ARTICLE OR CHAPTER TITLE — PowerWave 33 Efficient power protection for today’s IT and process-related work environments Cooling fan UPS control panel Maintenance bypass isolator Input supply isolator Slot for optional SNMP card RS-232 Bypass supply isolator Customer inputs and potential-free outputs UPS output (parallel) isolator PowerWave 33, an online double conversion UPS, delivers continuous power availability to network-critical infrastructures of both data centers and process control environments. Offering maximum power protection, the PowerWave 33 has a small footprint and uses less energy than comparable products – thus delivering significant savings. The PowerWave 33 is available over a model range of 60 kW to 500 kW and can be configured to operate as a single, standalone UPS or as a multi-cabinet UPS system with up to ten UPS cabinets connected in parallel, achieving a total power capacity of up to 5 MW. High reliability • Online double conversion technology • Parallelable systems for increased redundancy • Extendable backup time • Ripple-free and temperature controlled battery chargers extend battery life time performance Compact size • Small footprint offers saving on expensive floor space • Cooling air exhaust through the top of the cabinet – no rear cabinet clearance is required (only 60–120 kW and 400 to 500 kW units) Low cost of ownership • Up to 96% efficiency in double conversion across a wide load range • Up to ≥99% efficiency in eco-mode • Rated output power factor 1.0 • Near-unity input power factor at partial and full loads Efficient service concept • Front access for serviceability and maintenance • User-friendly LCD

— PowerWave 33 Product features — 01 The PowerWave 33 is available in various configurations. — 02 As your power requirements grow, the UPS system grows with them – thanks to its scalability – even in the most confined spaces. Easily scalable for capacity and redundancy Mains input Space-saving and simple to service Space-saving mechanical design results in a power density of up to 363 kW/m2 and front-totop airflow allows installation directly against a wall (60–120 kW and 400–500 kW units). For service, only frontal access is needed, which means that the total footprint with maintenance clearances...

ARTICLE OR CHAPTER TITLE — PowerWave 33 Available models Cabinet type Dimension w × h × d UPS cabinet configuration • Online double conversion UPS • HMI interface with mimic diagram and LCD (60– 200 kW) • Graphical touch screen display (250–500 kW units) • Input, bypass and battery protection fuses • Manual bypass switch (optional for the units 400–500 kW) • Single- and dual-input feed available • Communication interfaces: RS-232 port and 5 input dry contacts (incl. EPO and GEN On) Options • Integrated back-feed protection • Parallel system kit • Synchronization kit • Battery temperature sensor...

— PowerWave 33 60–120 kW Technical specification General data Output power factor Online double conversion Parallel configuration Input Nominal input voltage Voltage tolerance (referred to 3× 400 / 230 V) Input distortion THDi Power factor Output Rated output voltage Voltage distortion Overload capability Unbalanced load 100% (all three phases regulated independently) Efficiency Double conversion Environment Storage temperature Operating temperature Altitude configuration Battery Battery type Sealed, lead-acid, maintenance-free or NiCd Communications User interface Customer inputs Remote shutdown,...

ARTICLE OR CHAPTER TITLE — PowerWave 33 160–500 kW Technical specification General data Output power factor Online double conversion Parallel configuration Inbuilt batteries Input Nominal input voltage Voltage tolerance (referred to 3× 400 / 230 V) Input distortion THDi Power factor Output Rated output voltage Voltage distortion Overload capability Unbalanced load 100% (all three phases regulated independently) Crest factor Efficiency Overall efficiency Environment Storage temperature Operating temperature Altitude configuration Battery Battery type Sealed, lead-acid, maintenance-free or NiCd...

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