• SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer

SCB13-1250_10 Energy-saving 1250kva dry-type power transformer


The 1250kVA dry-type transformer produced by Jiangsu Xinhong Electric is a high-performance power distribution equipment independently developed for domestic power usage environments. With a capacity of 1250 kilovolt-amperes and a standard rated voltage of 10kV/0.4kV (or other voltage levels available), this product features coils cast with epoxy resin. It boasts significant advantages of safety, reliability, energy efficiency, and environmental friendliness, fully complying with national energy efficiency standards (such as the requirements of the GB 20052-2020 energy efficiency grade). It is an ideal choice for urban power grids, industrial and mining enterprises, new energy applications, and various specialized scenarios.

  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer
  • SCB13-1250_10 Energy-saving 1250kva dry-type power transformer

Description

Features & Advantages

1. High Efficiency & Energy Saving, Economical Operation:
Utilizes high-quality, high-permeability cold-rolled grain-oriented silicon steel sheets and advanced multi-step laminated core technology, significantly reducing no-load and load losses. Its energy efficiency meets or exceeds the national Grade 1 energy efficiency standard, helping users save substantial operational electricity costs.

2. Flame-Retardant & Safe, Fire & Explosion Proof:
Coils are vacuum-cast with flame-retardant epoxy resin, forming a solid, integrated structure after curing. Being oil-free, non-combustible, and self-extinguishing, it operates safely within Class F insulation systems, greatly minimizing fire risks. Particularly suitable for densely populated locations with strict fire safety requirements (e.g., subways, airports, hospitals, commercial centers).

3. High Mechanical Strength, Strong Short-Circuit Withstand Ability:
The epoxy resin casting provides excellent insulation and effectively protects the coils from mechanical stress and corrosive substances. The coils possess high overall strength, capable of withstanding powerful short-circuit impact currents, ensuring high operational reliability.

4. Moisture & Contamination Resistant, Strong Environmental Adaptability:
The excellent sealing properties of the epoxy resin shield the coils from moisture and dust ingress, enabling stable operation in high-humidity and other harsh environments (e.g., with IP20/IP23 protection ratings), reducing maintenance needs.

5. Low Noise, Green & Eco-Friendly:
Through optimized core magnetic flux density and assembly techniques, combined with vibration and noise reduction design, operational noise is significantly lower than national standards. The oil-free design eliminates the risk of toxic substance leakage, and the product is recyclable after decommissioning, making it environmentally friendly.

6. Maintenance-Free, Easy Installation:
Requires no maintenance tasks typical of oil-immersed transformers, such as checking oil levels or filtering insulating oil, throughout its lifecycle, drastically lowering maintenance costs and effort. Relatively compact size and light weight facilitate easy installation and transportation.

7. Comprehensive Smart Monitoring Options:
Can be equipped with intelligent temperature control systems and condition monitoring interfaces (e.g., PT100 temperature sensors) for real-time monitoring of operating temperature and status, enabling fault warning and intelligent management.

Application Areas 

Municipal Power: Urban grid upgrades, substations, distribution rooms. 

Industrial Manufacturing: Factory power distribution for sectors like metallurgy, chemicals, mining, and automotive manufacturing. 

Commercial Buildings: Power and lighting systems for high-rise buildings, office towers, shopping malls, and hotels. 

Public Facilities: Hospitals, schools, airports, subways, stadiums, data centers. 

New Energy: Step-up or grid-connection units for photovoltaic power stations and wind farms.

 

Service & Commitment 

Quality Assurance: Strict adherence to national standards, certified under the ISO9001 Quality Management System.

Customization Support: Customized services available for specific customer requirements regarding voltage, impedance, dimensions, etc.

Rapid Response: Professional pre-sales technical consultation and post-sales installation guidance provided. 

Nationwide Delivery: Well-established logistics network ensures safe and efficient product delivery.