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Zasilacz UPS 2200VA / 1320W UT2200EG-FR CyberPower

☆ awaryjny ☆ Line-interactive ☆ Tower ☆ LED ☆ 2x12V/9Ah ☆ 4x FR ☆ AVR ☆ USB ☆ EMI ☆ RFI ☆ RJ-45/RJ-11 ☆ PowerPanel PL

Koszty dostawy

Przesyłka kurierska 20.00 zł brutto
Przesyłka paletowa 99.00 zł brutto

Dostępność:

Gwarancja: 24 miesiące

Producent: CyberPower

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Moc pozorna / czynna : 2200VA / 1320W,
Rodzaj UPS: Line-Interactive 1-Fazowy 1/1,
Power Factor wyjściowy: 0.6,
Rodzaj obudowy: TOWER,
Kształt Fali: Simulated Sine Wave (symulowana sinusoida),
Wyjścia: 4x FR (Typ E),
Rodzaj baterii: wbudowane (2x 12V/9Ah),
Czas podtrzymania: 34 minuty (przy obciążeniu 200W),
Funkcja AVR automatyczna regulacja napięcia wyj.,
Wbudowany filtr EMI, RFI,
Technologia Energy Saving - niższe koszty energii,
Komunikacja: USB,
Zabezpieczenie RJ45/RJ11,
Wymiary: 148 x 198 x 298 mm (S x W x G),
Oprogramowanie: PowerPanel PL,
Gwarancja: 24 miesiące.

Zasilacz UPS UT2200EG-FR/UPS to zaawansowane urządzenie o mocy 1320W, zaprojektowane do zapewnienia niezawodnej ochrony zasilania dla szerokiego spektrum urządzeń IT, w tym komputerów, urządzeń NAS oraz systemów pamięci masowej. Dzięki zastosowaniu technologii Line-Interactive z funkcją automatycznej regulacji napięcia (AVR), zasilacz zapewnia stabilne zasilanie AC, chroniąc sprzęt przed wahaniami napięcia. Zasilacz UPS UT2200EG-FR/UPS to niezawodne rozwiązanie dla każdego, kto poszukuje efektywnej ochrony zasilania dla swojego sprzętu IT, zapewniając jednocześnie oszczędność energii i długotrwałą niezawodność.

Najważniejsze cechy UPS:

Technologia oszczędzania energii GreenPower UPS™: Opatentowana technologia, która minimalizuje zużycie prądu, obniża koszty energii i redukuje temperaturę pracy, co przekłada się na wydłużoną żywotność baterii,
Wskaźnik LED: Intuicyjny wskaźnik LED informuje o stanie urządzenia, statusie akumulatorów oraz stanie awaryjnym zasilacza, umożliwiając użytkownikowi szybkie i łatwe monitorowanie pracy urządzenia,
Kompatybilność z generatorami: Umożliwia przedłużenie ciągłości zasilania w sytuacjach awaryjnych, zapewniając niezawodność nawet w najbardziej krytycznych momentach,
Zaawansowane funkcje ochronne: Obejmuje ochronę przed przeciążeniem, filtr EMI oraz konfigurowalny alarm, co gwarantuje kompleksową ochronę podłączonych urządzeń,
Obudowa typu Tower: Praktyczna konstrukcja pozwala na umieszczenie zasilacza zarówno na biurkach, jak i w ciasnych przestrzeniach, co czyni go wszechstronnym i wygodnym w użytkowaniu,
Automatyczny restart po przywróceniu zasilania sieciowego,
Automatyczny regulator napięcia AVR,
Współpraca z agregatami prądotwórczymi,
Wyjście USB do ładowania / zasilania urządzeń - 5 V / 2.1 A ( 1 x USB-A, 1 x USB-C ),
Filtr linii Ethernet - Szybkość transmisji (Baudrate) ≤ 1 Gb/s,
Zarządzanie za pomocą programu PowerPanel - Port USB,
Konfigurowalny alarm.

DANE OGÓLNE

Kod | Model
UT2200EG-FR

Producent
CyberPower

Typ
Line-Interactive

Moc [kW]
1.32

Moc [kVA]
2.2

PARAMETRY WEJŚCIA

Ilość faz na wejściu
1 faza

Zakres napięcia
167 V ... 295 V AC

Częstotliwość
50 / 60 Hz (auto wykrywanie)

Złącze wejściowe
Zintegrowane

PARAMETRY WYJŚCIA

Ilość faz na wyjściu
1 faza

Napięcie
230 V AC

Regulacja napięcia
±10%

Częstotliwość
50 / 60 Hz ± 1 %

Kształt fali
MSW - zmodyfikowany sinus

Czas przełączenia
4 ms (typowy)

Złącza wyjściowe
FR (TYP E)

Ilość złącz
4x Typ E (CEE 7/5)

AKUMULATORY

Rodzaj obsługiwanych akumulatorów
VRLA, AGM

Ilość & pojemność baterii
2x12V/9Ah

Napięcie DC
24V

Czas ładowania
8h

Czas podtrzymania [50% obciążenia]
zapytaj sprzedawcę

Czas podtrzymania [100% obciążenia]
zapytaj sprzedawcę

KOMUNIKACJA

Porty i złącza
USB

Oprogramowanie
PowerPanel

BEZPIECZEŃSTWO

Zabezpieczenia
Przeciwprzepięciowe Ochrona przeciwprzeciążeniowa Ochrona przed przeładowaniem Zabezpieczenie: DSL / Tel / FAX / Modem - RJ11 / RJ45

Filtry
filtr przeciwzakłóceniowy RFI / EMI

WARUNKI ŚRODOWISKOWE

Temperatura pracy
0°C – 40°C

Wilgotność
0 ÷ 90 %

PARAMETRY FIZYCZNE

Typ obudowy
TOWER

Wymiary (SxGxW) [mm]
148x298x178

Waga z bateriami [kg]
10,69

Gwarancja
2 lata

Which UPS to Choose? A Practical Guide for Beginner Users

Table of Contents:

What is a UPS and why have one?

Which types of UPS to choose?

Our Bestsellers

What should the UPS power rating be?

Three-phase or single-phase UPS?

Backup time

Input | output connectors

Batteries

UPS enclosures

Communication

Safety and protection

Other articles

Which UPS for a server?

Which UPS for industry?

Which UPS in medicine?

Which UPS for a furnace?

Glossary

I. What is a UPS and why is it worth having?

UPS (Uninterruptible Power Supply) is a device that provides emergency power in the event of a power outage. Its main function is to protect electronic equipment from sudden shutdowns, surges, and disturbances in the power grid.

Benefits of having a UPS:

✅ Protects equipment from damage,
✅ Allows safe saving of work progress and orderly shutdown,
✅ Maintains continuous power for critical devices and systems,

II. Which types of UPS to choose?


Type	⚫ Offline	⚫ Line-Interactive	⚫ Online
Application	🔹home 🔹office	🔹home 🔹office 🔹small business	🔹home 🔹office 🔹business 🔹industry
Price	🟢 from 100 PLN	🟢 from 300 PLN	🟠 from 1000 PLN
Operation	🟢 simple	🟢 simple	🟠 demanding
Noise	🟢 up to 50dB	🟢 up to 55dB	🔴 up to 70dB
Power	🔴 up to 2 kW	🔴 up to 3 kW	🟢 up to 500 kW
Phases	⚫ 1	⚫ 1	⚫ 1 ⚫ 3
Switching time	🔴 up to 10ms	🔴 up to 6ms	🟢 0ms
Backup duration	🔴 a few minutes	🟠 tens of minutes	🟢 hours
Management	🔴 none	🟢 available	🟢 available
Protection level	🔴 none	🟠 medium	🟢 high

III. Our Bestsellers

IV. What should the UPS power rating be?

Power in UPS devices is a key parameter that defines the device’s ability to maintain power to connected loads during an outage. It is expressed in two units: kVA (kilovolt-amperes) – apparent power, and kW (kilowatts) – real power actually used by the equipment. The real power rating depends on the Power Factor (PF), which for most UPS units ranges from 0.6 to 1.0
EXAMPLES 💠A 5 kVA UPS with PF 0.6 delivers a maximum of 3 kW of real power💠 💠A 5 kVA UPS with PF 0.8 delivers a maximum of 4 kW of real power💠 💠A 5 kVA UPS with PF 1.0 delivers a maximum of 5 kW of real power💠
The UPS power rating should be selected based on the sum of the maximum power of the devices you want to support during an outage. It is a good practice to include a power margin of 20–30% above the total connected load to prevent overloading. When choosing a UPS, also consider equipment with high inrush current requirements—like servers, air conditioners, or pumps—which require a UPS with a higher apparent power rating (kVA) and a pure sine wave (PSW) output for reliable operation.

V. Three-phase or single-phase UPS?

Three-phase UPS and single-phase UPS are power protection devices that differ primarily by the number of phases they handle, affecting their applications, design, and performance. UPS selection should consider the specifics of the electrical installation and power demand. Notations like UPS 3:1, UPS 3:3, UPS 1:1, and UPS 1:3 refer to input-output phase configurations in UPS systems. Below is a detailed comparison:

1:1 or 1/1
single-phase input, single-phase output

Input: Single-phase supply (230 V).
Output: Single-phase output (230 V).
Application: Most common for homes, offices, small server rooms, PCs, and office equipment.
Example: Protecting a PC or home router.

3:1 or 3/1
three-phase input, single-phase output

Input: Three-phase supply (400 V).
Output: Single-phase output (230 V).
Application: Used when three-phase power is available but only single-phase protection is needed.
Example: Protecting single-phase equipment in larger industrial or office installations.

3:3
three-phase input, three-phase output

Input: Three-phase supply (400 V).
Output: Three-phase output (400 V).
Application: Protects three-phase loads like motors, cooling systems, large data centers, or industrial machinery.
Example: Large server rooms or industrial infrastructure.

1:3
single-phase input, three-phase output

Input: Single-phase supply (230 V).
Output: Three-phase output (400 V).
Application: Rare, specialized solutions requiring generation of three-phase output from a single-phase source.
Example: Experimental or specific industrial applications.

How to choose the right configuration?

1:1 – For individual devices and simple applications.
3:1 – When you have three-phase input but need single-phase protection.
3:3 – For large industrial installations, data centers, and three-phase loads.
1:3 – Very rare, for non-standard systems.

VI. Backup time

Backup time in UPS systems, also known as TP (Time of Protection) or backup time, is the duration for which the UPS can power connected devices after mains power is lost. It is a key parameter that depends on the battery capacity and the load power. The larger the battery capacity and the lower the load, the longer the backup time. The buyer should determine which devices need protection and for how long they must operate without mains power. For devices such as computers or servers, a backup time of 5 to 15 minutes is often sufficient to safely save data and shut down the system. For more demanding applications, e.g., monitoring systems, medical installations, or data centers, backup times of several tens of minutes or more may be required—then choose a UPS with battery expansion capability. It is important to select a device that balances the required backup time with optimal operating cost.

VII. Input & Output Connectors

Output and input connectors in UPS systems are also an important consideration to ensure compatibility with connected equipment. Select a UPS that provides connectors matching the devices you intend to protect. For office equipment, Schuko or IEC C13 are ideal, while in server rooms consider IEC C19 or hard terminals for higher power. Regardless of the UPS’s native connectors, you can always purchase adapters, cables, or PDU strips to fit your equipment. Ensure the UPS offers the right number and type of outlets to avoid overloading and to integrate seamlessly with your existing infrastructure.The most common connector types include:

VIII. Batteries
Batteries in UPS systems are an essential component that provides power during an outage. Depending on the UPS model, you may encounter:
	Built-in batteries🔋 In UPS systems, batteries are typically AGM or lithium-ion, providing a sealed, maintenance-free, and safe design. Capacities usually range from 5 Ah to 9 Ah, determining a backup time of several minutes and a lifespan of 3–10 years depending on technology. They are compact, optimized for space, and modern models support fast charging and easy replacement after end of life.
	EBM (External Battery Module)🔋🔋🔋 External battery packs allow increasing the UPS system’s capacity, extending backup time to tens of minutes. They are modular and can be easily added as needed, featuring monitoring systems and protections against overload and overheating.
	External batteries🔋 With capacities up to 230 Ah, external batteries significantly extend backup times to tens of minutes. They work with UPS units or inverters that have strong, regulated chargers.
	Battery racks🔋🔋🔋🔋🔋 Modular frames designed for organizing multiple batteries, from 7 Ah up to 230 Ah, offering hours of backup time with robust protection and stability.

IX. UPS Enclosures
UPS enclosures come in various forms adapted to installation location and usage. Common types include: ⚫ Tower (freestanding): Traditional vertical design placed on floor or desk. Ideal for offices and homes with limited space. ⚫ RACK (19-inch rack): Designed for 19-inch server racks. Used in data centers and server rooms. ⚫ RT (Rack-Tower): Convertible between rack-mount and freestanding positions.

Which enclosure to choose?
ℹ️ Installation location: Tower for home/office, RACK for server rooms. ℹ️ Flexibility: RT for movable setups. ℹ️ Ergonomics: RACK integrates neatly in server cabinets. ℹ️ Maintenance: Right enclosure improves serviceability and appearance.

X. Communication with UPS

Ports and communication interfaces in UPS systems allow monitoring, control, and integration with IT and automation systems. Depending on the model, you may find:

⚫ USB: Standard port for connecting the UPS to a computer for status and battery monitoring. Ideal for home and small office use.
⚫ RS232: Serial port for communication with PCs and servers. Common in legacy setups but still reliable in professional environments.
⚫ RS485: Extended serial interface for industrial applications, supports longer distances and multiple devices.
⚫ Intelligent Slot: Allows installation of optional cards/modules to extend functionality, such as:

🔘 SNMP: Network card for managing the UPS over LAN or internet—essential for larger IT infrastructures.
🔘 AS400: Interface for industrial or corporate process management integration.
🔘 Modbus: Protocol for SCADA and industrial automation, enabling advanced UPS control and monitoring.

How to choose?

Choose ports based on management needs: USB or RS232 for simple setups; RS485 or SNMP card for remote and industrial control. Investing in an SNMP slot or industrial protocol support increases long-term flexibility.

ℹ️ Management: SNMP for networked UPS fleets; USB/RS232 for standalone devices.
ℹ️ Compatibility: Ensure port compatibility with automation (Modbus) or IT (SNMP) systems.
ℹ️ Remote Control: Use RS485 or SNMP in distributed installations.
ℹ️ Scalability: Multiple communication ports offer future expansion options.

XI. Safety and Protection

UPS systems include protections for both the UPS unit and connected equipment. These cover overload, short-circuit, surge, and undervoltage protection, as well as battery safeguards against overcharge, deep discharge, and overheating. Monitoring and cooling systems ensure stable operation, while sturdy enclosures and physical locks guard against external damage and tampering.

1. Electrical protections

Overload: Prevents damage by disconnecting excess load or switching to bypass.
Short-circuit: Cuts power immediately on fault to protect components.
Surge: Clamps high-voltage spikes via varistors or suppression circuits.
Undervoltage: Regulates input or switches to battery when voltage drops.

2. Battery protections

Overcharge: Monitors charge process to avoid excessive charging.
Deep-discharge: Prevents battery damage by cutting off at safe threshold.
Temperature monitoring: Senses heat to prevent overheating and fire risk.

3. Thermal protections

Cooling systems and thermal sensors limit operation or shut down on overheat.

4. Circuit protections

Internal breakers or fuses protect electronic circuits from excessive current.

5. Monitoring and emergency protections

Network monitoring: UPS software tracks power parameters and alerts to issues.
Remote shutdown: Emergency Power Off (EPO) allows safe shutdown via remote switch.

6. EMI & RFI filtering

EMI: Filters electromagnetic interference from motors, transformers, or power lines.
RFI: Suppresses high-frequency radio interference from wireless devices, routers, etc.

XII. Other Articles

XIII. Glossary of Terms

-A-

A (Ampere)
Electric current measured in amperes (A). It shows how much electric charge flows through a circuit in one second. In UPS (Uninterruptible Power Supplies), current is a key factor affecting device power delivery and battery capacity. When designing a power system, consider the maximum current supported by the UPS and cables to avoid overload and ensure safe operation.

AGM (Absorbent Glass Mat)
AGM is a VRLA battery technology where the electrolyte is absorbed and held in a fiberglass mat. AGM batteries are sealed, maintenance-free, leak-resistant, and durable under tough conditions like vibrations and high temperatures. They are widely used in UPS systems where reliability and performance are crucial, especially in industrial and IT environments.

Ah (Ampere-hour)
Ah is a battery capacity unit in UPS systems. It shows how much current (in amperes) the battery can provide for one hour. Higher Ah means longer backup time during power outages. When choosing a UPS, consider Ah based on the power needs of connected devices and desired battery runtime.

AS400
AS400 is a communication interface used in UPS systems for integration with IT management and industrial automation. It allows monitoring UPS status, sending failure alerts, and automatic control like shutdown or switching devices. It is reliable and simple, often chosen in corporate and industrial settings needing high compatibility with existing infrastructure.

APFC (Active Power Factor Correction)
APFC is a technology in UPS that actively corrects the power factor to optimize energy use. It improves device efficiency, reduces energy loss, and lowers electrical noise in the power network. With APFC, UPS works better with high-power devices, providing stable and reliable power supply.

AVR (Automatic Voltage Regulation)
AVR is a technology in UPS that stabilizes input voltage fluctuations without switching to battery power. It protects devices from voltage spikes and drops, which is important for sensitive electronics. AVR also extends UPS battery life by reducing battery use.

ATS (Automatic Transfer Switch)
ATS is an automatic switch in UPS systems that changes power sources from main to backup during failures. It ensures continuous power by switching to an alternative source, like a generator, without interrupting connected devices. ATS is critical in places like data centers and hospitals, where power interruptions can cause serious problems.

-B-

Backup Time
Backup time is how long a UPS can supply power to connected devices during a power outage. It depends on battery capacity and the load on the UPS — higher load shortens backup time, larger battery capacity extends it. When choosing a UPS, match backup time to user needs, considering the time required for safe shutdown or maintaining operation until power returns.

Battery Pack (BP)
Battery Pack is an external battery module for UPS systems that increases backup time during power failure. Its modular design allows easy connection to compatible UPS units, scaling the system as needed. Battery Packs are useful in data centers, medical systems, and other installations needing long emergency power.

Battery Management System (BMS)
BMS is a system in UPS batteries that monitors, controls, and optimizes battery operation. It balances cell voltage, protects against overcharge and deep discharge, and monitors temperature, enhancing safety and battery life. In UPS systems, BMS allows precise energy management and real-time battery status reporting.

Bypass
Bypass is a UPS feature that directs power directly from the main supply to connected devices, bypassing UPS internal processing circuits. It can operate automatically during overload or UPS failure, or manually for maintenance without interrupting device power. Bypass is crucial in critical systems like data centers where continuous power is essential.

-C-

CE
CE mark confirms the UPS complies with European Union directives on safety, health, and environmental protection. It shows the product passed tests and meets electrical safety and electromagnetic compatibility standards. CE certification is required to legally sell devices in the EU and assures quality to users.

C13 IEC
C13 is a standard IEC power outlet commonly used in power cables and IT devices like computers, monitors, and servers. It connects to a male C14 plug, providing safe and stable electrical connection. C13 sockets are widely used in UPS systems as power distribution points.

C14 IEC
C14 is a standard IEC male power inlet used in UPS systems and IT equipment like computers and network devices. It mates with a C13 female plug to supply power. C14 connectors are compact, safe, and conform to international power standards.

C19 IEC
C19 is a standard IEC power outlet used for high-power devices such as servers, cooling equipment, or high-capacity UPS units. It connects to a male C20 plug and supports currents up to 16 A. C19’s robust design and compliance with standards make it common in server rooms and industrial environments.

C20 IEC
C20 is a standard IEC male power inlet for high-power devices like servers and cooling systems. It pairs with a female C19 socket and handles up to 16 A current. C20 provides a safe, stable, and reliable connection for critical environments.

-D-

Dry Contacts
Dry Contacts are relay ports in UPS units that signal device status without carrying voltage or current. They indicate events like battery operation, low charge, or system failure, integrating UPS with building or industrial automation. Dry contacts are reliable and enable easy monitoring and fast emergency response.

-E-

External Battery Module (EBM)
EBM is an external battery pack connectable to UPS units to extend backup time during outages. Compatible with selected UPS models, EBMs let users flexibly scale power backup, especially in data centers, medical systems, and other critical environments.

Electromagnetic Interference (EMI)
EMI are unwanted signals from electrical devices that disrupt other equipment nearby. UPS units use EMI filters to protect connected devices, ensuring stable and clean power. EMI protection is vital in environments with sensitive equipment like data centers and labs.

Environmental Monitoring Device (EMD)
EMD monitors environmental conditions such as temperature, humidity, or door status at the UPS installation site. Integrated with UPS and network management, EMD enables automatic reactions to environmental changes, preventing equipment failures. It’s especially useful in data centers and critical environments.

Emergency Bypass Switch (EMBS)

EMBS is a manual override switch in UPS systems that routes power directly from the mains to devices, bypassing the UPS. Useful for maintenance or UPS failure, EMBS keeps power continuous. It’s important in critical setups like data centers and medical systems.

Emergency Power Off (EPO)
EPO is an emergency shutdown feature that immediately cuts power from both mains and batteries. The EPO button is placed for easy access on or near the UPS, allowing quick response in danger situations like fire. EPO enhances safety in critical places such as data centers and labs.

-G-

General Packet Radio Service (GPRS)
GPRS is a cellular data technology enabling real-time remote monitoring and management of UPS units. UPS can send status info like battery level, load, and alerts to management systems or mobile apps. Useful in distributed setups like telecom networks requiring monitoring across locations.

-I-

International Electrotechnical Commission (IEC)
IEC is an international body setting standards for electrical and electronic devices, widely used in UPS. IEC standards define connectors like C13, C14, C19, and C20, ensuring device compatibility worldwide. IEC compliance ensures safety, reliability, and quality in UPS products.

Intelligent Slot
An Intelligent Slot in UPS units allows installation of expansion modules such as SNMP, Modbus, or relay cards. This enables integration with IT management or industrial automation for remote monitoring, configuration, and event response. Useful in large data centers for centralized device management.

International Organization for Standardization (ISO)
ISO develops international standards for quality, safety, and energy management, applicable to UPS devices. Certifications like ISO 9001 (quality) and ISO 14001 (environment) confirm that UPS is designed and produced under strict global standards, ensuring reliability and environmental care. time remote monitoring and management of UPS units. UPS can send status info like battery level, load, and alerts to management systems or mobile apps. Useful in distributed setups like telecom networks requiring monitoring across locations.

-K-

Kilovolt-Amper (kVA)
kVA is a unit of apparent power showing a UPS’s capacity to supply connected devices, including active and reactive power. It indicates the maximum load a UPS can handle without overload. The actual usable power in kilowatts (kW) depends on the power factor.

Kilowatt (kW)
kW is a unit of active power showing real energy consumption by devices supplied by a UPS. It is always less than or equal to the apparent power (kVA) due to the power factor. Choosing a UPS requires matching kW to device load for stable operation.

Kilowatt-hour (kWh)
kWh measures electrical energy used over one hour at one kilowatt of power. In UPS context, it estimates energy consumption and battery runtime based on capacity and load, helping users plan energy costs and backup duration.

-L-

Line-Interactive
Line-Interactive is a UPS mode combining features of offline and online operation. It actively regulates input voltage via Automatic Voltage Regulation (AVR), correcting minor voltage fluctuations without switching to battery. It protects devices from surges and sags efficiently and with low energy use, popular in offices and homes.

-M-

Maintenance Bypass Switch (MBS)
MBS is a manual service switch in UPS allowing direct mains power to devices, bypassing the UPS. It enables maintenance or UPS replacement without interrupting power to critical equipment, important in data centers and medical environments.

Modbus RTU (Remote Terminal Unit)
Modbus RTU is a communication protocol used in UPS for data exchange in industrial automation. Using serial standards (RS-232, RS-485), it allows monitoring UPS parameters like voltage, load, and battery status and integrates with SCADA systems. It is reliable and widely compatible.

Modified Sine Wave (MSW)
MSW is a type of UPS output voltage waveform approximating a sine wave but simplified. Found in lower-cost UPS units, suitable for less sensitive devices like routers or LED lighting. Not ideal for sensitive equipment like servers or medical devices needing pure sine wave.

-N-

Network Management Card (NMC)

NMC is a network card installed in UPS units for remote monitoring and management via LAN or internet. Users can check UPS status, configure settings, receive alerts, and schedule shutdowns remotely. Essential in large IT setups for centralized UPS control.

-O-

Offline
Offline is a UPS mode where the device connects directly to mains and switches to battery only on power loss or voltage drop. It is energy efficient but offers limited protection against power disturbances. Suitable for less sensitive equipment where backup is needed only during outages.

Online
Online is a UPS mode where the device constantly converts input power to DC and back to AC, fully isolating the output from mains. This provides the highest quality and most reliable power, eliminating surges, sags, and harmonics. Ideal for sensitive equipment like servers and medical systems.

-P-

Power Distribution Unit (PDU)
PDU distributes power from UPS to multiple devices in rack cabinets. It ranges from simple power strips to advanced units with monitoring, management, and overload protection. PDUs help efficiently use power and manage many devices in one location.

Parallel Ports
Parallel Ports in UPS allow data transmission over multiple lines simultaneously for fast, reliable communication. Often used for integration with industrial control or legacy computers. Though less common now, they remain in older systems requiring simple, robust connections.

Power Factor (PF)
Power Factor is the ratio of active power (kW) to apparent power (kVA) in UPS, showing how efficiently electric power is used. Higher PF (like 0.9 or 1) means better power use, less energy loss, and ability to support larger loads. PF is key in choosing the right UPS for load demands.

Pure Sine Wave (PSW)
PSW is an output waveform in advanced UPS units that accurately replicates the natural AC sine wave. It is essential for sensitive devices like servers, medical equipment, and motors that need stable and precise voltage. PSW UPS provide the highest quality power and protect against damage.

-R-

Rack
Rack is a standard UPS form factor designed for mounting in 19-inch server cabinets. Common in IT environments like data centers, offering space-saving, modularity, and easy integration with other rack equipment. Rack UPS units often include management and service features for complex setups.

Remote Emergency Power Off (REPO)
REPO allows remote immediate shutdown of UPS and connected devices in emergencies like fire or flooding. It enables quick power cut-off without physical access to the UPS, improving safety in critical environments like data centers.

RJ11/RJ45
RJ11 and RJ45 are standard connectors in UPS for protecting phone, network, or data lines from surges and interference. RJ11 is used for phone/modem lines, RJ45 for Ethernet networks. Line protection via these connectors is vital for continuous, stable data transmission in critical systems.

Restriction of Hazardous Substances (RoHS)
RoHS is an EU directive limiting hazardous substances like lead, mercury, or cadmium in electrical devices, including UPS. RoHS compliance ensures the product is environmentally safer and meets legal requirements for sale in the EU.

RS-232
RS-232 is a standard communication port in UPS for data exchange with computers or management systems. It allows monitoring of UPS parameters and configuration. Though being replaced by USB, RS-232 remains used in older or industrial setups for its reliability.

RS-485
RS-485 is a serial communication standard used in UPS for long-distance, multi-device data transmission. Common in industrial automation and SCADA, it offers stable, noise-resistant communication, suitable for large UPS installations.

Radio Frequency Interference (RFI)
RFI are high-frequency disturbances affecting electronic devices including UPS and connected equipment. UPS units use RFI filters to block these disturbances, ensuring stable, safe power especially in IT, medical, or industrial environments where reliability is crucial.

-S-

Schuko
Schuko is a European standard grounded power plug widely used in UPS for home and office devices. Its universality allows easy connection of computers, monitors, and office equipment without adapters. Schuko sockets in UPS protect devices from surges and voltage disturbances.

Simple Network Management Protocol (SNMP)
SNMP is a network protocol for remote monitoring and management of UPS via LAN or internet. With SNMP cards, users can view UPS parameters, receive failure alerts, and control devices in real time. Essential for large IT installations like data centers for efficient infrastructure management.

Stepped Sine Wave (SSW)
SSW is a UPS output waveform made of stepped segments approximating a sine wave. Less precise than pure sine wave, it suits less sensitive devices like basic office equipment or lighting. SSW UPS units are generally cheaper but not suitable for sensitive or APFC devices.

SKR - Samoczynne Załączenie Rezerwy
ATS is an automatic system that switches power to a backup source when the main supply fails, without user intervention. It ensures continuous operation by switching quickly to alternatives like generators. ATS is critical in data centers, hospitals, and industrial facilities.

-T-

Terminal

Terminal is a UPS connector type with screw clamps for direct wire connection. Used in large industrial UPS systems needing thick cables for high power. Terminals provide safe and stable electrical connection in heavy-duty installations.

Total Harmonic Distortion – Input (THDi)
THDi measures total current harmonic distortion at UPS input, indicating electrical noise generated by the UPS. Lower THDi means fewer disturbances and more efficient power use. High-end UPS limit THDi using APFC technology to reduce energy loss and grid impact.

Total Harmonic Distortion – Output (THDu)
THDu measures total voltage harmonic distortion at UPS output, showing the quality of power supplied. Lower THDu (usually below 3%) means clean, stable voltage crucial for sensitive equipment like servers and medical devices. Online UPS models provide very low THDu.

Total Harmonic Distortion – Voltage (THDv)
THDv indicates the degree voltage output deviates from ideal sine wave in a UPS. Expressed as a percentage; lower values mean higher voltage quality. Low THDv is essential for sensitive equipment requiring stable and clean power.

Tower
Tower is a UPS form factor designed for standalone installation on floor or desk near protected devices. Popular in offices and homes where rack mounting is unnecessary. Tower UPS are compact, easy to install and access, suitable for smaller backup needs.

Time of Protection (TP)
TP is the maximum time a UPS can maintain power to devices during an outage. It depends on battery capacity and load — larger batteries and smaller loads extend TP. TP is critical in choosing UPS for critical systems requiring enough runtime for safe shutdown or continued operation.

Transient Voltage Surge Suppression (TVSS)
TVSS is surge protection technology in UPS that shields connected devices from sudden voltage spikes in the power line. It detects and suppresses surges quickly, minimizing risk of damage to servers, computers, or medical equipment. Essential in unstable or lightning-prone environments.

-U-

UPS 1/1

UPS with single-phase input and single-phase output, used for standard electrical devices like computers or office equipment. Common in small to medium setups, it offers easy installation, compact size, and wide model range suitable for homes and offices.

UPS 1/3
UPS with single-phase input and three-phase output, used where three-phase power is needed but only single-phase source is available. Used in industrial or server room systems with high power demand. Less common due to limited applications but offers flexibility in power source use.

UPS 3/1
UPS with three-phase input and single-phase output, used to convert three-phase mains to single-phase power for connected devices. Common in medium server rooms, offices, and industrial IT systems where single-phase loads run on three-phase supply. Enables efficient use of three-phase networks.

UPS 3/3
UPS with three-phase input and three-phase output, designed for devices requiring stable three-phase power like large data centers, industrial systems, or HVAC. Used in high-power and sensitive environments, providing stable, clean power. Critical in infrastructure where outages cause major disruption.

-V-

VFI-SS-111

VFI-SS-111 is an IEC/EN 62040-3 UPS classification for online double-conversion devices (Voltage and Frequency Independent). This topology continuously converts input AC to DC and back to AC, ensuring stable voltage and frequency regardless of mains conditions. VFI-SS-111 UPS provide the highest protection level, ideal for critical environments like data centers and medical installations.

Valve Regulated Lead Acid (VRLA)
VRLA is a sealed lead-acid battery type with pressure relief valve, widely used in UPS for its sealed, maintenance-free design. Electrolyte is immobilized in separators (AGM) or gel form, preventing leaks and allowing operation in various positions. VRLA batteries offer high reliability and durability for backup power in critical systems.

Volt-Amper (VA)
VA is a unit of apparent power used in UPS, representing total power capacity including active and reactive power. It indicates the maximum load UPS can support, but usable power in watts depends on power factor. Understanding VA helps match UPS to device power needs.

-V-

Watt (W)
W is a unit of active power showing actual energy consumed by devices connected to a UPS. It reflects the real work done, like powering computers or servers. W rating is essential in UPS selection to ensure sufficient power without overload.

Wireless Local Area Network (WLAN)
WLAN is a wireless local network allowing devices to communicate without cables within range. In UPS, WLAN enables remote monitoring and management through apps or computers, showing battery status, load, or faults. Useful in large distributed setups needing easy access to UPS info.

Który UPS wybrać? Praktyczny poradnik dla początkujących użytkowników:

Spis treści:

Co to jest UPS i dlaczego warto go mieć?

Jaki rodzaje zasilaczy UPS wybrać?

Nasze Bestsellery

Jaka powinna być moc zasilacza UPS?

UPS 3-fazowy czy 1-fazowy ?

Czas podtrzymania

Złącza wejściowe | wyjściowe

Baterie

Obudowy UPS

Komunikacja

Bezpieczeństwo i ochrona

Pozostałe artykuły

Jaki UPS do serwera?

Jaki UPS do przemysłu?

Jaki UPS w medycynie ?

Jaki UPS do pieca ?

Słownik pojęć

I. Co to jest UPS i dlaczego warto go mieć?

UPS (z ang. Uninterruptible Power Supply) to urządzenie, które zapewnia zasilanie awaryjne w przypadku przerwy w dostawie prądu. Jego głównym zadaniem jest ochrona urządzeń elektronicznych przed nagłym wyłączeniem, przepięciami czy zakłóceniami w sieci energetycznej.

Korzyści z posiadania UPS-a:

✅ Zabezpieczenie sprzętu przed uszkodzeniem,
✅ Swobodny zapis postępu pracy i bezpieczne wyłączenie urządzeń,
✅ Zachowanie ciągłości zasilania urządzeń i systemów kluczowych,

II. Jaki rodzaje zasilaczy UPS wybrać?


Typ	⚫ Offline	⚫ Line-Interactive	⚫ Online
Zastosowanie	🔹dom 🔹biuro	🔹dom 🔹biuro 🔹mała firma	🔹dom 🔹biuro 🔹firma 🔹przemysł
Cena	🟢 od 100 PLN	🟢 od 300 PLN	🟠 od 1000 PLN
Obsługa	🟢 prosta	🟢 prosta	🟠 wymagająca
Hałas	🟢 do 50dB	🟢 do 55dB	🔴 do 70dB
Moc	🔴 do 2 kW	🔴 do 3 kW	🟢 do 500 kW
Fazy	⚫ 1	⚫ 1	⚫ 1 ⚫ 3
Czasy przełączenia	🔴 do 10ms	🔴 do 6ms	🟢 0ms
Czasy zasilania	🔴 kilka minut	🟠 kilkadziesiąt minut	🟢 godziny
Zarządzanie	🔴 brak	🟢 możliwe	🟢 możliwe
Poziom ochrony	🔴 brak	🟠 średni	🟢wysoki

III. Nasze Bestsellery

-A-

A (Amper)

Natężenie prądu, mierzone w amperach (A), określa ilość ładunku elektrycznego przepływającego przez obwód w jednostce czasu. W zasilaczach awaryjnych UPS natężenie prądu jest kluczowym parametrem, który wpływa na wydajność zasilania urządzeń oraz na pojemność akumulatorów. Przy projektowaniu systemu zasilania należy uwzględnić maksymalne natężenie obsługiwane przez UPS oraz przewody, aby uniknąć przeciążenia i zapewnić bezpieczną pracę całego systemu.

AGM (Absorbent Glass Mat)

AGM to technologia wykorzystywana w akumulatorach VRLA, w której elektrolit jest wchłonięty i utrzymywany w macie z włókna szklanego. Dzięki szczelnej konstrukcji akumulatory AGM są bezobsługowe, odporne na wycieki oraz bardziej trwałe w wymagających warunkach, takich jak wibracje czy podwyższona temperatura. Stosowane są szeroko w zasilaczach awaryjnych UPS, gdzie niezawodność i wydajność mają kluczowe znaczenie, zwłaszcza w zastosowaniach przemysłowych i IT.

Ah (Amperogodzina)

Ah to jednostka pojemności akumulatora w zasilaczach awaryjnych UPS, określająca, ile prądu (w amperach) bateria może dostarczyć przez jedną godzinę. Wartość Ah wpływa bezpośrednio na czas podtrzymania zasilania – im większa pojemność akumulatora, tym dłużej UPS jest w stanie zasilać podłączone urządzenia podczas awarii. Przy wyborze UPS-a należy uwzględnić Ah w kontekście wymagań energetycznych obciążenia oraz czasu pracy na baterii.

AS400

AS400 to interfejs komunikacyjny stosowany w zasilaczach awaryjnych UPS, umożliwiający integrację z systemami zarządzania IT i automatyki przemysłowej. W systemach zasilania awaryjnego AS400 pozwala na monitorowanie stanu UPS-a, przesyłanie powiadomień o awariach oraz automatyczne sterowanie wyłączaniem lub przełączaniem urządzeń. Dzięki niezawodności i prostocie jest często wybierany w zastosowaniach korporacyjnych i przemysłowych, gdzie wymagana jest wysoka kompatybilność z istniejącą infrastrukturą.

APFC (Active Power Factor Correction)

APFC to technologia aktywnej korekcji współczynnika mocy stosowana w zasilaczach awaryjnych UPS, która optymalizuje wykorzystanie energii elektrycznej. Poprawia efektywność urządzenia, minimalizując straty energii oraz redukując zakłócenia harmoniczne w sieci zasilającej. Dzięki zastosowaniu APFC, UPS może lepiej współpracować z urządzeniami o dużym zapotrzebowaniu na moc, zapewniając stabilne i niezawodne działanie całego systemu zasilania.

AVR (Automatic Voltage Regulation)

AVR to technologia automatycznej regulacji napięcia stosowana w zasilaczach awaryjnych UPS, która stabilizuje wahania napięcia wejściowego bez konieczności przełączania na baterię. Chroni urządzenia przed skutkami przepięć i spadków napięcia, co jest szczególnie istotne dla sprzętu elektronicznego wrażliwego na niestabilne zasilanie. Dzięki AVR zwiększa się żywotność akumulatorów UPS, ponieważ redukuje się częstotliwość przełączania na tryb bateryjny.

ATS (Automatic Transfer Switch)

ATS to automatyczny przełącznik źródeł zasilania stosowany w systemach zasilania awaryjnego UPS, który automatycznie przełącza odbiorniki między głównym a rezerwowym źródłem energii w przypadku awarii. Zapewnia ciągłość zasilania, przełączając się na alternatywne źródło, takie jak generator prądu, bez przerywania pracy podłączonych urządzeń. ATS jest szczególnie istotny w instalacjach krytycznych, takich jak serwerownie czy placówki medyczne, gdzie nawet krótka przerwa w zasilaniu może prowadzić do poważnych konsekwencji.

-B-

Backup Time (Czas podtrzymania)

Backup time to czas, przez jaki zasilacz awaryjny UPS jest w stanie podtrzymywać zasilanie podłączonych urządzeń podczas awarii prądu. Zależy on od pojemności akumulatorów oraz obciążenia podłączonego do UPS-a – większe obciążenie skraca czas podtrzymania, a większa pojemność baterii go wydłuża. Przy wyborze UPS-a należy dostosować backup time do potrzeb użytkownika, uwzględniając czas wymagany na bezpieczne wyłączenie sprzętu lub utrzymanie jego pracy do przywrócenia zasilania.

Battery Pack | BP

Battery Pack to zewnętrzny moduł bateryjny stosowany w zasilaczach awaryjnych UPS, który zwiększa czas podtrzymania zasilania w przypadku awarii prądu. Dzięki modułowej konstrukcji Battery Packi można łatwo podłączać do kompatybilnych UPS-ów, co umożliwia skalowanie systemu w zależności od potrzeb użytkownika. Są one szczególnie przydatne w serwerowniach, systemach medycznych i innych instalacjach wymagających długotrwałego zasilania awaryjnego.

BMS (Battery Management System)

BMS to system zarządzania bateriami stosowany w zasilaczach awaryjnych UPS, który monitoruje, kontroluje i optymalizuje działanie akumulatorów. Odpowiada za balansowanie napięcia między ogniwami, ochronę przed przeładowaniem, głębokim rozładowaniem oraz monitorowanie temperatury, co zwiększa bezpieczeństwo i wydłuża żywotność baterii. W systemach UPS BMS pozwala na bardziej precyzyjne zarządzanie energią i informowanie użytkownika o stanie baterii w czasie rzeczywistym.

Bypass

Bypass to funkcja w zasilaczach awaryjnych UPS umożliwiająca przekierowanie zasilania bezpośrednio z sieci elektrycznej do podłączonych urządzeń, z pominięciem wewnętrznych obwodów przetwarzania energii. Może działać automatycznie w przypadku przeciążenia lub awarii UPS-a, albo manualnie, co ułatwia przeprowadzanie prac serwisowych bez przerywania zasilania odbiorników. Funkcja bypass jest szczególnie istotna w systemach krytycznych, takich jak serwerownie, gdzie ciągłość zasilania ma kluczowe znaczenie.

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III. Our Bestsellers

1:1 or 1/1single-phase input, single-phase output

3:1 or 3/1three-phase input, single-phase output

3:3three-phase input, three-phase output

1:3single-phase input, three-phase output

How to choose the right configuration?

Which enclosure to choose?

How to choose?

1. Electrical protections

2. Battery protections

3. Thermal protections

4. Circuit protections

5. Monitoring and emergency protections

6. EMI & RFI filtering

III. Nasze Bestsellery

Jaki zasilacz UPS wybrać? Najważniejsze kryteria

1. Zabezpieczenia elektryczne

2. Zabezpieczenia akumulatorów

3. Zabezpieczenia przed przegrzaniem

4. Zabezpieczenia przeciążeniowe i termiczne w obwodach zasilania

5. Zabezpieczenia komunikacyjne i monitorujące

6. Zabezpieczenia przed zakłóceniami

A (Amper)

AGM (Absorbent Glass Mat)

Ah (Amperogodzina)

APFC (Active Power Factor Correction)

AVR (Automatic Voltage Regulation)

ATS (Automatic Transfer Switch)

Backup Time (Czas podtrzymania)

Battery Pack | BP

BMS (Battery Management System)

Porty równoległe (Parallel Ports)

Power Factor (PF – Współczynnik Mocy)

PSW (Pure Sine Wave)

REPO (Remote Emergency Power Off)

RoHS (Restriction of Hazardous Substances)

RFI (Radio Frequency Interference)

SNMP (Simple Network Management Protocol)

SSW (Stepped Sine Wave)

SZR (Samoczynne Załączenie Rezerwy)

THDv (Total Harmonic Distortion – Voltage)

TP (Time of Protection)

TVSS (Transient Voltage Surge Suppression)

VFI-SS-111

W (Watt)

Twoja opinia

1:1 or 1/1
single-phase input, single-phase output

3:1 or 3/1
three-phase input, single-phase output

3:3
three-phase input, three-phase output

1:3
single-phase input, three-phase output