XCM ZUCCHINI

Intermediate feed unit for busbar Al XCM250 - In=250A

ZU-53401202 | 8033777604333
Intermediate feed unit for busbar Al XCM250 - In=250A - IP55
Description

XCM IP55 busbar dedicated to the distribution of power in medium to large installations, including rising mains, in commercial and residential buildings

Product characteristics
  • Intermediate feed unit for Al straight element 3P + N + PE casing
  • Protection degree IP55
  • XCM casing made of galvanized steel used as protective earth (PE), conductors insulators are made by fiberglass reinforced plastic material, ensuring a V0 selfextinguishing degree, the whole busbar is fire retardant in compliance with the IEC 60332-3 standard
  • Losses for the Joule effect at nominal current P=72 W/m
  • XCM range conform to EN 61439-1 and IEC 61439-6 standards
Recommendations / Restrictions
  • Before proceeding with the installation and subsequent commissioning, carefully read the installation manual
Products benefits
Installation
  • Easy and secure junction by a monobloc system with a dynamometric bolt
Usage
  • Energy Performance: Joule effect losses reduced by the XCM design and the conductive materials used
Advantages
  • High short-circuit performance: Rated short-time current Icw=25kA@0,1s, peak current Ipk=53kA
  • High rated operational voltage and rated insulation voltage: Ue=1000V / Ui=1000V
  • Allows you to electrically power the XCM line through a cable line or directly connected to a distribution board
Technical Characteristics
Rated current AC 50 Hz 250 A
Power supply position Centre
Model Single
Number of poles 3
Rated voltage AC 50 Hz (Min-Max) 0-1000 V
Colour Grey
Degree of protection (IP) IP55
Length 600 mm
Width 290 mm
Height 400 mm
Nominal voltage (Min-Max) 0-1000 V
Halogen free Yes
Connection type Screwed terminal
Number of terminals 4
Cable nature for connection Flexible or rigid
Documentation
2 documents
Technical Sheet
F04615EN/00 | PDF (4.1 MB) | EN
Installation Guide
LE13878AA_EN | PDF (46.1 MB) | EN
1 documents
Catalog Commercial Page
3199522 | PDF (39 MB) | EN