High-performance twin cylinder pneumatic cylinder with 100 mm stroke and adjustable end-position range. Ideal for precise and reliable motion control in industrial applications.
Product Modeldpz-32-100-p-a
Material Number159822
Product ID4447
Stock on Request
Last updated: 8/29/2026
Key Features
1
Precise Motion ControlThe DPZ-32-100-P-A ensures precise movement with its adjustable end-position range, allowing for customized positioning and control.
2
High PerformanceDesigned for demanding industrial applications, this twin cylinder pneumatic cylinder delivers reliable performance with a stroke of 100 mm.
3
FlexibilityThe adjustable end-position range of 10 mm provides flexibility in setting up the cylinder for different applications, enhancing its versatility.
4
Efficient OperationOptimized for efficient operation, the DPZ-32-100-P-A reduces air consumption and minimizes energy costs, making it a cost-effective solution.
5
Technical Specifications
Detailed engineering parameters based on manufacturer documentation
Specifications may be subject to change without notice
Parameter
Value
Parameter
Value
Distance of centre of gravity of payload to yoke plate xs
0mm
Stroke
100mm
Adjustable end position range/length
10mm
Piston diameter
32 mm
Drive unit operating mode
Yoke
Cushioning
Elastic cushioning rings/pads at both ends
Robust ConstructionBuilt with robust materials, this cylinder ensures durability and longevity, reducing the need for frequent replacements and maintenance.
Mounting position
Any
Guide
Sliding guide
Structural design
Guide
Position sensing
For proximity sensor
Symbol
00991249
Operating pressure
1bar 10bar
Mode of operation
Double-acting
Operating medium
Compressed air as per ISO 8573-1:2010 [7:4:4]
Information on operating and pilot media
Operation with oil lubrication possible (required for further use)
Corrosion resistance class (CRC)
2 - Moderate corrosion stress
LABS (PWIS) conformity
VDMA24364-B1/B2-L
Ambient temperature
-20°C 80°C
Impact energy in the end positions
0.5J
Max. payload as a function of the stroke at defined distance xs