part Number |
PS115010SH |
| Subcategory |
Gearheads |
| Gearhead Type |
Helical Planetary |
| Configuration |
Inline |
| Precision Rating |
High Precision |
| Backlash |
Standard |
| Mounting Style |
Square Flange |
| Frame Size |
PS115 Series |
| Application Type |
Industrial Motion Control |
| Orientation |
In-Line |
| Weight |
9 lb |
Information About PS115010SH
The PS115010SH is part of Parker’s high-precision helical planetary gearhead lineup for electromechanical motion systems. It is built in an inline configuration to support compact machine designs while maintaining efficient power transmission. The gearhead utilizes a helical planetary gear train to reduce noise, improve load distribution, and enhance positioning accuracy. Designed for demanding industrial environments, it supports precision automation, servo-driven equipment, and controlled mechanical motion.
Key Features:
- Parker Precision Gear Head: Manufactured to Parker motion control engineering standards
- Helical Planetary Gear Design: Improves load sharing, smooth operation, and acoustic performance
- High Precision Performance: Supports accurate positioning and repeatable motion control
- Inline Configuration: Enables compact integration with motor and drive assemblies
- Square Flange Mounting: Designed for rigid and stable mechanical installation
- Standard Backlash Rating: Balanced precision suitable for high-performance industrial systems
- Industrial Motion Compatibility: Intended for servo and electromechanical automation equipment
The PS115010SH delivers the reliability and precision required for high-accuracy industrial motion control applications.
