Factory Direct Reliable Resin Transformer for Customized Power Distribution

• Customization: Available
• Application: Power
• Phase: Three
• Model NO.: SCB10
• Core: Core-type Transformer
• Cooling Method: Dry-type Transformer
• Winding Type: Separated Winding Transformer
• Certification: ISO9001-2000, ISO9001, CCC
• Usage: Power Transformer
• Frequency Characteristics: Power Frequency
• Shape of Core: Ring
• Brand: Kexr
• MOQ: 1 Set
• Customized: Yes
• Material: Resin
• Warranty: 12~24 Months
• Transport Package: Wooden Box
• Specification: 60*50*65
• Trademark: KEXR
• Origin: China
• HS Code: 85042100
• Production Capacity: 500 Sets/Per Year
• Package Size: 70.00cm * 60.00cm * 75.00cm
• Package Gross Weight: 300.000kg

Product Description

The SCB10 series Resin Insulated Dry-type Transformer Proudly developed by Kexun Electric, the SCB10 series Resin Insulated Dry-type Transformer, crafted in our state-of-the-art Chinese factory, boasts exceptional features including flame retardancy, fire and explosion prevention, maintenance-free operation, zero pollution, and a compact design. Its small size allows for seamless installation right at the load center. Innovatively equipped with an advanced intelligent temperature controller, this transformer offers comprehensive safety features such as fault alarms, overtemperature alerts, overtemperature trips, and black brake functions for unparalleled protection.
Model:SCB10
Brand: KEXR

Components of SCB10 type Resin Insulated Dry-type Transformer

Core of Resin Insulated Dry-type Transformer
The iron core is meticulously crafted from imported high-qualityity cold-rolled silicon steel sheets, featuring a fully inclined joint structure for enhanced efficiency. The core column is securely tied with F-grade non-woven adhesive tape and encapsulated with epoxy resin, effectively reducing no-load loss, no-load current, and iron core noise. Special surface treatments on clamps and fasteners further elevate the product's visual appeal and durability. is tied with F-grade non-woven adhesive tape, and the surface of the iron core is encapsulated with epoxy resin to reduce no-load-loss, no-load current, and iron core noise, The clamps and fasteners have undergone special surface treatment to further improve the appearance quality of the product.
Low voltage winding
The Resin Insulated Dry-type Transformer 's low-voltage winding features an innovative foil structure. This clever design addresses axial helix angle challenges common with wire windings, ensuring the turns remain perfectly balanced. Additionally, an axial cooling air duct is integrated into the coil, significantly enhancing its heat dissipation capability. The winding layers are interspersed with TDMD epoxy resin prepreg, which is uniformly cured and formed to perfection. turns more balanced. At the same time, the coil adopts an axial cooling air duct, enhancing the heat dissipation ability. TDMD epoxy resin prepreg is used between the winding layers, and the whole is cured and formed.
High voltage winding The SCB10 series Resin Insulated Dry-type Transformer
The high-voltage winding undergoes a sophisticated vacuum casting process with filler-infused epoxy resin, dramatically reducing local discharge while boosting the electrical strength of the coil. Both the inner and outer walls of the winding are reinforced with glass fiber mesh plates, greatly enhancing mechanical strength and resilience against sudden short circuits. This robust coil promises never to crack under pressure. electrical strength of the coil. The inner and outer walls of the winding are filed with glass fiber mesh plates, enhancing the mechanical strength of the coil and improving the product's ability to resist sudden short circuits, The coll never cracks.

Manufacturing process
The coil of SCB10 type Resin Insulated Dry-type Transformer is expertly wound on a high-precision winding machine. The low-voltage winding utilizes a cutting-edge foil winding structure. For transformers with larger capacities, a ventilation duct is included. Upon completion of winding, vacuum drying is performed, followed by meticulous pouring and curing-all strictly adhering to process requirements. Every step is executed with precision to ensure superior quality. transformer capacity is large, there is a ventilation duct. After the winding is completed, vacuum drying is carried out, and the entire pouring and curing process is completely operated according to the process requirements, All processes need to be strictControlled with precision and finesse, our process is carefully tailored to meet the unique demands of each situation. vigilantly monitored and adjusted according to the situation.adThus, the impeccable manufacturing process of resin pouring ensures that each coil is perfectly formed, free from any bubbles or voids, delivering a seamless and high-performance operation of our exquisite transformer.

Thesophisticated temperature control system, coupled with an advanced air cooling mechanism,
The cutting-edge cross-flow top-blowing cooling fan is utilized, characterized by its low noise output, strong air pressure, and stunning design, significantly boosting the overload capacity of the SCB10 type Resin Insulated Dry-type Transformer. The innovative temperature control utilizes a state-of-the-art intelligent temperature controller, markedly enhancing both the safety and operational reliability of the transformer.

Toensure maximum safety, protect the casing and output busbarb
The robust protective shell offers unparalleled safety for our transformer, with protection levels like IP20, IP23, etc. The shell materialsare crafted from premium cold-rolledsteelsheets, stainless steel sheets, etc., giving users an array of options. Low voltage outgoing lines are designed with standard busbars, and both side and top outgoing lines can be customized, with bespoke outgoing arrangements crafted as per user needs.

Transformer outgoing line methodology
Standard and conventional outgoing lines, enclosed busbars, and side outgoing lines can be tailored to meet various interface forms, with specialized outgoing methods developed to adhere to user-specific requirements.

Adherence to Key Standards and Parameters
GB/T10228-2015, GB1094.11-2007
JB/T10088-2004, GB4208-1993
Rated high voltage: 10 (11, 10.5, 6.6, 6.3, 6) KV
Rated low voltage: 0.4KV
Connection group: Dyn11 or YynO
High voltage tap range: +5% or +2X2.5%
Insulation level: Ll75AC35/LI0AC5
Frequency: 50Hz

Craftsmanship and Installation Dimensions of the SCB10 type Resin Insulated Dry-type Transformer


Technical parameters for 10KV SCB10 type Resin Insulated Dry-type Transformer
 

Rated capacity (kVA)	Voltage combination and tap range (kV)			Group Number	No Load loss	Temperature of different insulation Systems Load loss below (kW)	No Load Current (%)	Short circuit impe dance (%)	Weight (kg)	L * W * H mm	Installation Size (mm)	L * W * H (With Shell)
	HV (KV)	High voltage division pressure Range of acceptance	LV (KV)
						120ºC
30	6 6.3 6.6 10 10.5 11	±2.5 ±5	0.4	Dyn11 Yyn0	0.19	0.71	2	4	270	590*500*640	400/400	1000x900x1050
50					0.27	1	2		360	620x550x670	400/400	1000x900x1050
80					0.37	1.38	1.5		510	680x580x710	400/450	1050x950x1100
100					0.4	1.57	1.5		570	720x600x720	400/450	1100x950x1150
125					0.47	1.85	1.3		600	860x650x850	550/550	1250x1000x1300
160		±2*2.5 ±5			0.54	2.13	1.3		730	900x710x890	550/550	1300x1050x1350
200					0.62	2.53	1.1		850	940x750x980	550/660	1300x1100x1500
250					0.72	2.76	1.1		980	960x770x1030	660/660	1300x1100x1550
315					0.88	3.47	1		1130	1020x790x1060	660/660	1400x1150x1550
400					0.98	3.99	1		1330	1060x880x1100	660/820	1450x1200x1600
500					1.16	4.88	1		1480	1080x900x1160	660/820	1450x1200x1700
630					1.3	5.96	0.85	6	1580	1200x920x1150	820/820	1550x1200x1700
800					1.52	6.96	0.85		1910	1260x920x1260	820/820	1600x1200x1800
1000					1.77	8.13	0.85		2260	1320x940x1300	820/820	1700x1250x1800
1250					2.09	9.69	0.85		2660	1380x950x1380	820/820	1750x1250x1900
1600					2.45	11.7	0.85		3180	460x1120x1490	1070/1070	1850x1400x2000
2000					3.05	14.4	0.7		3600	490x1120x1620	1070/1070	1900x1450x2200
2500					3.6	17.1	0.7		4220	520x1120x1760	1070/1070	1950x1500x2200
3150					5.14	22.5	0.6		5000	600x1120x1860	1070/1070	2000x1550x2300
4000					5.96	27	0.6		6300	680x1120x2150	1070/1070	2100x1600x2600