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Cover 4-gang with sym. for button 1+4 LS404TSAPSWM14 image 1

Cover 4-gang with sym. for button 1+4 LS404TSAPSWM14

In stock: No Vendor stock: No Minimal order quantity: 1
Price (excl. VAT):
7,87 €
This price is valid until 24.12.25
EAN: 4011377205833
MPN: LS404TSAPSWM14
Box: 1
Estimate delivery time at our warehouse (approx.): 4-6 weeks

Technical Information

Item condition New
Manufacture name Cover 4-gang with sym. for button 1+4 LS404TSAPSWM14
Brand Jung
Categories Switches
Country of origin DE
Harmonized System Code 8538 9099 00
Colour Black
Model Single push button
Halogen free Yes
Utilization Other
Surface protection Lacquered
Material quality Thermoplastic
Material Plastic
Type of fastening Engage (snap)
Imprint/indication Symbol "arrows"
Monitoring window/light outlet No
RAL-number (similar) 0
With label area No
With exchangeable lens/symbol No
Surface finishing Matt
Suitable for degree of protection (IP) IP20
Suitable for touch sensor connector for bus system Yes
Scannable symbol/barrier free No

Packing details

Packing level 1 4011377205833
Packing level 2 4011377205833

Downloads

Description

Cover component integrates within power systems, designed for switch applications to manage button functionality.Focused on tactile responsiveness via a single push-button setup with symbolic arrows indication.;Halogen free construct ensures compliance with safety standards.Black coloration adheres to EV000206 coding and offers uniform aesthetic compatibility in installations.Material composition:Plastic, categorized under thermoplastic quality for durability in standard environments.Lacquered surface protection aids against wear while maintaining finish integrity;finalized appearance as EV000146 Matt finishing provides subdued reflectivity suitable for low-glare setups.;Fastening lever utilizes snap engagement tooling—efficient locking-mechanism interface assures alignment during installation phases.System supports touch sensor connections within bus frameworks, rated under IP20 specification for controlled enclosure conditions keeping internal circuits isolated from minimal dust exposure risks;non-barrier-free design excludes scannable accessibility functions by definition of operational simplicity over connectivity expansions within monitoring solutions setups. Model core formatted around Single Push Button intended use case simplifies manual user inputs associated discrete utilization markings labeled alternative field "other".

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