Schneider Authorized Low Voltage Switchgear
The Schneider BlokSeT 5000 Low-Voltage Switchgear is a new generation of pre-intelligent low-voltage switchgear systems, incorporating Schneider Electric's advanced experience in low-voltage electrical and complete sets of low-voltage equipment, tailored to global market demands and customer usage habits. It is suitable for applications such as power distribution protection, motor starting, protection, and reactive power compensation, with a rated current up to 6300A and a rated operational voltage of 690V. It is positioned for the mid-to-high-end market of low-voltage power distribution.
Beike supplies Schneider BlokSeT 5000 low voltage switchgear – a new generation of modular and pre-intelligent power distribution systems designed for industrial, commercial, and infrastructure applications. As an authorized Schneider Electric manufacturer, Beike delivers high-performance, IEC 61439-compliant switchgear solutions that provide reliable power distribution, motor control, and energy management up to 6300A.
Modular and Flexible Design – Easily expandable structure with standardized prefabricated modules for reduced design and production time.
High Electrical Performance – Rated up to 690V, short-circuit withstand up to 176kA, ensuring safe and stable operation.
Digital Intelligence – Integrated IoT gateways, wireless temperature sensors, and EcoStruxure Power system for smart monitoring and predictive maintenance.
Global Compliance – Fully tested and certified according to IEC, UL, and GB/T standards.
Wide Industry Applications – Ideal for data centers, manufacturing plants, utilities, and energy facilities.
Parameter Category | Technical Specifications |
Rated Characteristics | Rated Current (In): Up to 6300A |
Short-circuit Performance | Short-time Withstand Current (Icw): Up to 100kA/1s |
Protection Degree (IP) | IP20, IP31, IP40, IP42, IP54, IP55 |
Separation Forms | 1, 2b, 3b, 4 (Compliant with IEC 61439) |
Functional Unit Forms | Fixed, Withdrawable, Fixed and Separated |
Enclosure Dimensions (HxWxD) | Height: 2200mm |
Busbar System | Rated Current of Main Busbar: 1250A, 1600A, 2000A, 2500A, 3150A, 4000A, 5000A |
Compliance Standards | IEC 61439-1/2, IEC 60529, IEC 60947, UL 508A (Optional), GB/T 7251.1-2023 |
1. Modular Design and Superior Construction
Assembled from standardized prefabricated components, offering robust and flexible structure. Users can freely combine modules as needed, facilitating expansion and upgrades, reducing costs, and shortening design and production cycles.
Compact enclosure structure saves switchroom floor space. Internal layout is rational, and connections for main and auxiliary circuits are simplified.
C-profile frame, detachable beams, and patented fishbone busbar design make on-site enclosure splicing simpler and more robust.
Offers various enclosure protection degrees (IP20 to IP55). Epoxy resin powder coating provides good corrosion, dust, and moisture resistance, adapting to various complex environments.
2. Excellent Electrical Performance and Safety
Busbar system uses 5mm thick copper bars with low AC resistance and reduced energy loss. Flat-arranged busbars offer good dynamic and thermal stability, capable of withstanding short-circuit current impacts up to 176kA.
Utilizes high-end Schneider low-voltage circuit breakers (e.g., MTZ digital air circuit breaker, Compact NSX series moulded case circuit breakers), paired with a double-clamp primary plug-in design, which is safe, reliable, has low plugging force, minimal contact wear, ensuring stable electrical connections and efficient circuit protection.
Functional units are in separate compartments with door mechanical interlocking. Live conductors are isolated by metal or insulating materials, ensuring electrical safety and ease of maintenance.
High short-circuit withstand capability and low electrical losses ensure stable operation of the power system.
3. Smart Digital Integration
Connected out of the box: Features built-in digital capabilities. Optional lightweight IoT gateways, wireless temperature sensors, and other digital modules enable device interconnectivity.
Users can monitor and control the power distribution system in real-time via smart devices. Integrated with solutions like Eco Struxure Power Advisor, wireless temperature sensors, and IoT gateways, it enables monitoring and remote control of all low-voltage distribution equipment and transformers.
Equipped with digital panels for intuitive detection of three-phase voltage, over temperature alarms, and other information. Timely warnings are issued upon equipment abnormality, facilitating fault diagnosis and handling, thereby improving system reliability and safety.
Supports integration with the EcoStruxure Power architecture for data analysis, providing operational maintenance decision support and enabling predictive maintenance.
4. Global Applicability and High Reliability
Complies with various international and regional standards such as IEC, UL, GB, meeting compliance requirements in different global markets.
Wide-temperature design, operating temperature range -25℃ ~ +60℃. Built-in PTC heaters and temperature-controlled fans automatically adjust internal temperature and humidity, ensuring stable operation in high-altitude or extreme cold regions.
Passed stringent type tests and certifications (e.g., CE, UL, CCC). Seismic performance complies with IEC 60068-2-6 standard, suitable for various harsh environments.
5. Flexible Application and High Cost-Effectiveness
Offers various cabinet types: Fixed distribution cabinet (D-type), Dual power supply cabinet (Da-type), Power factor compensation cabinet (Dc-type), Drawer cabinet (Mx-type), Frequency converter and soft starter cabinet (Ms-type), Active filter cabinet (Dp-type), etc.
Widely used in data centers, industrial systems, infrastructure, commercial and residential buildings, and numerous other industries.
High-density installation design allows for mounting multiple equipment components within the enclosure to achieve maximum efficiency without occupying excessive space.
1. Industrial Manufacturing: Factory production line, power distribution, Motor Control Centers (MCC), power supply for heavy equipment. Adapts to environments like metallurgy, papermaking, manufacturing,and mining.
2. Data Centers: Server cabinet power distribution, UPS system integration, cold aisle containment power supply. Supports high power density and redundant configuration.
3. Infrastructure: Airports, ports, water treatment facilities, rail transportation, hospitals, schools, and other places requiring high power supply reliability and stability.
4. Commercial and Residential Buildings: Power and lighting distribution for office buildings, shopping malls, hotels, and residential complexes.
5. New Energy and Utilities: PV station grid-connection, wind farm box transformers, pump station control in water treatment plants.
This product is manufactured under Schneider Electric authorization, adhering to strict quality management systems to ensure every unit leaving the factory complies with international and national standards. Global technical training, rapid spare parts response, and full life cycle service support are provided.
Manufactured under Schneider Electric authorization, Beike’s BlokSeT low voltage switchgear passes rigorous CE, UL, and CCC certifications. Each system is designed for long-term reliability, with earthquake resistance and corrosion-proof protection for challenging environments.
Q1: What are the main advantages of the Schneider BlokSeT 5000 Pre-intelligent Low-Voltage Switchgear?
A: The BlokSeT 5000 is renowned for its high reliability, safety, and pre-intelligent features. It seamlessly integrates IoT connectivity, real-time thermal monitoring, and advanced power management. This allows for predictive maintenance, minimizing downtime and optimizing energy efficiency for complex industrial and commercial applications.
Q2: What does "Pre-intelligent" mean in the context of the BlokSeT switchgear?
A: "Pre-intelligent" means the switchgear comes factory-ready with built-in sensors and communication modules (such as continuous thermal monitoring). It requires no complex on-site wiring for intelligent functions, allowing instant connection to facility management systems (like EcoStruxure) right out of the box.
Q3: What international standards does the BlokSeT 5000 comply with?
A: Our manufactured BlokSeT 5000 switchboards strictly comply with the IEC 61439-1 & 2 international standards. They undergo rigorous type-testing to ensure global compliance, guaranteeing structural integrity, temperature rise limits, and short-circuit withstand capabilities.
Q4: As a manufacturer, can you customize the BlokSeT 5000 according to our specific project requirements?
A: Absolutely. We provide fully customized solutions based on your Single Line Diagrams (SLD) and technical specifications. Whether you need specific form factors (up to Form 4b), varying IP ratings (up to IP54), or specialized breaker configurations, our engineering team will design a system tailored to your exact needs.
Q5: How do you ensure the quality of the switchgear before it ships internationally?
A: Quality is our top priority. Every unit undergoes a comprehensive Factory Acceptance Test (FAT) at our manufacturing facility before dispatch. This includes mechanical operation checks, dielectric tests, and functional testing of all intelligent modules to ensure 100% reliability upon arrival.
Q6: What is the typical lead time for a BlokSeT 5000 order?
A: Lead times depend on the project's scale and customization requirements. Generally, for standard configurations, production takes about 4 to 6 weeks after drawing approval. We work closely with our international logistics partners to ensure prompt and secure delivery to your destination port.
Q7: How does the BlokSeT 5000 protect against internal arc faults?
A: Safety is paramount. The BlokSeT 5000 features an arc-resistant design. In the rare event of an internal arc, the switchgear is engineered to contain the fault within the specific compartment, safely redirecting exhaust gases away from operators, thereby maximizing personnel protection.
Q8: Does the system require frequent maintenance?
A: Thanks to its pre-intelligent condition monitoring, traditional routine-based maintenance is significantly reduced. The system alerts you to abnormal temperature rises or contact wear in real-time, allowing you to shift to a cost-effective "predictive maintenance" model, servicing the equipment only when necessary.
Q9: Do you provide installation guidance and after-sales support for overseas clients?
A: Yes, we provide comprehensive technical support for our global clients. This includes detailed installation manuals, wiring diagrams, and remote video guidance by our engineers. If required, on-site commissioning services can also be arranged.
Q10: What information do I need to provide to get a fast and accurate quotation?
A: To provide you with a precise quote, please share your project's Single Line Diagram (SLD), the required current ratings, IP protection class, any specific component preferences, and the destination country for shipping estimations. You can submit these directly through our contact form.
