Three-dimensional volume intimate

Three-dimensional winding iron core products are mainly used to produce 35kV and below dry-type transformer iron core, oil-immersed transformer iron core and other products, oil-immersed power transformer iron core: S11, S13, S20, S22 type; Dry-type power transformer iron core: SCB12, SCB14, SCB18 series transformer iron core; According to the iron core grinding method, layered winding is adopted. The above products can be customized according to the special requirements of customers.

Transformer core

Iron core products are mainly used to produce 110kV and below, 30000 kVA and below series of oil-immersed transformer iron cores, 35kV and below dry-type transformer iron cores and other products, oil-immersed power transformer iron cores are: S11, S13, S20, S22 type: dry-type power transformer iron cores: SCB12, SCB14, SCB18 type series of transformer iron cores: according to the iron core lap mode, there are straight seam, half straight seam, half inclined seam and full seam; according to the layered winding can be divided into 3 steps, 5 steps and 7 steps. The above products can be customized according to the special requirements of customers.

S Series 10kv/20kv Oil-immersed Transformer

The transformer can transform the grid voltage into the voltage required by the system or load to realize the transmission and distribution of electric energy. S(B)H mouth-M series amorphous alloy oil-immersed transformer as a new energy-saving technology power distribution equipment, energy-saving effect mainly comes from the use of a new type of iron-based amorphous alloy material with excellent soft magnetic properties.

Oil-immersed transformer

S-M series fully sealed oil-immersed transformers are suitable for power systems with AC 50Hz and rated working voltage of 20kV and below, as distribution transformers for petroleum, metallurgy, chemical industry, textile, light industry and other enterprises and places with large dust.

Arc suppression coil complete set

With the increasing scale of the power system, especially the extensive use of cables in the distribution network, the capacitive current of the system increases greatly. In this case, when a single-phase ground fault occurs, the arc formed by the grounding capacitive current at the fault point cannot be extinguished by itself.

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