Specifications
Critical Operations
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Network |
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Critical Ops |
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FAQ's |
| Element | Description |
| Building | |
| Location | Burney Street, Richmond, Victoria |
| Facility Capacity | 1200 sqm |
| Total building space | 3000 sqm |
| Structural Capacity | 1000 kilos per meter |
| Access Flooring | 600mm raised flooring |
| Electrical | |
| Electrical Authority Supply | Dedicated 2 Megawatt substation from Citipower.
Single LV supply NB: Citipower most reliable electicity distributor in Victoria ref: Office of the Regulator General, June 2000 |
| Electrical Reticulation | Diverse feeds mains and generator suppliesDiverse
UPS power A+B Separate mains and generator distribution (future upgrade 1+1) |
| Electrical Capacity | 400-800watts per meter2 for equipment racksMechanical capacity to match. |
| Electrical Reliability | Diverse feeds to all critical equipment |
| Standby Power Generation System | Parallel generators with direct feed to all critical switchboards |
| Standby Power Generation Capacity | 100% of critical and non-critical load. |
| Generator Fuel Capacity | 80hours fuel stored on site in two tanks with cross connection valving. |
| UPS System | 2 x 400kVA configured 1+1 with minimum 10minutes (each) backup battery. |
| Mechanical | |
| Environment | Constant 22°C +/- 1.5°C. Relative Humidity 50% +/- 20% |
| HVAC System | Air-cooled split down blow process cooling units to all technical areas. Air-cooled condensers mounted externally on secure roof. Air distributed via raised access floor. |
| Redundancy Features | On floor process coolers have N+1 redundancy. |
| Tenant Ventilation Systems | Filtered and conditioned supply air pressurisation system to technical areas to maintain dust free environment. |
| Fire Services | |
| Fire Services | Multi-point aspirated and point laser based detection selected for effective monitoring of air flow layers within general, subfloor and return air path of process coolers in technical space. |
| Fire Sprinklers | Double interlock pre-action sprinkler systems (sub-floor and ceiling level) within technical areas. Pipework is only charge with water on activation of two independent fire detection systems within the space. Wet pipe sprinklers are provided to all ancillary areas. |
| Smoke Detection | Multi-point aspirated and point laser based
detection selected for effective monitoring of air flow layers within
general, subfloor and return air path of process coolers in technical
space. Addressable point type smoke detection in ancillary areas. The multi-point aspirated smoke detection system will have three stages of alarm; 1. Stage 1 (Alert) 2. Stage 2 (Pre-Alarm) 3. Stage 3 (Alarm) |
| Fire Extinguishers | CO2 and Special fire extinguishers are provided throughout the building and technical areas. |
| Security | |
| Manned | 24 x 7 staffed security |
| CCTV | CCTV cameras strategically located around exterior, entrances, lifts, stairs and interior of building. Dedicated camera coverage of technical areas. 30 day archive tape system. |
| Access | Building access via fully staffed security control room. Access to technical areas via man trap. Access control via palm reader, proximity cards and pin systems. |
| Site Entrance | Secure loading dock for equipment deliveries. |
| Alarm Systems | Intrusion detection alarms include perimeter and internal door sensors and motion detectors throughout technical and general spaces. Intrusion alarms linked to CCTV system. |
| Hydraulic Services | |
| Access Floor Drainage | Drainage within the access floor serves both gravity condensate discharges from the process coolers and minimises the risk of water damage in the event of water ingress. |
| Building Access | |
| Lifts and Delivery | Passenger and goods lift and dock levellers are installed for movement of people and equipment. |
| Building Management | |
| Building Management System | A dedicated Facilities Management System is installed to monitor and / or control all critical engineering services including environment, power systems, security, access, fire alarms, etc. |
