Low Voltage Power Distribution and Motor Control Center
Power Xpert® DX Low Voltage Power Distribution and Motor Control Center
We provide customized and segment-based solutions to solve your toughest power management challenges
DATA CENTERS
RENEWABLES
COMMERCIAL BUILDING
• Compatible solutions to help your data centers be high-performing, sustainable and energy-effective without compromising resilience or security;
• Integrated solutions to deliver the electrical power you need from renewables including solar, wind and hybrid;
• Engineered solutions to improve the reliability of the smart grids while working in an uninterrupted mode;
• Cost-effective full-life-cycle services and engineering expertise to ensure power supply is uninterrupted, clean and reliable;
• Commissioning services and preventive maintenance to lower the operational costs and safeguard employees' safety;
• Professional assistance to support original equipment manufacturers in your mechanical and production management.
Eaton's knowledge and understanding of industries,applications, technology, and products enables us to offer customers safe, reliable, and high performance solutions.
We have always been part of the creation of new Low and Medium Voltage Switchgear technology, and that experience is in each and every one of us.
Eaton's Low Voltage Systems can meet the needs of any installation
Eaton Low Voltage Systems are designed to be as space and energy efficient as possible while maintaining easy access for installation, operation and maintenance. Low Voltage Systems from Eaton are highly standardized systems supported by quick configurations, quoting facilities, and fast deliveries.
Eaton's comprehensive low voltage system product portfolio has been specifically designed to meet the needs of all types of installations. The extensive portfolio includes: Power Supply and Control Assemblies), Package Substations, Main and Sub-Main Switchboards, Busbar Trunking, Motor Control Centres, Power Factor Correction, and Engineered Assemblies.
As might be expected from such a comprehensive portfolio, Eaton's low voltage power distribution and control systems have been used in applications, such as: Water industries, Pharmaceutical industries, Industrial facilities, Food & Beverage, Infrastructure projects, Mining & Steel industry and
Commercial applications such as: Shops, Schools, Hospitals, Warehouses, Hotels, Prisons, Data centers, and Sport stadiums.
Reliable, safe and standardized design
Eaton's range of low voltage systems not only provides you with optimum power distribution and motor control functionalities, they meet your most demanding requirements for safety and flexibility. When it comes to safety, Eaton's low voltage systems offer the highest level of protection.
It is Eaton's policy that all products are subjected to rigorous testing and verification programs by, or under the supervision of, internationally recognized and respected third party organizations including: KEMA, TUV, CQC, Intertek and UL (Underwriters Laboratories). In addition to third party performance and quality verification many Eaton low voltage systems hold specialist approvals from: CQC, UL and KEMA.
Power Xpert® DX Low Voltage Power Distribution and Motor Control Center
The Power Xpert® DX is a low-voltage switchgear that meets the latest IEC/GB standard manufactured by Eaton's original factory. The system provides reliable motor control and power distribution functionality, and widely used in all industrial and commercial applications
Safe in Operation
• The rated current of the main busbar is up to 6300A, Icw= 100kA/1s;
• Patented interlock mechanism of withdrawable unit for operation with a clear
connection/testing/disconnection positions. IP2X is guaranteed even if the drawer is on test position;
• Arc flash reduction maintenance system function can be installed to provide a higher level of safety for operator and power system;
• Full internal separation of all functional units designed in accordance with Form 3b/4b;
• The internal ARC protection is up to 100kA/0.5s, DX has the more advanced Arc ignition protected zone/Arc tested zone design, and tested according to IEC/TR 61641 criteria1\~7 to avoid the occurrence of arcing failures.
Reliable in Operation
• Complete product design to comply with GB/T 7251and IEC61439;
• Third party tested and certified (Verification and validation by testing);
• Quality assurance in accordance with ISO9000, 14000;
• The system uses a full range of highquality Eaton core components to ensure reliable operation;
• The seismic protection meets the requirements of AG2/AG5 to comply with IEC60068-3-3;
• The external degree of protection is IP42/54;
· Full insulation/full isolation of the distribution busbar is optional,maintenance-free design;
• Silver-plated scissor contacts ensure that there is no welding to the vertical bus in the event of high starting or short circuit currents.
• Modular design, easy assembly, cost saving;
· Small footprint with fixed /withdrawable type units;
• Stack-ACBs allowing compact footprint and cost reduction.
• Up to 28 feeders (63 A frame MCCB or FCS) or 28 motor starters (18.5 kW DOL) can be installed in one single section to reduce footprint and achieve maximum density;
• Modular distribution busbars design with fully segregated as optional;
• Flexible exchangeability;
• Variable widths for cable ways;
• Easy to upgrade and extend the panels;
· Flexible incoming/outgoing method
• Front/Rear access, and against the wall installation.
Basic Desgin
The construction of the Power Xpert® DX is modular in nature. It is built custom to application parameters and has a broad feature-set that can be tailored to meet your reliability and safety requirements.
The busbar compartment
Located at the top of the structure where the horizontal and vertical busbars are found.
The cabling section
Located in a separate fully segregated cable chamber housing both control and power cable terminations.
The equipment section
At the front where the functional units are fitted. The standard design is top mounting busbar, the system can be arranged for Front/Rear access, and also satisfy the installation to against wall. Cable can be connected from top/bottom. Arrangements for 'back to back' configurations are possible.
Power Xpert® DX Motor Control and Power Distribution Center
1. Communication cable duct
2.Meter compartment
4. Cable compartment
3. Incomer/Feeder unit
5. Main busbar compartment
6. Half-size drawer unit
7. Drawer unit
8. Rear access cable compartment 11. Lock
9. Head strip
10. Hinge
12. Front access cable compartment
| Functional type | XP ACB Incomer/Feeder | XB ACB Bus-coupler | XG Capacitor Bank |
| Rating current/ capacity | up to 6300A | up to 6300A | up to 400kvar |
| Access type | Front/Rear access | Front/Rear access | Front/Rear access |
| Unit section | Drawer/Plugin/Fixed | Drawer/Plugin/Fixed | Capacitor/SVG/APF |
| Cable connection | Top/Bottom/Side cable entry | ||
| Dimension (mm) Width | 425/500/600/800/1000/1100/1200/1350 | 600/800/1000/1200/1500/1750 | 600/800/1000/1200 |
| Height | 2200/2350 | 2200/2350 | 2200/2350 |
| Depth | 600/1000/1200/1400 | 600/1000/1200/1400 | 600/1000/1200/1400 |
| XS Stack ACB | XP+XW/XF Mixed | XF outgoing | XW outgoing |
| up to 4000A | up to 3200A+1200A DBB | up to 2500A DBB | up to 2000A DBB |
| Front/Rear access | Front/Rear access | Front/Rear access | Front/Rear access |
| Drawer/Plugin/Fixed | Drawer/Plugin/Fixed | Plugin/Fixed | Drawer/Fixed |
| Top/Bottom/Side cable entry | Top/Bottom icable connection | Top/Bottom cable entry | Top/Bottom cable entry |
| 600/800/1000/1200/1400 | 800/1000/1200/1400 | 600/800/1000/1200 | 600/800/1000/1200 |
| 2200/2350 | 2200/2350 | 2200/2350 | 2200/2350 |
| 600/1000/1200/1400 | 600/1000/1200/1400 | 600/1000/1200/1400 | 600/1000/1200/1400 |
Power Xpert® DX main busbars are arranged in a separate compartment to ensure the required form of separation and internal degree of protection.
The main busbar system is fully separated from function unit and cable compartment. The busbars are rated up to 6300A 100 kA/1S.The busbar has two options: air insulation or composite insulation(Arc ignition protected zone as option) . On-site extension of themain busbar system can be easily and quicklyaccomplished with theappropriate busbar coupling no drilling is required.
Main busbar coupling area
1. Main busbar
2. ACB branch busbar
3. Cable connection busbar
4. Main PE
5. Distribution busbar
7. Coupling busbar
6. Withdrawable panel branch N
| Material | Insulation type | Position | Main busbarcurrent | Short circuitIcw-1s | Ipk |
| Copper T2 | Air Insulation or Composite Insulation | Top | 630A | 50 kA | 110 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 800A | 50 kA | 110kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 1000A | 50 kA | 110 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 1250A | 65 kA | 143 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 1600A | 65 kA | 143 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 2000A | 80 kA | 176 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 2500A | 80 kA | 176 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 3200A | 80 kA | 176 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 3600A | 80 kA | 176 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 4000A | 100 kA | 220 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 5000A | 100 kA | 220 kA |
| Copper T2 | Air Insulation or Composite Insulation | Top | 6300A | 100 kA | 220 kA |
Main Busbar System
| Main busbar position | Top | Top | Top |
| Access type | Front access | Front/Rear access | Front/Rear access |
| Neutral | Top | Top/Bottom | Top/Bottom |
| PE | Bottom | Top/Bottom | Top/Bottom |
| Rating current | Up to 3200A | Up to 5000A | 6300A |
| Dimension (mm) | |||
| Height | 2200 | 2200 | 2350 |
| Depth | 600 | 1000/1200/1400 | 1000/1200/1400 |
| Cable connection | Bottom cable entry | Bottom/Top/Side cable entry | Bottom/Top/Side cable entry |
Distribution Busbar System
Fully segregated/ full insulation busbar structure with Nylon or SMC materials. Maintenance free with scissor contacts technology. Up to 2000A rating current. Icw up to 100kA/s. The maximum installation density is 28 half-size drawer units. Arc ignition protected zone as option.
| Distribution busbarRating current | short-time withstand currentIcw- 1s | Peak withstand currentipk |
| 630 A | Up to 50 kA/s | 110 kA |
| 800 A | Up to 65 kA/s | 143 kA |
| 1000 A | Up to 80 kA/s | 176 kA |
| 1200 A | Up to 80 kA/s | 176 kA |
| 1600 A | Up to 80 kA/s | 176 kA |
| 2000 A | Up to 100 kA/s | 220 kA |
Motor Control and Power Distribution drawer unit
Eaton's patented silver-plated scissor contacts, used for the connection of the outgoing units to the vertical busbar, eliminate contact wear on the bus itself. A special contact design ensures that there is no welding to the vertical bus in the event of high starting or short circuit currents. It also passed 1000 times mechanism endurance test. and the IP integrity IP2X is not compromised when the unit is in each position. The initiative test position is convenient for operation.
Drawer units satisfy DOL/FR/SD/Soft starter/VFD, the maximum installation is 28 half size drawer units. The internal separation is Form3b/4b.
| Unit Height | Unit Width | Motor starter | Feeder |
| 125 mm -1/2 | 15 kW | 15 kW | 63 A |
| 125 mm | 22 kW | 22 kW | 125 A |
| 187.5 mm-1/2 | 15kW | 15kW | 80 A |
| 187.5 mm | 45 kW | 45 kW | 160 A |
| 250 mm | 75 kW | 75 kW | 250 A |
| 312.5 mm | 75 kW | 75 kW | 400 A |
| 375 mm | 110 kW | 110 kW | 630 A |
| 437.5 mm | 132 kW | 132 kW | 630 A |
Standard drawer unit Up to 132kW for motor
1. Load contacts
2. Line contacts
3. Anti-drop device
4.Drawer handle
Half drawer unit Up to 15kW for motor
5. Main components installation area
6. Auxiliary components installation area
7. Circuit breaker handle
8. Auxiliary contacts
9. Line contacts of half size drawer
10. Interlock button
11. Load contacts of half size drawer
12. Position indicator
Mechanism Interlock
Power Xpert® DX drawer adopts mechanical position mechanism with special key. Ergonomically design of the switchboard provides easy and clear understanding of functionality. Withdrawable units can be quickly and easily exchanged without having to disconnect any power or control cabling.
| Disconnection | Testing | Connection | |
| Line/Load contactsDisconnected | Disconnected | Disconnected | Connected |
| Auxiliary contacts Disconnected | Disconnected | Connected | Connected |
| Operation steps | 1."0"position, insert the key | 3.Turn the key to "I" position | 5.Turn the key to "0" position |
| Disconnection to connection | 2.Push drawer to testing position | 4.Push drawer to connection position | 6.Pull out the key |
| Operation steps | 4.Turn the key to“0” position | 1.Insert the key | |
| Connection to disconnection | 5.Pull out the key | 2.Turn the key to "I” position | |
| 3.Pull out drawer to disconnection position |
Integrated Ethernet Communication interface
Power Xpert®DX drawer unit equipped with Ethernet RJ45 communication interface,stable transmission,high speed,strong compatibility,support long distance communication with standardized wring to various industrial and civilian scenarios.
• unlock position slide during drawer to connected position,toachieve automatically switching between test and ON position
• Redundant RJ45 communication interface
• Industrial communication, RJ45 Cat6A Connectors, Transmission rate up to1G bits/s
• Communication protocol:Modbus TCP、EtherNet IP、Profinet • Complete solutions: incomer, feeder and buscoupler;
• Integrated Eaton IZM series circuit breaker;
• The min. width of panel is 425mm(IZM91-3P), 600mm (IZM97-3P), 1100mm(IZM99-3P);
• The current rating of double ACBs panel is up to 2000A (IZM97) /1600A(IZM91) . The current rating of 3 ACBs solution is up to1250A (IZM91/IZM97);
• Flexible cable connection solution, top/bottom cable entry.
| ACBsection | 1xACB | 2xACBs | 3xACBs |
| ACB type Rating current | |||
| IZM91 Up to1600A | √ | √ | √ |
| IZM97 Up to4000A | √ | √ | √ |
| IZM99 Up to6300A | √ | ||
| Dimension | |||
| Height | 2200/2350 | 2200/2350 | 2200/2350 |
| Width | 425/600/800/1000/1100/1350 | 600/800/1000/1200/1400 | 600/800/1000/1200/1400 |
| Depth | 600/1000/1200/1400 | 600/1000/1200/1400 | 600/1000/1200/1400 |
Degree of Protection
Power Xpert®DX has a degree of protection IP42/IP54 as standard.
The different parts / compartments comply with the following degrees of protection:
• Between main busbar compartment and any other compartments: IP2X.
• Between switchgear and controlgear compartments and cable-entry compartment:IP2X.
• Between mutual compartments of each functional unit within a cubicle: IP2X.
• Within opened compartments: IP2X.
• Within switchgear with removed drawout units: IP2X.
Form of Internal Separation
GB/T 7251.1/2 & IEC61439-1/2 defines the various forms of internal separation. The form of internal separation determines how busbars, functional units and terminals are separated from each other.Power Xpert®DX is designed to provide separation in both Form 3b and 4b solutions.
Form 3b solution is defined as: the separation of terminals for external conductors from the functional units, but not from those of other functional units, a common cable chamber where all outgoing terminals are grouped together.
Form 4b solution is defined as: the separation of the terminals for external conductors associated with a functional unit from those of any other functional unit and the busbar, individual separation of each functional units outgoing terminals from each other.
Cable connection
Main incoming power connections can accommo-date cables and or busbar trunking systems. These can be connected from the top, bottom and side. Front or rear access can be available for this system.
The withdrawable panel can also meet front access (600mm deep) and rear access (≥1000mm deep) requirement. The standard cable compartment is 400 mm deep (whether front access of rear access), it can meet cable installation requirement for high density drawer installation configuration. According to the requirement from customer,Power Xpert®DX can customize the connection terminals to be convenient for cable installation.
Internal ARC protection Design
| Rating voltage | Ue | 415/690V | 415/690V |
| Arc degree | Class C | Class I | |
| Rating insulated voltaghe | Ui | 1000V | 1000V |
| Rated frequency | 50/60Hz | 50/60Hz | |
| Maximum allowable effectivevalue of fault arc current | lp | 100kA | N/A |
| Duration of arc ignition | t | 500ms | N/A |
| Pollution degree | 3 | 3 | |
| Degree of protection | IP42 | IP42 | |
| Internal form of sepration | Form 4b | Form 4b |
Tested in accordance with lEC61641, the internal Arc protection is up to 100KA/0.5s.
Quality assurance in accordance with DIN EN 9001/ ISO9001 with routine tests carried out in ISO 9001 certified Eaton manufacturing locations.
Compartments for draw-out units can be modified without process interruption.
Interlocked mechanism to ensure safe operating /disconnected /test positions.
Safety due to use of Eaton standardized components which have a proven track record.
Eaton Air Circuit Breakers equipped with Arcflash Reduction Maintenance System™ (ARMS)
An Eaton air circuit breaker equipped with ARMS can improve safety by providing a simple and reliable method to reduce fault clearing time. The ARMS is controlled by a lockable switch that can easily activate a separate analog circuit for faster tripping time at the work location and be incorporated into a Lock Out Tag Out (LOTO) procedure. Downstream of a circuit breaker equipped with an Arcflash Reduction Maintenance System can have a significantly
lower incident energy level, thus protecting operators or maintenance personnel who are working on a downstream energized piece of equipment.
Benefits of Arcflash Reduction Maintenance Systemare:
• Increased personnel safety by limiting the available arc flash energy.
• Simple to operate.
• Enabled with the circuit breaker door closed by a door mounted lockable switch or through communication to the breakers trip unit
• Enabled only for the time required to perform the work.
• Preserves over-current coordination under normal onditions.
Arc ignition protected zone & Arc tested zone\*
Eaton's philosophy is that the best way to mitigate the risks of internal arcingis to prevent the arc from happening in the first place.
Arc ignition protected zone - part of a circuit within the assembly where it is not possible to apply an ignition wire without destroying the insulation material on conductors
Arc tested zone - Part of a circuit where an ignition wire can be applied and fulfilling all relevant criteria for the assessment of the test
1. Arc Proof segregated cable connections - Option
2. Arc Free insulated busbar connections - Option
3. Arc Free insulated main busbars - Option
4. Arc Free insulated and segregated distribution busbars
5. Arc Free main contacts (line side)
6. Arc Proof functional units (load side) - Option
Seismic solution
Seismic zones around the world
Power Xpert®DX is designed to meet seismic standard. Tested according to IEC 60068-3-3 and passed AG2 and AG5.
| Different standard | Power Xpert® DX test result | |
| Seismic standard | Standard design | Enhanced design |
| IEC 60068-3-3 | AG2 | AG5 |
| IEEE 344 | 0.25g | 0.5g |
| IEEE 396 | 0.25g | 0.5g |
| AC 156 | 0.25g | 0.5g |
| Unified seismic zones in America | Zone 2B | Zone 4 |
| Ground acceleratio | Seismic description | ||
| Richter scale | UBC zone | Seismic intensity | |
| AG2 | < 5.5 | 1-2 | less than 8 |
| AG3 | 5.5 - 7.0 | 3 | 8 to 9 |
| AG5 | >7.0 | 4 | 9 or above |
Electrical Components
Power Xpert® DX uses the best full range of Eaton components. A system is only as strong as its weakest link, so the quality of the individual components determines the performance and quality of the system as a whole.
Eaton power control and protec-tion components are among the best in the world. The Power Xpert® DX is designed with the option of Eaton air or molded case circuit breakers or a fused combination switch. Understanding the interaction of each individual component and how they operate within a complete system is essential to deliver a fully type-tested, reliable and efficient power distribution and motor control system. All the critical components used in the Power Xpert® DX are proven technology – from the main incoming feeders to the pushbuttons and indicator lights.
Air Circuit Breaker
IZM series Air Circuit Breaker
• Rated current up to 6300A-100kA
• Comprehensive and innovative electronic Digitrip™ trip unit range (LSIG)
• Fixed and Withdrawable type Complete range of auxiliaries
• Arcflash Reduction Maintenance System™
MCCB,MCP and DILM contactor
Molded Case Circuit Breaker NZM & PDC
• Only 4 frame sizes cover up to 1600 A - 150 kA
• Intelligent communication Modbus/USB read setting and remote control
• PXR series electronic trip unit - LSIG
• Arcflash Reduction Maintenance System™makes your circuit breaker trip faster than instantaneous trip
• Integration of Power Xpert® Protection Manager
PKZ/PKE Motor Protection Circuit Breaker DILM Contactor
• Only 2 variants for PKZ to cover the entire range from 0.1 to 65 A.
• PKE enables a wide range of electronically-controlled settings
• No need for additional current limiters
• Complete motor starter series, including DOL,FR and DS types
• Motor starter with type 2 coordination,Combined with PKZ and NZM /PDC circuit breakers
Low Voltage Power Factor Compensation
Capacitive Reactance and Active Power Filter
• The capacitor is from 10\~120kvar, the voltage is up to 900V, and the metalized polypropylene film is used as dielectric with low loss, long life, self-healing function, with over-pressure isolator, over-current protection, high safety, etc.
• The reactor voltage is up to 690V, the impedance rate is 6%/7%/12%/14%, the iron core copper or aluminum wire winding structure is used, and the vacuum casting polyester resin process is used to ensure that each reactor has a good Electrical and mechanical properties
• The power factor controller can effectively measure and monitor the reactive power in the power distribution system, and automatically control the switching of the multi-segment capacitor equipment according to the setting, which can realize the automatic control of the reactive power compensation device in the medium and low voltage power grid
Electrical Components
Soft starter and Variable Frequency
S811+ Soft starter
• Designed to control the acceleration and deceleration of three phase motors
• Intelligent pump algorithm to eliminate water hammer effect
• Compact footprint to replace wye-delta starters
• Comprehensive protections and diagnostic capabilities to ensure the highest reliability
• Rated up to 560 kW
PowerXL™variable frequency drives
• DC1 compact drive for fans, pumps and conveyor systems (ratings from 0.37 to 11 kW)
• DG1 general purpose drive for commercial and industrial systems(ratings from 0.75 to 160 kW)
• DA1 advanced machinery drive (ratings from 0.75 to 250 kW)
• Compliant with IE2, IE3, and future IE4 energy efficiency
Motor Protection Relay
Motor Protection Relay
• 0.3-1500 A, up to 690 Vac (50/60 Hz)
• Selectable trip class ,earth fault and phase imbalance protections
• Flexible communication options for both monitoring and control
• PROFIBUS, Modbus RTU,
C300 Motor Protection Relay
• AC 380V\~1.2KV Integrated Control and Protection of Low Voltage Electric Motors
• high-performance 32-bit industrial microprocessors, with high integration, strong functionality, and fast speed
• Equipped with comprehensive protection functions, power on recovery self start function, multiple voltage reduction start controls, bidirectional and dual speed start controls
• Small size, low power consumption, suitable for direct installation on switchgear or centralized screen assembly
• Equipped with Modbus RTU communication, the back end monitoring system can complete telemetry, remote signaling, and remote control functions of the device through the communication network.
Multi-functional Meters
APM500, APM300, APM100 meters
• The compact meter combines single-phase or three-phase power monitoring and measurement with data recording, power quality analysis, temperature monitor(APM500), alarm and I/O functions
• Use Total Harmonic Distortion (THD) measurement technology to achieve real-time measurement and analysis of electrical parameters, and to monitor power quality
• Up to 4 different rates can be allocated for different time periods in a day according to billing requirements
• Modbus® RTU communication
• High resolution black backlit LCD or LED display
PXM4000/6000/8000 Power Quality and Energy Meters
• Automatic analysis and trigger settings of power quality, and provide ITiC performance curve: detect and capture dips, swells, transient pulses, harmonics and flicker
• Through the extremely high sampling rate, accurate detection of fast transient pulses, comprehensive power, energy and demand measurement up to millisecond time synchronization and event recording capabilities
• Support remote alarm notification via email (with waveform)
• Use industry standard communication protocol, support many configurations and third-party software
• Supported by Power Xpert®software and PowerXpert®Architecture
Intelligent low-voltage switchgear and its components
Extremely simple digital experience - local real - time monitoring,setting, and configuration; interoperability and compatibility with the local edge control system (platform layer)- Intelligent gateway - for rapid data access and upload
• Optional thermal monitoring - to monitor the operational status of key points and keep abreast of health risks in real - time
• Smart interconnected QR code - for asset management and equipment information
• Securely transmit to the deployed digital management platform or application.
• Obtain data through Eaton's artificial intelligence and machine - learning algorithms.
• Be compatible with other third - party equipment manufacturers.
• Integrate Eaton's interconnected intelligent digital devices.
• Comply with the latest standards GB/T 7251.1/2;IEC61439-1/2
• Factory original manufacturing, with ISO9000 and 14000 certifications.
• High-quality full range of Eaton components
• Full range of test reports - seismic, internal arcing, EMC, salt spray, high altitude
• The rated current is up to 6300A, and there is no derating for ACB at 3200 A and below. 7
• The drawer has a reliable independent mechanical interlocking function.
• Prevention of internal arcing, seismic resistance.
• Fully isolated power distribution busbars.
• Modular design makes the cabinet easy to expand and upgrade.
• Modular distribution busbars design,flexible exchangeability;
• Flexible omni-directional inlet and outlet wiring methods
• Multi-ACB scheme combination reduces floor space.
• Single-sided drawer cabinets achieve high-density installation and save space.
• Full enclosed/full insulated distribution busbar for option, allow for high-density drawer units.
• Adopt high-grade materials and components.
ETDSS System
ETDSS - Eaton Smart Power Distribution Automation System is a new - generation automated monitoring system based on loT technology and capable of cross - platform operation. The system can provide users with comprehensive monitoring, management, and operation and maintenance functions for power distribution and consumption systems, helping users easily manage the safety of power distribution and consump tion systems, improve energy efficiency, and ensure the reliability of power quality.
The system ensures the safety of the power consumption system through real - time monitoring and diagnosis of the power consumption network and equipment. It helps users save energy and reduce consumption and use electricity economically through professional and rich energy efficiency management functions. Through rich and user - friendly interactive interfaces, it meets the personalized needs of customers and greatly improves users' management efficiency.
In the construction of smart grids, power monitoring systems play a crucial role. They enable real-time monitoring and optimized dispatching of the power grid, enhancing its reliability and safety. Additionally, these systems facilitate the integration and consumption of renewable energy, driving the grid towards a more intelligent and efficient development path.
Application scenarios
It can be used to monitor the operational status of various production equipment within a factory, analyze the energy consumption distribution across the production line, identify high-energy-consuming equipment and processes, and reduce energy consumption by optimizing production processes and adjusting equipment operating parameters, thereby enhancing production efficiency and economic benefits.
It is used to monitor and manage the energy consumption of equipment such as lighting, air conditioning and elevators in large commercial buildings like shopping malls, office buildings and hotels. Through reasonable control of the operation time and modes of the equipment, energy conservation and consumption reduction are achieved, and the operation costs are reduced.
Public institutions such as schools, hospitals, and government agencies can strengthen the management of their electrical equipment and energy usage through power monitoring systems. This helps improve energy utilization efficiency, respond to the national call for energy conservation and emission reduction, and also contributes to reducing the operational costs of public institutions.
Eaton - A global company with local presence
Customers of Eaton benefit from a worldwide network of excellence. Eaton is one of the leading technology corporations for over a century. Today Eaton serves customers in electrical, hydraulics, aerospace, truck and automotive markets.
What customers expect now is to improve the quality and practicality of the service. Eaton is customer-oriented leading company, as a global organization with more than 70,000 employees and sales and distribution channels in more than 180 countries around the world, promises to support local sales and service.
Moreover, Eaton has completed most of its localization operations. This strong position is partly due to the integration of the local sales force of the acquired company and the massive expansion of the partner network. "The combination of localization and global brand resources allows us to provide partners and end customers with all the local support they need."
Capitole, Modan, and xEnergy are all household names in the electrical industry. Based on the large-scale installation base around the world, as well as the corresponding professional knowledge and experience, Eaton has developed a new low-voltage motor control and power distributio product: Power Xpert® DX. DX is a new generation of advanced system, which is in full compliance with standards, with environmental thinking, ergonomics and user interface requirements.
Despite automated logistics and global cooperation, interpersonal communication still plays an important and intuitive role. This kind of communication with customers and understanding their needs and the challenges to be met is indispensable less. Therefore, Eaton provides localized and efficient services at home and abroad.
DX is suitable for a variety of areas. Whether it is an industrial area, or an uninhabited desert area; whether it is a main line switch, a contactor or a button, each product comes from the same company: Eaton. This allows DX to meet high requirements in term of product technology and provide localized services and support.
Power Xpert® DX Special Solutions
Integrated Power Modules & Skids for Data center
Typical Single Line Diagram
| Rated Voltage(Ue) | Rated Frequency(F) | Type(ACB) | Rated currentIn(A) | Breaking Capacity(lcu) | Poles(P) | Dimension (mm)(WxDxH) |
| 415V | 50/60Hz | IZM91 | 600-1600A | 66kA | 3P | 425x600x2200 |
| 415V | 50/60Hz | IZM91 | 600-1600A | 66kA | 4P | 600x600x2200 |
| 415V | 50/60Hz | IZM97 | 800-3200A | 100kA | 3P | 600x600x2200 |
| 415V | 50/60Hz | IZM97 | 800-3200A | 100kA | 4P | 800x600x2200 |
| 415V | 50/60Hz | IZM97 | 4000A | 100kA | 3P | 800x1000x2200 |
| 415V | 50/60Hz | IZM97 | 4000A | 100kA | 4P | 1000x1000x2200 |
| 415V | 50/60Hz | IZM99 | 4000-5000A | 100kA | 3P | 1100x1000x2200 |
| 415V | 50/60Hz | IZM99 | 4000-5000A | 100kA | 4P | 1350x1000x2200 |
| 415V | 50/60Hz | IZM99 | 6300A | 100kA | 3P | 1100x1000x2350 |
| 415V | 50/60Hz | IZM99 | 6300A | 100kA | 4P | 1350x1000x2350 |
| 415V | 50/60Hz | IZM91 | 600-1600A | 66kA | 3P | 600x600x2200 |
| 415V | 50/60Hz | IZM91 | 600-1600A | 66kA | 4P | 800x600x2200 |
| 415V | 50/60Hz | IZM97 | 800-3200A | 100kA | 3P | 800x600x2200 |
| 415V | 50/60Hz | IZM97 | 800-3200A | 100kA | 4P | 1000x600x2200 |
| 415V | 50/60Hz | IZM97 | 4000A | 100kA | 3P | 1000x1000x2200 |
| 415V | 50/60Hz | IZM97 | 4000A | 100kA | 4P | 1200x1000x2200 |
| 415V | 50/60Hz | IZM99 | 4000-5000A | 100kA | 3P | 1500x1000x2200 |
| 415V | 50/60Hz | IZM99 | 4000-5000A | 100kA | 4P | 1750x1000x2200 |
| 415V | 50/60Hz | IZM99 | 6300A | 100kA | 3P | 1500x1000x2350 |
| 415V | 50/60Hz | IZM99 | 6300A | 100kA | 4P | 1750x1000x2350 |
| Rated Voltage(Ue) | Rated Frequency(F) | Type(ACB) | Rated currentIn(A) | Breaking Capacity(lcu) | Poles(P) | Dimension (mm)(WxDxH) |
| 415V | 50/60Hz | IZM91 | 600-1600A | 66kA | 3P | 425x1000x2200 |
| 415V | 50/60Hz | IZM91 | 600-1600A | 66kA | 4P | 600x1000x2200 |
| 415V | 50/60Hz | IZM97 | 800-3200A | 100kA | 3P | 600x1000x2200 |
| 415V | 50/60Hz | IZM97 | 800-3200A | 100kA | 4P | 800x1000x2200 |
| 415V | 50/60Hz | IZM97 | 4000A | 100kA | 3P | 800x1000x2200 |
| 415V | 50/60Hz | IZM97 | 4000A | 100kA | 4P | 1000x1000x2200 |
| 415V | 50/60Hz | IZM99 | 4000-5000A | 100kA | 3P | 1100x1000x2200 |
| 415V | 50/60Hz | IZM99 | 4000-5000A | 100kA | 4P | 1350x1000x2200 |
| 415V | 50/60Hz | IZM99 | 6300A | 100kA | 3P | 1100x1000x2350 |
| 415V | 50/60Hz | IZM99 | 6300A | 100kA | 4P | 1350x1000x2350 |
| 415V | 50/60Hz | IZM91 | 600-1600A | 66kA | 3P | 600x1000x2200 |
| 415V | 50/60Hz | IZM91 | 600-1600A | 66kA | 4P | 800x1000x2200 |
| 415V | 50/60Hz | IZM97 | 800-3200A | 100kA | 3P | 800x1000x2200 |
| 415V | 50/60Hz | IZM97 | 800-3200A | 100kA | 4P | 1000x1000x2200 |
| 415V | 50/60Hz | IZM97 | 4000A | 100kA | 3P | 1000x1000x2200 |
| 415V | 50/60Hz | IZM97 | 4000A | 100kA | 4P | 1200x1000x2200 |
| 415V | 50/60Hz | IZM99 | 4000-5000A | 100kA | 3P | 1500x1000x2200 |
| 415V | 50/60Hz | IZM99 | 4000-5000A | 100kA | 4P | 1750x1000x2200 |
| 415V | 50/60Hz | IZM99 | 6300A | 100kA | 3P | 1500x1000x2350 |
| 415V | 50/60Hz | IZM99 | 6300A | 100kA | 4P | 1750x1000x2350 |
Typical Single Line Diagram
Capacitor Bank
| Capacity | Fuse-switch | Fuse | Contacor | Capacitor | Reactor | Controller | Dimension (mm)(WxDxH) |
| 150kvar | QSA-400A | 2*NRT16-00-M1/3P 63A | 2*DILK25-11 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 600x1000x2200 |
| NT2-400A | 2*NRT16-00-M1/3P 125A | 2*DILK50-10 | 2*CELCR480-33.5-R*2 | 2*CELR50/400-7 | |||
| 200kvar | QSA-630A | 2*NRT16-00-M1/3P 63A | 2*DILK25-11 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 600x1000x2200 |
| NT3-500A | 3*NRT16-00-M1/3P 125A | 3*DILK50-10 | 3*CELCR480-33.5-R*2 | 3*CELR50/400-7 | |||
| 250kvar | QSA-630A | 2*NRT16-00-M1/3P 63A | 2*DILK25-11 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 800x1000x2200 |
| NT3-630A | 4*NRT16-00-M1/3P 125A | 4*DILK50-10 | 4*CELCR480-33.5-R*2 | 4*CELR50/400-7 | |||
| 300kvar | QSA-800A | 2*NRT16-00-M1/3P 63A | 2*DILK25-11 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 800x1000x2200 |
| NT3-800A | 5*NRT16-00-M1/3P 125A | 5*DILK50-10 | 5*CELCR480-33.5-R*2 | 5*CELR50/400-7 | |||
| 350kvar | QSA-800A | 2*NRT16-00-M1/3P 63A | 2*DILK25-11 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 1000x1000x2200 |
| NT3-800A | 6*NRT16-00-M1/3P 125A | 6*DILK50-10 | 6*CELCR480-33.5-R*2 | 6*CELR50/400-7 | |||
| 400kvar | QSA-1000A | 2*NRT16-00-M1/3P 63A | 2*DILK25-11 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 1000x1000x2200 |
| NT4-1000A | 7*NRT16-00-M1/3P 125A | 7*DILK50-10 | 7*CELCR480-33.5-R*2 | 7*CELR50/400-7 |
Capacitor Bank - Thyristor
| Capacity | Fuse-switch | Fuse | Contacor | Capacitor | Reactor | Controller | Dimension (mm)(WxDxH) |
| 150kvar | QSA-400A | 2*NRT16-00-M1/3P 63A | 2*TSI-40-400 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 600x1000x2200 |
| NT2-400A | 2*NRT16-00-M1/3P 125A | 2*TSI-60-400 | 2*CELCR480-33.5-R*2 | 2*CELR50/400-7 | |||
| 200kvar | QSA-630A | 2*NRT16-00-M1/3P 63A | 2*TSI-40-400 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 600x1000x2200 |
| NT3-500A | 3*NRT16-00-M1/3P 125A | 3*TSI-60-400 | 3*CELCR480-33.5-R*2 | 3*CELR50/400-7 | |||
| 250kvar | QSA-630A | 2*NRT16-00-M1/3P 63A | 2*TSI-40-400 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 800x1000x2200 |
| NT3-630A | 4*NRT16-00-M1/3P 125A | 4*TSI-60-400 | 4*CELCR480-33.5-R*2 | 4*CELR50/400-7 | |||
| 300kvar | QSA-800A | 2*NRT16-00-M1/3P 63A | 2*TSI-40-400 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 800x1000x2200 |
| NT3-800A | 5*NRT16-00-M1/3P 125A | 5*TSI-60-400 | 5*CELCR480-33.5-R*2 | 5*CELR50/400-7 | |||
| 350kvar | QSA-800A | 2*NRT16-00-M1/3P 63A | 2*TSI-40-400 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 1000x1000x2200 |
| NT3-800A | 6*NRT16-00-M1/3P 125A | 6*TSI-60-400 | 6*CELCR480-33.5-R*2 | 6*CELR50/400-7 | |||
| 400kvar | QSA-1000A | 2*NRT16-00-M1/3P 63A | 2*TSI-40-400 | 2*CELCR480-33.5-R | 2*CELR25/400-7 | CELP-12 | 1000x1000x2200 |
| NT4-1000A | 7*NRT16-00-M1/3P 125A | 7*TSI-60-400 | 7*CELCR480-33.5-R*2 | 7*CELR50/400-7 |
Typical Single Line Diagram
Feeders - Fixed type Fixed/plug-in type, XF panel (400V/415V system)
| G: |
| G☑: |
| G日: |
| C日: |
| C日: |
| C0: |
| C0: |
| TypeMCCB | Mounting typeMCCB | Rated currentIn(A) | Breaking capacity(lcu) | Poles(P) | Height(H) | Width(W) |
| NZM1 | Fix/Plug-in | 20-160A | 100kA | 3P | 150mm | 600mm |
| NZM1 | Fix/Plug-in | 20-160A | 100kA | 4P | 200mm | 600mm |
| NZM2 | Fix/Plug-in | 20-250A | 150kA | 3P | 150mm | 600mm |
| NZM2 | Fix/Plug-in | 20-250A | 150kA | 4P | 200mm | 600mm |
| NZM3 | Fix/Plug-in | 250-630A | 150kA | 3P | 300mm | 600mm |
| NZM3 | Fix/Plug-in | 250-630A | 150kA | 4P | 300mm | 600mm |
| TypeMCCB | Mounting typeMCCB | Rated currentIn(A) | Poles(P) | Height(H) | Width(W) |
| NZM1 | Withdrawable | 20-63A | 3P | 125mm | 300mm |
| NZM1 | Withdrawable | 80A | 3P | 187.5mm | 300mm |
| NZM1 | Withdrawable | 100A | 3P | 125mm | 600mm |
| NZM1 | Withdrawable | 125A | 3P | 125mm | 600mm |
| NZM2 | Withdrawable | 160A | 3P | 187.5mm | 600mm |
| NZM2 | Withdrawable | 250A | 3P | 250mm | 600mm |
| NZM3 | Withdrawable | 320A | 3P | 312.5mm | 600mm |
| NZM3 | Withdrawable | 400A | 3P | 312.5mm | 600mm |
| NZM3 | Withdrawable | 630A | 3P | 375mm | 600mm |
| NZM1 | Withdrawable | 20-80A | 4P | 187.5mm | 300mm |
| NZM1 | Withdrawable | 100A | 4P | 187.5mm | 600mm |
| NZM1 | Withdrawable | 125A | 4P | 187.5mm | 600mm |
| NZM2 | Withdrawable | 160A | 4P | 187.5mm | 600mm |
| NZM2 | Withdrawable | 250A | 4P | 250mm | 600mm |
| NZM3 | Withdrawable | 320A | 4P | 375mm | 600mm |
| NZM3 | Withdrawable | 400A | 4P | 375mm | 600mm |
| NZM3 | Withdrawable | 630A | 4P | 375mm | 600mm |
Typical Single Line Diagram
DOL motor start - Withdrawable type MCC, XW type (400V/415V system)
| Mounting TypeMCCB | PowerP(kW) | Rated continuouscurrent lu(A) | Breaker type | Contactor | Motor protectionrelay | Height(H) | Width(W) |
| Withdrawable | 0.06 | 0.22 | PKZMC-0.25 | DILM7 | ZB12C/C300 | 125mm | 300mm |
| Withdrawable | 0.09 | 0.31 | PKZMC-0.4 | DILM7 | ZB12C/C300 | 125mm | 300mm |
| Withdrawable | 0.12 | 0.42 | PKZMC-0.63 | DILM7 | ZB12C/C300 | 125mm | 300mm |
| Withdrawable | 0.25 | 0.84 | PKZMC-1 | DILM7 | ZB12C/C300 | 125mm | 300mm |
| Withdrawable | 0.55 | 1.5 | PKZMC-1.6 | DILM7 | ZB12C/C300 | 125mm | 300mm |
| Withdrawable | 0.75 | 2 | PKZMC-2.5 | DILM7 | ZB12C/C300 | 125mm | 300mm |
| Withdrawable | 1.5 | 3.5 | PKZMC-4 | DILM7 | ZB12C/C300 | 125mm | 300mm |
| Withdrawable | 2.2 | 5 | PKZMC-6.3 | DILM7 | ZB12C/C300 | 125mm | 300mm |
| Withdrawable | 4 | 8.5 | PKZMC-10 | DILM9 | ZB12C/C300 | 125mm | 300mm |
| Withdrawable | 7.5 | 15.2 | PKZMC-16 | DILM17 | ZB32C/C300 | 125mm | 300mm |
| Withdrawable | 9 | 18.3 | PKZMC-20 | DILM25 | ZB32C/C300 | 125mm | 300mm |
| Withdrawable | 12.5 | 25 | PKZMC-25 | DILM32 | ZB32C/C300 | 125mm | 300mm |
| Withdrawable | 15 | 30 | PKZMC-32 | DILM32 | ZB32C/C300 | 125mm | 300mm |
| Withdrawable | 18.5 | 37 | NZM1-40 | DILM40 | ZB65C/C300 | 125mm | 600mm |
| Withdrawable | 22 | 42 | NZM1-50 | DILM50 | ZB65C/C300 | 125mm | 600mm |
| Withdrawable | 30 | 56 | NZM1-63 | DILM65 | ZB65C/C300 | 187.5mm | 600mm |
| Withdrawable | 37 | 68 | NZM1-80 | DILM80 | ZB150C/C300 | 187.5mm | 600mm |
| Withdrawable | 45 | 81 | NZM1-100 | DILM95 | ZB150C/C300 | 187.5mm | 600mm |
| Withdrawable | 55 | 99 | NZM2-125 | DILM115 | ZB150C/C300 | 250mm | 600mm |
| Withdrawable | 75 | 135 | NZM2-160 | DILM150 | ZB150C/C300 | 250mm | 600mm |
| Withdrawable | 90 | 161 | NZM2-200 | DILM170 | ZB150C/C300 | 375mm | 600mm |
| Withdrawable | 110 | 198 | NZM2-220 | DILM225 | ZEB32-5/KK/C300 | 375mm | 600mm |
| Withdrawable | 132 | 231 | NZM3-350 | DILM250 | ZEB32-5/KK/C300 | 437.5mm | 600mm |
| Withdrawable/Fixed | 160 | 280 | NZM3-350 | DILM300 | ZEB32-5/KK/C300 | 500mm | 600mm |
| Withdrawable/Fixed | 200 | 350 | NZM3-450 | DILM400 | ZEB32-5/KK/C300 | 625mm | 600mm |
| Withdrawable/Fixed | 250 | 437 | NZM3-550 | DILM500 | ZEB32-5/KK/C300 | 625mm | 600mm |
\* Consultant Eaton for 690v system
\* Optional breaker type for NZM/PDC
\* Optional breaker type for NZM/PDC
Typical Single Line Diagram
FR motor start - Withdrawable type MCC, XW type (400V/415V system)
| Mounting TypeMCCB | PowerP(kW) | Rated continuouscurrent lu(A) | Breaker type | Contactor | Motor protectionrelay | Height(H) | Width(W) |
| Withdrawable | 0.06 | 0.22 | PKZMC-0.25 | DILM7 | ZB12C/C300 | 125mm | 600mm |
| Withdrawable | 0.09 | 0.31 | PKZMC-0.4 | DILM7 | ZB12C/C300 | 125mm | 600mm |
| Withdrawable | 0.12 | 0.42 | PKZMC-0.63 | DILM7 | ZB12C/C300 | 125mm | 600mm |
| Withdrawable | 0.25 | 0.84 | PKZMC-1 | DILM7 | ZB12C/C300 | 125mm | 600mm |
| Withdrawable | 0.55 | 1.5 | PKZMC-1.6 | DILM7 | ZB12C/C300 | 125mm | 600mm |
| Withdrawable | 0.75 | 2 | PKZMC-2.5 | DILM7 | ZB12C/C300 | 125mm | 600mm |
| Withdrawable | 1.5 | 3.5 | PKZMC-4 | DILM7 | ZB12C/C300 | 125mm | 600mm |
| Withdrawable | 2.2 | 5 | PKZMC-6.3 | DILM7 | ZB12C/C300 | 125mm | 600mm |
| Withdrawable | 4 | 8.5 | PKZMC-10 | DILM9 | ZB12C/C300 | 125mm | 600mm |
| Withdrawable | 7.5 | 15.2 | PKZMC-16 | DILM15 | ZB32C/C300 | 125mm | 600mm |
| Withdrawable | 9 | 18.3 | PKZMC-20 | DILM25 | ZB32C/C300 | 125mm | 600mm |
| Withdrawable | 12.5 | 25 | PKZMC-25 | DILM32 | ZB32C/C300 | 125mm | 600mm |
| Withdrawable | 15 | 30 | PKZMC-32 | DILM32 | ZB32C/C300 | 125mm | 600mm |
| Withdrawable | 18.5 | 37 | NZM1-40 | DILM40 | ZB65C/C300 | 125mm | 600mm |
| Withdrawable | 22 | 42 | NZM1-50 | DILM50 | ZB65C/C300 | 125mm | 600mm |
| Withdrawable | 30 | 56 | NZM1-63 | DILM65 | ZB65C/C300 | 187.5mm | 600mm |
| Withdrawable | 37 | 68 | NZM1-80 | DILM72 | ZB65C/C300 | 187.5mm | 600mm |
| Withdrawable | 45 | 81 | NZM1-100 | DILM95 | ZB150C/C300 | 250mm | 600mm |
| Withdrawable | 55 | 99 | NZM2-125 | DILM115 | ZB150C/C300 | 250mm | 600mm |
| Withdrawable | 75 | 135 | NZM2-160 | DILM150 | ZB150C/C300 | 250mm | 600mm |
| Withdrawable | 90 | 161 | NZM2-200 | DILM170 | ZB150C/C300 | 375mm | 600mm |
| Withdrawable | 110 | 198 | NZM2-220 | DILM225 | ZEB32-5/KK/C300 | 375mm | 600mm |
| Withdrawable | 132 | 231 | NZM3-350 | DILM250 | ZEB32-5/KK/C300 | 437.5mm | 600mm |
| Withdrawable/Fixed | 160 | 280 | NZM3-350 | DILM300 | ZEB32-5/KK/C300 | 500mm | 600mm |
| Withdrawable/Fixed | 200 | 350 | NZM3-450 | DILM400 | ZEB32-5/KK/C300 | 625mm | 600mm |
| Withdrawable/Fixed | 250 | 437 | NZM3-550 | DILM500 | ZEB32-5/KK/C300 | 625mm | 600mm |
Electrical Data
| Item | Power Xpert® DX | |
| Parameter | ||
| Application | Power supply | |
| Motor control | ||
| Standard | GB/T 7251.1/2 | |
| GB/T 7251.8 | ||
| IEC61439-1/2 | ||
| IEC61641 | ||
| IEC60068-3-3 | ||
| Mounting Location | Indoor | |
| Enviroment temperature (°C) | -5~40 | |
| Altitude (m) | ≤4000 | |
| Electrical parameter | ||
| Rated voltage (Ue) | 400V, 690V* | |
| Rated insulated voltage (Ui) | 1000V | |
| Rated impulse withstand voltage (Uimp) | 12KV | |
| Overvoltage category | IV | |
| Pollution degree | 3 | |
| Rated frequency (Hz) | 50/60 | |
| Rated current (A) | up to 6300 | |
| Main busbar | Rated short-time withstand current (Icw)(kA) | 50/65/80/100 |
| Rated peak current (Ipk)(kA) | 105/143/176/220 | |
| Rated current (A) | 2000 | |
| Distribution busbar | Rated short-time withstand current (Icw)(kA) | 50/65/80/100 |
| Rated peak current ((Ipk)(kA) | 105/143/176/220 | |
| Internal Arc protection IEC 61641 | 100kA/0.5s | |
| Grounding system | TT-IT-TNS-TNC | |
| Mounting density of drawer | maximum installation is 28 half size drawer units | |
| Max ACB (A) | Up to 6300 | |
| Max Motor power (kW) | 250 | |
| Drawer max feeder current (A) | 630 | |
| Mechanical parameter | ||
| Height (mm) | 2200/2350 | |
| Width (mm) | 425/500/600/800/1000/1100/1200/1350/1500/1750 | |
| Depth (mm) | 600/1000/1200/1400 | |
| Form of separation | Form2b/3b/4b | |
| Degree of protection | IP42/54 | |
| Color | RAL7035 | |
Comments:\* Confirm with Eaton
Eaton is an intelligent power management company dedicated to protecting the environment and improving the quality of life for people everywhere. We make products for the data center, utility, industrial, commercial, machine building, residential, aerospace and mobility markets. We are guided by our commitment to do business right, to operate sustainably and to help our customers manage power-today and well into the future. By capitalizing on the global growth trends of electrification and digitalization, we're helping to solve the world's most urgent power management challenges and building a more sustainable society for people today and generations to come.
Founded in 1911, Eaton has continuously evolved to meet the changing and expanding needs of our stakeholders. With revenues of nearly $25 billion in 2024, the company serves customers in more than 160 countries. Eaton entered the Chinese market in 1993 and has grown significantly since then. In 2004, Eaton moved its Asia-Pacific headquarters from Hong Kong to Shanghai. Today, Eaton has nearly 8,000 employees and 19 manufacturing facilities in China.
For more information, visit www.eaton.com. Follow Eaton China WeChat account: Eaton\_China
For more information, visit Eaton.com.cn




