Shenheng Power Equipment Co., Ltd.
Starke technische Unterstützung
Unser technisches Team unterstützt bei der Produktauswahl, der Parameterbestätigung, der Strukturbesprechung und der Analyse von Projektanforderungen für Energieverteilungsanwendungen.
Niederspannungsverteilerschrank 0,4 kV, dreiphasig, gekapselt
The GCS and MNS series 0.4KV three-phase withdrawable low-voltage switchgear, also known as LT panel metal enclosed distribution cabinets, are professional drawer-type power distribution cabinets tailored for industrial, commercial, and power system scenarios. Boasting outstanding modular design, convenient maintenance performance and strong expandability, this series of switchgear perfectly meets the high-standard demands of power distribution continuity, operational flexibility and intelligent management for modern power systems. With superior cost performance positioned between the economical GGD fixed cabinet and high-end full-featured MNS cabinet, it has become a mainstream and cost-effective equipment choice for industrial and civil low-voltage power distribution projects.
Produktdetails
GCS and MNS withdrawable Low Voltage Distribution Cabinet are standard drawer-type metal-enclosed distribution cabinets designed for 0.4KV three-phase low-voltage power distribution systems. Widely applicable to industrial production, commercial construction and public power grid systems, these cabinets focus on flexible power distribution, stable system operation and convenient daily maintenance, solving the pain points of traditional distribution equipment such as poor flexibility, troublesome overhaul and insufficient expandability. Balancing economy and performance, they fill the gap between entry-level fixed switchgears and high-end customized power distribution equipment, occupying an important position in modern industrial power distribution fields.
Core Product Advantages
1.Modular Drawer Structure, Ultra-Convenient Maintenance
The whole equipment adopts an independent modular drawer design, with each functional drawer operating as a separate unit. In the event of circuit failure or component aging, the faulty drawer can be directly pulled out and replaced independently, without shutting down the entire cabinet or interrupting the overall power supply. This design greatly shortens equipment maintenance time, reduces power outage losses, and effectively guarantees the continuous and stable operation of the power distribution system.
2.Standardized Manufacturing, Stable Quality & Lower Cost
Adopting an integral fully assembled structure and standardized production process, all internal parts and components feature high universality and interchangeability. The unified production standard effectively stabilizes product quality and reduces the failure rate of equipment operation. Meanwhile, the high versatility of accessories greatly lowers subsequent daily maintenance, component replacement and equipment operation costs, bringing long-term economic benefits for users.
| Cabinet Dimension | |||||||||
| Height (mm) | 2000 | ||||||||
| Width (mm) | 400 | 600 | 800 | 1000 | |||||
| Height (mm) | 800 | 1000 | 800 | 1000 | 600 | 800 | 1000 | 600 | 800 |
| Rated Voltage of Main Circuit | AC 380/400/600 | |
| Rated voltage of auxiliary circuit(V） | AC 220,380(400) DC 110,220 | |
| Rated phase(Hz) | 50(60) | |
| Rated insulation voltage(V) | 600(1000) | |
| Rated current(A) | Horizontal bus | ≤4000 |
| Vertical bus(MCC) | 1000 | |
| Busbar rated short-time withstand current(kA/1s) | 50,80 | |
| Busbar rated peak withstand current(kA/0.1s) | 105176 | |
| Power frequency test voltage(V/1min) | Main circuit | 2500 |
| Auxiliary circuit | 1760 | |
| Busbar | Three-phase four-wire system | A.B.C.PEN |
| Three-phase five-wire system | A.B.C.PE.N | |
| Protection level | IP30.IP40 | |
Wide Application Scenarios
Industrial Fields
Ideal for automated production lines, petrochemical engineering, metallurgy, manufacturing and other industrial scenarios that require high reliability and stable continuous power distribution, adapting to complex industrial power consumption environments and frequent load changes.
Commercial & Public Buildings
Suitable for large shopping malls, comprehensive hospitals, data centers, office buildings and other key commercial and public facilities. It ensures uninterrupted power supply for core equipment, meets the high continuity and safety requirements of commercial power consumption, and supports intelligent power management.
New Energy Industry
Perfectly applicable to the low-voltage power distribution links of photovoltaic power stations, wind farms and other new energy projects. It can well adapt to the fluctuating and unstable power load characteristics of new energy power generation, realizing safe, stable and efficient power distribution and grid connection.
Verwandte ingenieurwissenschaftliche Lektüre
GGD vs MNS Niederspannungs-Schaltanlagen · Schutzkonzept für Niederspannungsschaltanlagen
Für eine technische Überprüfung, Shenheng Power kontaktieren mit dem genehmigten ein线igen Diagramm, den Standortbedingungen, den geforderten Standards und den Lieferanforderungen.
B2B-Fertigung: OEM-Lösungen für Distributoren
OEM- und ODM-Maßgeschneiderte Stromversorgungslösungen
Kundenspezifische Transformatoren, Schaltanlagen, Ringkabeleinheiten, Kompaktstationen und elektrische Komponenten für Projektanforderungen, technische Spezifikationen und Marktanwendungen.
Flexible Produktkonfiguration
Wir bieten flexible Konfigurationsunterstützung für Transformatoren, Schaltanlagen, Ringleitungsverteiler,, vorgefertigte Stationen und zugehörige elektrische Komponenten.
Stabile Fertigungskapazität
Durch die kontinuierliche Weiterentwicklung von Produktionsanlagen, Prozessmanagement und Qualitätskontrolle unterstützt Shenheng Power eine stabile, kundenspezifische Fertigung.
Komplettes Service-System
Von der ersten Kommunikation über die Produktionsbegleitung bis hin zum Kundendienst bieten wir Kunden und Projektpartnern einen reaktionsschnellen Service.
Fertigung & Qualitätskontrolle
Echte Produktionsumgebungen für gleichbleibende Qualität und zuverlässige Projektabwicklung.
Anwendungsbereiche
Energieverteilungslösungen für Industrie-, Gewerbe- und Infrastrukturprojekte.
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What's the difference between LV and ELV?
LV (Low Voltage) typically covers AC voltages above 50 V up to 1000 V, or DC up to 1500 V. ELV (Extra‑Low Voltage) is a touch‑safe subset of LV, with AC peak values not exceeding 42.4 V or DC values not exceeding 60 V (e.g., USB, doorbells). The main difference is safety – ELV generally does not require additional shock protection, while LV does.
What is low voltage distribution?
It is the process of delivering electrical power from a distribution transformer to end‑users or equipment at voltages below 1000 V (AC). It splits the main supply into multiple branch circuits, providing protection and control for residential, commercial, and industrial loads.
Was ist eine Niederspannungs-Verteileranlage?
It is an enclosure that receives power from a transformer or generator and distributes it to various branch circuits. It contains busbars, circuit breakers, fuses, relays, and control devices, acting as the central hub for safe power allocation within a building or facility.
What are the examples of electrical cabinets?
Common examples include main LV switchgear cabinets (for primary distribution), motor control centers (MCCs) for multiple motors, wall‑mounted distribution boxes in residential/commercial sites, and power factor correction cabinets. They are classified by voltage, current type, or function (supply, protection, control).
What is the IEC 60947 standard for low voltage switchgear and controlgear?
IEC 60947 is a series of international standards covering LV switchgear and controlgear such as switches, disconnectors, fuse‑combination units, contactors, relays, and control circuit devices. It specifies performance, testing, and safety requirements for equipment rated up to 1000 V AC or 1500 V DC.
What is the voltage range of LV switchgear?
LV switchgear generally covers AC systems up to 1000 V and DC systems up to 1500 V per IEC definitions. Some regional standards (e.g., IEEE) may extend DC limits to 3200 V. In practice, the common range is 50–1000 V AC for most distribution applications.
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