Legrand DMX³ 4000 & DMX³-I 4000 Circuit Breakers and Trip Free Switches

Technical Data Sheet

Manufacturer: Legrand

Document Reference: F03885EN-01

Publication Dates: Created: 12/10/2022, Updated: 08/09/2025

1. Use

The DMX³ air circuit breakers are designed to meet protection requirements for low voltage electrical installations (IEC/EN 60364-1) up to 6300 A. They offer electric and mechanical robustness, high breaking capacity, and extensive accessorizing options. The DMX³-I series provides trip-free switches with enhanced insulation, robustness, closing, and withstand capabilities, contributing to plant energy efficiency and "green aspects".

2. Range

2.1 DMX³ 4000 Fixed Version (PU MP2.10/MP4.10)

In (A)	50 kA		65 kA		100 kA
In (A)	3P	4P	3P	4P	3P	4P
3200	0 283 67	0 283 77	0 283 87	0 283 97	0 284 07	0 284 17
4000	0 283 68	0 283 78	0 283 88	0 283 98	0 284 08	0 284 18

2.2 DMX³ 4000 Draw-out Version (PU MP2.10/MP4.10)

In (A)	50 kA		65 kA		100 kA
In (A)	3P	4P	3P	4P	3P	4P
3200	0 284 27	0 284 37	0 284 47	0 284 57	0 284 67	0 284 77
4000	0 284 28	0 284 38	0 284 48	0 284 58	0 284 68	0 284 78

2.3 DMX³-I 4000 Trip-Free Switches (Fixed/Draw-out Version)

In (A)	Fixed version		Draw-out version
In (A)	3P	4P	3P	4P
3200	0 282 44	0 282 54	0 282 84	0 282 94
4000	0 282 45	0 282 55	0 282 85	0 282 95

2.4 Composition

Main parts constituting the circuit breaker

Fixed version:

1. Protection Unit
2. Auxiliary contacts
3. Reset button
4. OFF button
5. ON button
6. ON-OFF Indication
7. Spring status indication
8. Charging handle
9. Dejon cell
10. Mini USB cover
11. Battery cover

Diagram showing a fixed version circuit breaker with numbered components.

Draw-out version:

12. Draw-out mechanism
13. Draw-out bar insertion
14. Racking shutter
15. Support to place the breaker in draw-out cassette
16. Draw-out main shaft
17. Insertion guide

Diagram showing a draw-out version circuit breaker with numbered components.

Draw-out base components:

1. Auxiliary terminal block
2. Safety shutter
3. Earth connection
4. Earth terminal
5. Removable cassette

Diagram of a draw-out base unit showing terminal blocks, shutters, and connection points.

DMX³ circuit breakers are equipped with auxiliary contacts (expandable up to 10) and a doorframe. The fixed version includes rear terminals for horizontal connections with bars. The draw-out version features flat rear terminals and comes with a base equipped with an extraction crank and isolating components. Door sealing is also included.

3. Technical Characteristics

3.1 Electrical Characteristics

Circuit breaker

Parameter	DMX³ 4000 (50 kA)	DMX³ 4000 (65 kA)	DMX³ 4000 (100 kA)
Frame current	4000 A
Rated current In	3200 A / 4000 A
Poles	3P - 4P
Rated insulation voltage Ui	1000 V
Rated impulse withstand voltage Uimp	12 kV
Rated operational voltage (50/60Hz) Ue	690 V
Rated ultimate short-circuit breaking capacity Icu (kA)	220/240 V~: 50	380/415 V~: 65	440/460 V~: 100
	480/500 V~: 50	600 V~: 65	690 V~: 75
	220/240 V~: 50	380/415 V~: 65	440/460 V~: 100
	480/500 V~: 50	600 V~: 65	690 V~: 75
	220/240 V~: 50	380/415 V~: 65	440/460 V~: 100
	480/500 V~: 50	600 V~: 65	690 V~: 75
Rated service short-circuit breaking capacity Ics (% Icu)	100%

Trip-free switches

Parameter	DMX³-I 4000 (3P)	DMX³-I 4000 (4P)
Rated current In (A)	3200 A / 4000 A	3200 A / 4000 A
Poles	3P	4P
Rated insulation voltage Ui	1000 V
Rated impulse withstand voltage Uimp	12 kV
Rated operational voltage (50/60Hz) Ue	690 V
Category of use	AC23A
Rated short circuit making capacity Icm (kA)	220/240 V~: 187	380/415 V~: 187
	440/460 V~: 187	480/500 V~: 187
	600 V~: 165	690 V~: 143

General Electrical Characteristics (Circuit Breaker & Trip-Free Switches)

Parameter	Value
Suitable for insulation	Yes
Neutral protection (% Ith)	0 - 50 - 100
Operation temperature	-25 °C to +70 °C
Storage temperature	-25 °C to +85 °C

Rated Short Time Withstand Current (Icw)

Rated short time withstand current Icw (kA) for t = 1s	DMX³ 4000
Rated short time withstand current Icw (kA) for t = 1s	220/240 V~	380/415 V~	440/460 V~	480/500 V~	600 V~	690 V~
50 kA	105	105	105	105	105	105
65 kA	143	143	143	143	132	121
100 kA	220	220	220	220	165	143

Rated short time withstand current Icw (kA) for t = 3s	DMX³ 4000
Rated short time withstand current Icw (kA) for t = 3s	220/240 V~	380/415 V~	440/460 V~	480/500 V~	600 V~	690 V~
50 kA	50	50	50	50	50	50
65 kA	65	65	65	65	60	55
100 kA	85	85	85	85	75	65

Parameter	DMX³-I 4000
Rated short time withstand current Icw (kA) for t = 1s	85
Rated short time withstand current Icw (kA) for t = 3s	65

Individual Pole Short-Circuit Current (I∆)

Parameter	Value
220/240 V~	1.2 times the maximum setting of the defined time delay release tripping current (Isd) (1)
380/415 V~
440/460 V~
480/500 V~
600 V~
690 V~

(1) For more details, please consult Legrand.

Phase Limit Trip Current

In (A)	Thermal (Ir)		Magnetic (Isd)
	0.2 x In	1 x In	1.5 x Ir min	10 x Ir max
3200	640	3200	1920	32000
4000	800	4000	2400	40000

Note: For neutral adjustment, consider the values ratios 0%, 50% and 100% on set currents.

3.3 Mechanical Characteristics

Endurances

Parameter	DMX³ 4000 / DMX³-I 4000
Mechanical Endurance (cycles)	10000 (w/o maintenance); 20000 (with maintenance)
Electrical Endurance (cycles)	10000 (w/o maintenance)
Category of use	B

Notes:

With auxiliary contacts: same as breaker (10000 cycles w/o maintenance).
With motor operator: 10000 cycles.
With releases: 10000 cycles.

Electrodynamic Forces

The table below indicates suggested distances to maintain between the breaker and the first fixing point of the conductor and bars to reduce the effects of electrodynamic stresses during a short circuit. The anchorage system should use isolators suitable for the conductor type and operating voltage.

Icc (kA) max	50	65	100
"X" max. (mm)	300	250	150

Diagram illustrating the "X" max distance for conductor/bar connections to mitigate electrodynamic stresses.

3.4 Power Losses per Pole at In/Ie

Rated current In (A)	Fixed		Draw-out
	Circuit breaker	Trip-free switches	Circuit breaker	Trip-free switches
3200	83.3	163.8	130.1	256.0
4000	130.1	256.0	163.8	256.0

Note: Power loss values are measured as per IEC 60947-2 (Annex G) for circuit-breakers and IEC 60947-1 for switches. Values are for a single phase.

3.5 Electronic Protection Unit

DMX³ 4000 circuit breakers can be equipped with MP2.10 or MP4.10 electronic protection units. Key features include:

Display: LED matrix screen (MP2.10) or LCD screen (MP4.10) for electrical values, settings, and logs.
Adjustment: Rotating encoder for settings.
Protection Settings: Configurable Ir, tr, Isd, tsd, Ii, Ig, tg. Protections can be enabled/disabled.
Measurement: Displays instantaneous, maximum, and average electrical values and fault signaling (for measure versions).
Backup Power: Equipped with batteries for mains fault or when the breaker is open/disconnected (MP4.10).
Connectivity: Mini USB Type-B socket for maintenance or PC connection.

Protection Unit Types

Features	Display	With Measure	Power Consumption	Cat.Nos
MP2.10	LED matrix	NO	55 mA	0 283 04
MP2.10	LED matrix	YES	69 mA	0 283 05*
MP4.10	LCD screen	NO	62.5 mA	0 283 06
MP4.10	LCD screen	YES	80 mA	0 283 07*

* Requires CX³ EMS power supply module (Cat.No 4 149 45) for metering function.

Protective Functions

Ir: Long time delay protection against overloads (0.2 to 1 x In, 1A steps). Protection ON/OFF.
tr: Long delay protection operation time (40 ms to 30 s, 40 ms steps). Thermal memory ON/OFF.
Isd: Short time delay protection against short-circuits (1.5 to 10 x Ir, 1A steps). Protection ON/OFF.
tsd: Short time delay protection operation time (40 ms to 1 s, 40 ms steps; independent or inverse).
Ii: Instantaneous protection against very high short-circuits (2 to 15 x In or Icw, 1A steps). Protection ON/OFF.
Ig: Earth fault current (0.2 to 1 x In, 1A steps). Protection ON/OFF.
tg: Time delay on earth fault tripping (80 ms to 1 s, 40 ms steps; independent or inverse).
N: Neutral protection (OFF, 50%, 100%, 200%).

The protection units are fully configurable to adapt settings to specific installation requirements. Integrated measurement units can display voltage, power, frequency, and energy. Alarms can be programmed for various parameters.

4. Installation Rules

Temperature Derating

Rated current and its adjustment must consider ambient temperature variations and installation conditions. The tables below show maximum long-time (LT) protection settings based on ambient temperature.

Temperature deratings for DMX³/DMX³-I 4000 Fixed Version (Horizontal Terminals)

Temperature	up to 40 °C		50 °C		60 °C		65 °C		70 °C
Temperature	Imax (A)	Ir/In	Imax (A)	Ir/In	Imax (A)	Ir/In	Imax (A)	Ir/In	Imax (A)	Ir/In
DMX³ 4000	3200	1	3200	1	3200	1	3136	0.98	3008	0.94
DMX³-I 4000	4000	1	3920	0.98	3680	0.92	3440	0.86	3120	0.78

Temperature deratings for DMX³/DMX³-I 4000 Draw-out Version (Horizontal Terminals)

Temperature	up to 40 °C		50 °C		60 °C		65 °C		70 °C
Temperature	Imax (A)	Ir/In	Imax (A)	Ir/In	Imax (A)	Ir/In	Imax (A)	Ir/In	Imax (A)	Ir/In
DMX³ 4000	3200	1	3200	1	3200	1	3072	0.96	2880	0.90
DMX³-I 4000	4000	1	3760	0.94	3440	0.86	3200	0.80	2960	0.74

Climatic Conditions & EMC

Climatic Conditions: According to IEC/EN 60947-1 Annex Q, Cat. F (temperature, humidity, vibration, shock, salt mist). Pollution degree: 3 (IEC/EN 60947-2). Electromagnetic Disturbances (EMC): According to IEC/EN 60947-2 - Annex F.

Altitude Derating

Altitude (m)	<2000	3000	4000	5000
Rated current (at 40°C/50°C) In (A)	In	0.98 x In	0.94 x In	0.9 x In
Rated voltage Ue (V)	690	600	500	440
Rated insulation voltage Ui (V)	1000	900	750	600
Dielectric withstand (V)	3500	3200	2500	2000

5. Dimensions and Weights

5.1 Dimensions

Dimension	Version	DMX³ 4000 / DMX³-I 4000 (mm)
Height	3P-fixed	419
	3P-Draw-out	473
	4P-Fixed	419
	4P-Draw-out	473
Depth	3P-fixed	354
	3P-Draw-out	433
	4P-Fixed	354
	4P-Draw-out	433
Width	3P-fixed	408
	3P-Draw-out	425
	4P-Fixed	538
	4P-Draw-out	555

5.2 Weights

Version	DMX³ 4000 (kg)	DMX³-I 4000 (kg)
3P-fixed	55	54
3P-Draw-out(1)	106	105
4P-Fixed	68	67
4P-Draw-out(1)	134	133

(1) Weights for draw-out releases are to be intended with base.

5.3 Fixed Version Diagrams

Diagrams showing frontal, rear, and lateral views of the DMX³ 4000 fixed version circuit breaker, indicating dimensions and fixing points (labeled 'A').

5.4 Draw-out Version Diagrams

Diagrams showing frontal, lateral, and rear views of the DMX³ 4000 draw-out version circuit breaker, including dimensions for flat, horizontal, and vertical terminal configurations, and fixing points (labeled 'A').

6. Electrical Connections

These guidelines are for general selection. Actual installation must be verified based on specific switchgear shapes and conditions. Phase insulators or insulated bars are recommended if inter-pole air distance is less than 20 mm.

Minimum Cross Section of Copper Busbars per Pole (DMX³ and DMX³-I Fixed & Draw-out Versions)

Rated Current (A)	Vertical Bars (mm)	Horizontal Bars (mm)
630	1 bar 40 x 10 or 2 bars 40 x 5	2 bars 40 x 5
800	1 bar 50 x 10 or 2 bars 50 x 5	2 bars 50 x 5
1000	1 bar 50 x 10 or 2 bars 50 x 5	2 bars 60 x 5
1250	2 bars 60 x 5	2 bars 80 x 5
1600	2 bars 80 x 5	2 bars 50 x 10
2000	2 bars 50 x 10	2 bars 60 x 10
2500	3 bars 50 x 10	3 bars 60 x 10
3200	3 bars 100 x 10	4 bars 80 x 10
4000	4 bars 100 x 10	5 bars 100 x 10

Minimum Cross Section of Aluminium Busbars per Pole (DMX³ and DMX³-I Fixed & Draw-out Versions)

Rated Current (A)	Vertical Bars (mm)	Horizontal Bars (mm)
630	2 bars 40 x 8	2 bars 40 x 8
800	2 bars 50 x 8	2 bars 50 x 8
1000	2 bars 50 x 8	2 bars 50 x 10
1250	2 bars 50 x 10	2 bars 60 x 10
1600	2 bars 60 x 10	4 bars 50 x 8
2000	4 bars 50 x 8	4 bars 50 x 10
2500	4 bars 60 x 10	4 bars 80 x 10
3200	4 bars 150 x 10	5 bars 150 x 10
4000	5 bars 150 x 10	6 bars 150 x 10

7. Equipments and Accessories

7.1 Terminals

Rear terminals for fixed version (Flat connection pitch 130 mm)

Must be fixed onto horizontal rear terminals of the circuit breaker. Available for 3P (Cat.No 0 288 92) and 4P (Cat.No 0 288 93).

Diagram showing mounting examples for rear terminals for fixed version (flat connection).

Rear terminals for fixed version (Vertical connection pitch 130 mm)

Used to convert flat connection to vertical. Must be fixed onto Cat.Nos 0 288 92/93 according to pole count. Available for 3P (Cat.No 0 288 94) and 4P (Cat.No 0 288 95).

Diagram showing mounting examples for rear terminals for fixed version (vertical connection).

Rear terminals for draw-out version (Flat/vertical connection)

Must be fixed directly onto plate rear terminals of the circuit breaker. Available for 3P (Cat.No 0 288 94) and 4P (Cat.No 0 288 95).

Diagram showing mounting examples for rear terminals for draw-out version (flat/vertical connection).

7.2 Control Auxiliaries

Shunt Trip

Energizing trips the circuit breaker.

Voltage (V)	Cat.No
24 ~/=	0 288 48
48 ~/=	0 288 49
110 to 130 ~/=	0 288 50
220 to 250 ~/=	0 288 51
415 to 480 ~/=	0 288 52

Specifications: Rated operating voltage (Uc) ranges from 24-480V, voltage range (% Uc) 70-110, pick-up consumption 500/500 W/VA, pick-up time 180 ms, hold consumption 5/5 W/VA, min opening time 30 ms, insulation voltage 2.5 kV.

Undervoltage Releases

Trips the device when the coil is de-energised.

Voltage (V)	Cat.No
24 ~/=	0 288 55
48 ~/=	0 288 56
110 to 130 ~/=	0 288 57
220 to 250 ~/=	0 288 58
415 to 440 ~/=	0 288 59

Specifications: Rated operating voltage (Uc) ranges from 24-480V, voltage range (% Uc) 85-110, pick-up consumption 500/500 W/VA, pick-up time 180 ms, hold consumption 5/5 W/VA, min opening time 60 ms, insulation voltage 2.5 kV.

Modules for Delayed Tripping

Used with undervoltage releases.

Voltage (V)	Cat.No
110 ~/=	0 288 62
230 ~/=	0 288 63

Specifications: Rated operating voltage (Uc) 110 or 230V, voltage range (% Uc) 85-110, pick-up consumption 16.5 (@110V)/34.5 (@230V) W/VA, time delay 1s (up to 3 modules), hold consumption 5 (@110V)/10 (@230V) W/VA, opening threshold 0.3-0.75xUn, closing threshold 0.85xUn, operating temperature -10 to +55 °C.

Closing Coils

Enable remote closing of the circuit breaker when the closing spring is charged.

Voltage (V)	Cat.No
24 ~/=	0 288 41
48 ~/=	0 288 42
110 to 130 ~/=	0 288 43
220 to 250 ~/=	0 288 44
415 to 480 ~/=	0 288 45

Motor Operators

Connect to a release coil (UVR or trip on energising) and a closing coil.

Voltage (V)	Cat.No
24 ~/=	0 288 34
48 ~/=	0 288 35
110 to 130 ~/=	0 288 36
220 to 250 ~/=	0 288 37
415 to 440 ~/=	0 288 38
480 ~/=	0 288 40

Specifications: Rated operating voltage (Uc) ranges from 24-480V, voltage range (% Uc) 85-110, max power consumption 180/180 W/VA (up to 65kA), 240/240 W/VA (100kA), max peak current 2-3xIn, charging time 5 (up to 65kA) / 7 (100kA) s, operating frequency 2 (up to 65kA) / 1 (100kA) n°/min.

7.3 Signalling Auxiliaries

Signalling contact for draw-out version (inserted/test/drawn-out)

Provides 3 changeover contacts per position.

Rated operating voltage (Uc)	Cat.No 0 288 13
=	250 V - 0.3 A
=	125 V - 0.6 A
~	250 V - 16 A
~	125 V - 16 A

Contact "ready to close" with charged springs

Rated operating voltage (Uc)	Cat.No 0 288 14
=	250 V - 0.3 A
=	125 V - 0.6 A
~	250 V - 16 A
~	125 V - 16 A

Additional Signalling Contact

Rated operating voltage (Uc)	Cat.No 0 288 15
=	250 V - 0.3 A
=	125 V - 0.6 A
~	250 V - 16 A
~	125 V - 16 A

Signalling Contact for Auxiliaries (ST, CC and UVR)

Rated operating voltage (Uc)	Cat.No 0 288 16
=	250 V - 0.3 A
=	125 V - 0.6 A
~	250 V - 16 A
~	125 V - 16 A

7.4 Locking

Universal Key Locks

Used with key locking support Cat.No 0 288 28 or 0 281 94.

Key barrel and flat key with random mapping: Cat.No 4 238 80
Key barrel and flat key with fixed mapping: Cat.No 4 238 81
Key barrel and star key with random mapping: Cat.No 4 238 83

Keylocks Supports

Support in "open" position (for universal keylocks): Cat.No 0 288 28
Support in "draw-out" position (for universal keylocks): Cat.No 0 281 94

Door Locking

Prevents door opening when the circuit breaker is closed. Available for left-hand and right-hand side mounting (Cat.No 0 288 20).

Padlocks

Padlocking system for ACB (padlock not supplied): Cat.No 0 288 21
Padlock for buttons: Cat.No 0 288 24
Padlocking system for shutters (padlock not supplied): Cat.No 0 288 26

7.5 Mechanical Operations Counter

Counts total operation cycles of the device (Cat.No 0 288 23).

7.6 Rating Mis-insertion Device

Prevents insertion of a draw-out circuit breaker into an incompatible base (Cat.No 0 288 25).

7.7 Lifting Plate

Available (Cat.No 0 288 79).

7.8 Fixing Devices

Specific instruction sheets are provided for integrating DMX³ / DMX³-I 4000 into XL³ enclosure ranges (fixing plates, metal faceplates, cable sleeves, etc.).

7.9 Equipment for Conversion of Fixed to Draw-out Device

Bases for Draw-out Device

For DMX³/DMX³-I 4000 3P: Cat.No 0 289 04
For DMX³/DMX³-I 4000 4P: Cat.No 0 289 05

Transformation Kit for Draw-out Version

For DMX³/DMX³-I 4000 3P: Cat.No 0 289 11
For DMX³/DMX³-I 4000 4P: Cat.No 0 289 12

7.10 Equipment for Interlocking

Mechanical interlock uses cables to interlock 2 or 3 devices (different types possible) in vertical or horizontal configuration. The interlock unit mounts on the right-hand side. Interlock cables must be ordered separately.

Interlock for DMX³ 4000: Cat.No 0 288 65.

7.11 Interlock Cables

Available in various lengths:

Length: 1000 mm - Cat.No 0 289 17
Length: 1500 mm - Cat.No 0 289 18
Length: 2600 mm - Cat.No 0 289 20
Length: 3000 mm - Cat.No 0 289 21
Length: 3600 mm - Cat.No 0 289 22
Length: 4000 mm - Cat.No 0 289 23
Length: 4600 mm - Cat.No 0 289 24
Length: 5600 mm - Cat.No 0 289 25

Diagram illustrating interlock cable connection choices and showing how to calculate cable length based on variables H and V.

7.12 Insulating Shields

Fixed version 3P: Cat.No 0 288 98
Fixed version 4P: Cat.No 0 288 99
Draw-out version 3P: Cat.No 0 288 18
Draw-out version 4P: Cat.No 0 288 19

8. Marking

Products are labeled in full conformity with standards and directives using laser or sticker labels. Labels include manufacturer, product denomination/type/code, standard conformity, declared characteristics, and Icu identification.

Example of a product laser label on the front, detailing manufacturer, product code, current ratings (In, Icw, Ics), voltages (Uimp, Ui), and standard compliance.

Example of a product laser label on the side, detailing manufacturer, product type, standard conformity, and directive requirements.

Example of a mark sticker label on the side, showing product code and country deviation.

Example of a packaging sticker label, detailing manufacturer, product type, and standard conformity.

9. Curves

9.1 Tripping Curve for DMX³ 4000 MPx.10 Protection Units: L-T Protection Detail

This graph illustrates the Long Time (L) and Thermal (T) protection curve, showing the relationship between tripping time (seconds) and current (I) relative to the rated current (Ir). It defines the time delay for overload conditions.

Value	Description
I	Current
Ir	Long time setting current
tr	Long time delay

9.2 Tripping Curve for DMX³ 4000 MPx.10 Protection Units: Short Time Trip Protection Detail

This graph details the Short Time (ST) trip protection, showing tripping time versus current for both independent time delay (t=k) and inverse time delay (I²t=k) characteristics. It covers settings for Isd and tsd.

Value	Description
I	Current
Isd	Short time setting current
tsd	Short time delay

9.3 Tripping Curve for DMX³ 4000 MPx.10 Protection Units: Instantaneous Trip Protection Detail

This graph illustrates the instantaneous trip protection (Ii) and its relationship with current (I). It shows the tripping time for very high short-circuit currents, with settings for Ii and Isf (fixed instantaneous override).

Icu	Values for Isf
50 kA	50 kA
65 kA	65 kA
100 kA	85 kA

Value	Description
I	Current
In	Rated current
tsd	Short time delay
Ii	Instantaneous release
Icw	Rated short time withstand current

9.4 Ground Fault Curve for DMX³ 4000 MPx.10 Protection Units

This graph shows the ground fault (Ig) protection curve, illustrating tripping time versus current (I/Ig) for various settings of constant tripping time (tsd=k) and constant pass-through energy (I²tsd=k).

Value	Description
I	Current
In	Rated current
Ig	Ground fault current
tsd	Short time delay
tsd = k	Constant tripping time setting
I²tsd = k	Constant pass-through energy setting

9.5 Pass-through Specific Energy Curve (at 415 V)

This graph displays the specific energy (A²s) versus the short-circuit current (Icc) for different rated currents and protection settings (e.g., tsd=0.5, 0.2, 0.1).

10. Conformity

The DMX³ range complies with IEC/EN standards 60947-2 and 60947-3, with certifications available via IECEE CB-scheme or LOVAG Compliance scheme. Local certifications (CCC, EAC) are also available. The products conform to Lloyds Shipping Register, RINA, and Bureau Veritas Marine standards.

RoHS: Compliant with Directive 2011/65/EU (as amended by 2015/863/EU) on the restriction of hazardous substances.

REACH: Substances of Very High Concern (SVHC) are declared if present above 0.1% w/w, as per Regulation (1907/2006). No SVHCs listed in Annex XIV are currently found in this product.

WEEE: Sale includes contribution to environmental bodies for end-of-life product management.

PACKAGING: Compliant with European Directive 94/62/CE.

BATTERIES: Batteries and accumulators comply with European Regulation 2023/1542.

11. Other Information

Software Tools

XLPro Calcul: Software for installers, design offices, and operators to define electrical characteristics of low voltage installations.
XLPro³ Tool Selectivity and Backup: Software for installers and panelbuilders to define selectivity and backup values and obtain tripping curves.
XLPro Panels: Software for panelbuilders and designers to design electrical distribution panels, generate diagrams, and estimate costs.

Documentation

Workshop Book: Mounting information, equipment, accessories, and spare parts available on e-catalog.
Instruction Sheet: Mounting information available on e-catalog.
PEP (Product Environmental Profile): Available on e-catalog.

For further technical information, please contact Legrand technical support.

Unless otherwise indicated, data refers to test conditions according to product standards. For different use conditions, refer to regulatory requirements, local regulations, and system design specifications.

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