Industrial Top Runner Molded Transformer TOP ECO II Series Three Phase (6kV/210V 20~1,500kVA)-T2MP-20K-C

Industrial Top Runner Molded Transformer TOP ECO II Series Three Phase (6kV/210V 20~1,500kVA)
DAIHEN Corporation

DAIHEN Corporation's Response Status

Response Rate

100.0%

Response Time

120.5hours

About This Product

■Flame retardant and excellent disaster prevention, ideal for public facilities, high-rise buildings, hospitals, etc.It has a compact, simple and clean design.

Features
■Further improvement in energy saving performanceThe iron core is made entirely of high-grade silicon steel, a low-loss magnetic material, and the coil conductor has an increased conductor cross-sectional area, which further reduces no-load loss and load loss compared to conventional low-loss transformers. has been realized.

■Strengthening seismic performanceIn order to prevent ground faults and short circuits at the transformer terminals in the event of an earthquake, we are equipped with a displacement suppression seat that suppresses the amount of relative displacement between the transformer body and the panel housing. Additionally, an optional seismic attenuation device can further enhance seismic performance.
*Displacement suppression seat is standard equipment for 75 to 1,000kVA.

■Compact designBy using superior materials and manufacturing methods, we have achieved high efficiency with the same installation space as the TOP ECO series.

■Low noiseHigh-grade iron core material is used to reduce the noise level of the transformer.

■What is the top runner method?The Top Runner method is a method for establishing energy conservation standards under the "Act on the Rational Use of Energy (Energy Saving Law)," which evaluates the energy consumption efficiency of specific equipment designated by the Energy Saving Law as the best among currently commercialized products. The idea is to exceed the performance of the product currently in use.

The first evaluation standard for oil-immersed transformers was started in 2006 and has been in operation, but the second evaluation standard began in April 2014 as "Top Runner Transformer 2014."

■Applicable range of specific equipment・Model: Oil-immersed transformer, molded transformer
・Capacity: Single phase 10~500kVA, three phase 20~2,000kVA
・Voltage: High voltage 6kV or 3kV, low voltage 100-600V

・Exempted models
Gas-insulated transformers, H-class dry transformers, Scott connection transformers, pole-mounted transformers for electric power companies, molded lighting common transformers, water-cooled or air-cooled transformers, multi-winding transformers with 3 or more windings

■Green purchasing methodDAIHEN Top Runner transformers are applicable to specified procurement items under the ``Act on Promotion of Procurement of Environmental Goods by the National Government, etc.'' (Green Purchasing Act).

*Other product numbers are available.

Model
There are 10 models for this product.

Product
Industrial Top Runner Molded Transformer TOP ECO II Series Three Phase (6kV/210V 20~1,500kVA)

Handling Company
DAIHEN Corporation

Categories

Transformers

Molded Transformers

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Last viewed: 1 hour ago

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10 Models of Industrial Top Runner Molded Transformer TOP ECO II Series Three Phase (6kV/210V 20~1,500kVA)

Click on the part number for more information about each product

Part Number	Price (excluding tax)	Load loss Wc (W)	Installation location	Heat resistance class	Total mass (kg)	Insulation strength Winding voltage 6kV class	Insulation strength Winding voltage 400V class	Insulation strength Winding voltage 200V class	Terminal shape secondary	Terminal shape Primary	Short circuit impedance (%)	Phase number	No-load loss Wi (W)	Temperature rise limit (K)	Elevation	Connection symbol	Target category	Capacity (kVA)	Rated current (A) Secondary	Rated current (A) Primary	Circuit voltage waveform	Frequency (Hz)	Ambient temperature	Secondary voltage (V)	Voltage balance in three-phase circuits	Primary voltage (V)	Energy consumption efficiency (W) standard value	Energy consumption efficiency (W) typical value
T2MP-20K-C	Available upon quote	196	Indoor use	F	260	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L11	H3	1.8	Three phase	110	95	Less than 1,000m	Yy0	JIS standard product	20	55	1.75	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	R6600 F6300, 6000	172	141
T2MP-30K-C	Available upon quote	442	Indoor use	F	260	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L11	H3	2.7	Three phase	110	95	Less than 1,000m	Yy0	JIS standard product	30	82.5	2.62	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	R6600 F6300, 6000	224	181
T2MP-50K-C	Available upon quote	1,230	Indoor use	F	260	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L11	H3	4.5	Three phase	110	95	Less than 1,000m	Yy0	JIS standard product	50	137	4.37	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	R6600 F6300, 6000	314	307
T2MP-75K-C	Available upon quote	1,140	Indoor use	F	400	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L11	H3	3.8	Three phase	208	95	Less than 1,000m	Yd1	JIS standard product	75	206	6.56	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	F6750 R6600 F6450 F 6300, 6150	411	390
T2MP-100K-C	Available upon quote	1,740	Indoor use	F	410	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L11	H3	4.7	Three phase	208	95	Less than 1,000m	Yd1	JIS standard product	100	275	8.75	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	F6750 R6600 F6450 F 6300, 6150	497	486
T2MP-150K-C	Available upon quote	1,630	Indoor use	F	620	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L5	H1	4.2	Three phase	372	95	Less than 1,000m	Yd1	JIS standard product	150	412	13.1	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	F6750 R6600 F6450 F 6300, 6150	649	633
T2MP-200K-C	Available upon quote	2,480	Indoor use	F	785	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L5	H1	4.2	Three phase	365	95	Less than 1,000m	Yd1	JIS standard product	200	550	17.5	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	F6750 R6600 F6450 F 6300, 6150	784	762
T2MP-300K-C	Available upon quote	2,790	Indoor use	F	1,030	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L5	H1	4.5	Three phase	545	95	Less than 1,000m	Yd1	JIS standard product	300	825	26.2	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	F6750 R6600 F6450 F 6300, 6150	1,020	991
T2MP-500K-C	Available upon quote	3,920	Indoor use	F	1,520	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L6	H1	5	Three phase	765	95	Less than 1,000m	Yd1	JIS standard product	500	1,375	43.7	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	F6750 R6600 F6450 F 6300, 6150	1,430	1,392
T2MP-750K-C	Available upon quote	5,410	Indoor use	F	1,870	AC test voltage: 22kV Lightning impulse test voltage: 60kV	AC test voltage: 4kV	AC test voltage: 2kV	L7	H1	5.7	Three phase	1,190	95	Less than 1,000m	Dd0	JIS standard product	750	2,062	65.6	The voltage waveform of the circuit to which the transformer is connected must be approximately a sine wave.	50	-5~40℃ Average daily temperature: less than 35℃ Annual average temperature: less than 20℃	210	The voltages of the three-phase circuit to which the three-phase transformer is connected are approximately balanced.	F6750 R6600 F6450 F 6300, 6150	2,630	2,543

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DAIHEN Corporation

Response Rate

100.0%

Response Time

120.5hrs

Company Overview

DAIHEN Corporation, established in 1919 and headquartered in Osaka, Japan, is a manufacturer of Power Products...

Japan

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Industrial Top Runner Molded Transformer TOP ECO II Series Three Phase (6kV/210V 20~1,500kVA) DAIHEN Corporation

DAIHEN Corporation's Response Status

About This Product

■Flame retardant and excellent disaster prevention, ideal for public facilities, high-rise buildings, hospitals, etc.

■Further improvement in energy saving performance

■Strengthening seismic performance

■Compact design

■Low noise

■What is the top runner method?

■Applicable range of specific equipment

■Green purchasing method

10 Models of Industrial Top Runner Molded Transformer TOP ECO II Series Three Phase (6kV/210V 20~1,500kVA)

Customers who viewed this product also viewed

Other products of DAIHEN Corporation

About Company Handling This Product

Related search keywords

Industrial Top Runner Molded Transformer TOP ECO II Series Three Phase (6kV/210V 20~1,500kVA)
DAIHEN Corporation