The Resi9 range brings in unparalleled installation speed with MAXBAR - the next generation of busbar. MAXBAR helps to achieve installation speed of up to 2 times faster than using the traditional RCCB+MCB method, and using RCBOs can help to save critical space in the switchboard, and make fault finding simpler. It also helps provide installation flexibility as the MAXBAR can connect the main switch directly to any type of Resi9 RCBO - SLIM, 2 module and even AFDD. Experience the art and speed of an RCBO + MAXBAR installation MAXBAR helps achieve a perfectly clean installation inside an electrical switchboard for single phase residential installations, as no cables are needed for feeding RCBOs - giving you the ultimate finish you can be proud of every time.
NEW Meter Board and Data Board
Make every electrical switchboard installation your best with Resi9’s new range of meter board and data board enclosures.
Embrace MAX Benefits
- Sleek and consistent design
- 150mm between rows, extra space for cable routing
- Reversible door, board orientation
- Adjustable neutral stud position
- 100A-Rated, 6kA system, compliant with AS/NZS 61439.3.
Resi9: The Complete Solution
The new Resi9 range offers a comprehensive range of solutions including:
- MCBs (6A - 40A)
- RCDs (40A & 63A)
- Slim RCBOs (6A - 32A)
- Arc Fault Detection Devices (AFDDs)
- Surge Protection Device (SPD)
- 1-3 Pole Main Switches (100A rated)
- MAXBAR™ - the next generation of busbar
- Plastic enclosures/switchboards (10 - 60 ways) with improved design
- Plus switchboard accessories
MAXBAR™
One bar delivers it all
The Resi9 range brings in unparalleled installation speed with MAXBAR — the next generation of busbar.
MAXBAR helps to achieve installation speed of up to 2 times faster than using the traditional RCCB+MCB method, and using RCBOs can help to save critical space in the switchboard, and make fault finding simpler.
It also helps provide installation flexibility as the MAXBAR can connect the main switch directly to any type of Resi9 RCB – SLIM, 2 module and even AFDD.