Overview
The Parker PTR157-180L-AR23-C hydraulic cylinder is designed to deliver consistent, reliable performance in medium-duty industrial applications. With a maximum working pressure rating of 250PSI, this unit converts hydraulic fluid power into linear motion for machinery control, positioning, and force transmission across manufacturing, construction, and automation systems. This is a used, tested unit in good working condition.
Key Features
- 250PSI maximum working pressure rating
- Robust construction for industrial duty cycle requirements
- Compact design suitable for space-constrained applications
- Compatible with standard hydraulic system architectures
- Used condition—fully functional and ready to deploy
Technical Specifications
- Manufacturer: Parker Hannifin
- Model Number: PTR157-180L-AR23-C
- Maximum Pressure: 250 PSI
- Condition: Used
- Product Type: Hydraulic Linear Actuator/Cylinder
- Mounting Style: AR23 (end-of-rod mount)
- Stroke Designation: 180L (per Parker nomenclature)
Typical Applications
- Machinery actuation and positioning
- Press and stamping equipment
- Hydraulic load handling and lifting
- Industrial automation and material handling
- Construction equipment control systems
- Manufacturing plant equipment retrofits
Compatibility & Replacements
Compatible With
- Standard ISO 4401 hydraulic valve mounting surfaces
- SAE and ISO flange connection standards
- General industrial hydraulic systems (pump, motor, valve combinations)
- Mobile and stationary equipment platforms
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. Parker cylinders in the PTR157 series with identical bore, rod, stroke, and mounting (AR23) may be compatible; however, exact cross-reference requires engineering review of your specific system requirements.
Works With
- Hydraulic pumps (variable and fixed displacement)
- Directional control valves (spool and poppet types)
- Pressure relief and pilot-operated valves
- Load-holding and counterbalance valves
- Flow control and proportional valve systems
