Universal Panelboard

IP66 weatherproof, highly robust distribution board system. 
AS/NZS 61439 Australian Made
Universal Panelboard

Product Information

Applications

Designed to be the ideal extension to the B&R Infinity 3G switchboard range and typically used in commercial, industrial and some multi-residential developments.

Features

  • IP66 protection rating – more info on IP ratings
  • Compatible with leading MCB’s
  • Designed for NSX250 (toggle or rotary handle) or P250E MCCB’s, either auto or non-auto Main Switch
  • Fully AS/NZS 61439 compliant (declaration documentation supplied)
  • Field reversible door and escutcheon
  • 3mm aluminium gland plates top and bottom
  • Three-point swing-handle half-euro cylinder lock (keyed 92268)
  • 5 chassis sizes available – 24P, 36P, 48P, 60P and 72P (250A max)
  • Multi-function extension box up to 48P or mounting pan for adding power monitors and/or controls

Inclusions

  • Aluminium gland plates top and bottom
  • Hinged escutcheon
  • Schedule holder and distribution schedule
  • Swing handle three point locking
  • 6 Pole DIN section either side of Main Switch (12 poles total)
  • 24 Pole DIN section below chassis
  • Escutcheon earth strap kit

Construction

  • Choice of materials
    • 1.6mm zinc coated steel powdercoated RAL7035 light grey and X15 orange*
    • 1.5mm 316 stainless steel* with N4 finish
  • Aluminium gland plates top and bottom
  • Stainless steel pintle style hinges for easy door removal
  • Polyurethane gasket (formed in place)

 

*   X15 orange and stainless steel on request (MTO)

 

Please note a gland plate kit is required for extension boxes used as a standalone enclosure. Speak to your local B&R Sales Representative to order.

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Order Guide

Universal Panelboard Superior – Construction & Features

Universal Panelboard Superior with Switchgear

Part NumberHeight (mm)Width (mm)Depth (mm)MaterialCAD BlocksEnquiry
PBS24P1000600250Zinc coated steel - RAL7035Enquiry
PBS36P1100600250Zinc coated steel - RAL7035Enquiry
PBS48P1200600250Zinc coated steel - RAL7035Enquiry
PBS60P1400600250Zinc coated steel - RAL7035Enquiry
PBS72P1400600250Zinc coated steel - RAL7035Enquiry
PBSEXT400600250Zinc coated steel - RAL7035Enquiry
PBS24P/RO *1000600250Zinc coated steel - X15Enquiry
PBS36P/RO *1100600250Zinc coated steel - X15Enquiry
PBS48P/RO *1200600250Zinc coated steel - X15Enquiry
PBS60P/RO *1400600250Zinc coated steel - X15Enquiry
PBS72P/RO *1400600250Zinc coated steel - X15Enquiry
PBSEXT/RO *400600250Zinc coated steel - X15Enquiry
PBS24P/S *1000600250316 Stainless SteelEnquiry
PBS36P/S *1100600250316 Stainless SteelEnquiry
PBS48P/S *1200600250316 Stainless SteelEnquiry
PBS60P/S *1400600250316 Stainless SteelEnquiry
PBS72P/S *1400600250316 Stainless SteelEnquiry
PBSEXT/S *400600250316 Stainless SteelEnquiry

*available on request

Accessories

Part NumberModulesAccessory
PF6TR6 module widthPole Fillers
PF6TR/PK3 x 6 module width

AS/NZS 61439 Compliance

AS/NZS 61439 is the new series of standards for low-voltage (LV) switchgear and control gear assemblies. For more information on whether you need to comply see our AS/NZS 61439 page.

Click the bar below the requirements and responsibilities for complaince with AS/NZS 61439 for this enclosure.

The following definitions apply to this table: -

  • Original Manufacturer* - Switchboard designer and manufacturer of the switchboard enclosure.
  • Assembly Manufacturer* - A switchboard builder.
  • Original Equipment Manufacturer - The company who manufactured the switchgear used in final assembly.

*The original manufacturer and assembly manufacturer can be the same company or different companies.

If you are a SWITCHBOARD BUILDER this means you are the ASSEMBLY MANUFACTURER and you may be the ORIGINAL MANUFACTURER too. Any switchgear you order will need to be covered by the requirements of the Original Equipment Manufacturer.

B&R has some (but not all) of the responsibilities of the ORIGINAL MANUFACTURER.

If you are an END USER of the equipment you can see who has responsibility from these definitions.

NoCharacteristic to be CheckedClauseResponsibilityComments
1Strength of material and parts:10.2
Resistance to corrosion  10.2.2CompliantThe resistance to corrosion was tested using a representative samples.
Plus ES report; 103687.
Thermal stability (relates to non-metal enclosures)  10.2.3.1N/AThis clause refers mainly to plastic enclosures.
Resistance to abnormal heat and fire (due to internal electric effect)  10.2.3.2CompliantAll insulating materials supplied have been tested to 960ºC glow-wire Standard.
T†VRheinland report 50233558 006.
Resistance to ultra-violet (UV) radiation  10.2.4CompliantUV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR178
Lifting  10.2.5N/ALifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) have been provided.
Mechanical Impact  10.2.6CompliantIK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules).
Marking  10.2.7AssemblerMarkings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler).
2Degree of protection of enclosures (IP)10.3CompliantIP43/IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. SIMTARS report; NE13/0052
3Clearances10.4CompliantClearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV)
4Creepage distances10.4Compliant
5Protection against electric shock and integrity of protective circuits10.5
Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit   10.5.2CompliantEquipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Similar enclosure designs have been tested by Plus ES report; 103687
Short-circuit withstand strength of the protective circuit   10.5.3CompliantThe Universal Panelboard Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating. Chassis has been tested independently to 25kA for 0.1s, see T†V Rheinland report 19301651 003
6Incorporation of switching devices and components10.6AssemblerPoints 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÕs requirements for these verification points and incorporate these into complete design verification documentation.
7Internal electrical circuits and connections10.7Assembler
8Terminals for external conductors10.8Assembler
9Dielectric Properties10.9
Power-frequency withstand voltage  10.9.2CompliantThe Universal Panelboard Series of enclosures are provided as a basic empty enclosure with an MCB chassis provided. Power-frequency type testing has been conducted at Uimp 6kV. See T†V Rheinland report 19301651 001.
Impulse withstand voltage  10.9.3Compliant
10Temperature-rise limits10.1Designer or AssemblerTemperature-rise can be determined by test or by comparison or by calculation. The Universal Panelboard Series of enclosures are rated to a maximum of 250A and therefore AS/NZS 60890 should be used at a rated diversity factor of no more than 80% (RDF 0.8).
11Short circuit withstand strength10.11CompliantThe Universal Panelboard Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating. Chassis has been tested independently to 25kA for 0.1s, see T†V Rheinland report 19301651 003.
12Electromagnetic compatibility (EMC)10.12AssemblerEquipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard.
13Mechanical operation10.13AssemblerThis verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times.