Festo, 5428900, Stroke Length: 500 mm, 1000N

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£703.20

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£843.84

(inc. VAT)

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RS Stock No.:
194-983
Mfr. Part No.:
EPCC-BS-60-500-5P-A
Brand:
Festo
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Brand

Festo

Product Type

Electrical Linear Actuator

For Use With

Lithium-ion Battery Production

Standards/Approvals

ISO 14644-1, RoHS

Model Number

5428900

Maximum Load

1000N

Stroke Length

500mm

COO (Country of Origin):
CN

Festo Electrical Linear Actuator, For Use With Lithium-ion Battery Production, Standards/Approvals ISO 14644-1 - EPCC-BS-60-500-5P-A, Numeric Part Number: 5428900


This electrical linear actuator is designed to deliver controlled linear motion within clean manufacturing environments. It is intended for use in lithium‑ion battery production and engineered to operate in facilities that adhere to stringent airborne particulate limits. The unit meets relevant industry environmental standards and is suitable where material restrictions and cleanroom compatibility are required.

Features & Benefits


• Compatible with ISO 14644‑1 cleanroom classifications for contamination control
• Optimised for lithium‑ion battery production processes
• Compact format supports integration into constrained assemblies
• Precise motion control suitable for servo‑driven tasks

Applications


• Suitable for automated cell stacking in battery assembly lines
• Ideal for precise electrode handling in battery manufacture
• Used with servo systems for pick‑and‑place tasks in cleanrooms
• Can be used for dosing or alignment operations in lithium‑ion fabrication

What approvals indicate suitability for controlled environments?


It meets ISO 14644‑1 criteria for use in cleanrooms and follows RoHS restrictions on hazardous substances, aligning material and particulate requirements for sensitive production areas.

Which production processes is it matched to technically?


It is specified for applications within lithium‑ion battery production, supporting operations that demand compatible actuation under contamination‑controlled conditions.

How should industry engineers consider integration constraints?


Engineers should account for the Compact actuator form when planning mechanical layouts and ensure control interfaces support precise servo or position‑controlled motion for assembly tasks.

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