This Application will be decommissioned as of January 7th 2025

NSYDLP133G |
Schneider-Electric
Discover NSYDLP133G by
 
NSYDLP133G picture- web-product-data-sheet
NSYDLP133G
DLP modular dist chassis 133modules(18mm) insulating material for PLA H1250xW500
Schneider Electric
Characteristics
Main
Range Thalassa
Accessory / separate part category Mounting accessory
Application Multi-purpose
Modular distribution application
Product or component type Chassis
Device short name DLP
For enclosure nominal dimensions -
Mounting location Front of enclosure
Range compatibility Thalassa Thalassa PLA
Thalassa Thalassa PHD
Device composition 1 chassis structure
1 neutral/earth strip 2 x 16 mm² 5 x 6 mm²
7 front panels with 35 mm DIN rail
Additional information IP2x not respected when chassis is mounted at 67 mm
Complementary
Material Front panel: self-extinguishing
Chassis structure and rails: galvanised steel
Colour Front panel: grey (RAL 7035)
Fixing mode By fixing element - on front with supports location
Adjustment In height from 40 to 85 mm for DIN rail
Number of horizontal rows 7
Total number of 18 mm modules 133
Type of front plate Cut-out plate
Number of cut-out 7 cut-outs
Height 1250 mm
Width 500 mm
Packing Units
Unit Type of Package 1 PCE
Number of Units in Package 1 1
Package 1 Height 14.500 cm
Package 1 Width 43.500 cm
Package 1 Length 117.500 cm
Package 1 Weight 7.164 kg
Unit Type of Package 2 PAM
Number of Units in Package 2 12
Package 2 Height 97.000 cm
Package 2 Width 100.000 cm
Package 2 Length 120.000 cm
Package 2 Weight 99.000 kg
Offer Sustainability
Packaging without single use plastic No
Packaging made with recycled cardboard No
SCIP Number 9d8b9f71-75cb-4d4a-a1a2-50559a3b422a
REACh Regulation
print REACh Declaration
EU RoHS Directive Pro-active compliance (Product out of EU RoHS legal scope)
Mercury free Yes
RoHS exemption information
print Yes
China RoHS Regulation
print China RoHS declaration
Environmental Disclosure
print Product Environmental Profile
Circularity Profile No need of specific recycling operations
Take-back No
Carbon footprint (kg.eq.CO2 per CR, Total Life cycle) 28