Socomec DELPHYS MX Guide de démarrage rapide

DELPHYS MX

250 to 900 kVA

OBJECTIVES

The aim of these specifications is to provide:

• the information required to choose the right uninterruptible power supply for a specific application.

• the information required to prepare the system and installation site.

The specifications are intended for:

• installation engineers.

• design engineers.

• engineering consultants.

INSTALLATION REQUIREMENTS AND PROTECTION

Connection to the mains power supply and to the load(s) must be made using cables of suitable size, in accordance with current

standards. If not already present, an electrical control station which can isolate the network upstream of the UPS must be installed.

This electrical control station must be equipped with a circuit breaker (or two, if there is a separate bypass line) of an appropriate

rating for the power draw at full load.

If an external manual bypass is required, only the model supplied by the manufacturer must be installed.

We recommend fitting two metres of unanchored flexible cable between the UPS output terminals and the cable anchor (wall or

cabinet). This makes it possible to move and service the UPS.

For detailed information, see the installation and operating manual.

DELPHYS MX

250 to 900 kVA

1.1. Range

DELPHYS MX is a high performing transformer based UPS designed to secure power supply to critical industrial applications up

to 5.4 MVA.

The isolation transformer installed on the inverter output ensures complete galvanic isolation between DC circuit and load output.

Models

Rated power (kVA) 250 300 400 500 800 900

DELPHYS MX 3/3 ••••••

Matrix table for model and kVA power rating

DELPHYS MX has been specifically designed to meet the demands of loads in specific application contexts, in order to optimise the

features of the product and to facilitate its integration within the system.

1. ARCHITECTURE

2. FLEXIBILITY

2.1. Power ratings from 250 to 900 kVA

Dimensions

Width (W)

[mm]

Depth (D)

[mm]

Height (H)

[mm]

1600

1930

950

1600 995 1930

DELPHYS MX 250 to 500 kVA

3200

2210

950

3200 995 2210

DELPHYS MX 800 and 900 kVA

The equipment has been designed with a minimum direct and indirect footprint (the actual space occupied by the unit and the space

required around it for maintenance, ventilation and access to the operating mechanisms and communication devices).

The careful design also provides easy access for maintenance and installation:

•allofthecontrolmechanismsandcommunicationinterfacesarelocatedandcanbeaccessedinthefrontpart,

•theairinletisonthefront,withoutflowfromtheupperside;thismeansotherequipmentorexternalbatteryenclosurescanbe

placed alongside the UPS unit.

DELPHYS MX

250 to 900 kVA

FLEXIBILITY

2.2. Flexible backup time

Selection of the back-up time is flexible thanks to the wide range of DC bus voltages. The batteries are organised internally into racks

based on their relative sizes, so as to ensure a compact unit while still guaranteeing substantial backup times.

To guarantee maximum back-up time availability and battery life, the DELPHYS MX includes:

•EBS (Expert Battery System), smart battery charging management.

2.3. Parallel

DELPHYS MX UPS units (rectifier, battery, inverter and bypass) can be connected in parallel (up to 6 units) with distributed or central

bypass. This solution, which is ideally suited for 1+1 redundancy, offers flexible power upgrading and enables stand-alone UPS units

to be expanded. Each single UPS unit has a built-in maintenance bypass (single unit or distributed bypass).

It is possible to add an external maintenance bypass, common to all of the UPS units, for maintenance access.

Single unit configuration 1+1 redundant configuration

Modular parallel UPS with centralized bypass

3.1. Standard electrical features.

•Backfeedprotection:detectioncircuit.

•Standardinterface:

- 3 inputs (emergency stop, generating set, battery protection),

- 4 outputs (general alarm, back-up, bypass, preventative maintenance needs).

•EBS(ExpertBatterySystem).

3.2. Electrical options.

•EBS(ExpertBatterySystem).

•FLYWHEELcompatible.

•ACSsynchronisationsystem.

•Redundantelectronicpowersupplies.

3.3. Mechanical options.

•ReinforcedIPprotectiondegree.

•Ventilationfilters.

•Redundantventilationwithfailuredetection.

•Topentryconnection.

3.4. Standard communication features.

•Multilanguagegraphicdisplay.

•Embeddeddrycontacts.

3.5. Communication options.

•GTS(GraphicTouchScreen).

•ADCinterface(configurablevoltage-freecontacts).

•MODBUSRTU.

•MODBUSTCP.

•PROFIBUS/PROFINET.

•BACnet/IPinterface.

•NETVISION:professionalWEB/SNMPinterfaceforUPSmonitoringandshutdownmanagementofseveraloperatingsystems.

3.6. Remote monitoring service.

•LINK-UPS,remotemonitoringservicethatconnectsyourUPStoyourCriticalPowerspecialist24/7.

3. STANDARD AND OPTIONS

DELPHYS MX

250 to 900 kVA

4.1. Installation parameters

Installation parameters

Rated power (kVA) 250 300 400 500 800 900

Phase in/out 3/3

Active power (kW) 225 270 360 450 720 800

Rated/maximum rectifier input current

(EN62040-3)(A) 374/478 453/543 598/705 780/889 1273/1547 1428/1611

Rated bypass input current (A) 362 433 580 722 1155 1300

Inverteroutputcurrent@230V(A)P/N 361 433 577 722 1155 1300

Maximum air flow (m3/h) 6140 14600

Sound level (dBA) ≤70 ≤72 ≤75

Dissipation at rated load

(minimum mains power present

and batteries charged)

W17200 20630 27300 34000 48000 53000

kcal/h 14800 17730 23250 29260 41310 45610

BTU/h 58730 70357 92262 116111 163928 180992

Dimensions

(with standard back-up time)

W (mm)

1600 3200

D (mm)

995 995

H (mm)

1930 2210

Weight (kg) 2500 2800 3300 5900

4.2. Electrical characteristics

Electrical characteristics - Input

Rated power (kVA) 250 300 400 500 800 900

Phase in/out 3/3

Rated mains supply voltage 380/400/415 V

Voltage tolerance

(ensuring battery recharge) 340 to 460 V 360 to 460 V

Rated frequency 50/60 Hz

Frequency tolerance ± 5%

Power factor

(input at full load and rated voltage) 0.93 0.94

Total harmonic distortion (THDi) < 4.5% < 5%

Max inrush current at start-up <In (no overcurrent)

Soft start 50 A/sec (settable)

Electrical characteristics - Bypass

Rated power (kVA) 250 300 400 500 800 900

Bypass frequency variation speed 2 Hz/s settable

Bypass rated voltage Rated output voltage ±10%

Bypass rated frequency 50/60 Hz selectable

Bypass frequency tolerance ±2 Hz (from 0.2 to 4 Hz settable (operation with generator unit))

4. SPECIFICATIONS

STANDARD AND OPTIONS

Electrical characteristics - Inverter

Rated power (kVA) 250 300 400 500 800 900

Rated output voltage (selectable) 380/400/415 V

Outputvoltagetolerance Static: < 1%

Dynamic: (0-100% Pn) ±2%

Rated output frequency 50/60 Hz (selectable)

Outputfrequencytolerance 0.02 on mains power failure

Load crest factor (according IEC 62040-3) 3:1

Voltage harmonic distortion (ThdU) < 2% on linear load

<4%ondistortingload(Ph/N)

< 2% on linear load

< 2.5% on distorting load

(Ph/N)

Overloadtoleratedbytheinverter

(with mains power present)

125% x 10 min

150% x 1 min

Electrical characteristics - Efficiency

Rated power (kVA) 250 300 400 500 800 900

Double conversion efficiency

(normal mode) 93.5% at full load

Efficiency in Eco Mode 98%

Electrical characteristics - Environment

Rated power (kVA) 250 300 400 500 800 900

Storage temperatures

-20to+70°C(-4to158°F)

(15to25°Cforbetterbatterylife)

Working temperature 0to+35°C(32to95°F)

(15to25°Cforbetterbatterylife)

0to+35°C(32to95°F)(1)

(15to25°Cforbetter

battery life)

Maximum relative humidity

(non-condensing) 95%

Maximum altitude without derating 1000 m (3300 ft)

Degree of protection IP20 (up to IP52 optional)

Portability EN60068-2

Colour RAL9006(GreyToyo)

(1) Conditions apply.

DELPHYS MX

250 to 900 kVA

STANDARD AND OPTIONS

4.3. Recommended protection devices

RECOMMENDEDPROTECTIONDEVICES-Rectifier(1)

Rated power (kVA) 250 300 400 500 800 900

D curve circuit breaker (A) 630 860 1000 1600

RECOMMENDEDPROTECTIONDEVICES-General bypass(1)

Rated power (kVA) 250 300 400 500 800 900

Maximum I2t supported by the bypass (A2s) 2250000 5120000

Icc max (A) 10600 24700

D curve circuit breaker (A) 630 800 1250 1600

RECOMMENDEDPROTECTIONDEVICES-Input residual current circuit breaker(2)

Rated power (kVA) 250 300 400 500 800 900

Input residual current circuit breaker 300 mA

RECOMMENDEDPROTECTIONDEVICES-Output(2)

Rated power (kVA) 250 300 400 500 800 900

Short-circuit inverter current (A) - (0 to 100 ms)

(whenAUXMAINSisnotpresent) 256000 256000 400000 841000 1600000

C curve circuit breaker(3) (A) 160 200 250 400

High-speed fuse(3) (A) 400 500 700 800

CABLES - Maximum cable section

Rated power (kVA) 250 300 400 500 800 900

Rectifier terminals

Copper bar (3x300 mm2)Copper bar (4x300 mm2)

Bypass terminals

Battery terminals

Outputterminals

(1) Rectifier protection should only be considered in the event of separate inputs. The bypass protection is given by recommendation.

When the bypass and rectifier inputs are combined (common input), the general input protection rating must be the highest of both

(bypass or rectifier).

(2) Must be selective with residual current circuit breakers downstream of the UPS connected to the UPS output. If the bypass network

is separate from the rectifier circuit, or in the event of parallel UPS, use a single residual current circuit breaker upstream of the UPS.

(3)SelectivityofdistributionaftertheUPSwithinvertershort-circuitcurrent(short-circuitwithAUXMAINSnotpresent).Theratingof

the protection can be increased by “n” times downstream a parallel UPS system, with “n” equal to the number of parallel modules.

5.1. Overview

The construction of the equipment and choice of materials and components comply with all current laws, decrees, directives and

standards currently in force.

In particular, the equipment is fully compliant with all European Directives concerning CE marking.

2006/95/EC CouncilDirective2006/95/EC,dated16February2007,onthereconciliationoflegislationwithinMemberStates

regarding electrical material for use within specific voltage ranges.

2004/108/EC Council Directive 2004/108/EEC, dated 15 December 2004, on the harmonisation of legislation within Member

States regarding electromagnetic compatibility, in abrogation of directive 89/336/EEC.

5.2. Standards

5.2.1. Electromagnetic compatibility

Electromagnetic Compatibility Provisions (EMC)

EN62040-2. Electromagneticcompatibility(classC3standard-C2optional)

EN61000-2-2 Compatibilitylevelsforlow-frequencyconducteddisturbancesandsignallinginpubliclow-voltagepowersupply

systems

EN61000-4-2 Electrostaticdischargeimmunitytest,

EN61000-4-3 Radiatedradio-frequencyelectromagneticfieldimmunitytest,

EN61000-4-4 Electricalfasttransient/burstimmunitytest,

EN61000-4-5 Surgeimmunitytest,

EN61000-4-6 Immunitytoconducteddisturbances,inducedbyradio-frequencyfields.

EN55011classA Limitsandmethodsofmeasurementofradiodisturbancecharacteristicsofindustrial,scientificandmedical(ISM)

radio-frequency equipment.

5.2.2. Safety

GeneralandsafetyrequirementsforUPSusedinoperatoraccessareas

EN60950-1 Generalandsafetyrequirementsforequipmentusedinoperatoraccessareas

EN62040-1 GeneralandsafetyrequirementsforUPSusedinrestrictedaccesslocations

EN60439-1 Low-voltageswitchgearandcontrolgearassemblies-Part1:Type-testedandpartiallytype-testedassemblies,

EN50272-2 Safetyrequirementsforsecondarybatteriesandbatteryinstallations

EN60896-1 Stationarylead-acidbatteries.Generalrequirementsandmethodsoftest.Part1:Ventedtypes

EN60896-2 Stationarylead-acidbatteries.Generalrequirementsandmethodsoftest.Part1:Valve-regulatedtypes

EN60146 Semiconductorconvertors

EN60529 Degreesofprotectionprovidedbyenclosures

5.2.3. Type and performances

Performance requirements and methods of test

EN 62040-3 Uninterruptible power systems (UPS). Methods of specifying the performance and test requirements

5.3. System and installation guidelines

The regulations refer to the unit (UPS) to which the manufacturer must comply with. The UPS engineer adhere’s to current legislation

forthespecificelectricalsystem(e.g.EN60364).

5. REFERENCE STANDARDS AND DIRECTIVES

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