Eaton UPS

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two years warranty*

service +49 (0) 391 50 544 20

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Power supply problem	Definition	Cause	Single-phase UPS Series 3	Single-phase UPS Series 5	Single-phase and three-phase UPS Series 9
1. Failure of the power supply	Total failure of the supply network	Can be caused by a number of events: Lightning strikes, destroyed transmission lines, grid overload, accidents and natural disasters.
2. Voltage dip	Short-term undervoltage	Triggered by the switching on of large consumers, switching operations in the supply network, failure of mains systems, lightning strikes and power supply systems that do not meet the requirements. In addition to possible device failures, hardware can also be damaged.
3. Overvoltage peaks	Temporary overvoltage of more than 110 per cent of the nominal value	Can be caused by lightning strikes and can briefly raise the mains voltage to values of over 6,000 volts. A voltage spike almost always causes data loss or hardware damage.
4. Undervoltage (voltage drop)	Reduced mains voltage for a period of a few minutes to a few days	May occur if the mains voltage is intentionally reduced to reduce power during peak consumption times or if the connected load exceeds the supply capacity.
5. Overvoltage	Increased mains voltage for a period of several minutes to several days	Triggered by heavy load reduction, switching off large loads and other switching operations in the grid. Hardware can be destroyed as a result.
6. Electrical interference signals	Interference signals with higher frequencies	Can be caused by spark interference (EMI) or radio frequency interference (RFI) from welding equipment, transmitters, printers, thunderstorms, etc.
7. Frequency deviations	Unstable mains frequency	They are caused by load changes in generators, especially in smaller generator systems. Frequency deviations can cause faulty processes, data loss, system breakdowns and damage to devices.
8. Peaks due to switching operations	Short-term voltage dips	The duration of such peaks is very short and is in the nanosecond range.
9. Harmonic distortion (harmonics)	Distortion of the sinusoidal waveform, usually caused by non-linear loads	Switching power supplies, stepper motors, copiers and fax machines are examples of non-linear consumer loads. They can cause communication errors, overheating and hardware damage.

Power supply problem	Definition	Cause	Single-phase UPS Series 3	Single-phase UPS Series 5	Single-phase and three-phase UPS Series 9
1. Failure of the power supply	Total failure of the supply network	Can be caused by a number of events: Lightning strikes, destroyed transmission lines, grid overload, accidents and natural disasters.
2. Voltage dip	Short-term undervoltage	Triggered by the switching on of large consumers, switching operations in the supply network, failure of mains systems, lightning strikes and power supply systems that do not meet the requirements. In addition to possible device failures, hardware can also be damaged.
3. Overvoltage peaks	Temporary overvoltage of more than 110 per cent of the nominal value	Can be caused by lightning strikes and can briefly raise the mains voltage to values of over 6,000 volts. A voltage spike almost always causes data loss or hardware damage.
4. Undervoltage (voltage drop)	Reduced mains voltage for a period of a few minutes to a few days	May occur if the mains voltage is intentionally reduced to reduce power during peak consumption times or if the connected load exceeds the supply capacity.
5. Overvoltage	Increased mains voltage for a period of several minutes to several days	Triggered by heavy load reduction, switching off large loads and other switching operations in the grid. Hardware can be destroyed as a result.
6. Electrical interference signals	Interference signals with higher frequencies	Can be caused by spark interference (EMI) or radio frequency interference (RFI) from welding equipment, transmitters, printers, thunderstorms, etc.
7. Frequency deviations	Unstable mains frequency	They are caused by load changes in generators, especially in smaller generator systems. Frequency deviations can cause faulty processes, data loss, system breakdowns and damage to devices.
8. Peaks due to switching operations	Short-term voltage dips	The duration of such peaks is very short and is in the nanosecond range.
9. Harmonic distortion (harmonics)	Distortion of the sinusoidal waveform, usually caused by non-linear loads	Switching power supplies, stepper motors, copiers and fax machines are examples of non-linear consumer loads. They can cause communication errors, overheating and hardware damage.

Power supply problem	Definition	Cause	Single-phase UPS Series 3	Single-phase UPS Series 5	Single-phase and three-phase UPS Series 9
1. Failure of the power supply	Total failure of the supply network	Can be caused by a number of events: Lightning strikes, destroyed transmission lines, grid overload, accidents and natural disasters.
2. Voltage dip	Short-term undervoltage	Triggered by the switching on of large consumers, switching operations in the supply network, failure of mains systems, lightning strikes and power supply systems that do not meet the requirements. In addition to possible device failures, hardware can also be damaged.
3. Overvoltage peaks	Temporary overvoltage of more than 110 per cent of the nominal value	Can be caused by lightning strikes and can briefly raise the mains voltage to values of over 6,000 volts. A voltage spike almost always causes data loss or hardware damage.
4. Undervoltage (voltage drop)	Reduced mains voltage for a period of a few minutes to a few days	May occur if the mains voltage is intentionally reduced to reduce power during peak consumption times or if the connected load exceeds the supply capacity.
5. Overvoltage	Increased mains voltage for a period of several minutes to several days	Triggered by heavy load reduction, switching off large loads and other switching operations in the grid. Hardware can be destroyed as a result.
6. Electrical interference signals	Interference signals with higher frequencies	Can be caused by spark interference (EMI) or radio frequency interference (RFI) from welding equipment, transmitters, printers, thunderstorms, etc.
7. Frequency deviations	Unstable mains frequency	They are caused by load changes in generators, especially in smaller generator systems. Frequency deviations can cause faulty processes, data loss, system breakdowns and damage to devices.
8. Peaks due to switching operations	Short-term voltage dips	The duration of such peaks is very short and is in the nanosecond range.
9. Harmonic distortion (harmonics)	Distortion of the sinusoidal waveform, usually caused by non-linear loads	Switching power supplies, stepper motors, copiers and fax machines are examples of non-linear consumer loads. They can cause communication errors, overheating and hardware damage.

Power supply problem	Definition	Cause	Single-phase UPS Series 3	Single-phase UPS Series 5	Single-phase and three-phase UPS Series 9
1. Failure of the power supply	Total failure of the supply network	Can be caused by a number of events: Lightning strikes, destroyed transmission lines, grid overload, accidents and natural disasters.
2. Voltage dip	Short-term undervoltage	Triggered by the switching on of large consumers, switching operations in the supply network, failure of mains systems, lightning strikes and power supply systems that do not meet the requirements. In addition to possible device failures, hardware can also be damaged.
3. Overvoltage peaks	Temporary overvoltage of more than 110 per cent of the nominal value	Can be caused by lightning strikes and can briefly raise the mains voltage to values of over 6,000 volts. A voltage spike almost always causes data loss or hardware damage.
4. Undervoltage (voltage drop)	Reduced mains voltage for a period of a few minutes to a few days	May occur if the mains voltage is intentionally reduced to reduce power during peak consumption times or if the connected load exceeds the supply capacity.
5. Overvoltage	Increased mains voltage for a period of several minutes to several days	Triggered by heavy load reduction, switching off large loads and other switching operations in the grid. Hardware can be destroyed as a result.
6. Electrical interference signals	Interference signals with higher frequencies	Can be caused by spark interference (EMI) or radio frequency interference (RFI) from welding equipment, transmitters, printers, thunderstorms, etc.
7. Frequency deviations	Unstable mains frequency	They are caused by load changes in generators, especially in smaller generator systems. Frequency deviations can cause faulty processes, data loss, system breakdowns and damage to devices.
8. Peaks due to switching operations	Short-term voltage dips	The duration of such peaks is very short and is in the nanosecond range.
9. Harmonic distortion (harmonics)	Distortion of the sinusoidal waveform, usually caused by non-linear loads	Switching power supplies, stepper motors, copiers and fax machines are examples of non-linear consumer loads. They can cause communication errors, overheating and hardware damage.

Power supply problem	Definition	Cause	Single-phase UPS Series 3	Single-phase UPS Series 5	Single-phase and three-phase UPS Series 9
1. Failure of the power supply	Total failure of the supply network	Can be caused by a number of events: Lightning strikes, destroyed transmission lines, grid overload, accidents and natural disasters.
2. Voltage dip	Short-term undervoltage	Triggered by the switching on of large consumers, switching operations in the supply network, failure of mains systems, lightning strikes and power supply systems that do not meet the requirements. In addition to possible device failures, hardware can also be damaged.
3. Overvoltage peaks	Temporary overvoltage of more than 110 per cent of the nominal value	Can be caused by lightning strikes and can briefly raise the mains voltage to values of over 6,000 volts. A voltage spike almost always causes data loss or hardware damage.
4. Undervoltage (voltage drop)	Reduced mains voltage for a period of a few minutes to a few days	May occur if the mains voltage is intentionally reduced to reduce power during peak consumption times or if the connected load exceeds the supply capacity.
5. Overvoltage	Increased mains voltage for a period of several minutes to several days	Triggered by heavy load reduction, switching off large loads and other switching operations in the grid. Hardware can be destroyed as a result.
6. Electrical interference signals	Interference signals with higher frequencies	Can be caused by spark interference (EMI) or radio frequency interference (RFI) from welding equipment, transmitters, printers, thunderstorms, etc.
7. Frequency deviations	Unstable mains frequency	They are caused by load changes in generators, especially in smaller generator systems. Frequency deviations can cause faulty processes, data loss, system breakdowns and damage to devices.
8. Peaks due to switching operations	Short-term voltage dips	The duration of such peaks is very short and is in the nanosecond range.
9. Harmonic distortion (harmonics)	Distortion of the sinusoidal waveform, usually caused by non-linear loads	Switching power supplies, stepper motors, copiers and fax machines are examples of non-linear consumer loads. They can cause communication errors, overheating and hardware damage.

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Eaton UPS systems

Reliable UPSs from Eaton for protection against power failures

Eaton UPS systems

Reliable UPSs from Eaton for protection against power failures

Eaton UPS systems

Reliable UPSs from Eaton for protection against power failures

Eaton UPS systems

Reliable UPSs from Eaton for protection against power failures

Eaton UPS systems

Reliable UPSs from Eaton for protection against power failures