1 / 22 X 87045 LIMOGES Cedex Téléphone : 05 55 06 87 87 – Télécopie : 05 55 06 88 88 DX DX DX DX-D 15kA 15kA 15kA 15kA Lexic Lexic Lexic Lexic M.C. M.C. M.C. M.C.B. B. B. B.≤ 63 A 63 A 63 A 63 A (1 module p (1 module p (1 module p (1 module per p r p r p r pole) le) le) le) Cat.N° Cat.N° Cat.N° Cat.N°(s) (s) (s) (s) : : : : 06 06 06 065 75 à 06 à 06 à 06 à 065 89 89 89 89 – 06 06 06 066 25 à à à à 39 39 39 39 – 06 06 06 066 45 à à à à 59 59 59 59 – 06 06 06 0666 66 66 666 à 06 à 06 à 06 à 066 79 79 79 79 CONTENTS CONTENTS CONTENTS CONTENTS PAGES 1. Description, use................................... 1 2. Range ................................................. 1 3. Overall dimensions .............................. 1 4. Preparation - Connection..................... 2 5. General characteristics ........................ 2 6. Conformities and approvals ................. 14 7. Curves................................................. 15 8. Equipment and accessories................. 21 1. DESCRIPTION 1. DESCRIPTION 1. DESCRIPTION 1. DESCRIPTION - USE USE USE USE Thermo-magnetic circuit breaker with positive contact indication for control, protection and isolation of electrical circuits. Symbol Symbol Symbol Symbol : Technology : Technology : Technology : Technology : . Limiting device . 1 module (17.8 mm) per pole 2. RANGE 2. RANGE 2. RANGE 2. RANGE Rated currents Rated currents Rated currents Rated currents : : : : . 1 / 2 / 3 / 4 / 6 / 10 / 16 / 20 / 25 / 32 / 40 / 50 / 63 A Pole Pole Pole Poles : : : : . 1P, 2P, 3P, 4P – 1 module (17.8 mm) per pole Magnetic tripping curve Magnetic tripping curve Magnetic tripping curve Magnetic tripping curve : : : : . D curve (between 10 and 14 In) D curve tripping guaranteed between 10In and 14In max. Rated voltage Rated voltage Rated voltage Rated voltage / frequency / frequency / frequency / frequency : . 230 V ~ / 400 V ~ - 50 / 60 Hz with standard tolerances Maximum operating voltage Maximum operating voltage Maximum operating voltage Maximum operating voltage : . 240 V ~ / 415 V ~ ± 10% with no derating of the breaking capacity according to IEC 60947-2. . 440 V ~ ± 10% with breaking capacity derated down to 6kA according to IEC 60947-2. 3. OVERALL DIMENSION 3. OVERALL DIMENSION 3. OVERALL DIMENSION 3. OVERALL DIMENSION X 1 P 17. 17. 17. 17.8 mm mm mm mm 2 P 35.6 35.6 35.6 35.6 mm mm mm mm 3 P 53.4 53.4 53.4 53.4 mm mm mm mm 4 P 71.2 71.2 71.2 71.2 mm mm mm mm Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 060606065555 77775555 à 06 à 06 à 06 à 065555 89898989 –––– 06 06 06 066666 22225555 à à à à 39393939 –––– 06 06 06 066666 44445555 à à à à 59595959 –––– 06060606666666666666 à 06 à 06 à 06 à 066666 79797979
CONTENTSCONTENTSCONTENTSCONTENTS PAGES
1. Description, use................................... 1 2. Range ................................................. 1 3. Overall dimensions..............................1 4. Preparation - Connection..................... 2 5. General characteristics........................ 2 6. Conformities and approvals ................. 14 7. Curves................................................. 15 8. Equipment and accessories................. 21
1. DESCRIPTION 1. DESCRIPTION 1. DESCRIPTION 1. DESCRIPTION ---- USE USE USE USE
Thermo-magnetic circuit breaker with positive contact indication for control, protection and isolation of electrical circuits. SymbolSymbolSymbolSymbol : Technology :Technology :Technology :Technology : . Limiting device . 1 module (17.8 mm) per pole
PolePolePolePolessss : : : : . 1P, 2P, 3P, 4P – 1 module (17.8 mm) per pole
Magnetic tripping curveMagnetic tripping curveMagnetic tripping curveMagnetic tripping curve : : : : . D curve (between 10 and 14 In) D curve tripping guaranteed between 10In and 14In max.
Rated voltageRated voltageRated voltageRated voltage / frequency/ frequency/ frequency/ frequency :::: . 230 V ~ / 400 V ~ - 50 / 60 Hz with standard tolerances
Maximum operating voltageMaximum operating voltageMaximum operating voltageMaximum operating voltage :::: . 240 V ~ / 415 V ~ ± 10% with no derating of the breaking capacity according to IEC 60947-2. . 440 V ~ ± 10% with breaking capacity derated down to 6kA according to IEC 60947-2.
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
FixingFixingFixingFixing :::: . On symetrical rail EN 60.715 or DIN 35
SupplySupplySupplySupply :::: . from the top or the bottom
ConnectionConnectionConnectionConnection :::: . Location of the terminals allowing supply by pin busbar (both sides) and fork busbar (lower side) . Terminals protected against direct contact (IP 20 when mcb are connected) . Cage terminals, with release and captive screws . Terminal depth : 14 mm . Terminal capacity :
SealingSealingSealingSealing :::: . Possible in ON (closed) and OFF (open) position
Locking possibilityLocking possibilityLocking possibilityLocking possibility :::: . By 5 mm padlock (cat. N° 044 43) or 6 mm padlock (cat. N° 227 97) with padlock support (cat. N° 044 42)
Manual actuationManual actuationManual actuationManual actuation :::: . By 2 position handle, I / ON device closed, 0 / OFF device open
Display of contacts stateDisplay of contacts stateDisplay of contacts stateDisplay of contacts state :::: . By printing on the handle :
- O-OFF in white on green background = contacts open - I-ON in white on red background = contacts closed
Tools requiredTools requiredTools requiredTools required :::: . For terminals : 5.5 mm screwdriver recommended (6.5 mm max) . For fixing : 5.5 mm screwdriver recommended (6 mm max)
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS
Front faceFront faceFront faceFront face marking marking marking marking : : : : . By permanent pad printing . Remark : Only one breaking capacity is printed, according to IEC 60947-2 or IEC / EN 60898-1, depending on the version.
065
83
legrandcat. number
IEC 60947-2breaking capacity
(for MCBs sold in France)Voltage
Curve and rated current
IEC/EN 60898 breaking capacity(for MCBs sold out of France)
D 166000
230 / 400 V15 kA IEC 60947-2
Electrical diagram
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS (continued)
Voltage ≤ 32 A 40 à 63 A ≤ 32 A 40 à 63 A ≤ 32 A 40 à 63 A
230 V ~ 6666 kA kA kA kA 6666 kA kA kA kA 6666 kA kA kA kA 6666 kA kA kA kA 6666 kA kA kA kA 6666 kA kA kA kA According to
EN 60898-1 Icn
400 V ~ ---- ---- 6666 kA kA kA kA 6666 kA kA kA kA 6666 kA kA kA kA 6666 kA kA kA kA
230 V ~ 11115555 kA kA kA kA 10 kA10 kA10 kA10 kA 25 kA25 kA25 kA25 kA 20 kA20 kA20 kA20 kA 25 kA25 kA25 kA25 kA 20 kA20 kA20 kA20 kA Icu
400 V ~ ---- ---- 15 kA15 kA15 kA15 kA 10 kA10 kA10 kA10 kA 15 kA15 kA15 kA15 kA 10 kA10 kA10 kA10 kA
230 V ~ 100%100%100%100% 100%100%100%100% 100%100%100%100% 100%100%100%100% 100%100%100%100% 100%100%100%100%
According to IEC 60947-2
Ics 400 V ~ 100%100%100%100% 100%100%100%100% 100%100%100%100% 100%100%100%100% 100%100%100%100% 100%100%100%100%
* : Ics is in % off Icu . Icn1 = 6kA. Icn1 : breaking capacity of one pole for multipole m.c.b’s in case of short-circuit to earth. . Breaking capacity of one single pole under 400 V compound voltage (IT network) 4 kA with In ≤ 32A, 3 kA with In = 40A à 63A . Breaking capacity of one single pole under 230 V compound voltage (IT network) = 6 kA
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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+
_
DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooolllle)e)e)e)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
Operation with DC (direct current)Operation with DC (direct current)Operation with DC (direct current)Operation with DC (direct current) :::: . Max operating voltage is 80V per pole with DC. For higher voltages, several poles must be connected in series. For example, if DC voltage = 110 V, use a double pole M.C.B. , the 2 poles being connected in series. . 40% magnetic threshold increase (multiplied per 1.4) For exemple, magnetic tripping threshold of a curve D M.C.B. will be between 14 In and 19 In with DC instead of 10 In to 14 In with AC . Time/current thermal tripping curve remains the same with AC and DC . Endurance with load (In) = 2000 operations . Short-circuit breaking capacity 4000A short circuit breaking capacity for a single pole M.C.B. under 80 V DC per pole. Under other voltages, short-circuit breaking capacity is as follows :
Voltage Single pole Double pole Triple pole Four pole
48 V= 6666 kA kA kA kA 6666 kA kA kA kA ---- ----
110 V= ---- 6666 kA kA kA kA 6666 kA kA kA kA ---- Icu
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. 5. 5. 5. GENERAL CHARACGENERAL CHARACGENERAL CHARACGENERAL CHARACTERISTICSTERISTICSTERISTICSTERISTICS (continued)
Dissipated powerDissipated powerDissipated powerDissipated power :::: . Per pole, under In, in Watts
Rated current 1 A 2 A 3 A 4 A 6 A 10 A 16 A
Phase pole D curve 2.12.12.12.1 2.12.12.12.1 2.42.42.42.4 2.52.52.52.5 1.11.11.11.1 1.11.11.11.1 1.51.51.51.5
Rated current
20 A 25 A 32 A 40 A 50 A 63 A
Phase pole D curve 1.71.71.71.7 2.42.42.42.4 3.13.13.13.1 4444 4.54.54.54.5 5.55.55.55.5
. Z (impedance in Ohm per pole) = P dissipated / (rated current)²
MMMMinimum operating voltageinimum operating voltageinimum operating voltageinimum operating voltage : : : : . 12 V AC or DC per pole
Rated voltage of shock withstand: Rated voltage of shock withstand: Rated voltage of shock withstand: Rated voltage of shock withstand: . Uimp = 4 kV
Isolating voltageIsolating voltageIsolating voltageIsolating voltage : : : : . Ui = 500 V
Dielectric strengthDielectric strengthDielectric strengthDielectric strength :::: . 2 500 V
Operation with Operation with Operation with Operation with 400 Hz400 Hz400 Hz400 Hz :::: . 45% magnetic threshold increase
Stength for opening and closing by the handleStength for opening and closing by the handleStength for opening and closing by the handleStength for opening and closing by the handle :::: . closing : 0.077 Nm per pole (every rated current) . opening : 0.044 Nm per pole (every rated current)
Mechanical enduranceMechanical enduranceMechanical enduranceMechanical endurance :::: . 20 000 operations without load . 10 000 operations with a load (In x Cos ϕ 0.9) . 2 000 operations with In Direct Current
Isolating distance (distance between contacts)Isolating distance (distance between contacts)Isolating distance (distance between contacts)Isolating distance (distance between contacts) :::: . more than 5 mm with the handle in open position O
Plastic materialPlastic materialPlastic materialPlastic material :::: . Polyester . Characteristics of this material : self estinguishing, heat and fire resistant according to EN 60898, glow wire test at à 960 °C (650°C for the handle)
Average weight per poleAverage weight per poleAverage weight per poleAverage weight per pole :::: . 0.160 kg per pole
Packed volume and quantityPacked volume and quantityPacked volume and quantityPacked volume and quantity :::: Volume (dm³ ) Packaging
Single pole 0.20.20.20.2 Par 1Par 1Par 1Par 1
Double pole 0.40.40.40.4 Par 1Par 1Par 1Par 1
Triple pole 0.70.70.70.7 Par Par Par Par 1111
Four pole 0.70.70.70.7 Par 1Par 1Par 1Par 1
5. 5. 5. 5. GENERAL CHARACTERISTICSGENERAL CHARACTERISTICSGENERAL CHARACTERISTICSGENERAL CHARACTERISTICS (continued)
Operating positionOperating positionOperating positionOperating position :::: . Vertical, horizontal, flat
Operating ambient temperatureOperating ambient temperatureOperating ambient temperatureOperating ambient temperature :::: . Minimum = -25°C Maximum = +70°C (see derating table)
Stock ambienStock ambienStock ambienStock ambient temperaturet temperaturet temperaturet temperature :::: . Minimum = -40°C Maximum = +70°C
Protection degreeProtection degreeProtection degreeProtection degree :::: . Ingress protection IP 20 according to IEC 529, EN 60529 and NF C 20-010 standards . Mechanical shocks protection IK 02 according to EN 50102 and NF C 20-015 (June 1995) standards
ResResResResistance to sinusoidal vibrations (according to IEC 68.2.6 istance to sinusoidal vibrations (according to IEC 68.2.6 istance to sinusoidal vibrations (according to IEC 68.2.6 istance to sinusoidal vibrations (according to IEC 68.2.6 standard)standard)standard)standard) :::: . Axis : x, y, z . Frequency : 10 to 55 Hz during 30 mn . Acceleration : 3 g (1 g = 9.81 m.s-2)
LabellingLabellingLabellingLabelling :::: . Indication of the circuits on front face by label in label holder. Label from
- Label design software - Electronic title printer and ribbon - Plates of symbols
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 63 63 63 A A A A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. 5. 5. 5. GENERAL CHARACTERISTICSGENERAL CHARACTERISTICSGENERAL CHARACTERISTICSGENERAL CHARACTERISTICS (continued)
Derating Derating Derating Derating for used of fluorescentfor used of fluorescentfor used of fluorescentfor used of fluorescent lights lights lights lights with ferromagnetic and electronic ballastswith ferromagnetic and electronic ballastswith ferromagnetic and electronic ballastswith ferromagnetic and electronic ballasts : : : : Inrusch currents of ferromagnetic and electronic ballasts reach such high values, even for a very short time, that MCB’s may trip. When designing an installation, the max. amount of ballasts per MCB as indicated in lights manufacturers catalogues must be taken into account. Derating Derating Derating Derating of M.C.B. in terms of ambient temperatureof M.C.B. in terms of ambient temperatureof M.C.B. in terms of ambient temperatureof M.C.B. in terms of ambient temperature :::: . M.C.B. is set to operate under In at 30°C ambient temperature. These rated characteristics may change depending on the ambient temperature inside the enclosure where it is installed
Ambient temperature / In (en A)
In - 25 °C - 10 °C 0°C 10°C 20°C 30°C 40°C 50°C 60°C 70°C
Rated temperature : 30°C Current : average value in Amps Derating in Derating in Derating in Derating in terms of numbers m.c.b.’s installed side by side :terms of numbers m.c.b.’s installed side by side :terms of numbers m.c.b.’s installed side by side :terms of numbers m.c.b.’s installed side by side : . When several MCB’s operate at the same time side by side, thermal exhaust may be limited and the temperature of the M.C.B.’s may increase high enough to produce unwanted tripping. Depending on the temperature inside the enclosure, it may be necessary to derate m.c.b.’s according to the table below (standards IEC/EN 60439). Inorder to avoid to use these derating factors, use spacing elements cat. N° 044 40 (0.5 module).
Number of M .C.B.’s side by side Factor
2 ou 3 0.90.90.90.9
4 ou 5 0.80.80.80.8
6 to 9 (included) 0.70.70.70.7
10 (and more) 0.60.60.60.6
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS (continued)
M.C.B.’s backM.C.B.’s backM.C.B.’s backM.C.B.’s back----up protectionup protectionup protectionup protection . In three phase network (+Neutral) 400 / 415 V according to IEC 60947-2
in TT or TN network In IT network
Three phase + Neutral, 400/415 V between phases 2P2P2P2P
3P3P3P3P
4P ou 3P+N4P ou 3P+N4P ou 3P+N4P ou 3P+N
2P2P2P2P
3P3P3P3P
4P4P4P4P
Three phase without Neutral, 400/415 V between phases
1P1P1P1P
1P+N ou 2P1P+N ou 2P1P+N ou 2P1P+N ou 2P 3P3P3P3P
1P1P1P1P
2P2P2P2P 3P3P3P3P
. These figures may be used except if not allowed by some installation rules and if the short-circuit breaking capacity, Icn1 in TN network or breaking capacity of a single pole in TT network complies with the request. . In 230/40V TNS or TT network, figures from 230/400V table must be used to know the breaking capacity of a 2 pole (connected between phase and neutral in 230V) or 1Phase +Neutral MCB with back-up protection of a 4 pole or 2 pole MCB upstream. . These figures may also be used for RCBO’s made of a MCB assembled to a RCD add-on module. . Always check that the magnetic threshold of the upstream MCB is higher than the magnetic threshold of the downstream MCB and that the breaking capacity of the upstream MCB is high enough (at 400V). Upstream circuit breaker
DX-D Lexic
15 kA
D curve
Downstream MCB ≤ 32 A 40 à 63 A
≤ 20 A 11115 kA5 kA5 kA5 kA 10101010 kA kA kA kA
25 A 11115 kA5 kA5 kA5 kA 10 10 10 10 kAkAkAkA
32 A ---- 10101010 kA kA kA kA
40 A ---- 10 kA10 kA10 kA10 kA
50 A ---- ----
DX4500 / 6kA
DX6000 / 10kA
B & C curves
63 A ---- ----
Upstream circuit breaker
DX-D Lexic
25 kA
DX-L Lexic 25000 A / 50 kA
D curve C curve
Downstream MCB ≤ 40 A ≤ 32 A 40 – 63 A
≤ 20 A 25 kA25 kA25 kA25 kA 50 kA50 kA50 kA50 kA 25 kA25 kA25 kA25 kA
25 A 25 kA25 kA25 kA25 kA ---- 25 kA25 kA25 kA25 kA 32 A 25 kA25 kA25 kA25 kA ---- 25 kA25 kA25 kA25 kA 40 A ---- ---- ---- 50 A ---- ---- ----
DX-D 15 kA D curve
63 A ---- ---- ----
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS (continued)
Downstream MCB 20 – 50 A 63 – 125 A 160 A 20 – 50 A 63 – 125 A
≤ 20 A 100 kA100 kA100 kA100 kA ---- ---- ---- ----
25 A 100 kA100 kA100 kA100 kA ---- ---- 101010100 kA0 kA0 kA0 kA ----
32 A 100 kA100 kA100 kA100 kA 100 kA100 kA100 kA100 kA ---- 101010100 kA0 kA0 kA0 kA ----
40 A ---- 100 100 100 100 kAkAkAkA 101010100 kA0 kA0 kA0 kA ---- 101010100 kA0 kA0 kA0 kA
50 A ---- 100 kA100 kA100 kA100 kA 101010100 kA0 kA0 kA0 kA ---- 101010100 kA0 kA0 kA0 kA
DX-D 15 kA D curve
63 A ---- 100 kA100 kA100 kA100 kA 101010100 kA0 kA0 kA0 kA ---- 101010100 kA0 kA0 kA0 kA
Upstream circuit breaker
DPX 125 DPX 160 DPX 250ER DPX 250
16 kA 25 kA
36 kA 25 kA
& 36kA 50 kA
25 kA
& 36kA 50 kA
36 kA & 70kA
Thermal magnetic or electronic
Downstream MCB 16 A à
125 A
16 A à
125 A
16 A à 125 A
63 A à 160 A
25 A à 160 A
100 A à 250 A
100 A à 250 A
40 à 100 A 160 A 250 A
≤ 20 A 16 kA16 kA16 kA16 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA
25 A 16 kA16 kA16 kA16 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 25 25 25 kAkAkAkA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA
32 A 16 kA16 kA16 kA16 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA
40 A 16 kA16 kA16 kA16 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 22220000 kA kA kA kA
50 A 16 kA16 kA16 kA16 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 22220000 kA kA kA kA 22220000 kA kA kA kA 20 kA20 kA20 kA20 kA 20 kA20 kA20 kA20 kA 22225555 kA kA kA kA 20 kA20 kA20 kA20 kA 15151515 kA kA kA kA
DX-D 15 kA D curve
63 A 16 kA16 kA16 kA16 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 15 15 15 15 kAkAkAkA 15151515 kA kA kA kA 15 kA15 kA15 kA15 kA 15 kA15 kA15 kA15 kA 20202020 kA kA kA kA 15 kA15 kA15 kA15 kA 15 kA15 kA15 kA15 kA
Upstream circuit breaker
DPX / DPX-H / DPX-L
630
DPX / DPX-H
1250 et 1600 DPX
36 kA / 70 kA / 100 kA Thermal magnetic or
electronic
50 kA & 70 kA
Thermal magnetic or electronic
EDF Version
Downstream MCB 250 A à 630 A 630 A à 1600 A 250-ER AB 400 AB
≤ 20 A 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA
25 A 25 kA25 kA25 kA25 kA 20 kA20 kA20 kA20 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA
32 A 25 kA25 kA25 kA25 kA 15 kA15 kA15 kA15 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA
40 A 20 kA20 kA20 kA20 kA 15 kA15 kA15 kA15 kA 25 kA25 kA25 kA25 kA 20 kA20 kA20 kA20 kA
50 A 15 kA15 kA15 kA15 kA 12.5 kA12.5 kA12.5 kA12.5 kA 20 kA20 kA20 kA20 kA 15 kA15 kA15 kA15 kA
DX-D 15 kA D curve
63 A 15 kA15 kA15 kA15 kA 12.5 kA12.5 kA12.5 kA12.5 kA 15 kA15 kA15 kA15 kA 15 kA15 kA15 kA15 kA
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS (continued)
- In three phase (+Neutral) network 230 / 240 V selon IEC 60947-2.
in TT or TN network In IT network
Three phase + Neutral, 230/240 V between phases 2P2P2P2P
3P3P3P3P
4P ou4P ou4P ou4P ou 3P+N 3P+N 3P+N 3P+N
2P2P2P2P
3P3P3P3P
4P4P4P4P
Three phase without Neutral, 230/240 V between phases
1P1P1P1P
1P+N ou 2P1P+N ou 2P1P+N ou 2P1P+N ou 2P 3P3P3P3P
1P1P1P1P
2P2P2P2P 3P3P3P3P
Single phase + Neutral 230/240 V downstream a three phase + Neutral network 400/415 V entre
phases
1P1P1P1P 1P+N ou 2P1P+N ou 2P1P+N ou 2P1P+N ou 2P
2P2P2P2P
These figures may be used except if not allowed by some installation rules and if the short-circuit breaking capacity, Icn1 in TN network or breaking capacity of a single pole in TT network complies with the request. . In 230/40V TNS or TT network, figures from 230/400V table must be used to know the breaking capacity of a 2 pole (connected between phase and neutral in 230V) or 1Phase +Neutral MCB with back-up protection of a 4 pole or 2 pole MCB upstream.
Upstream circuit breaker
DX-D Lexic
15 kA
D curve
Downstream MCB ≤ 32 A 40 à 63 A
≤ 20 A 22225 kA5 kA5 kA5 kA 20202020 kA kA kA kA
25 A 22225 kA5 kA5 kA5 kA 20 20 20 20 kAkAkAkA
32 A ---- 20202020 kA kA kA kA
40 A ---- 20 kA20 kA20 kA20 kA
50 A ---- 20 kA20 kA20 kA20 kA
DNX4500
DX4500 / 6kA
DX6000 / 10kA
B,C,Z & D curves 63 A ---- ----
Upstream circuit breaker
DX-D Lexic
25 kA
DX-L Lexic 25000 A / 50 kA
D curve C curve
Downstream MCB ≤ 40 A ≤ 32 A 40 – 63 A
≤ 20 A 25252525 kA kA kA kA 50 kA50 kA50 kA50 kA 50505050 kA kA kA kA
25 A 25252525 kA kA kA kA ---- 50505050 kA kA kA kA 32 A 25252525 kA kA kA kA ---- 50505050 kA kA kA kA 40 A ---- ---- ---- 50 A ---- ---- ----
DX-D 15 kA D curve
63 A ---- ---- ----
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
10 / 22
DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS (continued)
Downstream MCB 20 – 50 A 63 – 125 A 160 A 20 – 80 A 100 – 125 A
≤ 20 A 100 kA100 kA100 kA100 kA ---- ---- ---- ----
25 A 100 kA100 kA100 kA100 kA ---- ---- 101010100 kA0 kA0 kA0 kA ----
32 A 100 kA100 kA100 kA100 kA 100 kA100 kA100 kA100 kA ---- 101010100 kA0 kA0 kA0 kA ----
40 A ---- 100 kA100 kA100 kA100 kA 101010100 kA0 kA0 kA0 kA 101010100 kA0 kA0 kA0 kA 101010100 kA0 kA0 kA0 kA
50 A ---- 100 kA100 kA100 kA100 kA 101010100 kA0 kA0 kA0 kA ---- 101010100 kA0 kA0 kA0 kA
DX-D 15 kA D curve
63 A ---- 100 kA100 kA100 kA100 kA 101010100 kA0 kA0 kA0 kA ---- 101010100 kA0 kA0 kA0 kA
Upstream circuit breaker
DPX 125 DPX 160 DPX 250ER DPX 250
16 kA 25 kA
36 kA 25 kA
& 36kA 50 kA
25 kA
& 36kA 50 kA
36 kA & 70kA
Thermal magnetic or electronic
Downstream MCB 16 A à
125 A
16 A à
125 A
16 A à 125 A
63 A à 160 A
25 A à 160 A
100 A à 250 A
100 A à 250 A
40 à 100 A 160 A 250 A
≤ 20 A 22222222 kA kA kA kA 33335 kA5 kA5 kA5 kA 40404040 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA
25 A 22222222 kA kA kA kA 33335 kA5 kA5 kA5 kA 40404040 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA
32 A 22222222 kA kA kA kA 33335 kA5 kA5 kA5 kA 40404040 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA
40 A 22222222 kA kA kA kA 33335 kA5 kA5 kA5 kA 40404040 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA
50 A 16 kA16 kA16 kA16 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 36363636 kA kA kA kA 36363636 kA kA kA kA 36363636 kA kA kA kA 36363636 kA kA kA kA 45454545 kA kA kA kA 36363636 kA kA kA kA 30303030 kA kA kA kA
DX-D 15 kA D curve
63 A 16 kA16 kA16 kA16 kA 25 kA25 kA25 kA25 kA 25 kA25 kA25 kA25 kA 30303030 kA kA kA kA 30303030 kA kA kA kA 30303030kAkAkAkA 30303030 kA kA kA kA 45454545 kA kA kA kA 30303030 kA kA kA kA 30303030 kAkAkAkA
Upstream circuit breaker
DPX / DPX-H / DPX-L
630
DPX / DPX-H
1250 et 1600 DPX
36 kA / 70 kA / 100 kA Thermal magnetic or
electronic
50 kA & 70 kA
Thermal magnetic or electronic
Version EDF
Downstream MCB 250 A à 630 A 630 A à 1600 A 250-ER AB 400 AB
≤ 20 A 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA
25 A 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA
32 A 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA
40 A 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA 50505050 kA kA kA kA
50 A 30303030 kA kA kA kA 25252525 kA kA kA kA 36363636 kA kA kA kA 30303030 kA kA kA kA
DX-D 15 kA D curve
63 A 30303030 kA kA kA kA 25252525 kA kA kA kA 30303030 kA kA kA kA 30303030 kA kA kA kA
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS (continued)
SSSSelectivityelectivityelectivityelectivity
Selectivity limit in Amps
Upstream circuit breaker
DX-D 6000 / 15 kA
D curve
Downstream MCB 10 A 16 A 20 A 25 A 32 A 40 A 50 A 63 A
16 A 240240240240 300300300300 375375375375 472472472472 480480480480 600600600600 750750750750
20 A 300300300300 375375375375 472472472472 480480480480 600600600600 750750750750
25 A 375375375375 472472472472 480480480480 600600600600 750750750750
32 A 472472472472 480480480480 600600600600 750750750750
40 A 600600600600 750750750750
50 A 750750750750
DX-D 6000 / 15 kA
D curve
63 A
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooolelelele))))
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS (continued)
50 A 3000300030003000 3000300030003000 3000300030003000 3000300030003000 5500550055005500 3535353500000000 5500550055005500 TTTT
DX-D 6000 / 15 kA
D curve
63 A 3000300030003000 3000300030003000 3000300030003000 3000300030003000 5000500050005000 3333555500000000 5000500050005000 6000600060006000
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS (continued)
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065065065065 75 à 065 89 75 à 065 89 75 à 065 89 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS5. GENERAL CHARACTERISTICS (continued)
10 A 1000100010001000 1500150015001500 2200220022002200 4500450045004500 7000700070007000 11000110001100011000 15000150001500015000 15000150001500015000
16 A 1300130013001300 1800180018001800 3500350035003500 6500650065006500 8000800080008000 15000150001500015000 15000150001500015000
20 A 1200120012001200 1600160016001600 3000300030003000 4700470047004700 4500450045004500 12000120001200012000 15000150001500015000
25 A 1000100010001000 1500150015001500 2700270027002700 4000400040004000 5500550055005500 9000900090009000 12000120001200012000
32 A 1100110011001100 2100210021002100 3500350035003500 4700470047004700 7500750075007500 10000100001000010000
40 A 1800180018001800 2800280028002800 4004004004000000 6000600060006000 7000700070007000
50 A 1800180018001800 2500250025002500 3500350035003500 5500550055005500 6000600060006000
DX-D 6000 / 15 kA
D curve
63 A 2500250025002500 3500350035003500 5500550055005500 6000600060006000
6. CONFORMITIES AND APPROVALS6. CONFORMITIES AND APPROVALS6. CONFORMITIES AND APPROVALS6. CONFORMITIES AND APPROVALS
Compliance with standardsCompliance with standardsCompliance with standardsCompliance with standards :::: . EN 60898-1 / IEC 60898-1: Electrical accessories- Circuit-breakers for overcurrent protection for household and similar installation-part1: Circuit-breakers for a.c. operation (6000A breaking capacity, for MCB sold outside France) . IEC 60947-2 : Low-voltage switchgear and controlgear – part 2 : Circuit-breakers . « Tropicalization » : execution II (all climates) according to guide UTE C 63-100 and IEC 68-2 standard (humid heat and salty mist) . « RoHs» : DX Lexic M.C.B.’s do not contain the substances targeted by the European directive 2002/95/CE dated 27 January 2003 relating to the restriction of hazardous substances in electrical and electronical equipment (RoHS). . No Halogen . No Silicon .DEEE (recycling)
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.B.D 15kA Lexic M.C.B.D 15kA Lexic M.C.B.D 15kA Lexic M.C.B.≤≤≤≤ 63 63 63 63 A A A A (1 module per (1 module per (1 module per (1 module per ppppoooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
7. 7. 7. 7. CURVES CURVES CURVES CURVES
Magneto-thermal tripping zone : M.C.B.’s D curve
In > 32A
In < 63A
In < 32A
In < 63A
x In
t (e
n se
cond
e)
Standards limit Thermal tripping at ambient temperature = 30°C In = rated current of the m.c.b
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75065 75065 75065 75 à 065 89 à 065 89 à 065 89 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
Typical average tripping curves : M.C.B.’s curve D
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
1A
2A
3A
6 A
10
A
16
A2
0 A
25
A3
2 A
40
A5
0 A
63
A
t en
sec
ond
es
I en Amp.
calibre en A4A
17 / 22
DXDXDXDX----D 15kD 15kD 15kD 15kA Lexic M.C.A Lexic M.C.A Lexic M.C.A Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
Icc = Propected symmetrical short-circuit current (RMS value in kA) Ip = Max peak current (in kA) � = Effective (max peak) short-circuit current � = Unlimited peak current (max), in accordance with here above power factors
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
0.9
0.85
0.75
0.45
0.25
0.20
0.15
0.65
6 A
10A/16A
20A25A 32A50A-63A
Icc (kA)
Ip (kA)
2
1
D
18 / 22
DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
Thermal stress limitation curves : M.C.B. curve D, double pole (230 V / 50 Hz)
Icc = Propected symmetrical short-circuit current (RMS value in kA) I²t = Limited thermal stress (in A²s)
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.D 15kA Lexic M.D 15kA Lexic M.D 15kA Lexic M.C.C.C.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
Thermal stress limitation curves : M.C.B. curve D, double pole (400 V / 50 Hz)
Icc = Propected symmetrical short-circuit current (RMS value in kA) I²t = Limited thermal stress (in A²s)
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 0 0 0 066 45 à 59 66 45 à 59 66 45 à 59 66 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
Thermal stress limitation curves : M.C.B. curve D, single pole (230 V / 50 Hz), triple pole and four pole (400V / 50Hz)
Icc = Propected symmetrical short-circuit current (RMS value in kA) I²t = Limited thermal stress (in A²s)
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09
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DXDXDXDX----D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.D 15kA Lexic M.C.B.B.B.B.≤≤≤≤ 63 A 63 A 63 A 63 A (1 module p(1 module p(1 module p(1 module peeeer pr pr pr poooole)le)le)le)
Cat.N°Cat.N°Cat.N°Cat.N°(s)(s)(s)(s) : : : : 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 065 75 à 065 89 –––– 066 25 à 39 066 25 à 39 066 25 à 39 066 25 à 39 –––– 066 45 à 59 066 45 à 59 066 45 à 59 066 45 à 59 –––– 06666 à 066 7906666 à 066 7906666 à 066 7906666 à 066 79
8. EQUIPMENT AND ACCESSORIES8. EQUIPMENT AND ACCESSORIES8. EQUIPMENT AND ACCESSORIES8. EQUIPMENT AND ACCESSORIES
Auxiliaries and m.c.b.’s combinations allowed : Auxiliaries and m.c.b.’s combinations allowed : Auxiliaries and m.c.b.’s combinations allowed : Auxiliaries and m.c.b.’s combinations allowed :
Auxiliaries are clipped on the left hand side of the m.c.b.Auxiliaries are clipped on the left hand side of the m.c.b.Auxiliaries are clipped on the left hand side of the m.c.b.Auxiliaries are clipped on the left hand side of the m.c.b. . . . . Maximum number of auxiliaries = 3.Maximum number of auxiliaries = 3.Maximum number of auxiliaries = 3.Maximum number of auxiliaries = 3. . . . . Maximum number of signalling auxiliaries (0735 X) = 2 (but only 1 half-module wide auxiliary) . Maximum number of control auxiliaries (0736 X) = 1 . Maximum number of control auxiliaries (0737 X) = 1 (alone) . Control auxiliary (0736 X) must be located on the left of signalling auxiliaries (0735 X) in case auxiliaries of these two kinds are used with the same m.c.b. Nota : Remote control cannot be used with other control or signalling auxiliaries.
Technical data sheet : F01011EN/00 Updated : 13/10/09 Created : 13/10/09