Cover Plate A590BFNASW

Name: Cover Plate A590BFNASW
Brand: Jung
Price: 7.920 EUR
Availability: PreOrder

Order only

Price (excl. VAT):

7,92 €

This price is valid until 31.12.25

EAN: 4011377191747

MPN: A590BFNASW

Package: 1

Box: 10

Estimate delivery time at our warehouse (approx.): 2-4 weeks

Technical Information

Item condition	New
Manufacture name	Cover Plate A590BFNASW
Brand	Jung
Categories	Switches
Country of origin*	DE
* The actual country of origin may differ depending on the delivery batch. To confirm the specific country of origin, please contact your account manager.
Harmonized System Code	8538 9099 00
Colour	Black
Model	Single rocker
Halogen free	Yes
Utilization	Switch/push button
Surface protection	Other
Material quality	Thermoplastic
Material	Plastic
Type of fastening	Clamp mounting
Monitoring window/light outlet	No
RAL-number (similar)	9005
With label area	Yes
With exchangeable lens/symbol	No
Surface finishing	Glossy
Suitable for degree of protection (IP)	IP44
Suitable for touch sensor connector for bus system	Yes
Scannable symbol/barrier free	No

Packing details

Packing level 1	4011377191747
Packing level 2	4011377191747

Description

Cover Plate A590BFNASW is designed for integration into switch or push-button systems, serving as an external protective and cosmetic layer while ensuring functionality.The unit supports clamp mounting for secure installation with touch sensor compatibility tailored to bus system connectors.Constructed with thermoplastic material featuring glossy surface finishing and halogen-free composition.Black color aligning closely with RAL 9005 standards ensures uniform aesthetic applications in power setups.Utilization classified under switch/push button assemblies paired with a single rocker model suitable for IP44 environments needing resistance against water splashes and dust ingress.With label area included, it avoids exchangeable lens/symbol configurations maintaining cleaner overall operation fields without monitoring windows or light outlets impacting system clarity during deployments in professional contexts emphasizing durability alongside seamless connectivity pathways.