Name: FESTO Vacuum suction cup ESV-100-GT 526005 Nominal width (details) 100 mm Sealant Polyurethane
Brand: FESTO
SKU: 2204196
Availability: BackOrder

A schematic representation of a perfume spray bottle in black and white, showing the structure and function of the bottle's cap.

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Total (€ 48.99 / piece)

€ 48.99

incl. VAT

Only available for business customers

14-day return policy included

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Highlights & Details

Technical specifications

Tear-off force at 70% vacuum: 375 N.
Mounting type: Via vacuum connection
Operating pressure: -0.95 ... 0 bar
Operating medium: Atmospheric air in accordance with ISO 8573-1:2010 [7:-:-]
All mounting positions permitted
Color: Red brown
Holding force at rated operating pressure 100 N.
Height compensation suction cup holder: 9 mm
Constructive structure: Round, bell-shaped
Min Workpiece radius R: 135 mm
Nominal operating pressure: -0.7 bar
Product weight: 58,9 g
Transverse force at rated operating pressure 183 N.
Suction unit diameter 100 mm
Suction cup shape: Round deep
Suction unit volume: 53.9 cm3
Shore hardness 72 +/- 5
Ambient temperature: -10 ... 80 °C
Vacuum material: Vulkollan®
Material information: Free of copper and PTFE
Complies with RoHS

Operating medium: Atmospheric air

Type: 526005

Product type: Vacuum suction cup

Max. operating pressure: -0.95 bar

Operating temperature: -10 °C (min)

Min. operating temperature: -10 °C

Manufacturer part #: 526005

Operating pressure (min.): -0.95 bar

Sealant: Polyurethane

Weight: 58.9 g

Media temperature (range): -10 up to 80 °C

Max. media temperature: 80 °C

Media temperature (min.): -10 °C

Medium: Natural air

Nominal width: 100 mm

Max. ambient temperature: +80 °C

Min. ambient temperature: -10 °C

UKCA: not relevant

Documents & Downloads

User & Safety Instructions

User & Safety Instructions 2204196 FESTO Vacuum suction cup ESV-100-GT 526005 Nominal width (details) 100 mm Sealant Polyurethane

Hints

The kv factor indicates the volume flow through a valve, measured in litres/min at 1 bar and at a water temperature between 5 and 30°C. The QNn factor indicates the gas volume flow, measured in litres/min