- IEC C13 x 4 + 2x IEC Jumpers, Up to 1000W | 1500VA
- Line-interactive UPS Topology
- Sinewave Output
- SmartConnect Port + SmartSlot, AVR, LCD
- Surge and Noise suppression
- Multifunction LCD status and control console
- Cloud-enabled monitoring
- IEC C13 x 8 + IEC C19 x 1, Up to 2700W | 3000VA
- SmartConnect Port + Smart Slot
- Line interactive Topology
- Pure Sine Wave Output
- Cloud-based remote power monitoring
- Multifunction LCD status and control console
- Green Premium Product with Energy Meter
- IEC C13 x 4 + 2x IEC Jumpers, Up to 1000W | 1500VA
- Multifunction LCD Display Screen
- Network Management Card 2
- Built in PowerChute Network Shutdown
- Surge Protection
- Sine wave output and temperature-compensated charging
- Green mode and Energy Meter
- IEC C13 x 4 + 2x IEC Jumpers, Up to 500W | 750VA
- Line-interactive UPS Topology
- Sine wave Output
- SmartConnect Port + SmartSlot, AVR, LCD
- Surge and Noise suppression
- Multifunction LCD status and control console
- Cloud-based remote power monitoring
- IEC C13 x 8 + IEC C19 x 2, Up to 2700W | 3000VA
- Sine-Wave Output
- Network Management Card
- Double Conversion Online Topology
- Wide input voltage window
- Extended Runtime
- Green mode and Energy Meter
- 1U Netshelter ATS, Power Distribution Unit
- IEC C13 x 12 / C14 IN
- 10A Rated Current, up to 230 Vac
- 50/60Hz Network Frequency, Horizontal
- Intelligent & cyber-secure
- LCES1 Mini NMC3 Network Management Card
- Redundant power to single-corded equipment
- IEC C13 x 4 + IEC 2x Jumpers, up to 280W | 450VA
- 1U Rackmount/Tower UPS
- Line Interactive Topology
- Pure Sine Wave Output
- LED status display with on line
- Surge and Data Line Protection
- Hot-swap batteries and Network Grade Protection
- IEC C13 x 8 + IEC C19 x 1, up to 1980W | 2200VA
- Line Interactive Topology
- SmartConnect Port+SmartSlot, AVR and LCD
- Sine Wave Output
- Built in PowerChute Business Edition
- Cloud-based remote power monitoring
- Green mode and Energy Meter
- IEC C13 x 8 + IEC C19 x 2, Up to 2700W | 3000VA
- Sine Wave Output
- Double conversion online Topology
- Multifunction LCD status and control console
- SmartSlot, Extended Runtime, with Rail Kit
- Surge Protection and Filtering
- Built-in Energy Meter and Green Premium Standard
- APC Micro DC 42U SX Rackmount
- AC 230V, 5000VA Power Capacity
- NetBotz Appliance 250
- Temperature/Humidity Probe
- 42U
- PDUs included
- 1U NetShelter ATS, Power Distribution Unit
- IEC C13 x 8 / C19 x 1 OUT / C20 x 2 IN
- 16A Rated Current, up to 230 Vac
- 50/60Hz Network Frequency, Horizontal
- Intelligent & cyber-secure
- LCES1 Mini NMC3 Network Management Card
- Redundant power to single-corded equipment
- IEC C13x 6 + IEC C19x 4 + 2x IEC Jumpers, Up to 6000W | 6000VA
- Double Conversion On-Line Topology
- Network Card + SmartSlot w/ Rail Kit and Scalable Runtime
- Sine Wave Output
- Embedded network management card with environmental monitoring
- Dual input and 1:1, 3:1 input hard-wire
- Built-in energy meter and Green Premium Standard
- IEC C13x 8 + IEC C19x 2 + 2x IEC Jumpers, Up to 1980W | 2200VA
- Double Conversion On-Line Topology
- SmartSlot w/ Rail Kit and Scalable Runtime
- Sine Wave Output
- Embedded network management card with environmental monitoring
- Dual input and 1:1, 3:1 input hard-wire
- Built-in energy meter and Green Premium Standard
- IEC C13x 8 + C19x 2 + 2x IEC Jumpers, Up to 1980W | 2200VA
- Line-Interactive Topology
- SmartSlot, Extended-Runtime and Short-depth
- Sine Wave Output
- Integrated network management card with environment monitoring
- Boost and Trim Automatic Voltage Regulation (AVR)
- Built-in energy meter and Green Premium Standard
- IEC C13 x 4 + 2x IEC Jumpers, Up to 900W | 1500VA
- Sine Wave Output and temperature-compensated charging
- Line Interactive Topology
- Built in PowerChute Network Shutdown
- Multifunction LCD Display Screen
- Surge Protection and Noise Suppression
- Energy Meter and Green Premium Standard
- IEC C13x 6 + IEC C19x 4 + 3x IEC Jumpers, Up to 10000W | 10000VA
- Double Conversion On-Line Topology
- Network Card + SmartSlot w/ Rail Kit and Scalable Runtime
- Sine Wave Output
- Embedded network management card with environmental monitoring
- Dual input and 1:1, 3:1 input hard-wire
- Built-in energy meter and Green Premium Standard
- IEC C13x 8 + IEC C19x 2 + 2x IEC Jumpers, Up to 2700W | 3000VA
- Line Interactive UPS Topology
- Sine Wave Output
- Preinstalled Network management card 2
- Surge Protection and Noise Suppression
- Scalable runtime and Network manageable
- Built in Energy Meter and Green Premium Standard
- IEC C13 x 4 + 2x IEC Jumpers, Up to 500W | 750VA
- SmartSlot, AVR, LCD
- Line interactive Topology
- Sine Wave Output
- Full time multi-pole noise filtering
- Multifunction LCD status and control console
- Green Premium Product with Energy Meter
- 19 Inch Single Phase, Line-Interactive UPS Topology
- IEC C13 x6, Up to 600W | 1000VA
- Multifunction LCD Readout
- Hot-swappable Batteries
- Internal Current Limiting, Circuit Breaker
- Surge and Spike Protection
- PowerPanel Management Software and Remote Management Capability
- 1U ATS, Power Distribution Units with Netpack
- IEC C19 x 1 / IEC C13 x 8
- 16A Rated Current, up to 200 ~ 240 Vac
- Inputs 2x C20, 3.84 kW max
- Power Source Transfer Switch Seamless power transfer
- Simple and cost-effective, Network connectivity
- Redundant Power Supply
- IEC C13x 8 + IEC C19x 1 + 2x IEC Jumpers, Up to 2700W | 3000VA
- Line Interactive UPS Topology
- Sine Wave Output
- Preinstalled Network management card 2
- Surge Protection and Noise Suppression
- Scalable runtime and Network manageable
- Built in Energy Meter and Green Premium Standard
- IEC C13x 6 + IEC C19x 4 + 3x IEC Jumpers, Up to 8000W | 8000VA
- Double Conversion On-Line Topology
- Network Card + SmartSlot w/ Rail Kit and Scalable Runtime
- Sine Wave Output
- Embedded network management card with environmental monitoring
- Dual input and 1:1, 3:1 input hard-wire
- Built-in energy meter and Green Premium Standard
- 19 Inch Single Phase, Online Double Conversion UPS Topology
- IEC C19 x 1 / IEC C13 x 8, Up to 3000VA | 2700W
- Critical/Non-critical Load Outlets
- Variable Speed Fans
- Extended Battery Module Auto-detection
- Surge and Spike Protection
- PowerPanel Management Software and Remote Management Capability
- 19 Inch Single Phase, Line-Interactive UPS Topology
- IEC C13 x6, Up to 900W | 1500VA
- Multifunction LCD Readout
- Hot-swappable Batteries
- Overload & Network Protection
- Surge-protected Outlets
- PowerPanel Management Software and Remote Management Capability
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What is UPS Power Supply?
The abbreviation "UPS" stands for "uninterruptible power supply". Such a system serves as a backup power source in the event of power failures, to avoid data loss in server systems, for example.
UPS power supplies are connected between the pantograph and the mains. As soon as the energy is removed from the power grid, the UPS system takes over the servers' supply. A UPS should not act as a permanent source of energy but only serves to bridge a certain critical period.
The following two scenarios are conceivable:
- Safe shutdown: The UPS system remains active until the servers have been shut down properly and all data is backed up.
- Safe transition: The UPS system remains active until the power supply is restarted via the conventional power grid.
UPS differ in size and performance. Rechargeable batteries ensure the power supply of the systems. With rectifiers and current transformers, they reliably cushion voltage peaks and frequency fluctuations in the power grid to protect your technology from damage.
Various UPS systems offer protection against the following mains disturbances:
- Power failure (temporary or complete)
- overvoltage
- undervoltage
- Frequency variations
- harmonics in the circuit
You can prevent these sources of damage with a UPS power supply
In the day-to-day life of a company, the most diverse situations can arise, requiring a UPS intervention. Here are the most common causes of this:
- environmental factors
As a result of particular weather conditions such as thunderstorms, voltage peaks, or individual voltage surges can occur in the power grid. With a UPS power supply, it is possible to intercept these peaks and protect your IT from damage. - Operating conditions
A wide variety of everyday electrical equipment, from fluorescent tubes to photocopiers, can influence the power grid's voltage. Any harmonics and individual voltage distortions can damage your IT in the long term. A UPS power supply can reliably minimize this risk factor. - Industrial areas
If you operate larger data centers or server complexes in an industrial environment, these can be affected by frequency fluctuations or voltage peaks caused by large and power-intensive technical devices. With an uninterruptible power supply, these discrepancies in the power grid do not disturb your IT. - Incorrect handling
Whether a fault occurs during technical maintenance or someone literally "pulls the plug" on your IT, our UPS systems keep your systems operational even in the event of a complete power failure until the initial state is restored.
UPS power supply systems in three classes: Different types and their level of protection
When choosing a UPS system, however, the probability of an emergency is important. What type of emergency can occur, and how sensitively your own IT reacts to these irregularities in the power grid.
To counter all possible risks, DIN EN 62040-3 distinguishes between three different types of UPS power supply systems::
- Class 1: VFI
(Voltage and Frequency Independent from mains supply) Ideally suited for sensitive IT systems, practically no interruption until switching to the UPS system. Protects against power failures, Undervoltage and overvoltages as well as fluctuations in the power grid. - Class 2: VI
(Voltage Independent from mains supply) Good protection for networks and computer systems with low tolerances, interruption from 2-4 ms until switching. Protects against power failures, Undervoltage, and overvoltages. - Class 3: VFD
(Voltage and Frequency Dependent from mains supply) Solid protection for systems and devices without special requirements, interruption of approx. 10 ms until switching. Protects against power failures. Not recommended for sensitive IT systems.
UPS power systems properly maintained - for the continuous backup of your data
For UPS power systems to react as required in an emergency, battery maintenance is of the utmost importance. The battery life depends on the type; at about 3-4 years, the VFI UPS power supply's battery life is on average, the shortest.
HAPPYWARE - We are your contact for technical questions of any kind.
If you would like to learn more about modern UPS power supply systems and their role in server systems, at HAPPYWARE, we are happy to offer you further advice.