Festo 30 mm Flat Silicone Suction Cup ESS-30-SS M6

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TWD510.00

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TWD535.50

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RS庫存編號:
203-8409
製造零件編號:
ESS-30-SS
製造商:
Festo
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品牌

Festo

Product Type

Suction Cup

Connection Size

M6

Pad Diameter

30mm

Pad Type

Flat

Pad Material

Silicone

Connection Type

Vacuum Port

Series

ESS

Holding Force

40.8N

Vacuum Entry Direction

Position of Connection On Top

Standards/Approvals

RoHS

Model Number

189301

COO (Country of Origin):
JP

Festo ESS Series Suction Cup, 30mm Pad Diameter, 40.8N Holding Force - ESS-30-SS, Numeric Part Number: 189301


This suction cup is a vacuum handling pad designed for reliable contact with flat surfaces in industrial automation environments. It is suited to pick-and-place and holding tasks where a resilient contact material and a dedicated vacuum connection are required, and it integrates into equipment that accepts a top-mounted vacuum port.

Features and Benefits:


• Silicone pad provides soft surface conformity and reduced marking
• Flat pad shape ensures consistent contact on smooth substrates
• 30mm pad diameter optimises small-part handling capacity
• 40.8N holding force supports secure grip during transfer
• M6 connection size enables Compact mechanical integration
• Vacuum entry positioned on TOP simplifies tubing routing

Applications


• Suitable for component pick-and-place in electronics assembly
• Ideal for holding small electrical parts during inspection
• Used with automated pick-and-place modules in mechanical lines
• Can be used for delicate transfer tasks in PCB handling

What connection Interface is required for installation?


The device connects via an M6 threaded Interface intended for a vacuum port, allowing attachment to standard M6 fittings or adaptors.

Which material characteristics affect surface compatibility?


The silicone pad material offers flexibility and a degree of surface conformity, improving sealing on smooth substrates while minimising surface marking.

How does the vacuum entry orientation influence system layout?


With the vacuum entry located on the top, tubing runs can be routed upwards from the pad, reducing horizontal obstruction and easing integration in vertical assemblies.

What holding capacity should be expected during transfer operations?


The pad delivers a holding capability of 40.8N under appropriate vacuum conditions, supporting stable transfer of small components.

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