BOX EKTH 560x280x100

Product code
3420125
FIBOX EK polycarbonate enclosures
EK enclosures are the foundation of FIBOX product development. They have been installed individually and in large-scale electrical centers worldwide.
EK enclosures are fully modular, covering a wide range of applications from individual modules to large enclosure panels. The range offers a large variety of sizes and depths, along with an extensive selection of accessories.

EKwx =
w – enclosure height * width; H = 190x190, J = 280x190, M = 380x190, O = 280x280, P = 380x280, T = 560x280, U = 560x380, W = 760x560
x – the size and number of mounting rails in the enclosure.

Product:
Product description: Bottom part PC
Additional info: Mounting rail blanks; 6x size 2
Packaging unit: 4
Unit: Pc

Dimensions:
Length (mm): 560
Width (mm): 280
Height (mm): 100

Materials:
Material: Polycarbonate
Bottom color: RAL_7035

Temperature ranges:
Temperature °C (long-term): -40 … 80

Classes:
Electrical insulation: Protected insulation
UV resistance: UL 746C
Flammability rating: UL 94 V0
Hot wire test (IEC 60695): 960C This product description is an automated translation of the original Finnish description.

Product details

Technical specifications

Product class (ETIM)Components for installation (enclosure/cabinet) (EC002620)
ModelOther
Suitable for enclosure building width280 mm
Suitable for enclosure building height560 mm
Suitable for enclosure building depth130 mm
Width280 mm
Height560 mm
Depth100 mm
MaterialPlastic
ColourGrey
RAL-number7035

Product codes

SAPAAI691
STK3420125
PLC3420125
GTIN/EAN6418074000125
Manufacturer part number3530132
Vendor material number3530132

Basic information

Package measurements (L x W x H)0 x 0 x 0 mm
Package volume18.548 l
Package weight2 kg
Base uniteach
Package units1 / 4 / 4 / 16 / 48
Package contents
UNSPSC39121103
BrandFIBOX
VendorFIBOX OY
The country of origin stated by the supplierFinland

Environment and safety

Carbon footprint data

Carbon footprint of product manufacturing (A1–A3 GWP value)6.11
GWP, uniteach
Source for GWP dataEPD