Low Voltage Transformers  Manufacturers, Traders, Suppliers

When it comes to transformers of any type and size, from 1 VA to 1 MVA, from 0.050 kg to 3,200 kg, we are happy to refer to our transformer production.

They convert high-voltage electricity to lower voltages for distribution.

Transforms high-voltage electricity from power lines to usable voltages (e.g., 240V) for end-user applications; uses electromagnetic induction.

Used in electrical grids, residential areas, commercial buildings, and industrial sites.

Galvanic Isolation Transformer
Electrically separates input/output circuits, blocks DC, reduces grid noise, protects sensitive equipment, and ensures safe, stable power—for industrial, medical, precision testing use.

Key Features
• Windings: Copper or aluminum
• Core: High-efficiency laminated steel (industry term: "Sheet Core")
• Treatment: Vacuum varnishing + high-temp oven drying
• Insulation: Enhanced (2500V rated)
• Power: 1KVA – 2500KVA
• Input Phases: 3-Phase, 2-Phase, 1-Phase
• Types: Galvanic isolation, power supply, voltage-changing transformers
• Compliance: IEC & TS EN ISO 9001:2015
Optional Features
• Cabinets: Indoor/outdoor dedicated
• Protection: Input/output fuse
• Function: Soft-start
• Cooling: Thermostat-controlled fan
• Customization: Made-to-order

1.Industrial Production: Adapts voltage for production line equipment and automation systems, isolates grid interference; supports customization based on equipment power to avoid failures from voltage mismatch.
2.Power Transmission & Distribution: Converts high voltage to low voltage, adjusts voltage in distribution networks; customizable by transmission capacity to ensure efficient power delivery.
3.Commercial & Public Facilities: Matches voltage for air conditioners, elevators in malls, hospitals, etc.; customizable by on-site power needs to ensure stable operation of facilities.
4.Data & Communications: Provides stable voltage for servers and base stations, reduces grid fluctuation interference; customizable by precision equipment power requirements to maintain continuous data services.
5.Specialized Scenarios: Dedicated for outdoor construction, medical imaging equipment, etc.; offers customization of cabinets, insulation levels, etc., to meet strict power quality requirements of special industries.

Low-voltage distribution boxes, as the core equipment of low-voltage distribution systems, possess distinct product characteristics: featuring a compact structure and orderly layout, they efficiently integrate components such as circuit breakers and contactors, thereby saving installation space; They offer robust electrical insulation and protective properties, effectively preventing dust ingress and accidental contact to ensure electrical safety. Their adaptability allows flexible component configuration to meet diverse low-voltage distribution requirements across residential, commercial, and industrial settings. Furthermore, they feature user-friendly operation with clearly labelled terminal blocks and control panels, facilitating routine inspection and maintenance.

Low-voltage distribution boxes prioritise safety, adaptability and convenience through a standardised component installation architecture. This facilitates flexible combinations of circuit breakers, residual current devices and other components to meet diverse distribution requirements. Comprehensive electrical isolation design employs insulating materials and rational wiring to mitigate short-circuit and leakage risks. Integrated overload and earth leakage protection functions enable rapid disconnection of faulty circuits. Optimised wiring and interface design, coupled with clear labelling, facilitate subsequent maintenance and commissioning. These enclosures are suitable for low-voltage distribution applications in domestic, commercial, and industrial settings.

Low-voltage distribution boards serve as core equipment for low-voltage power distribution and control, with extensive applications: in the residential sector, they manage and protect electrical circuits for appliances and lighting within homes and apartments; In commercial settings, they serve shopping centres, office buildings, and hotels, distributing power to air conditioning, lifts, and lighting systems; Within industrial sectors, they support factory production lines and workshops, providing stable power supply and fault protection for various low-voltage equipment; Additionally, they are deployed in municipal facilities (such as streetlight control systems) and as supporting distribution units for new energy charging points, meeting diverse low-voltage power requirements across multiple domains.