HABeR-XLWR low switchgear up to 6300A

HaBeR-XLWR - a switchgear system with a full TTA-type testing designed to supply power to industrial buildings, office, usable and public utility buildings, such as schools, hospitals, etc.

The HaBeR-XLWR system has been tested and certified in the Electrotechnical Institute in Warsaw against the requirements of the following standards:

• PN-EN-60439-1:2003+A1:2006
• PN-EN-61439-1/2:2011
• PN-EN-60526:2003
• PN-EN-50102:2001

Features:

• insulation class: I (first)
• rated voltage of insulation Ui: up to 1000V AC/1200V DC
• rated operational voltage Ue: up to 690V AC/500V DC
• operating rated voltage: 400V
• Rated AC: 65kA
• arc burning time: 100 ms
• permissible operating temperature: -5°C to +40°C,
  the mean value of 24 hours: + 35°C
• nominal frequency: 50/60 Hz
• rated 1s short-time withstand current Icw: from 50kA to 105kA
• rated peak withstand current Ipk: from 105kA to 231kA
• rated impulse withstand voltage Uimp: up to 12 kV
• rated low frequency withstand voltage: up to 3.5 kV
• overvoltage category: IV
• degree of pollution: 3
• IP rating: IP31/30, IP43/30 and IP54/30
• a form of internal division: 4b do 2b
• height without base: 2200 mm + 50 mm base
• depth (in the body): 600/800/1000 mm

Protection against mechanical damage:

• for solid doors IK10
• for transparent door IK08

Rated continuous current for busbars:

• for IP31/30 Izn: from 630A to 6300A
• for IP43/30 Izn: from 630A to 5500A
• for IP54/30 Izn: from 630A to 5000A
• additional - optional - degree of protection against the possibility of internal short circuit through insulation of busbars and the system of horizontal and vertical insulating barriers of the main bridge
• protection of persons in the event of a short circuit according to IEC 61641
• width: 400/450/600/800 or 400+400/1000 or 600+400/1200 or 600+800/1400 mm
• positioning: wall mounted, freestanding; back to back
• input/output - of cables and busbar trunking: upper, lower cable compartment

System tested with equipment of leading manufacturers:
EATON Moeller, Siemens, Schneider, ABB, Legrand, Efen, Jean Muller, Socomec.

System review

The HaBeR-XLWR is designed for freestanding, wall-mounted or back-to-back installation, with support for single-sided Single Front and double-sided Double Front

 1. Ingoing or outgoing feeder bay of P type

• ingoing, outgoing or sectional feeder bay up to 6300A
• fixed or movable switches, 3- or 4-pole junction
• operating voltage up to 690V AC
• bay widths: 400/425/600/800/1000/1200 mm
• connection from the top or bottom (for cables, busbars or traditional rail bridges)
• enclosed functional compartments: power, devices, measuring

2. Ingoing feeder bays with slat fuse switch disconnectors type FV, FH, FHV

• outgoing feeder bays with one or two compartments adjusted for mounting
  - vertical slat fuse switch disconnectors of class NSL 1-4a to 1600A
  - horizontal slat fuse switch disconnectors of class NSL 00 to 160A
• configuration out of respective blocks of instruments adapted to the mechanical, electrical or thermal capacity of each bay
• bay width: 400/600/800 mm or 600+400mm/600+600mm
• cable connection from the top or bottom for vertical switches and for cable compartment for horizontal switches
• outgoing feeder bays with one or two compartments adjusted for mounting
  - vertical slat fuse switch disconnectors of class SASIL00-SASIL3 (160A - 630A)
• configuration of the respective blocks of instruments adapted to capacity:
  - mechanical, electrical and thermal of each bay
• bay width: 400/600/800 mm or 600+400mm/600+600mm
• top or bottom cable connection

3. Ingoing feeder bays with slat fuse switch disconnectors with snap-action mechanism type FVR, FHR

• outgoing feeder bays with one or two compartments adjusted
  or mounting vertical slat fuse switch disconnectors of class SASIL00-SASIL3
  (160A - 630A)
• configuration of the respective blocks of instruments adapted to capacity:
  - mechanical, electrical and thermal of each bay
• bay width: 400/600/800 mm or 600+400 mm/600+600 mm
• top or bottom cable connection

4. Incoming feeder bays with circuit breakers/disconnectors MCCB
type MV, MV, MV, MFH

• outgoing feeder bays with one or two compartments adjusted
  for mounting vertical slat fuse switch disconnectors of class NSL 1-4a do 1600A
  - horizontal slat fuse disconnectors of class NSL 00 to 160A
• configuration of the respective blocks of instruments adapted to capacity:
  - mechanical, electrical and thermal of each bay
• bay width: 400/600/800 mm or 400+400/600+400/600+600 mm
• cable connection from the top or bottom for vertical disconnectors
  and for cable compartment for horizontal disconnectors

5. Incoming feeder bays with retractable cartridges type W and MCC

• outgoing feeder bays with one or two compartments adjusted
  for mounting disconnectors or switches
• all cartridges can be equipped with intelligent systems based on a system
  of electronic security and control of SIMOCODE class and can be optionally
  equipped with continuous temperature monitoring input contacts,
  output contacts and the inside of the cartridge.
• power for the cartridge type MCC: linear reception from 63A to 630A;
  motor drive from 15kW to 200kW
• power for the cartridge type W: linear reception from 25A to 630A;
  motor drive from 11kW to 250kW
• bay width: 600+400 (200 for back cable outputs) or 600+600 mm
• cable connection: ODK - bottom cable output,
  OGK - upper cable output (for cartridges of type MCC)
• cable connections to the lateral or back cable compartment
  (for cartridges of type W)

6. Incoming feeder bays in a plug-in or fixed version of MCR type

• two-compartment bays for mounting of the control blocks or power supply
  of lines in the male version
• top or bottom cable connection
• bay width: 600+400 mm or 600+600 mm

7. Incoming feeder bays for individual configuration of G1 and G2 type

• empty bays of general purpose for building control systems, inverters,
  soft starters, special power supply systems,  installation equipment, etc.
• the size of the assembly module 50 mm
• according to individual requirements
• typical bays of standard widths: 400/600/800/400+400/600+600 mm

8. Bays for capacitor batteries of BKn and BKs type

• bays for reactive power compensation without reactors, reinforced,
  with reactors 7% and 14%
• freestanding objects - bays with a width of 600/800 mm and multiples
  of these bays; reactive power up to 300kvar per one bridge in one cabinet
• serial objects in a switchgear - bays with a width of 600/800 mm and multiples
  of these bays; at the power supply of each bay of the battery - fuse switch NT3
  or compact circuit of NT3 class; reactive power up to 250kvar per one bridge
  in one cabinet
• compensating blocks built as panels

9. Corner bays

• unicompartimental bays are designed to connect bays of switchgears
  in rooms with small dimensions and set these bays perpendicularly
• switchgears can be set in the shape of “L” or “U”
• bays with a width of: 650/850/1050 mm depth of 650/850/1050 mm
• the main bridge carried in the bottom part of the cabinet (MGD),
  in the upper part (MGG) or at both levels