Customizable Oil Transformer Chbeb High Capacity Submerged Solution Available

• Customization: Available
• Application: Power
• Phase: Three
• Model NO.: S13-M
• Core: Core-type Transformer
• Cooling Method: Oil-immersed Type Transformer
• Winding Type: Two-winding Transformer
• Certification: ISO9001-2000, ISO9001, CCC
• Usage: Single-phase Transformer, Power Transformer, Distribution Transformer
• Frequency Characteristics: Power Frequency
• Shape of Core: Ring
• Capacity: 30kVA~20000kVA(20mva)
• Transport Package: Composite Board
• Trademark: CHBEB
• Origin: China
• HS Code: 8504220000
• Production Capacity: 10000pieces/Year

Product Description

S-M Series Dry-type Transformer
1. Overload Protection - Safeguard your equipment with our advanced overload protection, ensuring reliable operation under high stress conditions.
2. Short Circuit Protection - Our superior short circuit protection minimizes risk, delivering uninterrupted power under challenging circumstances.
3. Controlling - Experience unparalleled control with our intuitive systems designed for precision and efficiency at every turn.
4. Versatile Applications - Perfectly suited for residential, non-residential buildings, energy sectors, and infrastructure projects, offering unmatched adaptability.
5. Instantaneous Release Types - Categorized by release type for optimal performance: Type B (3-5)ln, Type C (5-10)ln, Type D (10-20)ln, tailored to meet your needs.

Product Details

S-M Series Oil-immersed Fully Sealed - Discover the robustness of our oil-immersed transformers designed for longevity and efficiency.

The S-M series three-phase oil-immersed transformer features a cutting-edge, fully oil-filled, sealed corrugated oil tank. Its shell adapts dynamically to oil expansion, meeting heat dissipation demands with ease. Experience high efficiency and low loss, with innovative design that

significantly reduces power consumption and operational costs. Widely used in power plants, substations, industrial and mining enterprises, ports, airports, and eco-friendly sites.

Standard: IEC60076-1, IEC60076-2, IEC60076-3, IEC60076-5, IEC60076-10 - Complying with international standards for assured quality and reliability.

Operating Conditions

1. Ambient Temperature - Experience resilience with a maximum operational temperature of +40°C, and a minimum of -25ºC.
2. Optimal Temperature Range - Designed to function seamlessly with an average hottest month temperature of +30ºC, and a yearly average of +20ºC.
3. Altitude Resilience - Performs optimally at altitudes not exceeding 1000 meters, ensuring consistent performance.
4. Voltage Waveform - The power supply voltage waveform maintains a close approximation to a sine wave for peak efficiency.
5. Voltage Symmetry - Ensures that the three-phase supply voltage remains approximately symmetrical, enhancing stability.
6. Harmonic Control - The load current's total harmonic content is restricted to within 5% of the rated current, ensuring smooth operation.
7. Versatile Usage - Engineered for both indoor and outdoor settings, offering flexibility and reliability across environments.

Features

1. Superior Features - This product boasts high efficiency, low loss, and low noise, setting new benchmarks in performance.
2. Unmatched Durability - Offers high mechanical strength, optimal ampere-turn balance, and robust short-circuit resistance.
3. Energy Efficient - Minimal no-load and load loss, optimizing energy consumption and cost efficiency.
4. Compact Reliability - With a small size, dependable operation, extended service life, and maintenance-free design.
Structure

Iron Core:

Iron Core:
Crafted from premium high-performance, high-permeability silicon steel sheets, the iron core is designed for minimal no-load loss, ensuring efficiency.

High/Low Voltage Winding:

The low-voltage winding, layer type for 500KVA and below, adopts a new spiral type for 630KVA and above.

Engineered for high mechanical strength, ideal ampere turn distribution, and superior short-circuit resistance.

Fully Sealed Structure:

Employing a fully sealed structure, the vacuum oil filling process eliminates moisture, isolates transformer oil from air, prevents oil aging, and enhances transformer reliability.

Positioning Structure:

A precise positioning structure is incorporated to prevent displacement during transport, and all fasteners are designed for stability,
Our superior design ensures that the product remains steadfastly reliable during long-term operations, thanks to the inclusion of fastening nuts. These components are meticulously engineered to prevent any loosening of fasteners, maintaining the integrity and performance of the product over extended use.

Oil Tank Highlights:
The oil tank of our transformer is a masterpiece of engineering, featuring a corrugated design that combines a streamlined process with outstanding mechanical strength. This configuration not only enhances welding efficacy but also minimizes the risk of leaks. Thanks to the remarkable fluidity of the oil, the heat dissipation capacity is significantly augmented, ensuring optimal performance and longevity.

Comprehensive Configuration Overview:

Our transformers are equipped with an array of safety features, including a pressure relief valve and a signal thermometer, to ensure seamless and safe operation. This thoughtful configuration guarantees that the transformer operates efficiently and securely under all conditions.

S9-M 30~2500/10KV Technical Data Specifications

Rated capacity (KVA)	Voltage combination			Connection group label	No-load loss(W)	Load   loss(W)	No-load current (%)	Short circuit impedance (%)	Dimensions			Total weight (kg)
	High voltage (KV)	Tapping range	Low voltage (KV)						L	W	H
30	6 6.3 10 10.5 11	±5 ±2 ×2.5	0.4	Dyn11 Yyn0 Yzn11	130	630/600	2.3	4	745	530	890	280
50					170	910/870	2		790	560	940	365
63					200	1090/1040	1.9		820	570	950	425
80					250	1310/1250	1.9		850	580	1000	485
100					290	1580/1500	1.8		900	620	1010	540
125					340	1890/1800	1.7		880	630	1050	610
160					400	2310/2200	1.6		950	690	1120	710
200					480	2730/2600	1.5		990	730	1200	835
250					560	3200/3050	1.4		1180	700	1200	970
315					670	3830/3650	1.4		1230	760	1250	1125
400					800	4520/4300	1.3		1260	800	1300	1310
500					960	5410/5150	1.2		1400	900	1320	1530
630				Dyn11 Yyn0 Yzn11	1200	6200	1.1	4.5	1530	940	1350	1890
800					1400	7500	1		1580	1000	1420	2185
1000					1700	10300	1		1770	1180	1450	2480
1250					1950	12000	0.9		1920	1290	1430	3020
1600					2400	14500	0.8		1990	1340	1620	3550
2000					3000	17100	0.7	5	1950	1680	2100	4530
2500					3300	23200	0.7		2020	1710	2100	5030

Note 1: For transformers rated at 500kVA or below, distinct load loss values apply depending on the coupling group. The values above the diagonal in the table are meant for the Dyn11 or Yzn11 groups, while those below cater to the Yyn0 group, enabling tailored efficiency.

Note 2: Achieve maximum operational efficiency by utilizing the table's loss values when the transformer's average annual load rate ranges between 35% and 40%. This ensures peak performance and energy savings.

Overall and Mounting Dimensions (mm)

Note: The dimensions and weights provided serve as preliminary guidelines for design and selection. Actual size and weight will be confirmed in our detailed product drawings, ensuring precise specifications.

S11-M 30~2500/10KV Technical Data Specifications

Rated capacity (KVA)	Voltage combination			Connection group label	No-load loss(W)	Load   loss(W)	No-load current (%)	Short circuit impedance (%)	Dimensions			Total weight (kg)
	High voltage (KV)	Tapping range	Low voltage (KV)						L	W	H
30	6 6.3 10 10.5 11	±5 ±2 ×2.5	0.4	Dyn11 Yyn0 Yzn11	100	630/600	1.5	4	690	510	920	275
50					130	910/870	1.3		730	510	960	340
63					150	1090/1040	1.2		750	550	1000	385
80					180	1310/1250	1.2		790	620	1020	450
100					200	1580/1500	1.1		790	700	1040	520
125					240	1890/1800	1.1		840	800	1070	625
160					280	2310/2200	1		1070	670	1130	695
200					340	2730/2600	1		1140	750	1140	795
250					400	3200/3050	0.9		1200	800	1190	955
315					480	3830/3650	0.9		1300	860	1210	1085
400					570	4520/4300	0.8		1380	900	1240	1290
500					680	5410/5100	0.8		1450	950	1300	1590
630				Dyn11 Yyn0 Yzn11	810	6200	0.6	4.5	1500	970	1360	1850
800					980	7500	0.6		1660	1140	1400	2210
1000					1150	10300	0.6		1690	1190	1530	2570
1250					1360	12000	0.5		1760	1230	1600	3115
1600					1640	14500	0.5		1800	1250	1660	3520
2000					1940	18300	0.4	5	1930	1360	1490	4060
2500					2290	21200	0.4		2080	1360	1570	5105

Note 1: For transformers with a rated capacity of 500kVA and below, specific load loss values are applicable. The values above the table's diagonal line apply to Dyn11 or Yzn11 groups, while those below relate to the Yyn0 group, optimizing efficiency.

Note 2: Maximize the transformer's operational efficiency by adhering to the loss values specified in the table, especially when the average annual load rate falls between 35% and 40%, ensuring superior performance.

S13-M 30~2500/10KV Technical Data Specifications

Rated capacity (KVA)	Voltage combination			Connection group label	No-load loss(W)	Load   loss(W)	No-load current (%)	Short circuit impedance (%)	Dimensions			Total weight (kg)
	High voltage (KV)	Tapping range	Low voltage (KV)						L	W	H
30	6 6.3 10 10.5 11	±5 ±2 ×2.5	0.4	Dyn11 Yyn0 Yzn11	80	630/600	1.5	4	685	490	860	260
50					100	910/870	1.3		725	520	955	365
63					110	1090/1040	1.2		750	535	970	415
80					130	1310/1250	1.2		770	565	985	465
100					150	1580/1500	1.2		800	595	1000	545
125					170	1890/1800	1.1		815	670	1010	585
160					200	2310/2200	1.1		1015	645	1055	695
200					240	2730/2600	1		1020	650	1115	810
250					290	3200/3050	1		1140	730	1120	930
315					340	3830/3650	0.9		1195	785	1175	1075
400					410	4520/4300	0.9		1265	855	1195	1255
500					480	5410/5100	0.8		1325	915	1240	1435
630				Dyn11 Yyn0 Yzn11	570	6200	0.8	4.5	1465	960	1295	1880
800					700	7500	0.6		1515	995	1340	2145
1000					830	10300	0.6		1605	1095	1460	2455
1250					970	12000	0.5		1685	1145	1485	2840
1600					1170	14500	0.5		1775	1225	1580	3310
2000					1550	18300	0.4	5	1855	1265	1600	3960
2500					1830	21200	0.4		1885	1305	1780	4980

Note 1: For transformers rated 500kVA and below, the table's load loss values are applicable as follows: above the diagonal for Dyn11 or Yzn11 groups, and below for Yyn0, ensuring tailored operational efficiency.

Note 2: Attain peak operational efficiency for your transformer by utilizing the table's specified loss values, especially when the annual load rate averages between 35% and 40%, maximizing performance.

S14-M 30~2500/10KV Technical Data Specifications

Rated capacity (KVA)	Voltage combination			Connection group label	No-load loss(W)	Load   loss(W)	No-load current (%)	Short circuit impedance (%)	Dimensions			Total weight (kg)
	High voltage (KV)	Tapping range	Low voltage (KV)						L	W	H
30	6 6.3 10 10.5 11	±5 ±2 ×2.5	0.4	Dyn11 Yyn0 Yzn11	80	505/480	1.5	4	785	710	880	370
50					100	730/695	1.3		800	730	940	480
63					110	870/830	1.2		815	720	970	535
80					130	1050/1000	1.2		830	740	990	580
100					150	1260/1200	1.1		875	790	1010	705
125					170	1510/1440	1.1		875	770	1050	775
160					200	1850/1760	1		935	820	1140	975
200					240	2180/2080	1		995	870	1140	1140
250					290	2560/2440	0.9		995	900	1180	1240
315					340	3060/2920	0.9		1030	880	1250	1425
400					410	3610/3440	0.8		1075	910	1270	1635
500					480	4330/4120	0.8		1120	930	1320	1950
630				Dyn11 Yyn0 Yzn11	570	4960	0.6	4.5	1165	950	1350	2150
800					700	6000	0.6		1210	1050	1390	2515
1000					830	8240	0.6		1520	1020	1450	2635
1250					970	9600	0.5		1630	1090	1540	3210
1600					1170	11600	0.5		1680	1150	1600	3905
2000					1550	14600	0.4	5	1890	1300	1600	4130
2500					1830	16900	0.4		1990	1360	1700	5250

Note 1: Transformers with a rated capacity of 500kVA and below should utilize load loss values from the table according to their coupling group: above the diagonal for Dyn11 or Yzn11, and below for Yyn0, ensuring optimal performance.

Note 2: Optimize your transformer's efficiency by using the loss values in the table, particularly when the average annual load rate is between 35% and 40%, guaranteeing maximum operational efficacy.

S20-30~2500/10KV Technical Data Specifications

Rated capacity (KVA)	Voltage combination			Connection group label	No-load loss(W)	Load   loss(W)	No-load current (%)	Short circuit impedance (%)	Dimensions			Total weight (kg)
	High voltage (KV)	Tapping range	Low voltage (KV)						L	W	H
30	6 6.3 10 10.5 11	±5 ±2 ×2.5	0.4	Dyn11 Yyn0 Dyn5	70	505	1.2	4	785	710	880	/
50					90	730	1.04		800	730	940	/
80					115	1050	0.96		830	740	990	/
100					135	1265	0.88		875	790	1010	/
125					150	1510	0.88		875	770	1050	/
160					180	1850	0.8		935	820	1140	/
200					215	2185	0.8		995	870	1140	/
250					260	2560	0.72		995	900	1180	/
315					305	3065	0.72		1030	880	1250	/
400					370	3615	0.64		1075	910	1270	/
500					430	4330	0.64		1120	930	1320	/
630					510	4960	0.48	4.5	1165	950	1350	/
800					630	6000	0.48		1210	1050	1390	/
1000					745	8240	0.48		1520	1020	1450	/
1250					870	9600	0.4		1630	1090	1540	/
1600					1050	11600	0.4		1680	1150	1600	/
2000					1225	14640	0.32	5	1890	1300	1600	/
2500					1440	14840	0.32		1990	1360	1700	/

Note 1: For transformers with a rated capacity of 500kVA and below, the load loss values indicated above the table's diagonal are for Dyn11 or Yzn11, while those below are for Yyn0, ensuring efficiency tailored to your needs.

Note 2: Ensure top-tier operational efficiency by leveraging the table's specified loss values when the transformer's average annual load rate is between 35% and 40%, optimizing performance.

S22-30~2500/10KV Technical Data Specifications

Rated capacity (KVA)	Voltage combination			Connection group label	No-load loss(W)	Load   loss(W)	No-load current (%)	Short circuit impedance (%)	Dimensions			Total weight (kg)
	High voltage (KV)	Tapping range	Low voltage (KV)						L	W	H
30	6 6.3 10 10.5 11	±5 ±2 ×2.5	0.4	Dyn11 Yyn0 Dyn5	65	455	1.2	4	785	710	880	/
50					80	655	1.04		800	730	940	/
80					105	945	0.96		830	740	990	/
100					120	1140	0.88		875	790	1010	/
125					135	1360	0.88		875	770	1050	/
160					160	1665	0.8		935	820	1140	/
200					190	1970	0.8		995	870	1140	/
250					230	2300	0.72		995	900	1180	/
315					270	2760	0.72		1030	880	1250	/
400					330	3250	0.64		1075	910	1270	/
500					385	3900	0.64		1120	930	1320	/
630					460	4460	0.48	4.5	1165	950	1350	/
800					560	5400	0.48		1210	1050	1390	/
1000					665	7415	0.48		1520	1020	1450	/
1250					780	8640	0.4		1630	1090	1540	/
1600					940	10440	0.4		1680	1150	1600	/
2000					1085	13180	0.32	5	1890	1300	1600	/
2500					1280	13360	0.32		1990	1360	1700	/

Note 1: For transformers with a rated capacity of 500kVA and below, you will find that the load loss values positioned above the diagonal line in the table correspond to the Dyn11 or Yzn11 coupling group. Conversely, the load loss values situated below the diagonal line are relevant to the Yyn0 coupling group, ensuring optimal performance.

Note 2: When the average annual load rate of the transformer lies between 35% and 40%, maximal operational efficiency can be achieved by utilizing the specific loss values presented in the table, delivering exceptional performance and energy savings.

S-30~2500/20KV Technical Data

Rated capacity (KVA)	Voltage combination			Connection group label	No-load loss(W)	Load   loss(W)	No-load current (%)	Short circuit impedance (%)	Dimensions			Total weight (kg)
	High voltage (KV)	Tapping range	Low voltage (KV)						L	W	H
25	20 10 6	±5 ±2 ×2.5	0.4	Dyn11 Yyn0 Dyn5	63	600	1.7	5.5(20kV) 4 (6kV, 10kV)	1090	600	1150	/
50					81	750	1.6		1120	620	1180	/
100					130	1250	1.3		1150	650	1290	/
160					189	1750	1.1		1160	675	1380	/
250					270	2350	0.96		1200	880	1400	/
315					324	2800	0.88		1230	920	1460	/
400					387	3250	0.8		1250	950	1580	/
500					459	3900	0.8		1390	960	1580	/
630					540	4600	0.72	6(20kV) 4.5 (6kV, 10kV)	1450	980	1600	/
800					585	6000	0.64		1560	1020	1720	/
1000					693	7600	0.56		1700	1070	1790	/
1250					855	9500	0.56		1700	1070	1791	/
1600					1080	12000	0.48		1850	1130	1850	/
2000					1305	15000	0.48	6(20kV) 5 (6kV, 10kV)	2000	1280	1980	/
2500					1575	18500	0.4		2040	1320	2050	/
3150					1980	23000	0.4		2200	1400	2250	/

Note 1: For transformers with a rated capacity of 500kVA and below, carefully observe that the load loss values located above the diagonal line in the table apply to the Dyn11 or Yzn11 coupling group. In contrast, the load loss values below the diagonal line pertain to the Yyn0 coupling group, ensuring you achieve the best possible results.

Note 2: When the average yearly load rate of the transformer is between 35% and 40%, the highest operational efficiency can be reached by applying the loss values highlighted in the table, leading to superior efficiency and cost-effectiveness.