Cover Plate A590BFNACH

Name: Cover Plate A590BFNACH
Brand: Jung
Price: 13.930 EUR
Availability: PreOrder

In stock: No Vendor stock: No Minimal order quantity: 1

Price (excl. VAT):

13,93 €

This price is valid until 31.12.25

EAN: 4011377191761

MPN: A590BFNACH

Package: 1

Box: 10

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

Technical Information

Item condition	New
Manufacture name	Cover Plate A590BFNACH
Brand	Jung
Categories	Switches
Country of origin	DE
Harmonized System Code	8538 9099 00
Colour	Other
Model	Single rocker
Halogen free	Yes
Utilization	Switch/push button
Surface protection	Lacquered
Material quality	Thermoplastic
Material	Plastic
Type of fastening	Clamp mounting
Monitoring window/light outlet	No
RAL-number (similar)	0
With label area	Yes
With exchangeable lens/symbol	No
Surface finishing	Matt
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	4011377191761
Packing level 2	4011377191761

Description

Cover Plate A590BFNACH is used in switchgear systems for housing single rocker mechanisms, ensuring functionality and safety.Designed to operate as part of manual actuation setups like push buttons or touch sensor-compatible controls. Halogen-free plastic material, thermoplastic grade.Lacquered finish applied with matte surface finishing layer;both aesthetic and protective.Anti-bacterial treatment skipped for this design—standard hygiene properties intact.Fastened via clamp mounting configuration simplifies installation/removal cycles during maintenance tasks.No label area omitted;intended application includes additional marking flexibility directly on rocker zones for clarity in wiring plans or operational specs. Rated IP44 sealing suitable under environmental exposure where moderate dust/moisture intrusion occurs without overstepping spec restraint lines.Not designed with exchangeable lens, scannable utilities or monitoring atrium light source visibility stripped back toward simplified modularity constraints safeguarding against power-system complexity loads end-momentum switching operators rely compatibility between network node bus-line conductivity assistive barrier-switch buildup override redundancies secure overlays implemented softer toggle reactive debounce mapping terminals adjustments aligned keypad-anchor bases