VABM-L1-10S-G18-8 Festo Manifold Rail

RM 224.00

Manifold rail featuring a 10.5 mm grid dimension and G1/8 pneumatic connections. Supports up to 16 valve positions with -0.9 to 10 bar operating pressure.

SKU Festo-566564 Category
Manifold rails

VABM-L1-10S-G18-8 Festo Manifold rail

Model Identifier VABM-L1-10S-G18-8
Official Part Number 566564
GTIN Standard 4052568214302

Technical Overview

The Festo VABM-L1-10S-G18-8 is a high-performance manifold rail designed for compact valve terminal assemblies. Featuring a 10.5 mm grid dimension, it supports up to 16 valve positions and is constructed from a robust wrought aluminium alloy. This manifold is engineered for versatility, offering compatibility with G1/8 pneumatic connections and meeting stringent environmental standards including RoHS compliance, ISO Class 5 cleanroom suitability, and specialized requirements for Li-ion battery manufacturing with reduced copper, zinc, and nickel values.

Key Features

  • Grid dimension of 10.5 mm
  • Supports up to 16 valve positions
  • RCM trademark and c UL us - Recognized (OL) approvals
  • Moderate corrosion resistance (CRC 2)
  • LABS (PWIS) conformity VDMA24364-B1/B2-L
  • Suitable for battery production with reduced Cu/Zn/Ni values (F1a)
  • Cleanroom suitability ISO Class 5
  • RoHS-compliant material construction
  • Wrought aluminium alloy manifold rail

Suitable for the production of Li-ion batteries with reduced Cu/Zn/Ni values (F1a) and Class 5 cleanroom suitability according to ISO 14644-1.

Technical Specification Matrix

ParameterValue
Grid dimension10.5 mm
Max. number of valve positions16
Operating pressure (MPa)-0.09 MPa ... 1 MPa
Operating pressure (bar)-0.9 bar ... 10 bar
ApprovalRCM trademark c UL us - Recognized (OL)
Corrosion resistance class CRC2 - Moderate corrosion stress
LABS (PWIS) conformityVDMA24364-B1/B2-L
Suitability for the production of Li-ion batteriesSuitable for battery production with reduced Cu/Zn/Ni values (F1a)
Cleanroom suitabilityClass 5 according to ISO 14644-1
Max. tightening torque H-rail mounting1.5 Nm
Max. tightening torque for valve mounting0.45 Nm
Max. tightening torque wall mounting3 Nm
Product weight156 g
Pneumatic connection, port 1G1/8
Pneumatic connection, port 3G1/8
Note on materialsRoHS-compliant
Material manifold railWrought aluminium alloy

Industrial Applications

1. Lithium-Ion Battery Cell Automated Assembly Line

Deployment of the manifold rail to control multiple pneumatic actuators and gripping systems involved in the delicate stacking, folding, and packaging of Li-ion battery cells.

Problem Solved

Standard pneumatic components often contain copper, zinc, or nickel, which can contaminate battery materials and cause dangerous internal short circuits. This manifold solves the issue as it is explicitly rated for battery production with reduced Cu/Zn/Ni values (F1a), safely managing up to 16 valve positions within a highly compact 10.5 mm grid dimension to maximize spatial efficiency on the assembly machine.

Li-ion battery productionReduced Cu/Zn/Ni values16 valve positions10.5 mm grid dimensionF1a suitability

2. ISO Class 5 Cleanroom Semiconductor Wafer Handling

Integration of the manifold rail into robotic wafer handling stations, coordinating vacuum ejectors and precision pneumatic cylinders to transfer delicate semiconductor wafers safely.

Problem Solved

Contamination from airborne particulates or outgassing components severely degrades semiconductor yields. This product mitigates this risk through its certified ISO 14644-1 Class 5 cleanroom suitability. Additionally, its ability to operate reliably down to -0.9 bar perfectly supports vacuum suction applications, all while weighing only 156 g to minimize the payload on moving robotic gantries.

ISO 14644-1 Class 5Vacuum operation -0.9 barCleanroom suitability156 g product weightSemiconductor handling

3. Automotive Paint Shop Robotic Spray Control

Utilization of the manifold rail within automated automotive paint booths to supply and sequence pilot air to pneumatic spray guns and manage fluid delivery valves.

Problem Solved

Pneumatic components in painting environments often release silicones or other paint-wetting impairment substances (PWIS), leading to costly paint defects like cratering. This wrought aluminium alloy rail solves this by guaranteeing LABS/PWIS conformity (VDMA24364-B1/B2-L), ensuring flawless paint finishes, while its CRC 2 moderate corrosion resistance withstands the harsh chemical environments typical of paint shops.

LABS (PWIS) conformityVDMA24364-B1/B2-LModerate corrosion stress CRC 2Wrought aluminium alloyG1/8 pneumatic connection

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