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Galaxy 7000: Unitary Specification guide:

 

Single UPS, three-phase,160 to 500 kVA

 

1. UPS definition ..................................................................................................................................

2

1.1. Purpose...................................................................................................................................

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1.2. Brief description ......................................................................................................................

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2. Operating principles ........................................................................................................................

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2.1. Normal operation ....................................................................................................................

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2.2. Operation on battery power ....................................................................................................

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2.3. Battery recharging...................................................................................................................

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2.4. Transfer to bypass AC source ................................................................................................

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2.5. UPS maintenance ...................................................................................................................

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2.6. Battery maintenance ...............................................................................................................

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2.7. Cold start (normal AC source absent) ....................................................................................

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3. Sizing and general characteristics ................................................................................................

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3.1. Technology..............................................................................................................................

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3.2. Rating ......................................................................................................................................

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3.3. Battery backup time ................................................................................................................

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3.4. Types of loads accepted.........................................................................................................

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3.5. PFC sinusoidal-currentinput rectifier .....................................................................................

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3.6. Output without a transformer ..................................................................................................

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3.6. Efficiency.................................................................................................................................

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3.7. Noise level...............................................................................................................................

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4. AC sources .......................................................................................................................................

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4.1. Normal AC source...................................................................................................................

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4.2. Bypass AC source ..................................................................................................................

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5. Electrical characteristics .................................................................................................................

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5.1. Rectifier and charger...............................................................................................................

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5.2. Battery.....................................................................................................................................

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5.3. Inverter ....................................................................................................................................

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5.4. Automatic bypass....................................................................................................................

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5.5. Discrimination..........................................................................................................................

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5.6. System earthing arrangements (SEA)....................................................................................

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6. Mechanical characteristics .............................................................................................................

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6.1. Mechanical structure...............................................................................................................

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6.2. Dimensions .............................................................................................................................

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6.3. Connection ..............................................................................................................................

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6.4. Ventilation ...............................................................................................................................

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6.5. Safety ......................................................................................................................................

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7. Environment conditions ..................................................................................................................

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7.1. UPS (not including battery).....................................................................................................

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8. Protection ..........................................................................................................................................

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8.1. UPS .........................................................................................................................................

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8.2. Rectifier and charger...............................................................................................................

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8.3. Inverter ....................................................................................................................................

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8.4. Battery.....................................................................................................................................

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9. Battery management ........................................................................................................................

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9.1. Self-tests .................................................................................................................................

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9.2. Measurement of actual backup time.......................................................................................

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9.3. Battery digital management ....................................................................................................

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9.4. Block by block monitoring .......................................................................................................

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10. User interface and communication ..............................................................................................

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10.1. User interface........................................................................................................................

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10.2. Communication .....................................................................................................................

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11. Maintainability.................................................................................................................................

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12. Standards and tests .......................................................................................................................

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12.1. Standards..............................................................................................................................

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12.2. Certification of conformity .....................................................................................................

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13. Quality system and test procedures ............................................................................................

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14. Services ...........................................................................................................................................

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14.1. Maintenance..........................................................................................................................

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14.2. Technical competency ..........................................................................................................

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14.3. Functional components - organization of supplier services .................................................

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14.4. System start-up.....................................................................................................................

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14.5. Replacement parts................................................................................................................

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14.6. Recycling and renovation .....................................................................................................

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15. Warranty ..........................................................................................................................................

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16. Further services..............................................................................................................................

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17. Electrical diagram...........................................................................................................................

12

Appendix Check list .............................................................................................................................

13

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 1

Specification guide

Single UPS, three-phase,160 to 500 kVA(cont.)

1.UPS definition

1.1.Purpose

The purpose of this specification is to define the design, manufacture and testing characteristics required in view of supplying, putting into operation and maintaining an Uninterruptible Power Supply (referred to as a UPS hereinafter).

The UPS shall be designed to supply dependable electric power to:

1.2. Brief description

The UPS shall be a single UPS, operating in double-conversionmode (also calledon-linemode); it shall be a VFItype UPS (as per standard IEC62040-2),made up of the following components, described in detail in this specification:

ωRectifier

ωBattery charger

ωInverter

ωBattery

ωAutomatic bypass (via a static switch)

ωManual bypass (for maintenance)

ωUser and communications interface

ωBattery management system

ωAny and all other devices required for safe operation and maintenance, including circuit breakers, switches, etc.

2.Operating principles

The UPS shall operate in double-conversionmode as indicated below.

2.1. Normal operation

(normal AC source available)

The rectifier shall supply the inverter and the charger with DC current. The inverter shall continuously supply the load with backed up electrical energy and the charger shall float charge the battery.

2.2. Operation on battery power

(normal AC source not available or outside tolerances)

Upon failure or excessive deterioration of the normal AC source, the inverter shall continue to supply the load from battery power without interruption or disturbance, within the limits imposed by the battery backup time.

2.3. Battery recharging

(normal AC source restored)

When the normal AC source is restored, the rectifier shall again power the inverter, without interruption or disturbance to the load, while the charger automatically recharges the battery.

2.4. Transfer to bypass AC source

In case of a major overload or if the UPS shuts down, the static switch shall instantaneously transfer the load, without a break in the supply of power, to the bypass AC source if it is available and within tolerances. Transfer of the load back to the UPS output, synchronized with the bypass AC source, shall be automatic or manual. During transfer, the load shall not suffer an outage or disturbance in the supply of power.

On request, the UPS system may automatically transfer the load with a micro-interruption(adjustable from 15 to 1000 ms) if a major fault occurs on the UPS system and if synchronization with the bypass source has not been established.

2.5. UPS maintenance

For maintenance purposes, the UPS shall include a mechanical manual bypass system with one-buttonoperation. For personnel safety during servicing or testing, this system shall be designed to isolate the UPS while continuing to supply power to the load from the bypass AC source. The UPS shall also include a device making it possible to isolate the rectifier and the charger from the normal AC source.

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 2

Specification guide

Single UPS, three-phase,160 to 500 kVA(cont.)

All power and control electronics shall be accessible from the front of the UPS.

2.6. Battery maintenance

For safe maintenance on the battery, the system shall include a circuit breaker to isolate the battery from the rectifier, the charger and the inverter. When the battery is isolated from the system, the UPS shall continue to supply the load without interruption or disturbance, except in the event of a normal AC source outage.

2.7. Cold start (normal AC source absent)

The battery shall be capable of starting the UPS if the normal AC source is absent and continue supplying power to the load within the specified backup time. Cold start on battery power shall be possible on the condition that the system shall have started at least once on normal AC power.

3. Sizing and general characteristics

3.1. Technology

UPS technology shall be based on IGBT transistors for all the power converters (rectifier, charger and inverter with variable chopping frequency).

3.2. Rating

The UPS shall be sized to continuously supply a load of…[160/200250 / 300 / 400 / 500] kVA at a power factor of 0.9.

3.3. Battery backup time

The battery backup time in the event of a normal AC source outage shall be _______ minutes, for a load power factor of 0.9.

The battery shall be designed for a service life of …[ 10 / 12 ]…years. It shall be selected and sized correspondingly, for a load power factor of 0.9.

3.4. Types of loads accepted

The UPS shall accept high crest factors (3:1) without derating (kW) to ensure correct operation with computer loads and loads where the leading power factor can reach 0.9.

The total harmonic voltage distortion at UPS output (THDU downstream) shall respect the following limits: ω THDU downstream ph/ph ≤ 3% for non-linearloads.

3.5. PFC sinusoidal-currentinput rectifier

The UPS system shall not draw a level of harmonic currents that could disturb the upstream AC system, i.e. it shall comply with the stipulations of guide IEC 61000-3-4.

The PFC input rectifier using sinusoidal-currentIGBTs shall have the following performance levels:

ωTotal harmonic current distortion (THDI) upstream of the rectifier not exceeding 5%,

ωInput power factor (PF) greater than 0.99 from 50% load upwards.

3.6. Output without a transformer

To reduce losses, dimensions and weight, the UPS output shall be of the transformerless type and the neutral shall be recreated electronically.

3.7. Efficiency

Overall efficiency (between the rectifier input and the UPS output) shall be greater than or equal to: ω 94.5% from 50% load to full rated load (In).

3.8. Noise level

The noise level, measured as per standard ISO3746, shall be less than …[75 dBA (for160, 200, 250, 300, 400, 500 kVA)]

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 3

Specification guide

Single UPS, three-phase,160 to 500 kVA(cont.)

4.AC sources

4.1.Normal AC source

(rectifier input)

The normal AC source supplying the UPS shall, under normal operating conditions, have the following characteristics:

ωRated voltage: 380 - 400 or 415 Volts rms at full rated load Pn

ωInput voltage range: 250 V (at 30% load) to 470 V

ωNumber of phases: 3, a neutral is not required

ω Frequency: Hz ± 10%

4.2. Bypass AC source

(automatic-bypassinput)

The characteristics of the bypass AC source supplying the UPS in the event of an inverter shutdown (maintenance, failure) or an overload (short-circuit,very high inrush current) shall be the following:

ω Voltage: / volts, ± 10%

ω Number of phases: 3 ph + N + earth (a non-distributedneutral is possible) ω Frequency: Hz ± 8% (adjustable up to ± 2 Hz)

Outside these tolerances, it shall be possible to supply the load, but in downgraded mode.

5. Electrical characteristics

5.1. Rectifier and charger

5.1.1. Power supply

The PFC rectifier, drawing sinusoidal current, shall be supplied by the normal AC source, without a neutral. It shall provide power for the load as well as charge or float charge the battery. The battery charger shall be supplied by the rectifier to avoid transmitting any AC fluctuations to the battery.

5.1.2. Inrush current

A device shall be provided to limit inrush currents.

When AC power fails and during genset start, the rectifier shall limit the power drawn by implementing a walk-infor ten seconds.

5.1.3. Phase sequence

A device shall check that the phase sequence is correct to protect the power system from the effects of incorrect connections. The device shall also check the bypass AC input.

5.1.4. Operating mode

The standard charger shall be sufficient to charge the battery rapidly. For a backup time of …[5 / 10 / 15 / 20 / 30] … minutes, battery recharging shall take less than …[4 / 6 / 7 / 8 / 9 hours]… (values after discharge to Pn/2 and recovery of 90% of total battery charge for a recent battery).

5.1.5. Input power factor

The performance level shall be that mentioned in section 3.5, i.e. PF > 0.99.

5.1.6. Charger regulation and monitoring

The battery recharge system shall include independent regulation and monitoring devices to ensure conformity with standard NFC 58311.

The battery recharge voltage shall be a function of the ambient temperature in the battery room.

5.2. Battery

The UPS shall be equipped with a battery of the …[sealedlead-acidtype, mounted and wired in a cabinet identical in aspect to that of the UPS]…[sealedlead-acidtype, mounted on shelves] …[ventedlead-acidtype mounted on racks]… and shall have a service life of …[10 / 12]… years.

The battery shall be sized to ensure a continuous supply to the inverter for at least …[5 / 10 / 15 / 20 / 30…]… minutes, in the event the normal AC source fails, given that the inverter is at full rated load, i.e. kVA for a power factor PF = 0.9.

Sizing calculations shall assume an ambient temperature between 0°C and 35°C.

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 4

Specification guide

Single UPS, three-phase,160 to 500 kVA(cont.)

5.3. Inverter

The inverter shall be sized to supply a rated load of …[160/200/250 / 300 / 400 / 500]… kVA at 0.9 PF and shall satisfy the specifications listed below.

5.3.1. Output voltage

ω Rated voltage

[380 / 400 / 415 / 440]… volts rms, adjustable via the user interface (see section 10), within tolerances of +/- 3% in order to take into account voltage drops in the cables.

ω Number of phases

3 phases + neutral + earth.

ω Steady-stateconditions

Variations in the rated voltage shall be limited to ± 2% for a balanced load between 0 and 100% of the rated load, whatever the voltage level on the normal AC source and the DC voltage level, within the limits defined in sections 4.1 and 5.1.4.

ω Voltage variations for load step changes

Output voltage transients shall not exceed ± 1% of rated voltage for 0 to 100% or 100 to 0% step loads. In all cases, the voltage shall return to within steady-statetolerances in less than 100 milliseconds.

ω Unbalanced conditions

For a load unbalance between phases, the variation in the output voltage shall be less than 1%.

5.3.2. Output frequency

ωRated frequency

-50or 60 Hz.

ωVariations in the free-runningfrequency

- ± 0.5 Hz.

5.3.3. Synchronization with bypass power

ω When bypass power is within tolerances

To enable transfer to bypass power (see conditions in section 5.4), the inverter output voltage shall be synchronized with the bypass source voltage whenever possible. To that end, during normal operation, a synchronization system shall automatically limit the phase deviation between the voltages to 3 degrees, if the bypass source frequency is sufficiently stable (within adjustable tolerances of 0.5% to 8% with respect to the rated frequency).

ω Synchronization with an external source

It shall be possible to synchronize with all types of external source.

ω Autonomous operation following loss of synchronization with bypass power

When the bypass source frequency deviates beyond these limits, the inverter shall switch over to free-runningmode with internal synchronization, regulating its own frequency to within ± 0.02 Hz. When bypass power returns to within tolerances, the inverter shall automatically resynchronize.

ω Variation in frequency per unit time

To avoid transmitting to the inverter any excessive frequency variations on the bypass AC source when it is within tolerances, inverter frequency variations per unit time (dF/dt) shall be limited to 1 Hz/s or 2 Hz/s (user defined).

5.3.4. Overload and short-circuitcapacity

The UPS shall be capable of supplying for at least:

ω10 minutes a load representing 125% of the rated load

ω1 minutes a load representing 135 % of the rated load

ω30 second a load representing 150% of the rated load.

ωFor the specified power rating of …[ 160 / 200 /250 / 300 / 400 / 500 ]… kVA, the inverter shall be capable of current limiting to a peak capacity of ...[290 / 235 / 277 / 230 / 234 / 245% ] ... for 150 ms to allow highly disturbed transient operating states without transferring the load to the bypass.

ωThe overload capacity shall be capable of taking into account temperature conditions for more than ten minutes, by allowing a continuous, 10% overload when the temperature is less than or equal to 20°C.

5.3.5. Higher power ratings for lower temperatures

It shall be possible to increase the power rating when the temperature is less than 35°C. The rating can be raised by +3% for 30°C, +5% for 25°C and +8% for 20°C.

5.4. Automatic bypass

5.4.1. Load transfer to the automatic bypass

The UPS shall be equipped with an automatic bypass comprising a static switch. Instantaneous transfer of the load from the inverter to bypass power and back shall take place without a break or disturbance in the supply of power to the load, on the condition that the bypass source voltage and frequency are within the tolerances specified in section 4.2 and that the inverter is synchronized.

Transfer shall take place automatically in the event of a major overload or an internal inverter fault. Manually

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 5

Specification guide

Single UPS, three-phase,160 to 500 kVA(cont.)

initiated transfer shall also be possible.

If the bypass power is outside the specified tolerances or is not synchronized with the inverter, automatic transfer of the load from the inverter to bypass power shall be disabled or shall take place after a calibrated interruption adjustable from 15 to 1000 ms.

5.4.2. Static-switchprotection

The static switch shall be equipped with an RC filter for protection against switching over voltages and lightning strikes.

5.4.3. Static-switchwithstand

For the specified power rating of …[ 500 / 400 / 300 / 250 / 200 / 160 ]… kVA, the static switch shall be capable of handling an over current of …[16 / 16 / 21 / 25 / 18 / 23 ]…. times the rated current of the UPS to facilitate discrimination within the electrical installation.

5.5. Discrimination and short-circuitcapacity

If the bypass power is within the tolerances specified in section 4.2, the presence of the static switch shall make it possible to use the short-circuitpower of the bypass source to trip the downstream protection devices of the inverter.

To ensure tripping in a selective manner, the available power shall be sufficient to trip protection devices with high ratings (circuit breaker rated In/2 or UR fuses rated In/4, where In is the rated inverter current).

If the bypass source is outside the specified tolerances, the inverter on its own shall, for the same discrimination requirements, be capable of tripping circuit breakers rated In/2 or UR fuses rated In/4, irrespective of the type of short-circuit.

5.6. System earthing (grounding) arrangements (SEA)

The UPS shall be compatible with the following system earthing arrangements (SEA):

ωUpstream source SEA: …[TT/ IT / TNS / TNC]…

ωDownstream installation SEA: …[ TT/ IT / TNS / TNC ]

If the upstream and downstream SEAs are different, galvanic isolation shall be provided on the normal and bypass lines.

6. Mechanical characteristics

6.1. Mechanical structure

The UPS and batteries shall be installed in cabinet(s) with an [ IP 20 / IP 32 ] degree of protection (standard IEC 60529). Access to the subassemblies making up the system shall be exclusively through the front.

6.2. Dimensions

The UPS shall require as little floor space as possible. To gain space, it shall be possible to install the UPS with the back to the wall or back to back with another UPS unit.

6.3. Connections

To facilitate connections, all terminal blocks must be easily accessible from the front when the UPS is installed with the back to the wall. Entry of upstream and downstream power cables, as well as any auxiliary cables, shall be possible through the bottom without requiring a false floor.

The UPS shall be equipped with an earth-circuitconnector, in compliance with the standards listed in section 12. The cables shall comply with the standards listed in section 12 and be mounted in compliance with the safety stipulations in section 6.6.

6.4. Ventilation

System cooling shall be by forced-airventilation. To facilitate layout of cabinets (particularly when installed back to the wall), air input shall be through the front and bottom, exit through the top.

All power electronics shall be equipped with a redundant ventilation system including fault detection.

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 6

Specification guide

Single UPS, three-phase,160 to 500 kVA(cont.)

6.5. Safety

For the safety of maintenance personnel, the cabinet shall be provided with a manually operated mechanical bypass designed to isolate the rectifier, charger, inverter and static switch while continuing to supply the load from the bypass AC source.

The UPS shall be equipped with a terminal block for reception of an external EPO order resulting in opening of the battery circuit breaker and shutdown of all converters.

7. Environment conditions

7.1. UPS (not including battery)

7.1.1. Operation

The UPS, not including the battery, shall be capable of operating under the following environmental conditions without loss of performance:

ωTemperature range during continuous operation: 0°C to 35°C

ωMaximum temperature: 40°C for eight hours

ωRecommended temperature range: + 20°C to + 25°C

ωMaximum relative humidity: 95% at 25°C

ωMaximum altitude without derating: 1000 m.

7.1.2. Storage

The UPS, not including the battery, shall be designed for storage under the following conditions:

ωAmbient temperature range: - 10°C to + 45°C.

8.Protection

8.1. UPS

The UPS shall include protection against AC-sourceover voltages (as per standard IEC 60146), excessive external or internal temperature rise and vibrations and impacts during transport.

8.2. Rectifier and charger

The rectifier shall automatically shutdown if the temperature exceeds the limits specified in section 7.1.1.

The charger shall automatically shut down if the DC voltage reaches the maximum value specified by the battery manufacturer or if the temperature exceeds the limits specified in section 7.1.1.

8.3. Inverter

Inverters shall self-protectagainst overloads andshort-circuits,irrespective of the operating mode (AC power or battery power).

8.4. Battery

8.4.1. Protection against deep discharge and self-discharge

The UPS shall comprise a device designed to protect the battery against deep discharges, taking into account the characteristics of the discharge cycles, with isolation of the battery by a circuit breaker.

8.4.2. Independent regulation and monitoring systems

A regulation system shall regulate the battery voltage and the charge current.

A second system, independent of the regulation, shall monitor the battery voltage and the charge current. Consequently, if the regulation system fails, the monitoring system steps in to shut down the charger and avoid overcharging.

8.4.3. Regulation of the battery voltage depending on the ambient temperature

A temperature sensor adapts the charge voltage to the ambient temperature.

This regulation system takes into account the chemical reaction and prolongs the battery service life. The permissible temperature range is set in the personalization parameters.

An alarm shall be issued for temperatures outside the permissible range.

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 7

Specification guide

Single UPS, three-phase,160 to 500 kVA(cont.)

9. Battery management

Batteries are components whose service life is sensitive to operating conditions, i.e. particular care is required for their management. In addition to the protective systems indicated in section 8.4, battery management shall include the systems listed below.

9.1. Self-test

The battery shall be equipped with a self-testthat can be run:

ωOn request via a manual control

ωAutomatically according to user-settime intervals.

The self-testshall enable updating of battery parameters and detection of all abnormal conditions in view of preventive maintenance.

9.2. Measurement of actual backup time

The battery function shall be equipped with the means to know at all times the real backup time available (AC power available) or remaining (AC power not available), taking into account the true load on the inverter, the battery temperature and battery ageing.

9.3. Digital battery monitoring

The UPS shall be equipped with a system for battery digital management.

Based on a number of parameters (percent load, temperature, battery type and age), the system shall control the battery charge voltage and continuously calculate:

ωThe true available backup time (section 9.2)

ωThe remaining service life.

9.4. Block by block monitoring

To further optimize battery availability and service life, it shall be possible to equip the UPS with an optional system to continuously monitor all battery strings and display a block by block failure prediction. The system shall include the functions listed below.

ωContinuous measurement of the voltage of each block.

ωContinuous measurement of the internal resistance.

ωIdentification of faulty blocks (trend curves).

ωPossibility of replacing individual blocks.

ωRemoving of all information via Ethernet, dry contacts or JBus.

10.User interface and communication

10.1. User interface

UPS operation shall be facilitated by a user interface comprising:

ωa B&W graphical display

ωON and OFF control buttons (independent of the display)

ωStatus indications with mimic panel.

10.1.1. Graphical display

The mimic diagram shall enable display of installation parameters, configuration, operating status and alarms and indication of operator instructions for switching operations (e.g. bypass). It shall be capable of supervising a single UPS or a parallel system of up to eight UPS units with their SSC (static-switchcabinet).

ω Display of measurements

It shall be possible to display the following measurements:

-Inverter output phase-to-phasevoltages

-Inverter output currents

-Inverter output frequency

-Voltage across battery terminals

-Battery charge or discharge current

-Rectifier/charger input phase-to-phasevoltages

-Rectifier/charger input currents

-crest factor

-Active and apparent power

-Power factor of the load

-Battery temperature

-Battery percent charge

-Available backup time

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 8

Specification guide

Single UPS, three-phase,160 to 500 kVA(cont.)

- the remaining battery service life.

ω Display of status conditions and events

It shall be possible to display the following indications:

-Load on battery power

-Load on UPS

-Load on automatic bypass

-General alarm

-Battery fault

-Remaining battery backup time

-Low battery warning

-bypass AC source outside tolerances

-Battery temperature.

Additional information shall be provided in view of accelerating system servicing, as specified in section 11.

ω Display of operating graphs

It shall be possible to display bar graphs of the measurements mentioned above on the screen over significant periods.

ω Statistics

Number of overloads, number of transfers to battery power, cumulative time on battery power, maximum power levels, demand power levels.

ω log oftime-stampedevents

This function shall store in memory and make available, for automatic or manually initiated recall, time-stampedlogs of all important status changes, faults and malfunctions, complete with an analysis and display of troubleshooting procedures. It shall be possible to time stamp and store at least 2500 events.

10.1.2. Controls

The UPS shall comprise the following controls:

ω two ON and OFF buttons

Located on the front panel of the UPS, they shall control UPS-unitON/OFF status. It shall be possible to turn OFF the UPS externally via an isolated dry contact.

ω EPO terminal block

The UPS shall be equipped with an emergency power off (EPO) terminal block for complete system shutdown following reception of an external control signal. The EPO command shall result in:

-Shutdown of UPS units

-Opening of the static switches on the bypass line and of the battery circuit breaker

-Opening of an isolated dry contact on the programmable card.

ω Alarm reset button

This button shall turn off audio alarms (buzzer) (see section 10.1.3). If a new alarm is detected after clearing the first, the buzzer sounds again.

10.1.3. Status indications with mimic panel

Indication of status conditions shall be distinct of the graphic display. Three LEDs on the control panel indicate the following status conditions:

ωLoad protected

ωMinor fault

ωMajor fault.

The mimic panel shall represent the UPS and indicate the status of the load supply using five two-color(red and green) LEDs:

ωLoad supplied (LED at UPS output on mimic panel)

ωInverter on (inverter LED on mimic panel)

ωOperation on battery power (LED between battery and inverter on mimic panel)

ωBypass activated (bypass LED on mimic panel)

ωPFC rectifier on (rectifier LED on mimic panel).

A buzzer shall warn the user of faults, malfunctions or operation on battery power.

10.2. Communication

10.2.1. Standard communication

It shall be possible to remote the following controls, indications and measurements. To that end, the UPS shall have as standard equipment:

ω a programmable card with four inputs and six outputs.

10.2.2. Communications options

The UPS shall be designed to enable the extension of communications, without system shutdown, to the following types of cards:

ω Multi-standardcommunications card with two outputs:

- an RS485 serial-linkimplementing the JBus/ModBus protocol for connection to a building management system (BMS)

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 9

Specification guide

Single UPS, three-phase,160 to 500 kVA(cont.)

- Ethernet 10/100 Mbps using one of the protocols below:

XML-Webfor direct UPS connection to an intranet network, without connection to a server, capable of supplying information via a standard web browser

SNMP for connection to a computer-networkmanagement system

ωmulti-standardcommunications card with three outputs: - the two outputs listed above

- plus a modem output for communication with a tele-maintenancesystem.

ωThe UPS shall be detectable by supervision software for large UPS systems.

ωShutdown and administration software shall be available in addition to the communication cards.

11.Maintainability

A manual bypass shall be available to completely isolate the UPS for maintenance purposes.

11.1. Local and remote diagnostics and monitoring - E. Services

The UPS shall be equipped with a self-testsystem to check operation of the system as a whole each time it is started. To that end, the supply control/monitoring electronics shall offer:

ωAuto-compensationof component drift

ωAcquisition of information vital for computer-aideddiagnostics or monitoring (local or remote);

ωOverall readiness for remote supervision services provided by the manufacturer.

12.Standards and tests

12.1. Standards

All equipment shall be designed and built in accordance with accepted engineering practice and applicable international standards, in particular the standards listed below.

ωIEC 60140-4:UPS - Performance.

ωIEC 62040-1and EN62040-1:UPS - Safety.

ωIEC 62040-2and EN62040-2:UPS - Electromagnetic compatibility (EMC), level B.

ωIEC 62040-3and EN62040-3:UPS - Performance.

ωIEC 60950 / EN 60950: Safety of IT equipment, including electrical business equipment.

ωIEC 61000-2-2:EMC, levels of compatibility.

ωIEC 61000-3-4:Limitation of emission of harmonic currents inlow-voltagepower supply systems for equipment with rated current greater than 16 A.

ωIEC 61000-4:EMC, immunity tests.

ωIEC 439: Low-voltageswitchgear and control gear assemblies.

ωIEC 60529: Degrees of protection provided by enclosures (IP Code).

ωISO 3746: Sound power levels.

ωCE marking.

What is more, the equipment shall comply with eco-designandeco-manufacturingcriteria in view of sustainable development and to that end, the manufacturer shall be able to demonstrate:

ωR&D and production on an ISO 14001 certified site

ωManufacture with over 90% recyclable materials

ωCapacity to recover products at the end of their service life and provide proof of destruction by a certified organisation

ωThe environmental profile of the product, which shall be supplied with the sales offer.

12.2. Certification of conformity

The manufacturer shall provide, on request, a complete qualification file demonstrating compliance with the above standards. What is more, the indicated levels of performance shall be confirmed by certification from independent laboratories (e.g. TÜV or VERITAS).

13. Quality system and test procedures

13.1. Test procedures

The manufacturer shall provide proof of a quality-assurancesystem. In particular, the main manufacturing steps must be subject to suitable tests such as:

APC by Schneider Electric

Edition - 01/2010

Single UPS spec - p. 10