Enclosure Catalogue

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Spacial SF & S3D Seismic and nuclear enclosures Characteristics New SF Compliance with local standards Level and specifications of the standard Tested configurations Spacial SF 5G Standard Spacial SF (3G) A&C configuration NSYSF5G20860 + NSYS5GPC86 + NSY5G2SP206 + NSYMP208 + NSY5GSPK + NSYSUCR9060 + NSYHLCR60 NSYSF20860 + NSYSPF8100 + NSYSPS6100 + NSY2SP206 + NSYMP208 19" configuration NSYSF5G20680 + NSYS5GPC86 + NSY5G2SP208 + NSY5GRCK42 + NSYSUCR9080 NSYSF20680 + NSYSPF6100 + NSYSPS8100 + NSY2SP208 + NSYRCK42 Standard EDF standard CRT91C11200 Required response spectrum: bb Horizontal: vv Floor acceleration = 1 g vv Amplified max. acceleration at center of gravity = 5 g bb Vertical: vv Floor acceleration = 0,8 g vv Amplified max. acceleration at center of gravity = 4 g Required response spectrum: bb Horizontal: vv Floor acceleration = 0,6 g vv Amplified max. acceleration at center of gravity = 3 g bb Vertical: vv Floor acceleration = 0,48 g vv Amplified max. acceleration at center of gravity = 2,4 g AS1170 Australia All types of soil class / floor zero Soil type: Ee / Floor zero EAK 2000 Greece ENDESA 1986 RPA 99 2003 Algeria Core GR 63 Turkish Seismic Code 2009 GOST 17516.1-90 Russia All types of soil class (delta) Seismic importance factor: γi = 1.3 Ground acceleration factor: α = 0.36 Foundation factor: q = 1 Quality factor = 1.35 Spectral amplification factor: β0 = 2.5 All seismic categories Ground acceleration = 0.5 g All types of soil class Ground acceleration factor A = 0.36 Behavior factor R = 2 Quality factor Q = 1.35 Zone 4 with a factor of 0.8 for the severity of the vertical component relative to the severity of the horizontal component All types of site class Importance factor = 1.5 Ground acceleration factor: A0 = 0.4 Civil market: MSK (Mercalli) intensity 9, level 2. Nuclear market: MSK (Mercalli) intensity 9, level 0. MSK (Mercalli) intensity 8, level 2. IEEE 693 High level - Soil type: D (delta) Seismic importance factor: γi = 0.85 Ground acceleration factor: α = 0.12 Foundation factor: q = 1 Quality factor = 1.35 Spectral amplification factor: β0 = 2.5 Seismic category A 5 % damping Ground acceleration = 0.5 g Soil type: S4 5 % damping Ground acceleration factor A = 0.15 Behavior factor = 2 Quality factor z = 1.35 5 % damping Zone 3 Site class: Z4 5 % damping Importance factor = 1.5 Ground acceleration factor: A0 = 0.4 Standard for the civil market MSK (Mercalli) intensity 9, level 2: enclosure spectrum CRT91C11200 350
Spacial SF & S3D Seismic and nuclear enclosures Characteristics New SF Spacial SFP 5G solutions for seismic risks PB502641-23 Characteristics Nominal dimensions (mm) Additional load tested (kg) Plain door Side panels 100 mm plinth Two configurations of the Spacial SFP 5G cubicle were tested. Functional systems were installed on the cubicle and inspected at the end of the test to check that there was no damage. The two test configurations were as follows: bb 1600 A configuration; bb 3200 A configuration. H W D Spacial SFP 5G 1600 A configuration Spacial SFP 2000 700 500 350 NSYSFP5G20750 NSY5G2SP205 NSYS5GPC75 Busbar duct 2000 300 500 350 NSYSF5G20350 NSY5G2SP205 NSYS5GPC35 3200 A configuration Spacial SFP 2000 700 800 450 NSYSFP5G20780 NSY5G2SP208 NSYS5GPC78 Busbar duct 2000 300 800 450 NSYSF5G20380 NSY5G2SP208 NSYS5GPC38 NB: - The width (300 mm) of the Spacial SFP 5G cubicle for the busbar duct is not compatible with the Spacial SF 5G cubicle. - The customer must ensure good cubicle/base connection. Level and specifications of the standard Tested configurations Spacial SFP 5G Spacial SFP Standard 1600 A configuration 2 x NSYSFP5G20750 + NSYSG5PC75 + NSYSFP5G20350 + NSYS5GPC35 + NSY5G2SP205 + 2 x NSYSFBK 2 x NSYSFP20750 + NSYSFP20350 + NSY2SP205 + 2 x NSYSFBK 3200 A configuration 2 x NSYSFP5G20780 + NSYSG5PC78 + NSYSFP5G20380 + NSYS5GPC38 + NSY5G2SP208 +2 x NSYSFBK 2 x NSYSFP20780 + NSYSFP20380 + NSY2SP208 +2 x NSYSFBK Standard EDF standard CRT91C11200 Required response spectrum: bb Horizontal: vv Floor acceleration = 1 g vv Amplified max. acceleration at center of gravity = 5 g bb Vertical: vv Floor acceleration = 0,8 g vv Amplified max. acceleration at center of gravity = 4 g Required response spectrum: bb Horizontal: vv Floor acceleration = 0,71g vv Amplified max. acceleration at center of gravity = 3,5 g bb Vertical: vv Floor acceleration = 0,56 g vv Amplified max. acceleration at center of gravity = 2,8 g AS1170 Australia All types of soil class / floor zero Soil type: Ee / Floor zero EAK 2000 Greece ENDESA 1986 RPA 99 2003 Algeria Core GR 63 Turkish Seismic Code 2009 GOST 17516.1-90 Russia All types of soil class (delta) Seismic importance factor: γi = 1.3 Ground acceleration factor: α = 0.36 Foundation factor: q = 1 Quality factor = 1.35 Spectral amplification factor: β0 = 2.5 All seismic categories Ground acceleration = 0.5 g All types of soil class Ground acceleration factor A = 0.36 Behavior factor R = 2 Quality factor Q = 1.35 Zone 4 with a factor of 0.8 for the severity of the vertical component relative to the severity of the horizontal component All types of site class Importance factor = 1.5 Ground acceleration factor: A0 = 0.4 Civil market: MSK (Mercalli) intensity 9, level 2. Nuclear market: MSK (Mercalli) intensity 9, level 0. MSK (Mercalli) intensity 8, level 2. IEEE 693 High level - Compliance with local standards Soil type: D (delta) Seismic importance factor: γi = 0.85 Ground acceleration factor: α = 0.12 Foundation factor: q = 1 Quality factor = 1.35 Spectral amplification factor: β0 = 2.5 Seismic category A 5 % damping Ground acceleration = 0.5 g Soil type: S4 5 % damping Ground acceleration factor A = 0.15 Behavior factor = 2 Quality factor Q = 1.35 5 % damping Zone 3 Site class: Z4 5 % damping Importance factor = 1.5 Ground acceleration factor: A0 = 0.4 Standard for the civil market MSK (Mercalli) intensity 9, level 2: enclosure spectrum CRT91C11200 351
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Universal Enclosures Catalogue│20
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Industry and Infrastructure Offer A
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The customised solutions Over 50 ye
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Offers overview Spacial enclosures
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Spacial SDB, S24 and SBM Selection
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Spacial S3D Selection guide Steel w
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Spacial Selection guide for applica
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Spacial SM - SF Selection guide Ste
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Spacial S3X - S3XEX Selection guide
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Thalassa PLM - PLMEX Selection guid
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Thalassa PLA - PLAZ Selection guide
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Thalassa PLA Selection guide Polyes
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Steel industrial boxes 32
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Spacial SDB Metallic junction boxes
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Spacial S24 Steel safety boxes Char
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Spacial SBM Steel industrial boxes
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Steel wall-mounting enclosures 48
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Spacial S3D Steel wall-mounting enc
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Steel floor-standing enclosures 78
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Spacial SM - SF Steel floor-standin
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Stainless-steel wall-mounting enclo
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Spacial S3X Stainless-steel wall-mo
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Stainless-steel floor-standing encl
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Spacial SMX - SFX Stainless-steel f
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Insulating boxes 140
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Thalassa TBS - TBP Insulating indus
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Thalassa PLS Insulating modular box
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Insulating wall-mounting enclosures
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Thalassa PLM Insulating wall-mounti
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Insulating floor-standing enclosure
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Thalassa PLA New dimensions 2000 mm
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Thalassa PLA Polyester floor-standi
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Thalassa PLD Polyester DIN floor-st
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Accessories 212
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Accessories Mounting Mounting plate
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Accessories Mounting Step slides fo
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Accessories Mounting Mounting rails
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Accessories Mounting Uprights for f
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Accessories Mounting Cross rails an
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Accessories Mounting Cross rails fo
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Accessories Mounting Cross rails fo
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Accessories Mounting Profiles for f
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Accessories Mounting Rails SM SF SD
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Accessories Mounting 2000 mm rails
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Accessories Mounting Connectors for
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Accessories Mounting Spacers PB5007
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Accessories Mounting Nuts and screw
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Accessories Power distribution Modu
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Accessories Power distribution Powe
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Accessories Power distribution Busb
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Accessories Power distribution Dist
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Accessories Cable management Cable
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Accessories Cable management Ducts
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Accessories Terminal blocks Selecti
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Accessories Lighting and power sock
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Accessories Lighting and power sock
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Accessories Floor accessories Caste
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Accessories Door accessories Door a
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Accessories Door accessories Window
Page 300 and 301: Accessories Other accessories Earth
Page 302 and 303: Applicative and customised solution
Page 304 and 305: Spacial SFP Prisma functional syste
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Page 332 and 333: Thalassa PHD Spacial S3HD - SFHD Ou
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Page 364 and 365: Spacial VDM Electronic application
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Page 368 and 369: Spacial VDM Spacial S3D Electronic
Page 370 and 371: Spacial SF Electronic application C
Page 372 and 373: Spacial SF - SM Electronic applicat
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Page 386 and 387: Spacial EMC solution Electromagneti
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Spacial S3DEX - S3XEX Thalassa PLME
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Spacial S3DEX - S3XEX Thalassa PLME
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Spacial HMI enclosures Human-Machin
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Spacial S3CM Human-Machine Interfac
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I I Spacial S3CM Human-Machine Inte
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Spacial SD - SDX Human-Machine Inte
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Spacial SF Human-Machine Interface
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Spacial SF Human-Machine Interface
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Spacial SMX Human-Machine Interface
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Spacial S3D, SF and SM Variable spe
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Spacial S3D, SF and SM Variable spe
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Spacial SF Compartmentalised enclos
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Spacial SF Automobile application I
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The customised solutions Configured
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The customised solutions Specific o
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Thermal management system 454
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ClimaSys Thermal management system
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ClimaSys CV Thermal management syst
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ClimaSys CA Thermal management syst
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ClimaSys CE Thermal management syst
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NSYCEW..15K.. P (W) 70000 60000 Cli
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315 25 125 125 80 30 250 25 35.7 Cl
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ClimaSys CU Thermal management syst
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171.3 8.2 ClimaSys CU NSYCU300H NSY
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ClimaSys CRS Thermal management sys
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ClimaSys CR Thermal management syst
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ClimaSys CR Thermal management syst
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ClimaSys CC Thermal management syst
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Universal Enclosures Technical guid
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Technical annexes International enc
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Technical annexes Degrees of protec
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Technical annexes Classification of
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Technical annexes Polyester base co
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Technical annexes Properties of the
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Technical annexes How to select you
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Spare parts Selection table Steel w
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Spare parts Selection table Steel f
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Spare parts Selection table Stainle
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Spare parts Selection table Insulat
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Spare parts Selection table Applica
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Universal Enclosures Index of refer
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Schneider Electric Industries SAS 3
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