Centre plate LS969TWWM

Name: Centre plate LS969TWWM
Brand: Jung
Price: 10.320 EUR
Availability: PreOrder

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

Price (excl. VAT):

10,32 €

This price is valid until 24.12.25

EAN: 4011377188860

MPN: LS969TWWM

Box: 1

Estimate delivery time at our warehouse (approx.): 4-6 weeks

Technical Information

Item condition	New
Manufacture name	Centre plate LS969TWWM
Brand	Jung
Categories	Sockets
Country of origin	DE
Harmonized System Code	8538 9099 00
Mounting method	Surface mounted (plaster)
Assembly arrangement	Other
Colour	White
Halogen free	Yes
With hinged lid	No
Utilization	TAE
Surface protection	Lacquered
Outlet direction	Straight
With strain relief	No
Material quality	Thermoplastic
Imprintable label	Without indication field
Suitable for number of connectors	1
Material	Plastic
Type of fastening	Mounting with screw
Shielded buses	No
Shielded housing	No
Luster terminal	No
RAL-number (similar)	0
With dust cover	No
With imprint	No
With buses/couplings	No
Support ring	No
Transparent	No
Surface finishing	Matt
Suitable for degree of protection (IP)	IP20
Device width	70 mm
Device height	70 mm
Device depth	0 mm
Number of modules (module system)	0
Min. depth of built-in installation box	0 mm

Packing details

Packing level 1	4011377188860
Packing level 2	4011377188860

Downloads

Product data sheet Deep link REACH

Description

Centre plate LS969TWWM.TAE socket application for structured telecom setups or data equipment bridging.Surface mounted installation on plaster surfaces.Lacquered plastic material, thermoplastic quality, white color finish, matt texture.Mounting secured with screws.IP20 rated enclosure standard ensures safe use in controlled environments without protection against water ingress or dust particles beyond typical levels found indoors. Dimensions:width 70 mm, height 70 mm;depth missing/no relation;outlet direction straight for functional wire alignment within system racks or localized wall installations intended to maintain component integrity under standard conditions of use without unforeseen strain mechanisms applied during normal operation cycles across modular switching scenarios where field-specific sockets operate at limited housing tolerances—proper fastening aligned to expected build standards `imprint-indication-neg` design removes user-facing inscription redundancies typically required by high-clearance panel technicians operating outside normalized zone alignments impacting corrective circuit errors between discrete endpoints handling serial AMIs used sequentially prior modulation downtaking paths below HFD-latch cycles disables advanced-zone-sync routes via downstream control stations alternately bridged connector offset neg-anchor