ADN-S-10-5-I-A Festo Compact Cylinder

USD 28.34

5mm stroke, 10mm piston compact cylinder. Features double-acting operation, female thread rod, and high-alloy stainless steel piston rod.

SKU Festo-5177082 Category
Compact pneumatic cylinders

ADN-S-10-5-I-A Festo Compact Cylinder

Model Identifier ADN-S-10-5-I-A
Official Part Number 5177082
GTIN Standard 4052568420185

Technical Overview

The Festo ADN-S-10-5-I-A is a high-performance double-acting compact pneumatic cylinder engineered for space-critical automation tasks. Part of the ADN-S series, it features a 10mm piston diameter and 5mm stroke with a female thread piston rod end. This actuator is constructed from high-quality materials including a high-alloy stainless steel piston rod and anodised housing, offering ISO Class 5 cleanroom suitability and low corrosion resistance (CRC 1). It is designed for position detection via proximity switches and operates efficiently within a pressure range of 1 to 8 bar.

Key Features

  • Double-acting operation
  • Female thread piston rod end
  • Position detection via proximity switch
  • Cleanroom suitability ISO Class 5
  • RoHS-compliant materials
  • Low corrosion resistance class CRC 1
  • Optional mounting position

Compact short-stroke design optimized for high-density automation and space-constrained environments.

Technical Specification Matrix

ParameterValue
Stroke5 mm
Piston diameter10 mm
CushioningNo cushioning
Mounting positionoptional
Mode of operationDouble-acting
Piston-rod endFemale thread
DesignPiston Piston rod
Position detectionVia proximity switch
Symbol00991216
VariantsPiston rod at one end
Operating pressure MPa0.1 MPa ... 0.8 MPa
Operating pressure bar1 bar ... 8 bar
Operating mediumCompressed air to ISO 8573-1:2010 [7:4:4]
Note on operating and pilot mediumLubricated operation possible (in which case lubricated operation will always be required)
Corrosion resistance class CRC1 - Low corrosion stress
LABS (PWIS) conformityVDMA24364-B2-L
Cleanroom suitabilityClass 5 according to ISO 14644-1
Ambient temperature-10 °C ... 60 °C
Impact energy in end positions0.012 J
Theoretical force at 0.6 MPa (6 bar, 87 psi), return stroke30.2 N
Theoretical force at 0.6 MPa (6 bar, 87 psi), advance stroke47 N
Moving mass4.5 g
Product weight17 g
Type of mountingWith through-hole
Pneumatic connectionM3
Note on materialsRoHS-compliant
Material coverWrought aluminium alloy
Material dynamic sealsNBR TPE-U(PU)
Material housingAnodised
Material piston rodHigh-alloy stainless steel

Industrial Applications

1. High-Density Cleanroom Microelectronics Assembly

Integrated into a robotic end-effector or indexing table to perform micro-positioning and component staking of tiny electronic surface-mount devices (SMDs) on printed circuit boards.

Problem Solved

Eliminates the space constraints of traditional pneumatic cylinders by utilizing its ultra-compact 17g weight and 10mm piston diameter, allowing for tightly packed multi-cylinder arrays in highly sensitive ISO Class 5 cleanroom environments without generating particulate contamination.

10 mm Piston diameter17 g Product weightISO 14644-1 Class 5Proximity switch detectionDouble-acting

2. Pharmaceutical Vial Escapement and Gating Mechanism

Acting as a high-speed micro-gate or automated stopper in a multi-lane pharmaceutical sorting conveyor, accurately managing the flow and separation of lightweight glass vials before liquid filling stations.

Problem Solved

Solves the issue of component jamming and line bottlenecking in restricted medical packaging lines by providing reliable, rapid actuation with a minimal 5 mm stroke, while meeting strict VDMA24364-B2-L and ISO Class 5 hygiene compliances.

5 mm StrokeClass 5 CleanroomOperating pressure 0.1 MPa ... 0.8 MPaVDMA24364-B2-LMoving mass 4.5 g

3. Precision Optical Lens Press-Fit Tooling

Utilized in an automated assembly micro-jig for smartphone camera modules, designed to gently and accurately press delicate glass lenses into tight tolerances within anodized aluminum housings.

Problem Solved

Prevents the cracking and structural damage of fragile optical components by delivering a strictly controlled, moderate advance force (47 N at 6 bar) combined with an extremely low impact energy in end positions (0.012 J) where standard cushioning is inappropriate.

47 N advance force0.012 J impact energyNo cushioning0.6 MPa (6 bar)Female thread Piston-rod end

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